/// <summary>
/// Returns the screen position of this transform, offset by the given offsets, using the default camera.
/// </summary>
static public Vector2 ScreenPosition(this Transform inTransform, TransformOffset inOffset)
{
return(ScreenPosition(inTransform, Camera.main, inOffset));
}
/// <summary>
/// Returns the screen position of this transform, offset by the given offsets, using the given camera.
/// </summary>
static public Vector2 ScreenPosition(this Transform inTransform, Camera inCamera, TransformOffset inOffset)
{
return(RectTransformUtility.WorldToScreenPoint(inCamera, inOffset.EvaluateWorld(inTransform)));
}
public bool TryConvertToLocalSpace(Transform inTransform, Camera inWorldCamera, TransformOffset inOffset, out Vector3 outLocal)
{
bool bAvailable = TryConvertToWorldSpace(inTransform, inWorldCamera, inOffset, out outLocal);
if (bAvailable && CanvasSpace.parent)
{
outLocal = CanvasSpace.parent.InverseTransformPoint(outLocal);
}
return(bAvailable);
}
public bool TryConvertToLocalSpace(Transform inTransform, TransformOffset inOffset, out Vector3 outLocal)
{
return(TryConvertToLocalSpace(inTransform, WorldCamera, inOffset, out outLocal));
}
public bool TryConvertToWorldSpace(Transform inTransform, Camera inWorldCamera, TransformOffset inOffset, out Vector3 outWorld)
{
if (inWorldCamera == CanvasCamera)
{
outWorld = inOffset.EvaluateWorld(inTransform);
return(true);
}
Vector3 screenSpace = TransformHelper.ScreenPosition(inTransform, inWorldCamera, inOffset);
return(RectTransformUtility.ScreenPointToWorldPointInRectangle(CanvasSpace, screenSpace, CanvasCamera, out outWorld));
}
public bool TryConvertToWorldSpace(Transform inTransform, TransformOffset inOffset, out Vector3 outWorld)
{
return(TryConvertToWorldSpace(inTransform, WorldCamera, WorldOffset, out outWorld));
}
public bool Pin(Transform inTarget, TransformOffset inOffset)
{
m_TargetWorldOffset = inOffset;
return(TryPin(inTarget, false));
}
