void Awake()
{
UIObject3D = this.GetComponent <UIObject3D>();
initialRotation = UIObject3DUtilities.NormalizeRotation(UIObject3D.TargetRotation);
SetupEvents();
}
IEnumerator SnapBack(float time)
{
var timeStarted = Time.time;
float percentageComplete = 0f;
Vector3 snapStartRotation = UIObject3DUtilities.NormalizeRotation(UIObject3D.TargetRotation);
// This sort of works, but perhaps it would be best to simply go back the way we came?
float desiredX = (Mathf.Abs(snapStartRotation.x - initialRotation.x) >= 180f) ? (initialRotation.x - 180f) : initialRotation.x;
float desiredY = (Mathf.Abs(snapStartRotation.y - initialRotation.y) >= 180f) ? (initialRotation.y - 180f) : initialRotation.y;
float desiredZ = (Mathf.Abs(snapStartRotation.z - initialRotation.z) >= 180f) ? (initialRotation.z - 180f) : initialRotation.z;
while (percentageComplete < 1f)
{
//UIObject3D.TargetRotation = Vector3.Lerp(snapStartRotation, initialRotation, percentageComplete);
UIObject3D.TargetRotation = new Vector3(
(RotateX ? Mathf.Lerp(snapStartRotation.x, desiredX, percentageComplete) : desiredX),
(RotateY ? Mathf.Lerp(snapStartRotation.y, desiredY, percentageComplete) : desiredY),
(RotateZ ? Mathf.Lerp(snapStartRotation.z, desiredZ, percentageComplete) : desiredZ)
);
percentageComplete = (Time.time - timeStarted) / time;
yield return(null);
}
UIObject3D.TargetRotation = initialRotation;
}
