public void OnHold(Holder _holder)
{
if (debugLog)
{
Debug.Log(gameObject.name + "OnHold " + gameObject.name + " To:" + _holder.name);
}
if (isKinematicOption == IsKinematicOption.RigidbodyToHold)
{
Utils.ToggleColliders(colliders, false, collidersDontToggle);
rigidbodyToHold.transform.position = holder.transform.position;
rigidbodyToHold.transform.rotation = holder.transform.rotation;
}
else if (isKinematicOption == IsKinematicOption.All)
{
PhysicsRigUtils.ToggleRigKinematic(transform, true);
Utils.ToggleColliders(colliders, false, collidersDontToggle);
transform.position = ParentPositionWithHoldPointOffset(holder.transform.position);
transform.rotation = holder.transform.rotation;
}
else if (isKinematicOption == IsKinematicOption.None)
{
rigidbodyToHold.isKinematic = true;
rigidbodyToHold.MovePosition(holder.transform.position);
rigidbodyToHold.MoveRotation(holder.transform.rotation);
}
onHold.Invoke();
}
public static void ScaleEnd(Transform parent, ResetableRigidbody[] resetables, bool isKinematicAfter = false)
{
PhysicsRigUtils.ResetRigTransform(resetables, false);
PhysicsRigUtils.FixChildJointsAfterScalingParent(parent);
PhysicsRigUtils.ResetRigTransform(resetables, false, true);
PhysicsRigUtils.ToggleRigKinematic(resetables, isKinematicAfter);
}
public static void ScaleStart(Transform parent, ResetableRigidbody[] resetables, Transform scalePivot = null)
{
PhysicsRigUtils.ToggleRigKinematic(resetables, true);
if (scalePivot)
{
PhysicsRigUtils.MoveParentToCenterOfTransform(parent, scalePivot);
}
else
{
PhysicsRigUtils.MoveParentToCenterOfChildren(parent);
}
PhysicsRigUtils.CacheRig(resetables);
}
public void OnRelease()
{
if (debugLog)
{
Debug.Log("OnRelease " + gameObject.name);
}
if (isKinematicOption == IsKinematicOption.RigidbodyToHold || isKinematicOption == IsKinematicOption.All)
{
PhysicsRigUtils.ToggleRigKinematic(transform, false);
Utils.ToggleColliders(colliders, true, collidersDontToggle);
}
else if (isKinematicOption == IsKinematicOption.None)
{
rigidbodyToHold.isKinematic = false;
}
onRelease.Invoke();
}
public void ToggleKinematic(bool toggle)
{
PhysicsRigUtils.ToggleRigKinematic(transform, toggle);
}
public void FixChildJoints()
{
PhysicsRigUtils.FixChildJointsAfterScalingParent(transform);
}
public void MoveParentToCenterOfChild()
{
PhysicsRigUtils.MoveParentToCenterOfChildren(transform);
}
public void ResetRigTransformCached()
{
PhysicsRigUtils.ResetRigTransform(transform, false, true);
}
public void ResetRigTransformMoveCached()
{
PhysicsRigUtils.ResetRigTransform(transform, true, true);
}
public void ResetRigPhysics()
{
PhysicsRigUtils.ResetRigPhysics(transform);
}
public void ResetRigTransform()
{
PhysicsRigUtils.ResetRigTransform(transform, false);
}
public void ResetRig()
{
PhysicsRigUtils.FullResetRig(transform, resetables, physicsRootChild);
}
void OnTweenScaleEnd(bool isKinematicAfter)
{
tweening = false;
PhysicsRigUtils.ScaleEnd(transform, resetableRigidbodies, isKinematicAfter);
onTweenScaleEnd.Invoke();
}
void OnScaleUpdate(float toScale)
{
PhysicsRigUtils.ScaleUpdate(transform, new Vector3(toScale, toScale, toScale));
}
void OnScaleStart()
{
PhysicsRigUtils.ScaleStart(transform, resetableRigidbodies);
}
public void ScaleTo(float toScale, bool isKinematicAfter = false)
{
OnScaleStart();
OnScaleUpdate(toScale);
PhysicsRigUtils.ScaleEnd(transform, resetableRigidbodies, isKinematicAfter);
}
