Here is a list of all namespace functions with links to the namespace documentation for each function:

- m -

• make_input_pair_code() : mod_compute_material_properties_coolprop
• material_add_initializer() : type_phase_initializer
• material_add_subdomain() : type_phase_initializer
• material_get_distance() : type_phase_initializer
• material_linear_transformation() : mod_navier_predict_density
• material_ray_trace() : type_phase_initializer
• material_set_samples() : type_phase_initializer
• mc() : mod_scalar_advection_tvd_superbee
• mesh_intersection() : mod_mof
• mingibou_compute_heaviside_general_triangle_2d() : mod_lsm_heaviside_mingibou
• mingibou_compute_heaviside_general_triangle_2d_debug() : mod_lsm_heaviside_mingibou
• mingibou_compute_heaviside_general_triangle_3d() : mod_lsm_heaviside_mingibou
• mingibou_compute_heaviside_general_triangle_3d_debug() : mod_lsm_heaviside_mingibou
• mingibou_levelset_compute_volume_fraction() : mod_lsm_heaviside_mingibou
• mingibou_quick_points_ordering() : mod_lsm_heaviside_mingibou
• mingibou_quick_points_ordering_debug() : mod_lsm_heaviside_mingibou
• minmod() : mod_cvi_interpolation_2d, mod_cvi_interpolation_3d, mod_scalar_advection_tvd_superbee
• minmod3() : mod_tvd_general_functions
• minmod4() : mod_tvd_general_functions
• modified_strain_square_magnitude() : mod_wale_functions
• modified_strain_tensor() : mod_wale_functions
• modify_cell_volume_near_isd() : mod_compute_grid_volume
• modify_face_volume_near_isd() : mod_compute_grid_volume
• modify_grid_structure() : mod_modify_grid_structure
• modify_neighbor_repartitioning() : mod_modify_neighbor_repartitioning
• modify_volume_near_boundary_subsampling() : mod_grid_get_grid_volume
• modify_volumes_near_boundary() : mod_grid_get_grid_volume
• modulo_tau() : mod_mof3d_analytic_centroid, mod_mof3d_tetra_analytic_centroid, mod_tools
• mof2d_advect_rk2() : mod_mof2d_backward_advection
• mof2d_analytical_reconstruction() : mod_mof2d_analytical_reconstruction
• mof2d_axisym_correct_mof_structure_on_given_cell() : mod_mof_correct_mof_structure
• mof2d_axisym_derivative() : mod_mof2d_minimization_reconstruction
• mof2d_axisym_symmetric_derivative() : mod_mof2d_minimization_reconstruction
• mof2d_backward_advection() : mod_mof2d_backward_advection
• mof2d_cart_derivative() : mod_mof2d_minimization_reconstruction
• mof2d_cart_symmetric_derivative() : mod_mof2d_minimization_reconstruction
• mof2d_classic_intersection() : mod_mof2d_backward_advection
• mof2d_clustered_reconstruction() : mod_mof2d_one_cell_reconstruction
• mof2d_clustered_reconstruction_backward() : mod_mof2d_one_cell_reconstruction
• mof2d_clustered_reconstruction_forward() : mod_mof2d_one_cell_reconstruction
• mof2d_compute_initial_angle() : mod_mof2d_one_cell_reconstruction
• mof2d_compute_initial_angle_symmetric() : mod_mof2d_one_cell_reconstruction
• mof2d_correct_mof_structure_on_given_cell() : mod_mof_correct_mof_structure
• mof2d_derivative() : mod_mof2d_minimization_reconstruction
• mof2d_filament_intersection() : mod_mof2d_backward_advection
• mof2d_find_centroid_on_hyperbola() : mod_mof2d_analytical_reconstruction
• mof2d_find_centroid_on_parabola() : mod_mof2d_analytical_reconstruction
• mof2d_generate_filament_groups() : mod_mof2d_backward_advection
• mof2d_generate_partition_for_reconstruction() : mod_mof2d_one_cell_reconstruction
• mof2d_global_reconstruction() : mod_mof2d_global_reconstruction
• mof2d_interpolate_velocity() : mod_mof2d_backward_advection
• mof2d_intersect_cells() : mod_mof2d_backward_advection
• mof2d_intersect_cells_with_list() : mod_mof2d_backward_advection
• mof2d_locate_cell() : mod_mof2d_backward_advection
• mof2d_minimization_reconstruction() : mod_mof2d_minimization_reconstruction
• mof2d_nested_reconstruction() : mod_mof2d_one_cell_reconstruction
• mof2d_one_cell_reconstruction() : mod_mof2d_one_cell_reconstruction
• mof2d_one_material_reconstruction() : mod_mof2d_one_cell_reconstruction
• mof2d_reconstruction() : mod_mof2d_one_cell_reconstruction
• mof2d_symmetric_analytical_reconstruction() : mod_mof2d_analytical_reconstruction
• mof2d_symmetric_derivative() : mod_mof2d_minimization_reconstruction
• mof2d_symmetric_minimization_reconstruction() : mod_mof2d_minimization_reconstruction
• mof2d_symmetric_reconstruction() : mod_mof2d_one_cell_reconstruction
• mof2d_top_level_reconstruction() : mod_mof2d_one_cell_reconstruction
• mof2d_two_material_reconstruction() : mod_mof2d_one_cell_reconstruction
• mof3d_bfgs() : mod_mof3d_bfgs
• mof3d_bfgs2() : mod_mof3d_bfgs
• mof3d_compute_analytic_derivatives_above_one_sixth() : mod_mof3d_analytic_centroid
• mof3d_compute_analytic_derivatives_below_one_sixth() : mod_mof3d_analytic_centroid
• mof3d_compute_analytic_derivatives_half() : mod_mof3d_analytic_centroid
• mof3d_compute_analytic_derivatives_local() : mod_mof3d_analytic_centroid
• mof3d_compute_analytic_gradient() : mod_mof3d_analytic_centroid
• mof3d_compute_gradient() : mod_mof3d_gradient
• mof3d_compute_initial_angles() : mod_mof3d_initial_angles
• mof3d_compute_objective_function() : mod_mof3d_gradient
• mof3d_compute_residual() : mod_mof3d_gradient
• mof3d_compute_residual_analytic() : mod_mof3d_analytic_centroid
• mof3d_correct_mof_structure_on_given_cell() : mod_mof_correct_mof_structure
• mof3d_derivatives_hexa() : mod_mof3d_analytic_centroid
• mof3d_derivatives_penta_below() : mod_mof3d_analytic_centroid
• mof3d_derivatives_penta_left() : mod_mof3d_analytic_centroid
• mof3d_derivatives_penta_right() : mod_mof3d_analytic_centroid
• mof3d_derivatives_quad_edge_below() : mod_mof3d_analytic_centroid
• mof3d_derivatives_quad_edge_left() : mod_mof3d_analytic_centroid
• mof3d_derivatives_quad_edge_right() : mod_mof3d_analytic_centroid
• mof3d_derivatives_quad_face_below() : mod_mof3d_analytic_centroid
• mof3d_derivatives_quad_face_left() : mod_mof3d_analytic_centroid
• mof3d_derivatives_quad_face_right() : mod_mof3d_analytic_centroid
• mof3d_derivatives_triangle() : mod_mof3d_analytic_centroid
• mof3d_derivatives_with_points() : mod_mof3d_analytic_centroid
• mof3d_gauss_newton() : mod_mof3d_gauss_newton
• mof3d_gauss_newton2() : mod_mof3d_gauss_newton
• mof3d_get_stop_criterion() : mod_mof3d_bfgs
• mof3d_global_reconstruction() : mod_mof3d_global_reconstruction
• mof3d_hexa_compute_initial_angles() : mod_mof3d_initial_angles
• mof3d_kronecker() : mod_mof3d_bfgs
• mof3d_minimize() : mod_mof3d_minimization
• mof3d_one_cell_reconstruction() : mod_mof3d_one_cell_reconstruction
• mof3d_tetra_compute_analytic_gradient() : mod_mof3d_tetra_analytic_centroid
• mof3d_tetra_compute_analytic_gradient_reference() : mod_mof3d_tetra_analytic_centroid
• mof3d_tetra_compute_initial_angles() : mod_mof3d_initial_angles
• mof3d_tetra_compute_residual() : mod_mof3d_tetra_analytic_centroid
• mof3d_tetra_compute_transformation() : mod_mof3d_tetra_analytic_centroid
• mof3d_tetra_find_best_transformation() : mod_mof3d_tetra_analytic_centroid
• mof3d_tetra_transform_angles_to_original() : mod_mof3d_tetra_analytic_centroid
• mof3d_tetra_transform_angles_to_reference() : mod_mof3d_tetra_analytic_centroid
• mof3d_transform_angles_to_original() : mod_mof3d_analytic_centroid
• mof3d_transform_angles_to_reference() : mod_mof3d_analytic_centroid
• mof3d_transform_point() : mod_mof3d_analytic_centroid
• mof3d_transform_to_local_chart() : mod_mof3d_analytic_centroid
• mof3d_transform_vector() : mod_mof3d_analytic_centroid
• mof_advect_phases() : mod_mof_advect_phases
• mof_apply_boundary_conditions() : mod_mof_apply_boundary_conditions
• mof_compute_cfl() : mod_mof_compute_cfl
• mof_compute_combination_cost() : mod_mof_filaments
• mof_compute_slip_velocity() : mod_mof_compute_slip_velocity
• mof_correct_mof_structure() : mod_mof_correct_mof_structure
• mof_depth_first_search() : mod_mof_filaments
• mof_filter() : mod_mof_filter
• mof_filter_filament() : mod_mof_filter
• mof_filter_small_volume_fractions() : mod_mof_filter
• mof_finalize_filament() : type_mof_phase_extension
• mof_finalize_filament_combination() : mod_mof_filaments
• mof_finalize_filament_list() : mod_mof_filaments
• mof_find_best_filament_groups() : mod_mof_filaments
• mof_find_best_filament_groups_backward() : mod_mof_filaments
• mof_find_best_filament_groups_forward() : mod_mof_filaments
• mof_find_connected_components() : mod_mof_filaments
• mof_generate_filter_mask() : mod_mof_filter
• mof_initialize_filament() : type_mof_phase_extension
• mof_initialize_filament_combination() : mod_mof_filaments
• mof_initialize_filament_list() : mod_mof_filaments
• mof_initialize_immersed_boundary() : mod_mof_immersed_boundary
• mof_initialize_phase_extension() : type_mof_phase_extension
• mof_mpi_exchange_filaments() : mod_mof_mpi_exchange_filaments
• moment_fitting() : mod_phase_geometry_initialization
• mpi_broadcast_cell_bc() : mod_mpi_broadcast_bc
• mpi_broadcast_face_bc() : mod_mpi_broadcast_bc
• mpi_exchange_array_d() : mod_mpi_exchange_array
• mpi_exchange_array_i() : mod_mpi_exchange_array
• mpi_exchange_edge_field_double() : mod_mpi_exchange
• mpi_exchange_face_field_double() : mod_mpi_exchange
• mpi_exchange_face_field_double_typed() : mod_mpi_exchange
• mpi_exchange_face_field_integer() : mod_mpi_exchange
• mpi_exchange_face_field_integer_typed() : mod_mpi_exchange
• mpi_exchange_face_field_logical() : mod_mpi_exchange
• mpi_exchange_face_field_logical_typed() : mod_mpi_exchange
• mpi_exchange_list_double() : mod_mpi_exchange_list
• mpi_exchange_scalar_cell_double() : mod_mpi_exchange
• mpi_exchange_scalar_cell_integer() : mod_mpi_exchange
• mpi_exchange_scalar_cell_logical() : mod_mpi_exchange
• mpi_exchange_scalar_double() : mod_mpi_exchange
• mpi_exchange_scalar_double_vectorized() : mod_mpi_exchange
• mpi_exchange_scalar_integer() : mod_mpi_exchange
• mpi_exchange_scalar_logical() : mod_mpi_exchange
• mpi_exchange_tensor_cell_edges_double() : mod_mpi_exchange
• mpi_exchange_vector_cell_double() : mod_mpi_exchange
• mpi_exchange_vector_double() : mod_mpi_exchange
• mpi_exchange_vectorized_face_field() : mod_mpi_exchange
• mpi_exchange_vectorized_scalar() : mod_mpi_exchange
• mpi_send_receive_double_precision_rank1() : mod_mpi_send_receive
• mpi_send_receive_double_precision_rank2() : mod_mpi_send_receive
• mpi_send_receive_double_precision_rank3() : mod_mpi_send_receive
• mpi_send_receive_double_precision_rank4() : mod_mpi_send_receive
• mpi_send_receive_double_precision_two_arrays_rank1() : mod_mpi_send_receive
• mpi_send_receive_double_precision_two_arrays_rank2() : mod_mpi_send_receive
• mpi_send_receive_double_precision_two_arrays_rank3() : mod_mpi_send_receive
• mpi_send_receive_double_precision_two_arrays_rank4() : mod_mpi_send_receive
• mpi_send_receive_integer_rank1() : mod_mpi_send_receive
• mpi_send_receive_integer_rank2() : mod_mpi_send_receive
• mpi_send_receive_integer_rank3() : mod_mpi_send_receive
• mpi_send_receive_integer_rank4() : mod_mpi_send_receive
• mpi_send_receive_integer_two_arrays_rank1() : mod_mpi_send_receive
• mpi_send_receive_integer_two_arrays_rank2() : mod_mpi_send_receive
• mpi_send_receive_integer_two_arrays_rank3() : mod_mpi_send_receive
• mpi_send_receive_integer_two_arrays_rank4() : mod_mpi_send_receive
• mpi_send_receive_logical_rank1() : mod_mpi_send_receive
• mpi_send_receive_logical_rank2() : mod_mpi_send_receive
• mpi_send_receive_logical_rank3() : mod_mpi_send_receive
• mpi_send_receive_logical_rank4() : mod_mpi_send_receive
• mpi_send_receive_logical_two_arrays_rank1() : mod_mpi_send_receive
• mpi_send_receive_logical_two_arrays_rank2() : mod_mpi_send_receive
• mpi_send_receive_logical_two_arrays_rank3() : mod_mpi_send_receive
• mpi_send_receive_logical_two_arrays_rank4() : mod_mpi_send_receive
• msh_check_entities() : mod_read_tetrahedral_mesh
• msh_check_mesh_format() : mod_read_tetrahedral_mesh
• msh_check_physical_names() : mod_read_tetrahedral_mesh
• msh_get_double() : mod_read_tetrahedral_mesh
• msh_get_integer() : mod_read_tetrahedral_mesh
• msh_get_string() : mod_read_tetrahedral_mesh
• msh_read_elements() : mod_read_tetrahedral_mesh
• msh_read_nodes() : mod_read_tetrahedral_mesh
• msh_skip_block() : mod_read_tetrahedral_mesh
• multiply_polynomials() : mod_interpolation_polynomial
• mumps_cell_interface() : mod_mumps_cell_interface
• mumps_face_interface() : mod_mumps_face_interface
• mumps_setup() : type_solver_mumps