ExtractFeatureParams

class ansys.meshing.prime.ExtractFeatureParams(model=None, replace=None, feature_angle=None, separate_features=None, separation_angle=None, disconnect_with_faces=None, label_name=None, number_of_threads=None, json_data=None, **kwargs)

Parameter to control feature edge extraction.

Parameters:

model: Model

Model to create a ExtractFeatureParams object with default parameters.

replace: bool, optional

Option to replace existing edge zonelets with new extracted edge zonelets.

feature_angle: float, optional

Angle used to capture face features to be extracted as edges.

separate_features: bool, optional

Option to separate extracted features.

separation_angle: float, optional

Angle used to separate extracted features.

disconnect_with_faces: bool, optional

Option to disconnect edges from faces. If false, edges remain connected to faces by sharing nodes.

label_name: str, optional

Label name to be assigned to extracted features.

number_of_threads: int, optional

Number of threads used for multithreading.

json_data: dict, optional

JSON dictionary to create a ExtractFeatureParams object with provided parameters.

Examples

>>> extract_feature_params = prime.ExtractFeatureParams(model = model)

Methods

ExtractFeatureParams.print_default()	Print the default values of ExtractFeatureParams object.
ExtractFeatureParams.set_default([replace, ...])	Set the default values of the ExtractFeatureParams object.

Attributes

ExtractFeatureParams.disconnect_with_faces	Option to disconnect edges from faces.
ExtractFeatureParams.feature_angle	Angle used to capture face features to be extracted as edges.
ExtractFeatureParams.label_name	Label name to be assigned to extracted features.
ExtractFeatureParams.number_of_threads	Number of threads used for multithreading.
ExtractFeatureParams.replace	Option to replace existing edge zonelets with new extracted edge zonelets.
ExtractFeatureParams.separate_features	Option to separate extracted features.
ExtractFeatureParams.separation_angle	Angle used to separate extracted features.