capytaine.meshes package

Subpackages

• capytaine.meshes.predefined package
  • Submodules
    • capytaine.meshes.predefined.cylinders module
      • mesh_disk()
      • mesh_horizontal_cylinder()
      • mesh_vertical_cylinder()
    • capytaine.meshes.predefined.rectangles module
      • mesh_parallelepiped()
      • mesh_rectangle()
    • capytaine.meshes.predefined.spheres module
      • mesh_sphere()
  • Module contents

Submodules

• capytaine.meshes.clipper module
  • clip()
• capytaine.meshes.collections module
  • CollectionOfMeshes
    • CollectionOfMeshes.axis_aligned_bbox
    • CollectionOfMeshes.center_of_mass_of_nodes
    • CollectionOfMeshes.clip()
    • CollectionOfMeshes.compute_quadrature()
    • CollectionOfMeshes.copy()
    • CollectionOfMeshes.diameter_of_nodes
    • CollectionOfMeshes.extract_faces()
    • CollectionOfMeshes.extract_one_face()
    • CollectionOfMeshes.faces
    • CollectionOfMeshes.faces_areas
    • CollectionOfMeshes.faces_centers
    • CollectionOfMeshes.faces_normals
    • CollectionOfMeshes.faces_radiuses
    • CollectionOfMeshes.heal_mesh()
    • CollectionOfMeshes.indices_of_mesh()
    • CollectionOfMeshes.merged()
    • CollectionOfMeshes.mirror()
    • CollectionOfMeshes.nb_faces
    • CollectionOfMeshes.nb_submeshes
    • CollectionOfMeshes.nb_vertices
    • CollectionOfMeshes.prune_empty_meshes()
    • CollectionOfMeshes.quadrature_method
    • CollectionOfMeshes.quadrature_points
    • CollectionOfMeshes.rotate()
    • CollectionOfMeshes.show()
    • CollectionOfMeshes.show_matplotlib()
    • CollectionOfMeshes.sliced_by_plane()
    • CollectionOfMeshes.submesh_containing_face()
    • CollectionOfMeshes.symmetrized()
    • CollectionOfMeshes.translate()
    • CollectionOfMeshes.tree_view()
    • CollectionOfMeshes.vertices
    • CollectionOfMeshes.volume
• capytaine.meshes.geometry module
  • Abstract3DObject
    • Abstract3DObject.mirror()
    • Abstract3DObject.mirrored()
    • Abstract3DObject.rotate()
    • Abstract3DObject.rotate_around_center_to_align_vectors()
    • Abstract3DObject.rotate_x()
    • Abstract3DObject.rotate_y()
    • Abstract3DObject.rotate_z()
    • Abstract3DObject.rotated()
    • Abstract3DObject.rotated_around_center_to_align_vectors()
    • Abstract3DObject.rotated_x()
    • Abstract3DObject.rotated_y()
    • Abstract3DObject.rotated_z()
    • Abstract3DObject.translate()
    • Abstract3DObject.translate_point_to_point()
    • Abstract3DObject.translate_x()
    • Abstract3DObject.translate_y()
    • Abstract3DObject.translate_z()
    • Abstract3DObject.translated()
    • Abstract3DObject.translated_point_to_point()
    • Abstract3DObject.translated_x()
    • Abstract3DObject.translated_y()
    • Abstract3DObject.translated_z()
  • Axis
    • Axis.angle_with_respect_to()
    • Axis.copy()
    • Axis.is_orthogonal_to()
    • Axis.is_parallel_to()
    • Axis.mirror()
    • Axis.rotate()
    • Axis.rotate_points()
    • Axis.rotate_vectors()
    • Axis.rotation_matrix()
    • Axis.translate()
  • ClippableMixin
    • ClippableMixin.clip()
    • ClippableMixin.clipped()
    • ClippableMixin.immersed_part()
    • ClippableMixin.keep_immersed_part()
  • Plane
    • Plane.c
    • Plane.copy()
    • Plane.distance_to_point()
    • Plane.get_edge_intersection()
    • Plane.is_orthogonal_to()
    • Plane.mirror()
    • Plane.rotate()
    • Plane.s
    • Plane.translate()
  • inplace_transformation()
  • orthogonal_vectors()
  • parallel_vectors()
  • parallel_vectors_with_same_direction()
• capytaine.meshes.meshes module
  • Mesh
    • Mesh.as_set_of_faces()
    • Mesh.axis_aligned_bbox
    • Mesh.center_of_mass_of_nodes
    • Mesh.clip()
    • Mesh.compute_quadrature()
    • Mesh.copy()
    • Mesh.diameter_of_nodes
    • Mesh.extract_faces()
    • Mesh.extract_one_face()
    • Mesh.faces
    • Mesh.faces_areas
    • Mesh.faces_centers
    • Mesh.faces_normals
    • Mesh.faces_radiuses
    • Mesh.flip_normals()
    • Mesh.from_set_of_faces()
    • Mesh.get_face()
    • Mesh.heal_mesh()
    • Mesh.heal_normals()
    • Mesh.heal_triangles()
    • Mesh.is_triangle()
    • Mesh.join_meshes()
    • Mesh.merge_duplicates()
    • Mesh.merged()
    • Mesh.mirror()
    • Mesh.nb_faces
    • Mesh.nb_quadrangles
    • Mesh.nb_triangles
    • Mesh.nb_vertices
    • Mesh.quadrangles_ids
    • Mesh.quadrature_method
    • Mesh.quadrature_points
    • Mesh.remove_degenerated_faces()
    • Mesh.remove_unused_vertices()
    • Mesh.rotate()
    • Mesh.show()
    • Mesh.show_matplotlib()
    • Mesh.show_vtk()
    • Mesh.sliced_by_plane()
    • Mesh.squared_axis_aligned_bbox
    • Mesh.symmetrized()
    • Mesh.to_meshmagick()
    • Mesh.translate()
    • Mesh.tree_view()
    • Mesh.triangles_ids
    • Mesh.triangulate_quadrangles()
    • Mesh.vertices
• capytaine.meshes.properties module
  • compute_connectivity()
  • compute_faces_properties()
  • compute_radiuses()
• capytaine.meshes.quality module
  • merge_duplicate_rows()
  • merge_duplicates()
  • print_quality()
• capytaine.meshes.surface_integrals module
  • SurfaceIntegralsMixin
    • SurfaceIntegralsMixin.center_of_buoyancy
    • SurfaceIntegralsMixin.disp_mass()
    • SurfaceIntegralsMixin.surface_integral()
    • SurfaceIntegralsMixin.volume
    • SurfaceIntegralsMixin.volumes
    • SurfaceIntegralsMixin.waterplane_area
    • SurfaceIntegralsMixin.waterplane_center
    • SurfaceIntegralsMixin.waterplane_integral()
    • SurfaceIntegralsMixin.wet_surface_area
• capytaine.meshes.symmetric module
  • AxialSymmetricMesh
    • AxialSymmetricMesh.first_slice
    • AxialSymmetricMesh.from_profile()
    • AxialSymmetricMesh.join_meshes()
    • AxialSymmetricMesh.mirror()
    • AxialSymmetricMesh.rotate()
    • AxialSymmetricMesh.translate()
    • AxialSymmetricMesh.tree_view()
  • ReflectionSymmetricMesh
    • ReflectionSymmetricMesh.half
    • ReflectionSymmetricMesh.join_meshes()
    • ReflectionSymmetricMesh.mirror()
    • ReflectionSymmetricMesh.rotate()
    • ReflectionSymmetricMesh.translate()
    • ReflectionSymmetricMesh.tree_view()
  • SymmetricMesh
  • TranslationalSymmetricMesh
    • TranslationalSymmetricMesh.first_slice
    • TranslationalSymmetricMesh.join_meshes()
    • TranslationalSymmetricMesh.mirror()
    • TranslationalSymmetricMesh.rotate()
    • TranslationalSymmetricMesh.translate()
    • TranslationalSymmetricMesh.tree_view()
  • build_regular_array_of_meshes()

Module contents