`LengthMeshOperation`#

class pyedb.grpc.database.simulation_setup.length_mesh_operation.LengthMeshOperation(core=None, name='', net_layer_info=None, enabled=True, refine_inside=False, mesh_region='', solve_inside=False, max_length: str = '1mm', restrict_max_length: bool = True, max_elements: str = '1000', restrict_max_elements: bool = False)#: PyEDB Length Mesh Operation class.

Overview#

Constructors

create

Create a Length Mesh Operation.

Properties

`name`	Get the name of the mesh operation.
`enabled`	Get the enabled status of the mesh operation.
`mesh_region`	Get the mesh region name.
`net_layer_info`	Get the net layer information list.
`refine_inside`	Get the refine inside status of the mesh operation.
`solve_inside`	Get the solve inside status of the mesh operation.
`max_length`	Get the length for the length mesh operation.
`restrict_max_length`	Get the restrict max length status of the mesh operation.
`max_elements`	Get the maximum number of elements for the length mesh operation.
`restrict_max_elements`	Get the restrict max elements status of the mesh operation.

Import detail#

from pyedb.grpc.database.simulation_setup.length_mesh_operation import LengthMeshOperation

Property detail#

property LengthMeshOperation.name: str#

Get the name of the mesh operation.

Returns:

str: Name of the mesh operation.

property LengthMeshOperation.enabled: bool#

Get the enabled status of the mesh operation.

Returns:

bool: True if the mesh operation is enabled, False otherwise.

property LengthMeshOperation.mesh_region: str#

Get the mesh region name.

Returns:

str: Name of the mesh region.

property LengthMeshOperation.net_layer_info: list[tuple[str, str, bool]]#

Get the net layer information list.

Returns:

list[tuple(str, str, bool)]: List of net layer information for the mesh operation.

property LengthMeshOperation.refine_inside: bool#

Get the refine inside status of the mesh operation.

Returns:

bool: True if refining inside is enabled, False otherwise.

property LengthMeshOperation.solve_inside: bool#

Get the solve inside status of the mesh operation.

Returns:

bool: True if solving inside is enabled, False otherwise.

property LengthMeshOperation.max_length: float#

Get the length for the length mesh operation.

Returns:

float: The length value.

property LengthMeshOperation.restrict_max_length: bool#

Get the restrict max length status of the mesh operation.

Returns:

bool: True if restricting max length is enabled, False otherwise.

property LengthMeshOperation.max_elements: str#

Get the maximum number of elements for the length mesh operation.

Returns:

str: The maximum number of elements.

property LengthMeshOperation.restrict_max_elements: bool#

Get the restrict max elements status of the mesh operation.

Returns:

bool: True if restricting max elements is enabled, False otherwise.

Method detail#

classmethod LengthMeshOperation.create(name: str = '', net_layer_info: tuple[str, str, bool] = None, enabled: bool = True, refine_inside: bool = False, mesh_region: str = '', solve_inside: bool = False, max_length: str = '1mm', restrict_max_length: bool = True, max_elements: str = '1000', restrict_max_elements: bool = False) → LengthMeshOperation#

Create a Length Mesh Operation. Parameters ———- name : str

Name of the mesh operation.

net_layer_infotuple[str, str, bool]: A tuple containing the net name, layer name, and a boolean indicating whether to include child layers.
enabledbool: Whether the mesh operation is enabled.
refine_insidebool: Whether to refine the mesh inside the specified region.
mesh_regionstr: The name of the mesh region.
solve_insidebool: Whether to solve inside the specified region.
max_lengthstr: The maximum length for the mesh operation.
restrict_max_lengthbool: Whether to restrict the maximum length.
max_elementsstr: The maximum number of elements for the mesh operation.
restrict_max_elementsbool: Whether to restrict the maximum number of elements.

Returns#

LengthMeshOperationLengthMeshOperation: The Length Mesh Operation object.