capytaine.bodies package

Submodules

• capytaine.bodies.abstract_bodies module
  • AbstractBody
    • AbstractBody.add_dofs_labels_to_matrix()
    • AbstractBody.add_dofs_labels_to_vector()
    • AbstractBody.clipped()
    • AbstractBody.compute_hydrostatic_stiffness()
    • AbstractBody.compute_rigid_body_inertia()
    • AbstractBody.copy()
    • AbstractBody.first_irregular_frequency_estimate()
    • AbstractBody.immersed_part()
    • AbstractBody.integrate_pressure()
    • AbstractBody.join_bodies()
    • AbstractBody.minimal_computable_wavelength()
    • AbstractBody.mirrored()
    • AbstractBody.name
    • AbstractBody.rename()
    • AbstractBody.rotated_with_matrix()
    • AbstractBody.rotated_x()
    • AbstractBody.rotated_y()
    • AbstractBody.rotated_z()
    • AbstractBody.translated()
    • AbstractBody.translated_x()
    • AbstractBody.translated_y()
    • AbstractBody.translated_z()
• capytaine.bodies.bodies module
  • FloatingBody
    • FloatingBody.add_all_rigid_body_dofs()
    • FloatingBody.add_rotation_dof()
    • FloatingBody.add_translation_dof()
    • FloatingBody.animate()
    • FloatingBody.assemble_arbitrary_array()
    • FloatingBody.assemble_regular_array()
    • FloatingBody.bodies
    • FloatingBody.clipped()
    • FloatingBody.copy()
    • FloatingBody.first_irregular_frequency_estimate()
    • FloatingBody.from_file()
    • FloatingBody.from_meshio()
    • FloatingBody.immersed_part()
    • FloatingBody.integrate_pressure()
    • FloatingBody.keep_only_dofs()
    • FloatingBody.minimal_computable_wavelength
    • FloatingBody.mirrored()
    • FloatingBody.nb_dofs
    • FloatingBody.rename()
    • FloatingBody.rotated_with_matrix()
    • FloatingBody.show()
    • FloatingBody.show_matplotlib()
    • FloatingBody.show_pyvista()
    • FloatingBody.translated()
    • FloatingBody.with_only_dofs()
• capytaine.bodies.dofs module
  • AbstractDof
    • AbstractDof.evaluate_gradient_of_motion()
    • AbstractDof.evaluate_gradient_of_motion_at_points()
    • AbstractDof.evaluate_motion()
    • AbstractDof.evaluate_motion_at_points()
  • DofOnSubmesh
    • DofOnSubmesh.evaluate_gradient_of_motion_at_points()
    • DofOnSubmesh.evaluate_motion_at_points()
  • RotationDof
    • RotationDof.evaluate_gradient_of_motion_at_points()
    • RotationDof.evaluate_motion_at_points()
  • TranslationDof
    • TranslationDof.evaluate_gradient_of_motion_at_points()
    • TranslationDof.evaluate_motion_at_points()
  • add_dofs_labels_to_matrix()
  • add_dofs_labels_to_vector()
  • is_rigid_body_dof()
  • normalize_name()
  • rigid_body_dofs()
• capytaine.bodies.hydrostatics module
• capytaine.bodies.multibodies module
  • Multibody
    • Multibody.as_FloatingBody()
    • Multibody.center_of_buoyancy
    • Multibody.center_of_mass
    • Multibody.clipped()
    • Multibody.compute_hydrostatic_stiffness()
    • Multibody.compute_rigid_body_inertia()
    • Multibody.copy()
    • Multibody.first_irregular_frequency_estimate()
    • Multibody.immersed_part()
    • Multibody.integrate_pressure()
    • Multibody.mass
    • Multibody.minimal_computable_wavelength
    • Multibody.mirrored()
    • Multibody.name
    • Multibody.nb_dofs
    • Multibody.rename()
    • Multibody.rotated_with_matrix()
    • Multibody.translated()
    • Multibody.volume

Module contents