DetectAndTreatCircularFacesParams

class ansys.meshing.prime.DetectAndTreatCircularFacesParams(model=None, edge_mesh_constant_size=None, surface_mesh_constant_size=None, merge_edge_allow_self_close=None, merge_face_normals_angle=None, json_data=None, **kwargs)

Parameters for detect and treat circular faces operation.

Parameters:

model: Model

Model to create a DetectAndTreatCircularFacesParams object with default parameters.

edge_mesh_constant_size: float, optional

Constant size used for edge meshing.

This is a beta parameter. The behavior and name may change in the future.

surface_mesh_constant_size: float, optional

Constant size used for surface meshing.

This is a beta parameter. The behavior and name may change in the future.

merge_edge_allow_self_close: bool, optional

Option for merging self-closing edge loops.

This is a beta parameter. The behavior and name may change in the future.

merge_face_normals_angle: float, optional

Merge faces when the normal angle between the faces is below the provided value.

This is a beta parameter. The behavior and name may change in the future.

json_data: dict, optional

JSON dictionary to create a DetectAndTreatCircularFacesParams object with provided parameters.

Examples

>>> detect_and_treat_circular_faces_params = prime.DetectAndTreatCircularFacesParams(model = model)

Methods

DetectAndTreatCircularFacesParams.print_default()	Print the default values of DetectAndTreatCircularFacesParams object.
DetectAndTreatCircularFacesParams.set_default([...])	Set the default values of the DetectAndTreatCircularFacesParams object.

Attributes

DetectAndTreatCircularFacesParams.edge_mesh_constant_size	Constant size used for edge meshing.
DetectAndTreatCircularFacesParams.merge_edge_allow_self_close	Option for merging self-closing edge loops.
DetectAndTreatCircularFacesParams.merge_face_normals_angle	Merge faces when the normal angle between the faces is below the provided value.
DetectAndTreatCircularFacesParams.surface_mesh_constant_size	Constant size used for surface meshing.