symmetryConstraint

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This node implements a symmetryConstraint.

Related nodes

aimConstraint, geometryConstraint, pointConstraint, orientConstraint, normalConstraint, parentConstraint, poleVectorConstraint, scaleConstraint, tangentConstraint, lookAt

Attributes (59)

The following quick index only shows top-level attributes (too many attributes to show them all): constrained (17), constraintInverseParentWorldMatrix, symmetryMiddlePoint (3), symmetryRootOffset (3), symmetryRootWorldMatrix, target (24), xAxis, xChildAxis, yAxis, yChildAxis, zAxis, zChildAxis

Long name (short name)	Type	Default	Flags
xChildAxis (cyx)	bool	true
Input which axis the child is doing symmetry upon.
yChildAxis (cyy)	bool	false
Input which axis the child is doing symmetry upon.
zChildAxis (cyz)	bool	false
Input which axis the child is doing symmetry upon.
constrained (co)	compound	n/a
bundle of matrix, input position, and weight
constraintTranslate (ct) double3 0.0, 0.0, 0.0 output point position constraintTranslateX (ctx) distance (double) 0.0cm output X point position constraintTranslateY (cty) distance (double) 0.0cm output Y point position constraintTranslateZ (ctz) distance (double) 0.0cm output Z point position
constraintRotateOrder (cro) enum 0 Output constrained object rotate order value.
constraintJointOrient (cjo) double3 input orientation constraintJointOrientX (cjx) angle (double) 0.0deg input X orientation constraintJointOrientY (cjy) angle (double) 0.0deg input Y orientation constraintJointOrientZ (cjz) angle (double) 0.0deg input Z orientation
constraintRotate (cr) double3 output orientation constraintRotateX (crx) angle (double) 0.0deg output X orientation constraintRotateY (cry) angle (double) 0.0deg output Y orientation constraintRotateZ (crz) angle (double) 0.0deg output Z orientation
constraintScale (cs) double3 input orientation constraintScaleX (csx) distance (double) 0.0cm input X orientation constraintScaleY (csy) distance (double) 0.0cm input Y orientation constraintScaleZ (csz) distance (double) 0.0cm input Z orientation
constraintInverseParentWorldMatrix (cipm)	matrix	identity
constraint parent inverse world matrix
symmetryMiddlePoint (cmwp)	double3
output middle point between target and constrained position relative to root. The middle point is used to connect to symmetryRootOffset which determine the origin of the symmetry.
symmetryMiddlePointX (cmpx) distance (double) 0.0cm output middle point between target and constrained position relative to root. The middle point is used to connect to symmetryRootOffset which determine the origin of the symmetry.
symmetryMiddlePointY (cmpy) distance (double) 0.0cm output middle point between target and constrained position relative to root. The middle point is used to connect to symmetryRootOffset which determine the origin of the symmetry.
symmetryMiddlePointZ (cmpz) distance (double) 0.0cm output middle point between target and constrained position relative to root. The middle point is used to connect to symmetryRootOffset which determine the origin of the symmetry.
symmetryRootOffset (srof)	double3
Symmetry Root drive the origin of the symmetry. This value is added to The Root and is used as the symmetry origin.
symmetryRootOffsetX (srox) distance (double) 0.0cm Symmetry RootX drive the origin of the symmetry. This value is added to The Root and is used as the symmetry origin.
symmetryRootOffsetY (sroy) distance (double) 0.0cm Symmetry RootY drive the origin of the symmetry. This value is added to The Root and is used as the symmetry origin.
symmetryRootOffsetZ (sroz) distance (double) 0.0cm Symmetry RootZ drive the origin of the symmetry. This value is added to The Root and is used as the symmetry origin.
symmetryRootWorldMatrix (cpim)	matrix	identity
Symmetry Root from which the mirorring occurs
xAxis (syx)	bool	true
Input which axis to do symmetry upon.
yAxis (syy)	bool	false
Input which axis to do symmetry upon.
zAxis (syz)	bool	false
Input which axis to do symmetry upon.
target (tg)	compound	n/a
bundle of matrix, input position, and weight
targetTranslate (tt) double3 input translation. targetTranslateX (ttx) distance (double) 0.0cm input X translation. targetTranslateY (tty) distance (double) 0.0cm input Y translation. targetTranslateZ (ttz) distance (double) 0.0cm input Z translation.
targetRotate (tr) double3 input orientation, copied as is in aConstraintRotate. targetRotateX (trx) angle (double) 0.0deg input orientationX, copied as is in aConstraintRotate. targetRotateY (try) angle (double) 0.0deg input orientationY, copied as is in aConstraintRotate. targetRotateZ (trz) angle (double) 0.0deg input orientationZ, copied as is in aConstraintRotate.
targetScale (ts) double3 input scale, copied as is in aConstraintScale targetScaleX (tsx) distance (double) 0.0cm input scaleX, copied as is in aConstraintScale targetScaleY (tsy) distance (double) 0.0cm input scaleY, copied as is in aConstraintScale targetScaleZ (tsz) distance (double) 0.0cm input scaleZ, copied as is in aConstraintScale
targetRotateOrder (tro) enum 0 Input target object rotate order value.
targetJointOrientType (tjt) enum 0 Input target object joint type value, joint type specifies what is the primary, secondary axis of the joint.
targetJointOrient (tjo) double3 input joint orientation, this will be transform to give symmetryc manipulation of rotation on both target and constraint object. targetJointOrientX (tjx) angle (double) 0.0deg input joint orientationX, this will be transform to give symmetryc manipulation of rotation on both target and constraint object. targetJointOrientY (tjy) angle (double) 0.0deg input joint orientationY, this will be transform to give symmetryc manipulation of rotation on both target and constraint object. targetJointOrientZ (tjz) angle (double) 0.0deg input joint orientationZ, this will be transform to give symmetryc manipulation of rotation on both target and constraint object.
targetChildTranslate (tct) double3 translate of the target child. It is used to compute the correct jointOrient specially when symmetry axis are different on child than parent. targetChildTranslateX (tcx) distance (double) 0.0cm translateX of the target child. It is used to compute the correct jointOrient specially when symmetry axis are different on child than parent. targetChildTranslateY (tcy) distance (double) 0.0cm translateY of the target child. It is used to compute the correct jointOrient specially when symmetry axis are different on child than parent. targetChildTranslateZ (tcz) distance (double) 0.0cm translateZ of the target child. It is used to compute the correct jointOrient specially when symmetry axis are different on child than parent.
targetWorldMatrix (twm) matrix identity target world matrix.
targetParentMatrix (tpm) matrix identity target world matrix