ImportedSolidModel

class compolyx.ImportedSolidModel(graph, obj, parent=None)

Imported Solid Model class

Attributes

Name	Description
ImportedSolidModel.active	Solid Model is active
ImportedSolidModel.analysis_plies	Analysis Plies of the Solid Model
ImportedSolidModel.changed	Status boolean
ImportedSolidModel.coordinate_system_index	Coordinate System index
ImportedSolidModel.cut_off_geometry_objs	Cut-Off Geometry objects
ImportedSolidModel.delete_bad_elements	Boolean whether to delete the erroneous elements
ImportedSolidModel.disable_numbering_updates	Debug option to disable all numbering updates
ImportedSolidModel.disable_skin_components	Debug option to disable the creation of skin components.
ImportedSolidModel.drop_hanging_nodes	If the hanging nodes are exported or dropped
ImportedSolidModel.element_index	Element offset index
ImportedSolidModel.enabled	Whether this object is currently enabled or not
ImportedSolidModel.ext_id	ID of corresponding Mechanical Model within WB arhcive (ComponentID)
ImportedSolidModel.external_file_path	The file path where the CAD geometry is loaded from
ImportedSolidModel.format	File format of the imported mesh
ImportedSolidModel.global_cut_off_material	Global material of the cut-off elements
ImportedSolidModel.id	ID of object
ImportedSolidModel.is_dict_item	Specifies whether the object is an item of a dict
ImportedSolidModel.is_list_item	Specifies whether the object is an item of a list
ImportedSolidModel.is_uptodate	Update status of the object
ImportedSolidModel.layup_mapping_objects	Objects which define the scoping and details of each mapping step.
ImportedSolidModel.link_path	Root path of the current node in the tree for links to this object
ImportedSolidModel.locked	Solid Model is generated from an imported source and cannot be changed
ImportedSolidModel.material_index	Material index
ImportedSolidModel.mesh_components	Element Sets of the solid mesh
ImportedSolidModel.minimum_volume	Defines the minimum volume of each solid element
ImportedSolidModel.name	Name of object
ImportedSolidModel.node_index	Node offset index
ImportedSolidModel.num_coordinate_systems
ImportedSolidModel.num_materials
ImportedSolidModel.num_solid_elements
ImportedSolidModel.num_solid_nodes
ImportedSolidModel.num_solid_sections
ImportedSolidModel.parent	Parent object in tree
ImportedSolidModel.root_path	Root path of the current node in the tree
ImportedSolidModel.section_index	Section offset index
ImportedSolidModel.status	Status of the object
ImportedSolidModel.status_changed	Boolean flag which is set to true in C++ when up-to-date status of object changes
ImportedSolidModel.transfer_all_sets	Whether to transfer all edge and element sets to the solid model or not
ImportedSolidModel.transferred_edge_sets	Edge sets to transfer to solid model
ImportedSolidModel.transferred_element_sets	Element sets to transfer to solid model
ImportedSolidModel.uid	UID of object
ImportedSolidModel.unit_system	Unit system type of the imported mesh
ImportedSolidModel.use_default_coordinate_system_index	Use consecutive coordinate system numbering
ImportedSolidModel.use_default_element_index	Use consecutive element numbering
ImportedSolidModel.use_default_material_index	Use consecutive material numbering
ImportedSolidModel.use_default_node_index	Use consecutive node numbering
ImportedSolidModel.use_default_section_index	Use consecutive section numbering
ImportedSolidModel.use_solid_model_prefix	If the solid model name is used as a prefix for all components exported to the *cdb file
ImportedSolidModel.use_solsh_elements	If selected solid-shell elements are written to the *cdb file
ImportedSolidModel.vertex	This will throw an error if the object has been removed from the graph
ImportedSolidModel.warping_limit	Defines the maximum allowable warping limit
ImportedSolidModel.write_degenerated_elements	If set to false no drop-off and cut-off elements are written to the *cdb file

Methods

Name	Description
ImportedSolidModel.clear_generated_data()	Function clears generated solid model but keeps all definitions
ImportedSolidModel.copy_cut_off_geometry_obj(source)	Copy a Cut-Off Geometry
ImportedSolidModel.copy_layup_mapping_object(source)	Copy a Layup Mapping object
ImportedSolidModel.create_cut_off_geometry_obj(name)	Create a new cut-off geometry object
ImportedSolidModel.create_layup_mapping_object([...])	Create a new layup mapping object
ImportedSolidModel.create_solid_element_set(name)	For internal use only: Creates a Solid Element Set
ImportedSolidModel.export_skin(path[, ...])	Creates a geometry file (STP or IGES) of the solid model based on the tessellated FE mesh
ImportedSolidModel.find_parent(type)	Function steps up the tree and returns the first parent with given type
ImportedSolidModel.get_short_description()
ImportedSolidModel.has_reinforcing_objects()	Boolean whether Layup Mapping objects of type reinforcing are present
ImportedSolidModel.import_initial_mesh([...])	Load the solid mesh without updating the layup mapping
ImportedSolidModel.mapping_statistics()	Returns the statistics of the layup mapping (number of elements, volumes, mass etc.)
ImportedSolidModel.obj_exists()	Checks if __obj still references the C++ object (i.e. has not been reset to None by self._delete) and exists in the graph
ImportedSolidModel.refresh_external_source([...])	Reloads the mesh from the external source
ImportedSolidModel.remove_global_cut_off_material()	Removes the global cutoff material of the SolidModel
ImportedSolidModel.remove_global_drop_off_material()	Removes the global dropoff material of the SolidModel
ImportedSolidModel.serialize()	Returns the Python serialization string
ImportedSolidModel.serialize_name_and_id()	Helper function to serialize name and ID
ImportedSolidModel.shell_elements()	Function returns the shell elements where this extrusion operates on
ImportedSolidModel.solid_elements(...)
ImportedSolidModel.update()
ImportedSolidModel.update_mapping_statistics()	Computes the mapping statistics per ply to compare the original layup with the mapped data
ImportedSolidModel.visit(visitor)	Walk through the tree and let the visitor perform action on every descendant node
ImportedSolidModel.write_h5_and_cdb_file(...)	Writes the .h5 and .cdb file for ANSYS Workbench application
ImportedSolidModel.write_lsdyna_solid_model(path)	Export solid model as FE model for LS Dyna
ImportedSolidModel.write_solid_model(path)	Export solid model as FE model for ANSYS