RigidPart

class compas_fea2.model.RigidPart[source]

Bases: _Part

Rigid part.Base class for Parts.

Parameters:

namestr, optional: Unique identifier. If not provided it is automatically generated. Set a name if you want a more human-readable input file.

Attributes:

namestr: Unique identifier. If not provided it is automatically generated. Set a name if you want a more human-readable input file.
modelcompas_fea2.model.Model: The parent model of the part.
nodesSet[compas_fea2.model.Node]: The nodes belonging to the part.
nodes_countint: Number of nodes in the part.
gkey_nodeDict[str, compas_fea2.model.Node]: Dictionary that associates each node and its geometric key.
materialsSet[compas_fea2.model._Material]: The materials belonging to the part.
sectionsSet[compas_fea2.model._Section]: The sections belonging to the part.
elementsSet[compas_fea2.model._Element]: The elements belonging to the part.
element_typesDict[compas_fea2.model._Element, List[compas_fea2.model._Element]]: Dictionary with the elements of the part for each element type.
element_countint: Number of elements in the part.
boundary_meshcompas.datastructures.Mesh: The outer boundary mesh enveloping the Part.
discretized_boundary_meshcompas.datastructures.Mesh: The discretized outer boundary mesh enveloping the Part.

Notes

Parts are registered to a compas_fea2.model.Model.

Methods

`add_element`
`from_boundary_mesh`
`from_gmsh`

Inherited Methods

`ToString`	Converts the instance to a string.
`add_elements`
`add_group`
`add_groups`
`add_material`
`add_materials`
`add_node`
`add_nodes`
`add_section`
`add_sections`
`compute_nodal_masses`
`contains_element`
`contains_material`
`contains_node`
`contains_section`
`copy`	Make an independent copy of the data object.
`elements_by_dimension`
`extract_clustered_planes`
`extract_submeshes`
`find_boudary_faces`
`find_boundary_meshes`
`find_closest_nodes_to_node`
`find_closest_nodes_to_point`
`find_element_by_key`
`find_element_by_name`
`find_faces_in_polygon`
`find_faces_on_plane`
`find_group_by_name`
`find_material_by_name`
`find_material_by_uid`
`find_materials_by_name`
`find_node_by_key`
`find_node_by_name`
`find_node_by_uid`
`find_nodes_in_polygon`
`find_nodes_on_plane`
`find_section_by_name`
`find_section_by_uid`
`find_sections_by_name`
`from_brep`
`from_compas_lines`
`from_hdf5`
`from_json`	Construct an object of this type from a JSON file.
`from_jsonstring`	Construct an object of this type from a JSON string.
`from_name`
`from_step_file`
`get_average_displacement_at_point`
`get_max_displacement`
`get_min_displacement`
`is_element_on_boundary`
`is_node_on_boundary`
`jobdata`
`remove_element`
`remove_elements`
`remove_node`
`remove_nodes`
`sha256`	Compute a hash of the data for comparison during version control using the sha256 algorithm.
`shell_from_compas_mesh`
`show`
`sorted_nodes_by_displacement`
`to_hdf5`
`to_hdf5_data`
`to_json`	Convert an object to its native data representation and save it to a JSON file.
`to_jsonstring`	Convert an object to its native data representation and save it to a JSON string.
`transform`
`transformed`
`validate_data`	Validate the data against the object's data schema.
`visualize_node_connectivity`
`visualize_pyvis`