unreal.RigVMFunction_DebugTransformArrayMutableNoSpace

class unreal.RigVMFunction_DebugTransformArrayMutableNoSpace(execute_pin: RigVMExecutePin = [], debug_draw_settings: RigVMDebugDrawSettings = Ellipsis, transforms: None = [], parent_indices: None = [], mode: RigUnitDebugTransformMode = Ellipsis, color: LinearColor = Ellipsis, thickness: float = 0.0, scale: float = 0.0, world_offset: Transform = Ellipsis, enabled: bool = False)

Bases: RigVMFunction_DebugBaseMutable

Given a transform array, will draw a point, axis, or a box in the viewport

C++ Source:

  • Plugin: RigVM

  • Module: RigVM

  • File: RigVMFunction_DebugTransform.h

Editor Properties: (see get_editor_property/set_editor_property)

  • color (LinearColor): [Read-Write] The debug color to use

  • debug_draw_settings (RigVMDebugDrawSettings): [Read-Write] The debug draw settings for this node

  • enabled (bool): [Read-Write] If False the debug drawing will be skipped

  • execute_pin (RigVMExecutePin): [Read-Write] This property is used to chain multiple mutable nodes together

  • mode (RigUnitDebugTransformMode): [Read-Write] The mode to use when drawing the transforms

  • parent_indices (Array[int32]): [Read-Write] An array of parent indices for each transform. If this is specified lines will be drawn from each child to parent to represent a hierarchy.

  • scale (float): [Read-Write] The scale to scale the transforms by

  • thickness (float): [Read-Write] The line thickness to use

  • transforms (Array[Transform]): [Read-Write] An array of input transforms to draw

  • world_offset (Transform): [Read-Write] The world offset to pre-multiply the transforms with

property color: LinearColor

[Read-Write] The debug color to use

Type:

(LinearColor)

property enabled: bool

[Read-Write] If False the debug drawing will be skipped

Type:

(bool)

property mode: RigUnitDebugTransformMode

[Read-Write] The mode to use when drawing the transforms

Type:

(RigUnitDebugTransformMode)

property parent_indices: None

[Read-Write] An array of parent indices for each transform. If this is specified lines will be drawn from each child to parent to represent a hierarchy.

Type:

(Array[int32])

property scale: float

[Read-Write] The scale to scale the transforms by

Type:

(float)

property thickness: float

[Read-Write] The line thickness to use

Type:

(float)

property transforms: None

[Read-Write] An array of input transforms to draw

Type:

(Array[Transform])

property world_offset: Transform

[Read-Write] The world offset to pre-multiply the transforms with

Type:

(Transform)