mirror_objects

dlubal.api.rfem.Application.mirror_objects(self, objs, mirroring_type=None, coordinate_system=1, point_1=None, point_2=None, point_3=None, plane=None, create_copy=False, copy_including_loading=False, copy_including_imperfections=False, connect_lines_members_surfaces=False, rotate_local_coordinate_systems_of_lines_members=False, adjust_loading_nodal_loads=False, model_id=None)

Mirrors or copies the specified objects about defined plane.

Parameters:

• objs (list) – The list of specified model objects.

• mirroring_type (MirroringPlaneSpecificationType) – Specifies the type of mirroring plane.

• coordinate_system (int | 1) – Specifies the coordination system to use.

• point_1 (Vector3d | None) – Specifies point 1 for plane definition.

• point_2 (Vector3d | None) – Specifies point 2 for plane definition.

• point_3 (Vector3d | None) – Specifies point 3 for plane definition.

• plane (Plane | None) – Specifies the plane for parallel plane definition.

• create_copy (bool | False) – Specifies whether copies of the specified objects should be created.

• copy_including_loading (bool | False) – Specifies whether to include the loading when copying the objects.

• copy_including_imperfections (bool | False) – Specifies whether to include imperfections when copying the objects.

• connect_lines_members_surfaces (bool | False) – Specifies whether to connect lines, members, or surfaces when they overlap in the copy.

• rotate_local_coordinate_systems_of_lines_members (bool | False) – Specifies whether the objects’ local coordinate systems (LCS) should be mirrored together with the lines, members.

• adjust_loading_nodal_loads (bool | False) – Specifies whether to also update nodal loads so their force and moment vectors remain correct in world coordinates after the transform.

• model_id (ModelId | None) – The unique identifier of the model. If None, the active model is used.

Returns:

None

Method Type: Core

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Usage

PythonC#

rfem_app.mirror_objects(
    objs=[
        rfem.structure_core.Node(no=1),
        rfem.structure_core.Line(no=1),
        rfem.structure_core.Member(no=1),
        rfem.structure_core.Surface(no=1),
    ],
    mirroring_type=rfem.manipulation.MIRRORING_PLANE_SPECIFICATION_TYPE_POINT_AND_PARALLEL_PLANE,
    plane=rfem.manipulation.PLANE_YZ,
    point_1=common.Vector3d(x=5.5, y=0.0, z=-6.0),
    create_copy=True,
)

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Examples

Steel Hall