FaceConnectivityResults

class ansys.meshing.prime.FaceConnectivityResults(model=None, error_code=None, face_zonelet_ids=None, topo_face_ids=None, mesh_face_ids=None, face_zone_ids=None, face_zone_names=None, num_nodes_per_face_zonelet=None, node_coords=None, num_face_list_per_face_zonelet=None, face_list=None, json_data=None, **kwargs)

Result of the face connectivity information.

• Parameters:

  model: Model : Model to create a FaceConnectivityResults object with default parameters.

  error_code: ErrorCode, optional : Error code associated with the get face connectivity operation.

  face_zonelet_ids: Iterable[int], optional : Face zonelet ids for which connectivity data is available.

  topo_face_ids: Iterable[int], optional : TopoFace ids corresponding to each face zonelet id for topology based mesh.

  mesh_face_ids: Iterable[int], optional : Mesh face ids corresponding to each topoface.

  face_zone_ids: Iterable[int], optional : Face zone id corresponding to each topoface or face zonelet.

  face_zone_names: List[str], optional : Face zone name corresponding to each topoface or face zonelet.

  num_nodes_per_face_zonelet: Iterable[int], optional : Number of nodes per face zonelet.

  node_coords: Iterable[float], optional : Node coordinates describing faces of face zonelet.

  num_face_list_per_face_zonelet: Iterable[int], optional : Number of face list per face zonelet.

  face_list: Iterable[int], optional : Face list describing connectivity of node coordinates.

  json_data: dict, optional : JSON dictionary to create a FaceConnectivityResults object with provided parameters.

Examples

>>> face_connectivity_results = prime.FaceConnectivityResults(model = model)

Methods

Attributes