WrapperPatchFlowRegionsParams#
- class ansys.meshing.prime.WrapperPatchFlowRegionsParams(model=None, base_size=None, suggested_part_name=None, number_of_threads=None, dead_regions=None, sizing_method=None, size_field_ids=None, patch_at_live=None, json_data=None, **kwargs)#
WrapperPatchFlowRegionsParams to define parameters for patch flow regions operation.
- Parameters:
- model: Model
Model to create a
WrapperPatchFlowRegionsParamsobject with default parameters.- base_size: float, optional
Base size to define octree.
This is a beta parameter. The behavior and name may change in the future.
- suggested_part_name: str, optional
Suggested part name for created patching surfaces.
This is a beta parameter. The behavior and name may change in the future.
- number_of_threads: int, optional
Number of threads for multithreading.
This is a beta parameter. The behavior and name may change in the future.
- dead_regions: List[DeadRegion], optional
List of dead regions.
This is a beta parameter. The behavior and name may change in the future.
- sizing_method: SizeFieldType, optional
Method used to define sizing method for patching.
This is a beta parameter. The behavior and name may change in the future.
- size_field_ids: Iterable[int], optional
Ids used to define size field based octree refinement.
This is a beta parameter. The behavior and name may change in the future.
- patch_at_live: bool, optional
Creates patches closer to live instead of dead.
This is a beta parameter. The behavior and name may change in the future.
- json_data: dict, optional
JSON dictionary to create a
WrapperPatchFlowRegionsParamsobject with provided parameters.
Examples
>>> wrapper_patch_flow_regions_params = prime.WrapperPatchFlowRegionsParams(model = model)
Methods
Print the default values of
WrapperPatchFlowRegionsParamsobject.Set the default values of the
WrapperPatchFlowRegionsParamsobject.Attributes
Base size to define octree.
List of dead regions.
Number of threads for multithreading.
Creates patches closer to live instead of dead.
Used to define size field based octree refinement.
Used to define sizing method for patching.
Suggested part name for created patching surfaces.