`Part`#

class ansys.health.heart.parts.Part(name: str = None, part_type: _PartType = _PartType.UNDEFINED)#: Base part class.

Overview#

Methods

`get_point`	Get a point from the part.
`get_element_ids`	Get element IDs that make up the part.

Properties

`surfaces`	List of surfaces belonging to the part.
`surface_names`	List of surface names belonging to the part.
`element_ids`	Get element IDs that make up the part.

Attributes

`name`	Part name.
`pid`	Part ID.
`mid`	Material ID associated with the part.
`points`	Points of interest belonging to the part.
`fiber`	Flag indicating if the part has fiber/sheet data.
`active`	Flag indicating if active stress is established.
`meca_material`	Material model to assign in the simulator.
`ep_material`	EP material model to assign in the simulator.

Special methods

Return a string representation of the part.

from ansys.health.heart.parts import Part

property Part.surfaces: list[ansys.health.heart.objects.SurfaceMesh]#: List of surfaces belonging to the part.

property Part.surface_names: list[str]#: List of surface names belonging to the part.

property Part.element_ids: numpy.ndarray#: Get element IDs that make up the part.

Part.points: list[ansys.health.heart.objects.Point] = []#: Points of interest belonging to the part.

Part.fiber: bool = False#: Flag indicating if the part has fiber/sheet data.

Part.active: bool = False#: Flag indicating if active stress is established.

Part.meca_material: ansys.health.heart.settings.material.material.MechanicalMaterialModel#: Material model to assign in the simulator.

Part.ep_material: ansys.health.heart.settings.material.ep_material.EPMaterial#: EP material model to assign in the simulator.

Part.get_point(pointname: str) → ansys.health.heart.objects.Point | None#: Get a point from the part.

Part.get_element_ids(mesh: ansys.health.heart.objects.Mesh = None) → numpy.ndarray#

Get element IDs that make up the part.

Parameters:

meshMesh, default: None: The mesh object where to get the element IDs from.

Returns: