Class: `Transform`

This page documents the methods and fields available in the Transform class.

Members

Signature	Description
`back()`	Performs the back operation.
`back(Vector3)`	Performs the back operation using the provided parameters (out).
`down()`	Performs the down operation.
`down(Vector3)`	Performs the down operation using the provided parameters (out).
`forward()`	Performs the forward operation.
`forward(Vector3)`	Performs the forward operation using the provided parameters (out).
`getGlobalMatrix()`	Returns the current global matrix.
`getGlobalMatrix(float[])`	Returns the current global matrix.
`getGlobalPosition()`	Returns the current global position.
`getGlobalPosition(Vector3)`	Returns the current global position.
`getGlobalRotation()`	Returns the current global rotation.
`getGlobalRotation(Quaternion)`	Returns the current global rotation.
`getGlobalScale()`	Returns the current global scale.
`getGlobalScale(Vector3)`	Returns the current global scale.
`getLocalMatrix()`	Returns the current local matrix.
`getLocalMatrix(float[])`	Returns the current local matrix.
`getPosition()`	Returns the current position.
`getRotation()`	Returns the current rotation.
`getScale()`	Returns the current scale.
`getState()`	Returns the current state.
`globalDistance(SpatialObject)`	Performs the globalDistance operation using the provided parameters (other).
`globalDistance(Transform)`	Performs the globalDistance operation using the provided parameters (other).
`globalDistance(Vector3)`	Performs the globalDistance operation using the provided parameters (other).
`globalSqrtDistance(SpatialObject)`	Performs the globalSqrtDistance operation using the provided parameters (other).
`globalSqrtDistance(Transform)`	Performs the globalSqrtDistance operation using the provided parameters (other).
`globalSqrtDistance(Vector3)`	Performs the globalSqrtDistance operation using the provided parameters (other).
`inverseTransformDirection(Vector3)`	Performs the inverseTransformDirection operation using the provided parameters (vector3).
`inverseTransformDirection(Vector3, Vector3)`	Performs the inverseTransformDirection operation using the provided parameters (vector3, out).
`inverseTransformPoint(Vector3)`	Performs the inverseTransformPoint operation using the provided parameters (vector3).
`inverseTransformPoint(Vector3, Vector3)`	Performs the inverseTransformPoint operation using the provided parameters (vector3, out).
`isIgnoreParent()`	Returns whether ignore parent is true.
`isStatic()`	Returns whether static is true.
`left()`	Performs the left operation.
`left(Vector3)`	Performs the left operation using the provided parameters (out).
`lerpLookTo(SpatialObject, float)`	Performs the lerpLookTo operation using the provided parameters (other, lerpSpeed).
`lerpLookTo(Vector3, float)`	Performs the lerpLookTo operation using the provided parameters (other, lerpSpeed).
`lerpLookToIgnoreY(SpatialObject, float)`	Performs the lerpLookToIgnoreY operation using the provided parameters (other, lerpSpeed).
`lerpLookToIgnoreY(Vector3, float)`	Performs the lerpLookToIgnoreY operation using the provided parameters (other, lerpSpeed).
`lookTo(SpatialObject)`	Performs the lookTo operation using the provided parameters (object).
`lookTo(Vector3)`	Performs the lookTo operation using the provided parameters (position).
`lookTo(float, float, float)`	Performs the lookTo operation using the provided parameters (x, y, z).
`lookToIgnoreY(SpatialObject)`	Performs the lookToIgnoreY operation using the provided parameters (object).
`lookToIgnoreY(Vector3)`	Performs the lookToIgnoreY operation using the provided parameters (position).
`move(float, float, float)`	Transforms or moves the object accordingly.
`moveInSeconds(float, float, float)`	Transforms or moves in seconds accordingly.
`mulGlobalVector3(Vector3)`	Performs the mulGlobalVector3 operation using the provided parameters (vector3).
`mulLocalVector3(Vector3)`	Performs the mulLocalVector3 operation using the provided parameters (vector3).
`recalculateMatrices()`	Performs the recalculateMatrices operation.
`right()`	Performs the right operation.
`right(Vector3)`	Performs the right operation using the provided parameters (out).
`rotate(float, float, float)`	Transforms or moves the object accordingly.
`rotateInSeconds(float, float, float)`	Transforms or moves in seconds accordingly.
`setGlobalPosition(Vector3)`	Sets or updates the global position.
`setGlobalRotation(Quaternion)`	Sets or updates the global rotation.
`setGlobalScale(Vector3)`	Sets or updates the global scale.
`setIgnoreParent(boolean)`	Sets or updates the ignore parent.
`setPosition(Vector3)`	Sets or updates the position.
`setPosition(float, float, float)`	Sets or updates the position.
`setPositionX(float)`	Sets or updates the position x.
`setPositionY(float)`	Sets or updates the position y.
`setPositionZ(float)`	Sets or updates the position z.
`setRotation(Quaternion)`	Sets or updates the rotation.
`setRotation(float, float, float)`	Sets or updates the rotation.
`setRotation(float, float, float, float)`	Sets or updates the rotation.
`setScale(Vector3)`	Sets or updates the scale.
`setScale(float)`	Sets or updates the scale.
`setScale(float, float, float)`	Sets or updates the scale.
`setState(int)`	Sets or updates the state.
`setStatic(boolean)`	Sets or updates the static.
`smoothLookTo(SpatialObject, float)`	Performs the smoothLookTo operation using the provided parameters (other, lerpSpeed).
`smoothLookTo(Vector3, float)`	Performs the smoothLookTo operation using the provided parameters (other, lerpSpeed).
`teleportTo(SpatialObject)`	Performs the teleportTo operation using the provided parameters (object).
`teleportTo(Vector3)`	Performs the teleportTo operation using the provided parameters (position).
`transformDirection(Vector3)`	Performs the transformDirection operation using the provided parameters (vector3).
`transformDirection(Vector3, Vector3)`	Performs the transformDirection operation using the provided parameters (vector3, out).
`transformPoint(Vector3)`	Performs the transformPoint operation using the provided parameters (vector3).
`transformPoint(Vector3, Vector3)`	Performs the transformPoint operation using the provided parameters (vector3, out).
`translate(float, float, float)`	Transforms or moves the object accordingly.
`translateInSeconds(float, float, float)`	Transforms or moves in seconds accordingly.
`up()`	Performs the up operation.
`up(Vector3)`	Performs the up operation using the provided parameters (out).

Members​

Members