unreal.VPCameraRigSpawnParams¶
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class
unreal.VPCameraRigSpawnParams(use_world_space=True, use_first_point_as_spawn_location=False, linear_approximation_mode=VPCameraRigSpawnLinearApproximationMode.NONE, linear_approximation_param=1.0)¶ Bases:
unreal.StructBaseParameters used to custom the CameraRig that’s created.
C++ Source:
Plugin: VirtualProductionUtilities
Module: VPUtilities
File: VPCameraBlueprintLibrary.h
Editor Properties: (see get_editor_property/set_editor_property)
linear_approximation_mode(VPCameraRigSpawnLinearApproximationMode): [Read-Write] Causes a linear approximation of the spline points to be generated instead of relying purely on the passed in points / curves.linear_approximation_param(float): [Read-Write] This is only used if LinearApproximationMode is not None. When mode is Density: See FSplinePositionLinearApproximation::Build.When mode is IntegrationStep: Integration step (in CM) between approximation points. Decreasing this value will increase the number of spline points and will therefore increase the accuracy (at the cost of increased complexity).
use_first_point_as_spawn_location(bool): [Read-Write] Use the first vector of input as the spawn transform. Causes RigTransform to be completely ignored.use_world_space(bool): [Read-Write] Use world space (as opposed to local space) for points.
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property
linear_approximation_mode¶ [Read-Write] Causes a linear approximation of the spline points to be generated instead of relying purely on the passed in points / curves.
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property
linear_approximation_param¶ [Read-Write] This is only used if LinearApproximationMode is not None. When mode is Density: See FSplinePositionLinearApproximation::Build.
When mode is IntegrationStep: Integration step (in CM) between approximation points. Decreasing this value will increase the number of spline points and will therefore increase the accuracy (at the cost of increased complexity).
- Type
(float)