enrichedfem package

Subpackages

• enrichedfem.error_estimations package
  • Submodules
  • enrichedfem.error_estimations.compare module
    • CompareMethods
      • CompareMethods.plot_Corr_vs_FEM_alldeg()
      • CompareMethods.plot_Mult_vs_Add_vs_FEM_alldeg_allM()
      • CompareMethods.plot_Mult_vs_Add_vs_FEM_deg_allM()
      • CompareMethods.plot_Mult_vs_FEM_alldeg_M()
      • CompareMethods.plot_Mult_vs_FEM_alldeg_allM()
      • CompareMethods.plot_method_vs_FEM_alldeg()
      • CompareMethods.save_tab_alldeg_allM()
      • CompareMethods.save_tab_deg_allM()
    • CompareMethodsDoFs
      • CompareMethodsDoFs.get_dofs_at_given_precision_deg_allM()
      • CompareMethodsDoFs.get_total_parameters_of_net()
      • CompareMethodsDoFs.save_tab_given_precisions_alldeg_allM()
      • CompareMethodsDoFs.save_tab_given_precisions_deg_allM()
    • CompareMethodsMeshSize
      • CompareMethodsMeshSize.__get_index()
      • CompareMethodsMeshSize.__linear_interpolation_on_x()
      • CompareMethodsMeshSize.get_N_at_given_precision_deg_allM()
      • CompareMethodsMeshSize.get_N_deg_M()
      • CompareMethodsMeshSize.save_tab_given_precisions_alldeg_allM()
      • CompareMethodsMeshSize.save_tab_given_precisions_deg_allM()
  • enrichedfem.error_estimations.error_estimations module
    • ErrorEstimations
      • ErrorEstimations.__infos_from_problem()
      • ErrorEstimations.read_csv()
      • ErrorEstimations.run_corr_alldeg()
      • ErrorEstimations.run_corr_deg()
      • ErrorEstimations.run_error_estimations_alldeg()
      • ErrorEstimations.run_error_estimations_deg()
      • ErrorEstimations.run_fem_alldeg()
      • ErrorEstimations.run_fem_deg()
      • ErrorEstimations.run_mult_alldeg_M()
      • ErrorEstimations.run_mult_alldeg_allM()
      • ErrorEstimations.run_mult_deg_M()
      • ErrorEstimations.run_mult_deg_allM()
  • enrichedfem.error_estimations.utils module
    • get_solver_type()
  • Module contents
• enrichedfem.fenics_expressions package
  • Submodules
  • enrichedfem.fenics_expressions.fenics_expressions module
    • AnisotropyExpr
      • AnisotropyExpr.eval()
    • MyUserExpression22
    • get_expr_from_sympy()
    • get_f_expr()
    • get_g_expr()
    • get_gn_expr()
    • get_gr_expr()
    • get_h_ext_expr()
    • get_h_int_expr()
    • get_uex_expr()
  • Module contents
• enrichedfem.gains package
  • Submodules
  • enrichedfem.gains.compare module
    • CompareGainsMethods
      • CompareGainsMethods.__compute_gains()
      • CompareGainsMethods.__read_errors()
      • CompareGainsMethods.create_dataframes_alldeg_allM()
      • CompareGainsMethods.create_dataframes_deg_allM()
      • CompareGainsMethods.create_dferrors_deg_allM()
      • CompareGainsMethods.create_params_str()
      • CompareGainsMethods.save_stats_alldeg_allM()
      • CompareGainsMethods.save_stats_deg_allM()
  • enrichedfem.gains.gains module
    • GainsEnhancedFEM
      • GainsEnhancedFEM.__infos_from_problem()
      • GainsEnhancedFEM.read_csv()
      • GainsEnhancedFEM.run_corr_alldeg()
      • GainsEnhancedFEM.run_corr_deg()
      • GainsEnhancedFEM.run_errors_alldeg()
      • GainsEnhancedFEM.run_errors_deg()
      • GainsEnhancedFEM.run_fem_alldeg()
      • GainsEnhancedFEM.run_fem_deg()
      • GainsEnhancedFEM.run_mult_alldeg_M()
      • GainsEnhancedFEM.run_mult_alldeg_allM()
      • GainsEnhancedFEM.run_mult_deg_M()
      • GainsEnhancedFEM.run_mult_deg_allM()
      • GainsEnhancedFEM.run_pinns_alldeg()
      • GainsEnhancedFEM.run_pinns_deg()
  • Module contents
• enrichedfem.geometry package
  • Submodules
  • enrichedfem.geometry.geometry_1D module
    • Line
    • Line1
  • enrichedfem.geometry.geometry_2D module
    • Circle
    • Circle2
    • Donut
    • Donut1
    • Donut2
    • Square
    • Square1
    • UnitCircle
    • UnitSquare
  • Module contents
• enrichedfem.networks package
  • Subpackages
    • enrichedfem.networks.test_1D package
      • Subpackages
      • Module contents
    • enrichedfem.networks.test_2D package
      • Subpackages
      • Module contents
  • Module contents
• enrichedfem.problem package
  • Submodules
  • enrichedfem.problem.problem_1D module
    • TestCase1
      • TestCase1.d2u_ex_dx2()
      • TestCase1.du_ex_dx()
      • TestCase1.f()
      • TestCase1.g()
      • TestCase1.u_ex()
    • TestCase1D
    • TestCase2
      • TestCase2.d2u_ex_dx2()
      • TestCase2.du_ex_dx()
      • TestCase2.g()
      • TestCase2.u_ex()
  • enrichedfem.problem.problem_2D module
    • TestCase1
      • TestCase1.f()
      • TestCase1.g()
      • TestCase1.grad2u_ex()
      • TestCase1.gradf()
      • TestCase1.gradu_ex()
      • TestCase1.u_ex()
    • TestCase2
      • TestCase2.f()
      • TestCase2.g()
      • TestCase2.u_ex()
    • TestCase2D
    • TestCase3
      • TestCase3.anisotropy_matrix()
      • TestCase3.f()
      • TestCase3.g()
      • TestCase3.u_ex()
    • TestCase4
      • TestCase4.f()
      • TestCase4.g()
      • TestCase4.gr()
      • TestCase4.grad2u_ex()
      • TestCase4.gradf()
      • TestCase4.gradu_ex()
      • TestCase4.h_ext()
      • TestCase4.h_int()
      • TestCase4.u_ex()
  • enrichedfem.problem.utils module
    • compute_slope()
    • create_tree()
    • get_random_param()
    • get_random_params()
    • select_param()
  • Module contents
• enrichedfem.solver_fem package
  • Submodules
  • enrichedfem.solver_fem.EllipticDirFEMSolver module
    • Elliptic1DDirFEMSolver
      • Elliptic1DDirFEMSolver._define_corr_add_system()
      • Elliptic1DDirFEMSolver._define_corr_mult_system()
      • Elliptic1DDirFEMSolver._define_fem_system()
    • Elliptic1DDirLineFEMSolver
    • EllipticDirFEMSolver
      • EllipticDirFEMSolver._define_corr_add_system()
      • EllipticDirFEMSolver._define_corr_mult_system()
      • EllipticDirFEMSolver._define_fem_system()
    • EllipticDirSquareFEMSolver
  • enrichedfem.solver_fem.FEMSolver module
    • FEMSolver
      • FEMSolver.__plot_mesh()
      • FEMSolver._create_FEM_domain()
      • FEMSolver._create_mesh()
      • FEMSolver._define_corr_add_system()
      • FEMSolver._define_corr_mult_system()
      • FEMSolver._define_fem_system()
      • FEMSolver._plot_results_corr()
      • FEMSolver._plot_results_fem()
      • FEMSolver.corr_add()
      • FEMSolver.corr_mult()
      • FEMSolver.fem()
      • FEMSolver.get_uref()
      • FEMSolver.pinns()
      • FEMSolver.run_uref()
      • FEMSolver.set_meshsize()
  • enrichedfem.solver_fem.GeometryFEMSolver module
    • CircleFEMSolver
      • CircleFEMSolver._create_mesh()
    • ComplexFEMSolver
      • ComplexFEMSolver._generate_mesh_given_size()
    • CubeFEMSolver
      • CubeFEMSolver._create_mesh()
    • DonutFEMSolver
      • DonutFEMSolver._create_mesh()
    • LineFEMSolver
      • LineFEMSolver._create_mesh()
    • SquareFEMSolver
      • SquareFEMSolver._create_mesh()
  • enrichedfem.solver_fem.PoissonDirFEMSolver module
    • PoissonDirDonutFEMSolver
    • PoissonDirFEMSolver
      • PoissonDirFEMSolver._define_corr_add_system()
      • PoissonDirFEMSolver._define_corr_mult_system()
      • PoissonDirFEMSolver._define_fem_system()
    • PoissonDirLineFEMSolver
    • PoissonDirSquareFEMSolver
  • enrichedfem.solver_fem.PoissonMixedFEMSolver module
    • PoissonMixedDonutFEMSolver
    • PoissonMixedFEMSolver
      • PoissonMixedFEMSolver._define_corr_add_system()
      • PoissonMixedFEMSolver._define_corr_mult_system()
      • PoissonMixedFEMSolver._define_fem_system()
  • enrichedfem.solver_fem.utils module
    • get_divmatgradutheta_fenics_fromV()
    • get_gradutheta_fenics_fromV()
    • get_laputheta_fenics_fromV()
    • get_test_sample_fromV()
    • get_utheta_fenics_onV()
  • Module contents

Module contents