pyxfem package

Subpackages

• pyxfem.core package
  • Submodules
    • pyxfem.core.config module
    • pyxfem.core.dynamic_solver module
      • Newmark
      • Verlet
    • pyxfem.core.exact_riemann_solver module
    • pyxfem.core.exec_tools module
      • Profile
    • pyxfem.core.finite_volume_2d module
      • Cjr_triangle()
      • ConservativeLawManager
      • GELEES_MeshStruct
      • GlaceExplicitLagrangianBaseSolver
      • allocate_Cjr()
      • computeCjr_triangles()
      • computeCjr_triangles_()
      • computeCjr_triangles_numba()
      • get_trixy()
      • get_vec2()
      • setup_MeshStruct()
      • t_tangentmap()
      • update_MeshStruct()
    • pyxfem.core.function_spaces module
      • DofManagerBase
      • FEMSpaceP1
      • FEMSpaceP1NC
      • Heaviside
      • LinearScalarField
      • LinearVectorField
      • QuadraticScalarField
      • QuadraticVectorField
      • Ridge
      • SomeScalarField
      • SomeVectorField
      • SumSpace
      • TestSparseOp
      • VertexSpaceDofManager
      • XFEMSpace
      • XRidgeSpaceP1
      • gradNTri()
      • meshcutdata2remap_helper()
      • op2sparse()
      • op2sparse_rmap()
      • operator_dof2grad_tri()
      • operator_dof2value()
      • operator_trival2edge()
    • pyxfem.core.geometry module
      • cross2d()
      • is_in_triangle()
      • is_left_to_line()
    • pyxfem.core.gmsh_mesh_generator module
      • crack_in_square()
      • crack_in_square_contour()
      • cylinder()
      • disk_in_ref_square()
      • hole_in_square()
      • hole_in_square_2()
      • l_shape()
      • ref_tri()
      • reg_rectangle()
      • square()
      • square_with_inner_seg()
      • structured_cylinder()
      • two_square()
    • pyxfem.core.gmsh_mesh_model_interface module
      • get_group_name2dim_phys_tag()
      • get_toplevel_elements_on_phys_tag()
      • get_toplevel_elements_vertices_on_phys_tag()
      • get_triangles()
      • get_vertices_coord()
      • get_vertices_on_phys_tag()
      • gmshTypeTag2DimTypeNbv
      • nb_triangles()
      • nb_vertices()
      • renumber()
      • set_model()
    • pyxfem.core.graph module
      • CompressedDataIndex
      • Connections
      • UndirectedConnections
      • UpwardAdjacencies
      • build_compressed_data_index_from_list_of_list()
      • build_undirected_connection()
      • coloring_connection()
      • coloring_undirected_connection()
      • create_edges_from_tris()
      • extract_txy()
      • extract_txy_numba()
      • upward_adjacencies()
      • which_in_upward()
    • pyxfem.core.level_set_mesh_cut module
      • SimpleLevelSetFunction
      • build_interpolatecallback_default()
      • compute_face_side()
      • crack_iso_cut()
      • cutpos()
      • docut()
      • facecallback_propagate_parent()
      • faces2cut()
      • fit_to_vertices()
      • fit_to_vertices_old()
      • levelset_isocut()
      • lscut()
      • multi_levelset_isocut()
      • set_levelset()
      • test_suite()
    • pyxfem.core.mapping module
      • Mapping3DTri
      • MappingT3
      • RemapHelper
      • RemapHelperFiltered
      • tri2g()
    • pyxfem.core.mesh_modifications module
      • MeshHierarchicModification
      • duplicate_edges()
      • duplicate_nodes()
      • merge_edges()
    • pyxfem.core.mesh_simplex_one_level module
      • DMesh
      • SMesh
      • gmshmodel2smesh()
    • pyxfem.core.nbkalgebra2d module
      • set_vec2()
      • sy22_add()
      • sy22_mv()
      • sy22_r()
      • sy22_r2()
      • sy22_smv()
      • sy22_trace()
      • vec2_add()
      • vec2_add3()
      • vec2_dot()
      • vec2_norm()
      • vec2_scal()
      • vec2_square()
      • vec2_sub()
    • pyxfem.core.nonlinear_solver module
      • arc_lenght_predictor()
      • arc_lenght_predictor_a()
      • arc_lenght_predictor_eval()
      • arc_lenght_predictor_expansion()
      • newton()
      • root()
    • pyxfem.core.quadrature module
      • Edge_gauss
      • Edge_nodes
      • T3_edges
      • T3_gauss
      • T3_midedges
      • T3_nodes
    • pyxfem.core.smallsize_tensor module
      • AAT22()
      • AAT22_guvec()
      • AAT22_kernel()
      • axpy()
      • axpy_pnjit()
      • check_df()
      • check_relerr()
      • cofac()
      • contract()
      • cross()
      • cross_ijkl()
      • cross_ikjl()
      • cross_iklj()
      • cross_iljk()
      • cross_ilkj()
      • cross_likj()
      • d2invariants2Dto3D()
      • d2metric()
      • ddet()
      • det()
      • det_invt()
      • df_num()
      • dinv()
      • dinv_sym()
      • dinvariants()
      • dinvariants2Dto3D()
      • dinvmetric()
      • dinvt()
      • dmetric()
      • eigval22sym()
      • gemm22()
      • gemm22_kernel_njit()
      • inv()
      • invariants()
      • invariants2Dto3D()
      • invmetric()
      • invt()
      • max_eigval22sym()
      • max_eigval22sym_kernel_njit()
      • metric()
      • random_lintransform()
      • random_lintransform2dto3d()
      • random_orthtransform()
      • sqrt22()
      • sqrt22_guvec()
      • sqrt22_kernel()
      • sqrt22_njit()
      • sqrt22_numpy()
      • sysmv22()
      • sysmv22_kernel()
      • sysmv22_pnjit()
      • trace()
      • trace2()
      • trans()
      • vecprodmat()
    • pyxfem.core.sparse_tools module
      • block_diag_compute_index()
      • block_isub()
      • block_linsolve()
      • block_norm()
      • factorized()
      • linsolve_schurr()
      • mblock()
      • rcond_estimate()
      • regular_block_diag_to_csc()
      • regular_block_diag_to_csr()
      • split_mblock()
      • split_vblock()
      • vblock()
  • Module contents
• pyxfem.fluidmechanics package
  • Submodules
    • pyxfem.fluidmechanics.euler1d_finite_volume_1d module
      • Cjr_1d()
      • GlassExplicitEuler_Lagrangian1D
      • load1d_fromfile()
      • shock_tube1d()
      • test1d()
    • pyxfem.fluidmechanics.euler2d_finite_volume module
      • ConservationLawManager_Euler
      • GELEES_bc_set_external_pressure()
      • GELEES_bc_set_sliding_wall()
      • GELEES_bulk_vertices_loop_numba()
      • GELEES_cell_loop()
      • GELEES_getAbj()
      • GELEES_specialized_vertices_loop()
      • GlaceExplicitLagrangian_EulerEquationSolver
      • apply_bc_v()
      • apply_bc_vc()
      • as_numba_pointer()
      • bc_pressure_cache()
      • bc_set_sliding_wall_numba()
      • bc_sliding_wall_cache()
      • bc_vcnone_cache()
      • bc_vnone_cache()
      • cell_vertex_pressure()
      • get_conservative2d()
      • get_primal2d()
      • get_tri_scal()
      • get_tri_vec2()
      • get_trixy()
      • get_vec2()
      • rho_u_p_c_numba()
      • set_conservative2d()
      • set_primal2d()
      • set_tri_scal()
      • set_tri_vec2()
      • set_vec2()
  • Module contents
• pyxfem.postpro package
  • Submodules
    • pyxfem.postpro.gmsh_post_pro_interface module
      • gmshExportsViews()
      • gmshListPlotFormatData()
      • gmshListPlotFormatDataElem2ElemNode()
      • gmshListPlotFormatEntities()
      • gmshListPlotFormatEntityData()
      • listPlotFieldLine()
      • listPlotFieldPoint()
      • listPlotFieldTri()
      • setViewOption()
    • pyxfem.postpro.interpolator module
      • ConstantPerTriInterpolator
      • LinearPerTriInterpolator
      • get_triangulation()
      • get_trifinder()
    • pyxfem.postpro.ioh5 module
      • ParaViewXDMFWriter
    • pyxfem.postpro.plot_tools module
      • figax()
      • savefig()
      • show()
      • tikzplotlib_fix_ncols()
    • pyxfem.postpro.saveloaddata module
      • load_timestep_data()
      • save_timestep_data()
  • Module contents
• pyxfem.solidmechanics package
  • Submodules
    • pyxfem.solidmechanics.boundary_conditions module
      • compute_dirichlet()
      • compute_dirichlet_fem_p1_vect2d()
      • compute_neumann()
      • get_dofs_and_interpolation_points()
      • get_space_entity()
      • set_values()
    • pyxfem.solidmechanics.elasticity module
      • ElasticField
      • LinearIsotropeElasticMaterial
      • MaterialHypothesis
      • P1FemElasticfield
      • Tensor2222CSR
      • VonMises()
      • YoungPoisson2LambdaMu()
      • planeStrainC2222CSR()
      • stress_from_strain()
      • to_tensor2d()
      • to_voigt2d()
    • pyxfem.solidmechanics.exact_solutions module
      • LaplacianCircularInclusionQuad
      • LaplacianCircularInclusionQuintic
      • LaplacianGeneral
      • LaplacianSquareHole
      • LinearElasticity2dCircularHoleInfiniteSpace
      • LinearElasticityExacSol
      • WilliamsExpansion
      • elasticity_hole_in_plate()
      • laplacian_inclusion()
      • testAnaly
    • pyxfem.solidmechanics.finite_volume_2d_hyperelasticity module
      • Additional_MeshStruct
      • ConservationLawManager_Hyperelasticity
      • GELEES_bc_set_external_pressure()
      • GELEES_bc_set_sliding_wall()
      • GlaceExplicitLagrangian_HyperElasticty_EquationSolver
      • setup_AdditionalMeshStruct()
      • update_AdditionalMeshStruct()
      • update_AdditionalMeshStruct_pnjit()
      • update_conservative_vars_kernel()
      • update_conservative_vars_pnjit()
    • pyxfem.solidmechanics.hyperelasticity module
      • CompressibleNeoHookeen
      • HyperElasticMaterial
      • benchmark()
      • check_material_law_C()
      • check_material_law_F()
      • fill_nh_c_2d()
      • fill_nh_sigma_2d()
      • lambertw()
      • neo_hookean_law_local()
      • real_lambertw()
      • vecroots()
    • pyxfem.solidmechanics.hyperelasticity_solver module
      • HyperElasticitySolver
      • solve_loadstep()
    • pyxfem.solidmechanics.largestrain module
      • Cauchy_to_PKI()
      • Cauchy_to_PKII()
      • PKII_to_Cauchy()
      • PKII_to_PKI()
      • PKI_to_Cauchy()
      • PKI_to_PKII()
      • acoustic_impedance_tensor()
      • acoustic_impedance_tensor_pnjit()
      • acoustic_tensor_2d_kernel_njit()
      • acoustic_tensor_material()
      • acoustic_tensor_mixte()
      • acoustic_tensor_space()
      • acoustic_tensor_space_v0()
      • acoustic_tensor_space_v1()
      • c_dPKIdF()
      • c_to_dPKIIdE()
      • dPKIIdE_to_c()
      • dPKIIdE_to_dPKIdF()
      • dPKIdF_to_c()
      • dPKIdF_to_dPKIIdE()
      • leftCauchyGreen()
      • rightCauchyGreen()
      • test_acoustic_tensor()
      • test_transport_formula()
      • wavespeed()
    • pyxfem.solidmechanics.lefm module
      • ElasticPbWilliamsonBC
      • WilliamsField
      • WilliamsSerie
      • buckner_integrand()
      • cartesian2polar()
      • check_extract_domain_boundary()
      • check_extract_williams_circle()
      • construct_domain_boundary()
      • construct_face_domain()
      • convergence()
      • crack_coordinate_system
      • extract_williams_from_edge_list()
      • extract_williams_from_field_contour()
      • extract_williams_from_mesh_contour()
      • get_boundary_edges()
      • plot_modes()
      • polar2cartesian()
      • test_crack_coordinate_system()
      • test_extract_from_mesh()
      • test_insert_crack_by_node_duplication()
    • pyxfem.solidmechanics.mechanics_solver module
      • ElasticitySolver
      • computeVolumeLoad()
      • getSpaceEntity()
      • main()
      • testElasticity
    • pyxfem.solidmechanics.membrane module
      • AssemblerMatrix
      • AssemblerVector
      • Membrane
      • cylindrical_membrane_under_pressure_load()
      • membrane_operator_dirichlet
      • membrane_solver_imposed_displacement
      • membrane_solver_pressureloading_arclenght
      • membrane_solver_pressureloading_newton
      • plot_disp()
  • Module contents
• pyxfem.thermic package
  • Submodules
    • pyxfem.thermic.thermic_solver module
      • ThermicSolver
      • getDofsAndInterpolationPoints()
  • Module contents

Module contents