CheckMeshResults#

class ansys.meshing.prime.CheckMeshResults(model=None, has_non_positive_volumes=None, has_non_positive_areas=None, has_invalid_shape=None, has_left_handed_faces=None, error_code=None, warning_codes=None, json_data=None, **kwargs)#

Result associated with the check mesh operation.

Parameters:

model: Model: Model to create a CheckMeshResults object with default parameters.
has_non_positive_volumes: bool, optional: Indicates whether mesh has non positive volumes.
has_non_positive_areas: bool, optional: Indicates whether mesh has non positive areas.
has_invalid_shape: bool, optional: Indicates whether mesh has invalid shape.
has_left_handed_faces: bool, optional: Indicates whether mesh has left handed faces.
error_code: ErrorCode, optional: Error code associated with the check grid operation.
warning_codes: List[WarningCode], optional: Warning codes associated with the check grid operation.
json_data: dict, optional: JSON dictionary to create a CheckMeshResults object with provided parameters.

Examples

>>> check_mesh_results = prime.CheckMeshResults(model = model)

Methods

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

Attributes

`CheckMeshResults.error_code`	Error code associated with the check grid operation.
`CheckMeshResults.has_invalid_shape`	Indicates whether mesh has invalid shape.
`CheckMeshResults.has_left_handed_faces`	Indicates whether mesh has left handed faces.
`CheckMeshResults.has_non_positive_areas`	Indicates whether mesh has non positive areas.
`CheckMeshResults.has_non_positive_volumes`	Indicates whether mesh has non positive volumes.
`CheckMeshResults.warning_codes`	Warning codes associated with the check grid operation.

Examples using CheckMeshResults#

Wrap a toy car for a flow analysis

Mesh a generic F1 car rear wing for external aero simulation