Index

A

AbstractDof (class in capytaine.bodies.dofs) AbstractGreenFunction (class in capytaine.green_functions.abstract_green_function) AbstractMesh (class in capytaine.meshes.abstract_meshes) add_all_rigid_body_dofs() (capytaine.bodies.bodies.FloatingBody method) add_data_from_other_timer() (capytaine.tools.timer.Timer method) add_dofs_labels_to_matrix() (capytaine.bodies.bodies.FloatingBody method) (capytaine.bodies.multibodies.Multibody method) (in module capytaine.bodies.dofs) add_dofs_labels_to_vector() (capytaine.bodies.bodies.FloatingBody method) (capytaine.bodies.multibodies.Multibody method) (in module capytaine.bodies.dofs) add_rotation_dof() (capytaine.bodies.bodies.FloatingBody method) add_translation_dof() (capytaine.bodies.bodies.FloatingBody method) added_mass (capytaine.bem.problems_and_results.RadiationResult property) added_masses (capytaine.bem.problems_and_results.RadiationResult property) airy_waves_free_surface_elevation() (in module capytaine.bem.airy_waves)

airy_waves_potential() (in module capytaine.bem.airy_waves) airy_waves_pressure() (in module capytaine.bem.airy_waves) airy_waves_velocity() (in module capytaine.bem.airy_waves) all_tabulation_parameters (capytaine.green_functions.delhommeau.Delhommeau property) animate() (capytaine.bodies.bodies.FloatingBody method) area (capytaine.post_pro.free_surfaces.FreeSurface property) as_array_of_faces() (capytaine.meshes.meshes.Mesh method) as_dataframe() (capytaine.tools.timer.Timer method) as_FloatingBody() (capytaine.bodies.multibodies.Multibody method) as_list_of_faces() (capytaine.meshes.meshes.Mesh method) assemble_arbitrary_array() (capytaine.bodies.bodies.FloatingBody method) assemble_dataframe() (in module capytaine.io.xarray) assemble_dataset() (in module capytaine.io.xarray) assemble_matrices() (in module capytaine.io.xarray) assemble_regular_array() (capytaine.bodies.bodies.FloatingBody method) astype() (capytaine.tools.symbolic_multiplication.SymbolicMultiplication method)

B

BasicMatrixEngine (class in capytaine.bem.engines) BEMSolver (class in capytaine.bem.solver) block_diagonalize() (capytaine.tools.block_circulant_matrices.BlockCirculantMatrix method) BlockCirculantMatrix (class in capytaine.tools.block_circulant_matrices) BlockDiagonalMatrix (class in capytaine.tools.block_circulant_matrices) body_name (capytaine.bem.problems_and_results.LinearPotentialFlowProblem property)

build_fullK_matrix() (capytaine.bem.engines.BasicMatrixEngine method) (capytaine.bem.engines.MatrixEngine method) build_matrices() (capytaine.bem.engines.BasicMatrixEngine method) (capytaine.bem.engines.MatrixEngine method) build_S_matrix() (capytaine.bem.engines.BasicMatrixEngine method) (capytaine.bem.engines.MatrixEngine method)

C

cache_directory() (in module capytaine.tools.cache_on_disk) capytaine module capytaine.bem module capytaine.bem.airy_waves module capytaine.bem.engines module capytaine.bem.problems_and_results module capytaine.bem.solver module capytaine.bodies module capytaine.bodies.bodies module capytaine.bodies.dofs module capytaine.bodies.hydrostatics module capytaine.bodies.multibodies module capytaine.green_functions module capytaine.green_functions.abstract_green_function module capytaine.green_functions.delhommeau module capytaine.green_functions.hams module capytaine.io module capytaine.io.bemio module capytaine.io.legacy module capytaine.io.wamit module capytaine.io.xarray module capytaine.meshes module capytaine.meshes.abstract_meshes module capytaine.meshes.clean module capytaine.meshes.clip module capytaine.meshes.export module capytaine.meshes.geometry module capytaine.meshes.io module capytaine.meshes.meshes module capytaine.meshes.predefined module capytaine.meshes.predefined.cylinders module capytaine.meshes.predefined.rectangles module capytaine.meshes.predefined.spheres module capytaine.meshes.quality module capytaine.meshes.surface_integrals module capytaine.meshes.symmetric_meshes module capytaine.meshes.visualization module capytaine.post_pro module

capytaine.post_pro.free_surfaces module capytaine.post_pro.impedance module capytaine.post_pro.kochin module capytaine.post_pro.rao module capytaine.tools module capytaine.tools.block_circulant_matrices module capytaine.tools.cache_on_disk module capytaine.tools.deprecation_handling module capytaine.tools.lists_of_points module capytaine.tools.memory_monitor module capytaine.tools.optional_imports module capytaine.tools.prony_decomposition module capytaine.tools.symbolic_multiplication module capytaine.tools.timer module capytaine.ui module capytaine.ui.cli module capytaine.ui.rich module center_of_buoyancy (capytaine.bodies.multibodies.Multibody property) (capytaine.meshes.surface_integrals.SurfaceIntegralsMixin property) center_of_mass (capytaine.bodies.multibodies.Multibody property) check_dataset_ready_for_export() (in module capytaine.io.wamit) check_mesh_quality() (in module capytaine.meshes.quality) circular_permutation() (in module capytaine.tools.block_circulant_matrices) clean_mesh() (in module capytaine.meshes.clean) clean_mesh_once() (in module capytaine.meshes.clean) clip_faces() (in module capytaine.meshes.clip) clipped() (capytaine.bodies.bodies.FloatingBody method) (capytaine.meshes.abstract_meshes.AbstractMesh method) (capytaine.meshes.meshes.Mesh method) (capytaine.meshes.symmetric_meshes.ReflectionSymmetricMesh method) (capytaine.meshes.symmetric_meshes.RotationSymmetricMesh method) clustering() (in module capytaine.meshes.geometry) compute_aspect_ratio() (in module capytaine.meshes.clip) compute_dispersion_relation_roots() (capytaine.green_functions.hams.FinGreen3D method) compute_distance_between_points() (in module capytaine.meshes.geometry) compute_faces_areas() (in module capytaine.meshes.geometry) compute_faces_centers() (in module capytaine.meshes.geometry) compute_faces_normals() (in module capytaine.meshes.geometry) compute_faces_radii() (in module capytaine.meshes.geometry) compute_free_surface_elevation() (capytaine.bem.solver.BEMSolver method) compute_gauss_legendre_2_quadrature() (in module capytaine.meshes.geometry) compute_hydrostatic_stiffness() (capytaine.bodies.multibodies.Multibody method) compute_kochin() (in module capytaine.post_pro.kochin) compute_potential() (capytaine.bem.solver.BEMSolver method) compute_pressure() (capytaine.bem.solver.BEMSolver method) compute_ram_estimation() (capytaine.bem.engines.BasicMatrixEngine method) compute_rigid_body_inertia() (capytaine.bodies.multibodies.Multibody method) compute_velocity() (capytaine.bem.solver.BEMSolver method) connected_components() (in module capytaine.meshes.geometry) connected_components_of_waterline() (in module capytaine.meshes.geometry) copy() (capytaine.bodies.bodies.FloatingBody method) (capytaine.meshes.abstract_meshes.AbstractMesh method) (capytaine.meshes.meshes.Mesh method) (capytaine.meshes.symmetric_meshes.ReflectionSymmetricMesh method) (capytaine.meshes.symmetric_meshes.RotationSymmetricMesh method) Counter (class in capytaine.bem.engines)

D

dataframe_from_bemio() (in module capytaine.io.bemio) Delhommeau (class in capytaine.green_functions.delhommeau) depth (capytaine.bem.problems_and_results.LinearPotentialFlowProblem property) DiffractionProblem (class in capytaine.bem.problems_and_results) DiffractionResult (class in capytaine.bem.problems_and_results) disp_mass() (capytaine.meshes.surface_integrals.SurfaceIntegralsMixin method) disp_volume (capytaine.meshes.surface_integrals.SurfaceIntegralsMixin property)

dispersion_relation_roots (capytaine.green_functions.delhommeau.Delhommeau attribute) (capytaine.green_functions.hams.LiangWuNoblesseGF attribute) displayed_total_summary() (capytaine.bem.solver.BEMSolver method) DofOnSubmesh (class in capytaine.bodies.dofs) dofs (capytaine.bodies.multibodies.Multibody property) dummy_param (capytaine.green_functions.hams.FinGreen3D attribute) (capytaine.green_functions.hams.LiangWuNoblesseGF attribute)

E

ending_dimensions_at_the_beginning() (in module capytaine.tools.block_circulant_matrices) error_exponential_decomposition() (in module capytaine.tools.prony_decomposition) evaluate() (capytaine.green_functions.abstract_green_function.AbstractGreenFunction method) (capytaine.green_functions.delhommeau.Delhommeau method) (capytaine.green_functions.hams.FinGreen3D method) (capytaine.green_functions.hams.HAMS_GF method) (capytaine.green_functions.hams.LiangWuNoblesseGF method) evaluate_gradient_of_motion() (capytaine.bodies.dofs.AbstractDof method) (capytaine.bodies.dofs.DofOnSubmesh method) (capytaine.bodies.dofs.RotationDof method) (capytaine.bodies.dofs.TranslationDof method) evaluate_motion() (capytaine.bodies.dofs.AbstractDof method) (capytaine.bodies.dofs.DofOnSubmesh method) (capytaine.bodies.dofs.RotationDof method) (capytaine.bodies.dofs.TranslationDof method) evaluate_rankine_only() (capytaine.green_functions.delhommeau.Delhommeau method) exponential_decomposition() (in module capytaine.tools.prony_decomposition) export() (capytaine.meshes.abstract_meshes.AbstractMesh method) (capytaine.meshes.meshes.Mesh method) (capytaine.meshes.symmetric_meshes.ReflectionSymmetricMesh method) (capytaine.meshes.symmetric_meshes.RotationSymmetricMesh method) export_dataset() (in module capytaine.io.xarray) export_hydrostatics() (in module capytaine.io.legacy) export_mesh() (in module capytaine.meshes.export) export_to_meshio() (capytaine.meshes.abstract_meshes.AbstractMesh method) (in module capytaine.meshes.export)

export_to_pyvista() (capytaine.meshes.abstract_meshes.AbstractMesh method) (in module capytaine.meshes.export) export_to_trimesh() (capytaine.meshes.abstract_meshes.AbstractMesh method) (in module capytaine.meshes.export) export_to_wamit() (in module capytaine.io.wamit) export_to_xarray() (capytaine.meshes.abstract_meshes.AbstractMesh method) (in module capytaine.meshes.export) export_wamit_1() (in module capytaine.io.wamit) export_wamit_3() (in module capytaine.io.wamit) export_wamit_3fk() (in module capytaine.io.wamit) export_wamit_3sc() (in module capytaine.io.wamit) export_wamit_hst() (in module capytaine.io.wamit) exportable_settings (capytaine.green_functions.hams.HAMS_GF attribute) (capytaine.green_functions.hams.LiangWuNoblesseGF attribute) extract_face_vertices() (in module capytaine.meshes.quality) extract_faces() (capytaine.meshes.abstract_meshes.AbstractMesh method) (capytaine.meshes.meshes.Mesh method) (capytaine.meshes.symmetric_meshes.ReflectionSymmetricMesh method) (capytaine.meshes.symmetric_meshes.RotationSymmetricMesh method) extract_lid() (capytaine.meshes.abstract_meshes.AbstractMesh method) (capytaine.meshes.meshes.Mesh method) (capytaine.meshes.symmetric_meshes.ReflectionSymmetricMesh method) (capytaine.meshes.symmetric_meshes.RotationSymmetricMesh method) extract_wedge() (capytaine.meshes.abstract_meshes.AbstractMesh method)

F

faces (capytaine.meshes.abstract_meshes.AbstractMesh property) (capytaine.meshes.meshes.Mesh property) (capytaine.meshes.symmetric_meshes.ReflectionSymmetricMesh property) (capytaine.meshes.symmetric_meshes.RotationSymmetricMesh property) faces_areas (capytaine.meshes.abstract_meshes.AbstractMesh property) (capytaine.meshes.meshes.Mesh property) (capytaine.meshes.symmetric_meshes.ReflectionSymmetricMesh property) (capytaine.meshes.symmetric_meshes.RotationSymmetricMesh property) faces_centers (capytaine.meshes.abstract_meshes.AbstractMesh property) (capytaine.meshes.meshes.Mesh property) (capytaine.meshes.symmetric_meshes.ReflectionSymmetricMesh property) (capytaine.meshes.symmetric_meshes.RotationSymmetricMesh property) faces_in_group() (in module capytaine.meshes.geometry) faces_normals (capytaine.meshes.abstract_meshes.AbstractMesh property) (capytaine.meshes.meshes.Mesh property) (capytaine.meshes.symmetric_meshes.ReflectionSymmetricMesh property) (capytaine.meshes.symmetric_meshes.RotationSymmetricMesh property) faces_radiuses (capytaine.meshes.abstract_meshes.AbstractMesh property) (capytaine.meshes.meshes.Mesh property) (capytaine.meshes.symmetric_meshes.ReflectionSymmetricMesh property) (capytaine.meshes.symmetric_meshes.RotationSymmetricMesh property) faces_vertices_centers (capytaine.meshes.meshes.Mesh property) FailedDiffractionResult (class in capytaine.bem.problems_and_results) FailedLinearPotentialFlowResult (class in capytaine.bem.problems_and_results)

FailedRadiationResult (class in capytaine.bem.problems_and_results) fill_dataset() (capytaine.bem.solver.BEMSolver method) find_best_exponential_decomposition() (capytaine.green_functions.delhommeau.Delhommeau method) (in module capytaine.tools.prony_decomposition) FinGreen3D (class in capytaine.green_functions.hams) finite_depth_method_index (capytaine.green_functions.hams.FinGreen3D attribute) (capytaine.green_functions.hams.LiangWuNoblesseGF attribute) first_irregular_frequency_estimate() (capytaine.bodies.bodies.FloatingBody method) (capytaine.bodies.multibodies.Multibody method) floating_point_precision (capytaine.green_functions.abstract_green_function.AbstractGreenFunction attribute) (capytaine.green_functions.hams.FinGreen3D attribute) (capytaine.green_functions.hams.HAMS_GF attribute) (capytaine.green_functions.hams.LiangWuNoblesseGF attribute) FloatingBody (class in capytaine.bodies.bodies) force (capytaine.bem.problems_and_results.LinearPotentialFlowResult property) fortran_core (capytaine.green_functions.hams.FinGreen3D attribute) (capytaine.green_functions.hams.LiangWuNoblesseGF attribute) FreeSurface (class in capytaine.post_pro.free_surfaces) from_exported_settings() (capytaine.bem.solver.BEMSolver class method) from_file() (capytaine.bodies.bodies.FloatingBody static method) from_list_of_faces() (capytaine.meshes.meshes.Mesh class method) from_meshio() (capytaine.bodies.bodies.FloatingBody static method) from_profile_points() (capytaine.meshes.symmetric_meshes.RotationSymmetricMesh class method) froude_krylov_force() (in module capytaine.bem.airy_waves)

G

generate_lid() (capytaine.meshes.abstract_meshes.AbstractMesh method) (capytaine.meshes.meshes.Mesh method) (capytaine.meshes.symmetric_meshes.ReflectionSymmetricMesh method) (capytaine.meshes.symmetric_meshes.RotationSymmetricMesh method) get_dof_index_and_k() (in module capytaine.io.wamit) get_free_surface_elevation() (capytaine.bem.solver.BEMSolver method)

get_memory() (capytaine.tools.memory_monitor.MemoryMonitor method) get_memory_peak() (capytaine.tools.memory_monitor.MemoryMonitor method) get_potential_on_mesh() (capytaine.bem.solver.BEMSolver method) get_vertices_face() (in module capytaine.meshes.geometry) gf_singularities_index (capytaine.green_functions.hams.FinGreen3D attribute) green_function (capytaine.bem.engines.BasicMatrixEngine attribute) GreenFunctionEvaluationError

H

HAMS_GF (class in capytaine.green_functions.hams) has_been_lu_decomposed() (in module capytaine.tools.block_circulant_matrices)

hull_mask (capytaine.bodies.multibodies.Multibody property) hydrostatics_dataset() (in module capytaine.io.xarray)

I

identify_frequency_axis() (in module capytaine.io.wamit) immersed_part() (capytaine.bodies.bodies.FloatingBody method) (capytaine.bodies.multibodies.Multibody method) (capytaine.meshes.abstract_meshes.AbstractMesh method) impedance() (in module capytaine.post_pro.impedance) import_cal_file() (in module capytaine.io.legacy) import_optional_dependency() (in module capytaine.tools.optional_imports) incoming_waves() (capytaine.post_pro.free_surfaces.FreeSurface method)

indices_of_non_convex_faces() (in module capytaine.meshes.quality) indices_of_non_coplanar_faces() (in module capytaine.meshes.quality) influenced_dofs (capytaine.bem.problems_and_results.LinearPotentialFlowProblem property) integrate_pressure() (capytaine.bodies.bodies.FloatingBody method) (capytaine.bodies.multibodies.Multibody method) is_face_convex() (in module capytaine.meshes.quality) is_non_coplanar() (in module capytaine.meshes.quality) is_rigid_body_dof() (in module capytaine.bodies.dofs)

J

join_bodies() (capytaine.bodies.bodies.FloatingBody method) (capytaine.bodies.multibodies.Multibody method) join_meshes() (capytaine.meshes.abstract_meshes.AbstractMesh method) (capytaine.meshes.meshes.Mesh method) (capytaine.meshes.symmetric_meshes.ReflectionSymmetricMesh method) (capytaine.meshes.symmetric_meshes.RotationSymmetricMesh method)

K

keep_only_dofs() (capytaine.bodies.bodies.FloatingBody method)

kochin_data_array() (in module capytaine.io.xarray)

L

last_computed_matrices (capytaine.bem.engines.BasicMatrixEngine attribute) leading_dimensions_at_the_end() (in module capytaine.tools.block_circulant_matrices) LiangWuNoblesseGF (class in capytaine.green_functions.hams) lid_mesh (capytaine.bodies.multibodies.Multibody property) linear_solver() (capytaine.bem.engines.BasicMatrixEngine method) LinearPotentialFlowProblem (class in capytaine.bem.problems_and_results)

LinearPotentialFlowResult (class in capytaine.bem.problems_and_results) load_mesh() (in module capytaine.meshes.io) lowest_lid_position() (capytaine.meshes.abstract_meshes.AbstractMesh method) lu_decompose() (in module capytaine.tools.block_circulant_matrices) LUDecomposedBlockCirculantMatrix (class in capytaine.tools.block_circulant_matrices) LUDecomposedBlockDiagonalMatrix (class in capytaine.tools.block_circulant_matrices) LUDecomposedMatrix (class in capytaine.tools.block_circulant_matrices)

M

main() (in module capytaine.ui.cli) make_failed_results_container() (capytaine.bem.problems_and_results.DiffractionProblem method) (capytaine.bem.problems_and_results.LinearPotentialFlowProblem method) (capytaine.bem.problems_and_results.RadiationProblem method) make_results_container() (capytaine.bem.problems_and_results.DiffractionProblem method) (capytaine.bem.problems_and_results.LinearPotentialFlowProblem method) (capytaine.bem.problems_and_results.RadiationProblem method) mass (capytaine.bodies.multibodies.Multibody property) MatrixEngine (class in capytaine.bem.engines) matvec() (capytaine.tools.block_circulant_matrices.BlockCirculantMatrix method) MemoryMonitor (class in capytaine.tools.memory_monitor) merge_complex_values() (in module capytaine.io.xarray) merge_near_duplicate_vertices() (in module capytaine.meshes.clean) merged() (capytaine.meshes.abstract_meshes.AbstractMesh method) (capytaine.meshes.meshes.Mesh method) (capytaine.meshes.symmetric_meshes.ReflectionSymmetricMesh method) (capytaine.meshes.symmetric_meshes.RotationSymmetricMesh method) mesh (capytaine.bodies.multibodies.Multibody property) Mesh (class in capytaine.meshes.meshes) mesh_disk() (in module capytaine.meshes.predefined.cylinders) mesh_horizontal_cylinder() (in module capytaine.meshes.predefined.cylinders) mesh_including_lid (capytaine.bodies.multibodies.Multibody property) mesh_parallelepiped() (in module capytaine.meshes.predefined.rectangles) mesh_rectangle() (in module capytaine.meshes.predefined.rectangles) mesh_sphere() (in module capytaine.meshes.predefined.spheres) mesh_vertical_cylinder() (in module capytaine.meshes.predefined.cylinders) minimal_computable_wavelength (capytaine.bodies.bodies.FloatingBody property) (capytaine.bodies.multibodies.Multibody property) mirrored() (capytaine.bodies.bodies.FloatingBody method) (capytaine.meshes.abstract_meshes.AbstractMesh method) (capytaine.meshes.meshes.Mesh method) (capytaine.meshes.symmetric_meshes.ReflectionSymmetricMesh method) (capytaine.meshes.symmetric_meshes.RotationSymmetricMesh method) module capytaine capytaine.bem capytaine.bem.airy_waves capytaine.bem.engines capytaine.bem.problems_and_results capytaine.bem.solver capytaine.bodies capytaine.bodies.bodies capytaine.bodies.dofs capytaine.bodies.hydrostatics capytaine.bodies.multibodies capytaine.green_functions capytaine.green_functions.abstract_green_function capytaine.green_functions.delhommeau capytaine.green_functions.hams capytaine.io capytaine.io.bemio capytaine.io.legacy capytaine.io.wamit capytaine.io.xarray capytaine.meshes capytaine.meshes.abstract_meshes capytaine.meshes.clean capytaine.meshes.clip capytaine.meshes.export capytaine.meshes.geometry capytaine.meshes.io capytaine.meshes.meshes capytaine.meshes.predefined capytaine.meshes.predefined.cylinders capytaine.meshes.predefined.rectangles capytaine.meshes.predefined.spheres capytaine.meshes.quality capytaine.meshes.surface_integrals capytaine.meshes.symmetric_meshes capytaine.meshes.visualization capytaine.post_pro capytaine.post_pro.free_surfaces capytaine.post_pro.impedance capytaine.post_pro.kochin capytaine.post_pro.rao capytaine.tools capytaine.tools.block_circulant_matrices capytaine.tools.cache_on_disk capytaine.tools.deprecation_handling capytaine.tools.lists_of_points capytaine.tools.memory_monitor capytaine.tools.optional_imports capytaine.tools.prony_decomposition capytaine.tools.symbolic_multiplication capytaine.tools.timer capytaine.ui capytaine.ui.cli capytaine.ui.rich

Multibody (class in capytaine.bodies.multibodies)

N

nb_dofs (capytaine.bodies.bodies.FloatingBody property) (capytaine.bodies.multibodies.Multibody property) nb_faces (capytaine.meshes.abstract_meshes.AbstractMesh property) (capytaine.meshes.meshes.Mesh property) (capytaine.meshes.symmetric_meshes.ReflectionSymmetricMesh property) (capytaine.meshes.symmetric_meshes.RotationSymmetricMesh property)

nb_quads (capytaine.meshes.meshes.Mesh property) nb_triangles (capytaine.meshes.meshes.Mesh property) nb_vertices (capytaine.meshes.abstract_meshes.AbstractMesh property) (capytaine.meshes.meshes.Mesh property) (capytaine.meshes.symmetric_meshes.ReflectionSymmetricMesh property) (capytaine.meshes.symmetric_meshes.RotationSymmetricMesh property) normalize_name() (in module capytaine.bodies.dofs)

P

pop_metadata() (capytaine.meshes.abstract_meshes.AbstractMesh method) problems_from_dataset() (in module capytaine.io.xarray)

prony_decomposition (capytaine.green_functions.hams.FinGreen3D attribute) (capytaine.green_functions.hams.LiangWuNoblesseGF attribute) PronyDecompositionFailure

Q

quadrature_points (capytaine.meshes.abstract_meshes.AbstractMesh property) (capytaine.meshes.meshes.Mesh property) (capytaine.meshes.symmetric_meshes.ReflectionSymmetricMesh property) (capytaine.meshes.symmetric_meshes.RotationSymmetricMesh property)

R

radiation_damping (capytaine.bem.problems_and_results.RadiationResult property) radiation_dampings (capytaine.bem.problems_and_results.RadiationResult property) RadiationProblem (class in capytaine.bem.problems_and_results) RadiationResult (class in capytaine.bem.problems_and_results) rao() (in module capytaine.post_pro.rao) rao_transfer_function() (in module capytaine.post_pro.impedance) records (capytaine.bem.problems_and_results.DiffractionResult property) (capytaine.bem.problems_and_results.RadiationResult property) ReflectionSymmetricMesh (class in capytaine.meshes.symmetric_meshes) remove_duplicate_faces() (in module capytaine.meshes.clean) remove_duplicate_vertices() (in module capytaine.meshes.clean) remove_small_faces() (in module capytaine.meshes.clean) remove_unused_vertices() (in module capytaine.meshes.clean) reset_timer() (capytaine.bem.solver.BEMSolver method) reshape() (capytaine.tools.symbolic_multiplication.SymbolicMultiplication method) rigid_body_dofs() (in module capytaine.bodies.dofs)

rotated_such_that_vectors_are_aligned() (capytaine.meshes.abstract_meshes.AbstractMesh method) rotated_with_matrix() (capytaine.bodies.bodies.FloatingBody method) (capytaine.meshes.abstract_meshes.AbstractMesh method) (capytaine.meshes.meshes.Mesh method) (capytaine.meshes.symmetric_meshes.ReflectionSymmetricMesh method) (capytaine.meshes.symmetric_meshes.RotationSymmetricMesh method) rotated_x() (capytaine.bodies.bodies.FloatingBody method) (capytaine.meshes.abstract_meshes.AbstractMesh method) rotated_y() (capytaine.bodies.bodies.FloatingBody method) (capytaine.meshes.abstract_meshes.AbstractMesh method) rotated_z() (capytaine.bodies.bodies.FloatingBody method) (capytaine.meshes.abstract_meshes.AbstractMesh method) RotationDof (class in capytaine.bodies.dofs) RotationSymmetricMesh (class in capytaine.meshes.symmetric_meshes) run() (capytaine.tools.memory_monitor.MemoryMonitor method) run_cal_file() (in module capytaine.io.legacy)

S

save_dataset_as_netcdf() (in module capytaine.io.xarray) separate_complex_values() (in module capytaine.io.xarray) set_logging() (in module capytaine.ui.rich) show() (capytaine.bodies.bodies.FloatingBody method) (capytaine.meshes.abstract_meshes.AbstractMesh method) (capytaine.meshes.meshes.Mesh method) (capytaine.meshes.symmetric_meshes.ReflectionSymmetricMesh method) (capytaine.meshes.symmetric_meshes.RotationSymmetricMesh method) show_3d() (in module capytaine.meshes.visualization) show_matplotlib() (capytaine.bodies.bodies.FloatingBody method) (capytaine.meshes.abstract_meshes.AbstractMesh method) (in module capytaine.meshes.visualization) show_pyvista() (capytaine.bodies.bodies.FloatingBody method) (capytaine.meshes.abstract_meshes.AbstractMesh method) (in module capytaine.meshes.visualization)

silently_import_optional_dependency() (in module capytaine.tools.optional_imports) solve() (capytaine.tools.block_circulant_matrices.BlockCirculantMatrix method) (capytaine.tools.block_circulant_matrices.BlockDiagonalMatrix method) (capytaine.tools.block_circulant_matrices.LUDecomposedBlockCirculantMatrix method) (capytaine.tools.block_circulant_matrices.LUDecomposedBlockDiagonalMatrix method) (capytaine.tools.block_circulant_matrices.LUDecomposedMatrix method) solve_all() (capytaine.bem.solver.BEMSolver method) solve_gmres() (in module capytaine.bem.engines) sum() (capytaine.tools.symbolic_multiplication.SymbolicMultiplication method) summary() (capytaine.meshes.meshes.Mesh method) supporting_symbolic_multiplication() (in module capytaine.tools.symbolic_multiplication) surface_integral() (capytaine.meshes.surface_integrals.SurfaceIntegralsMixin method) SurfaceIntegralsMixin (class in capytaine.meshes.surface_integrals) SymbolicMultiplication (class in capytaine.tools.symbolic_multiplication)

T

T (capytaine.tools.symbolic_multiplication.SymbolicMultiplication property) tabulated_integrals (capytaine.green_functions.hams.FinGreen3D attribute) (capytaine.green_functions.hams.LiangWuNoblesseGF attribute) tabulated_r_range (capytaine.green_functions.hams.FinGreen3D attribute) (capytaine.green_functions.hams.LiangWuNoblesseGF attribute) tabulated_z_range (capytaine.green_functions.hams.FinGreen3D attribute) (capytaine.green_functions.hams.LiangWuNoblesseGF attribute) tabulation_grid_shape_index (capytaine.green_functions.hams.LiangWuNoblesseGF attribute) tabulation_nb_integration_points (capytaine.green_functions.hams.FinGreen3D attribute) (capytaine.green_functions.hams.LiangWuNoblesseGF attribute) Timer (class in capytaine.tools.timer) timer_summary() (capytaine.bem.solver.BEMSolver method)

total (capytaine.tools.timer.Timer property) translated() (capytaine.bodies.bodies.FloatingBody method) (capytaine.meshes.abstract_meshes.AbstractMesh method) (capytaine.meshes.meshes.Mesh method) (capytaine.meshes.symmetric_meshes.ReflectionSymmetricMesh method) (capytaine.meshes.symmetric_meshes.RotationSymmetricMesh method) translated_x() (capytaine.bodies.bodies.FloatingBody method) (capytaine.meshes.abstract_meshes.AbstractMesh method) translated_y() (capytaine.bodies.bodies.FloatingBody method) (capytaine.meshes.abstract_meshes.AbstractMesh method) translated_z() (capytaine.bodies.bodies.FloatingBody method) (capytaine.meshes.abstract_meshes.AbstractMesh method) TranslationDof (class in capytaine.bodies.dofs)

V

vertices (capytaine.meshes.symmetric_meshes.ReflectionSymmetricMesh property) (capytaine.meshes.symmetric_meshes.RotationSymmetricMesh property)

volume (capytaine.bodies.multibodies.Multibody property) (capytaine.meshes.surface_integrals.SurfaceIntegralsMixin property) volumes (capytaine.meshes.surface_integrals.SurfaceIntegralsMixin property)

W

waterplane_area (capytaine.meshes.surface_integrals.SurfaceIntegralsMixin property) waterplane_center (capytaine.meshes.surface_integrals.SurfaceIntegralsMixin property) waterplane_integral() (capytaine.meshes.surface_integrals.SurfaceIntegralsMixin method) wet_surface_area (capytaine.meshes.surface_integrals.SurfaceIntegralsMixin property) with_metadata() (capytaine.meshes.abstract_meshes.AbstractMesh method) with_normal_vector_going_down() (capytaine.meshes.abstract_meshes.AbstractMesh method) (capytaine.meshes.meshes.Mesh method) (capytaine.meshes.symmetric_meshes.ReflectionSymmetricMesh method) (capytaine.meshes.symmetric_meshes.RotationSymmetricMesh method)

with_only_dofs() (capytaine.bodies.bodies.FloatingBody method) with_quadrature() (capytaine.meshes.abstract_meshes.AbstractMesh method) (capytaine.meshes.meshes.Mesh method) (capytaine.meshes.symmetric_meshes.ReflectionSymmetricMesh method) (capytaine.meshes.symmetric_meshes.RotationSymmetricMesh method) without_any_metadata() (capytaine.meshes.abstract_meshes.AbstractMesh method) without_metadata() (capytaine.meshes.abstract_meshes.AbstractMesh method) wraps_function() (capytaine.tools.timer.Timer method) write_dataset_as_tecplot_files() (in module capytaine.io.legacy)

X

XieDelhommeau (class in capytaine.green_functions.delhommeau)

Z

z_span (capytaine.meshes.abstract_meshes.AbstractMesh property)