VolumeQualityResultsPart#

class ansys.meshing.prime.VolumeQualityResultsPart(model=None, cell_quality_measure=None, measure_name=None, part_id=None, quality_limit=None, n_found=None, max_quality=None, min_quality=None, json_data=None, **kwargs)#

Result of volume quality of part.

Parameters:

model: Model: Model to create a VolumeQualityResultsPart object with default parameters.
cell_quality_measure: CellQualityMeasure, optional: Type of the cell quality measure.
measure_name: str, optional: Name of the cell quality measure.
part_id: int, optional: Id of the part for which quality is computed.
quality_limit: float, optional: Target quality limit used to find failures.
n_found: int, optional: Number of failed cells.
max_quality: float, optional: Maximum value of quality measure.
min_quality: float, optional: Minimum value of quality measure.
json_data: dict, optional: JSON dictionary to create a VolumeQualityResultsPart object with provided parameters.

Examples

>>> volume_quality_results_part = prime.VolumeQualityResultsPart(model = model)

Methods

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

Attributes

`VolumeQualityResultsPart.cell_quality_measure`	Type of the cell quality measure.
`VolumeQualityResultsPart.max_quality`	Maximum value of quality measure.
`VolumeQualityResultsPart.measure_name`	Name of the cell quality measure.
`VolumeQualityResultsPart.min_quality`	Minimum value of quality measure.
`VolumeQualityResultsPart.n_found`	Number of failed cells.
`VolumeQualityResultsPart.part_id`	Id of the part for which quality is computed.
`VolumeQualityResultsPart.quality_limit`	Target quality limit used to find failures.

Examples using VolumeQualityResultsPart#

Wrap a toy car for a flow analysis