Copy Transforms Constraint
The Copy Transforms constraint forces its owner to have the same transforms as its target.
- Remove Target Shear
Removes shearing from the target transformation after the target space conversion, ensuring it consists purely of translation, rotation and scale. Note that Copy Rotation always does this.
Specifies how the copied transformation is combined with the existing transformation.
The new transformation replaces the existing transformation.
- Before/After Original (Full)
The new transformation is added before/after the existing transformation, as if it was applied to an imaginary parent/child of the constraint owner. Scale is handled like in the most basic Full Inherit Scale mode of bones, so combining non-uniform scale and rotation will create shear.
- Before/After Original (Aligned)
The new transformation is added before/after the existing transformation, as if it was applied to an imaginary parent/child of the constraint owner. Scale is handled like in the Aligned Inherit Scale mode of bones to avoid creating shear.
This is equivalent to using the Split Channels option, but replacing the location component with the result of Full. If only uniform scale is used, the result is identical to Full.
- Before/After Original (Split Channels)
Combines location, rotation and scale components of the transformation separately, similar to a sequence of three Copy Location, Copy Rotation and Copy Scale (with Offset) constraints bundled together in one operation; the result may be slightly different in case of sheared inputs.
Unlike Aligned, in this mode location channels are simply added together, so rotation and scale components of the input transformations cannot affect the resulting location.
Standard conversion between spaces. See common constraint properties for more information.
Constraint가 오브젝트에 미치는 영향의 백분율을 제어합니다. 자세한 내용은 공통 common constraint properties 을 참조합니다.
This video shows the difference between the mix modes. The right input is mixed after the left one:
A general demonstration of the constraint: