WrapperImproveQualityParams

class ansys.meshing.prime.WrapperImproveQualityParams(model=None, target_skewness=None, island_count=None, island_tol=None, overlap_count=None, overlap_tol=None, resolve_spikes=None, resolve_intersections=None, inflate_dihedral_face_nodes=None, resolve_invalid_node_normals=None, aggressively=None, sharp_angle=None, geom_zonelets=None, number_of_threads=None, json_data=None, **kwargs)

WrapperImproveQualityParams defines parameters to improve wrapper part.

• Parameters:

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

  target_skewness: float, optional : Target skewness.

  island_count: int, optional : Face count of smallest island.

  island_tol: float, optional : Relative face count of smallest island.

  overlap_count: int, optional : Face count of non-manifold overlap.

  overlap_tol: float, optional : Relative face count of non-manifold overlap.

  resolve_spikes: bool, optional : Control to perform removing spikes or not.

  resolve_intersections: bool, optional : Control to resolve face intersections or not.

  inflate_dihedral_face_nodes: bool, optional : Control to resolve face dihedral angle by inflating opposite nodes or not.

  resolve_invalid_node_normals: bool, optional : Control to resolve invalid node normals by inflating opposite nodes or not.

  aggressively: bool, optional : Control to improve surfaces aggressively or not.

  sharp_angle: float, optional : Maximum off feature sharp node angle.

  geom_zonelets: Iterable[int], optional : Associated underlying geometry zonelet ids.

  number_of_threads: int, optional : Number of threads for multithreading.

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

Examples

>>> wrapper_improve_quality_params = prime.WrapperImproveQualityParams(model = model)

Methods

Attributes