public static void AvoidOverlap(RectTransform _origin)
{
RectTransform nearestTransform = DelegateManager.GetNearestUIObject(allUIObjects, minDistance, _origin);
RandomizePosition(_origin);
if (nearestTransform != null &&
nearestTransform != _origin)
{
//Debug.Log(nearestTransform.name.ToString());
float newX = _origin.anchoredPosition.x - (_origin.anchoredPosition.x - nearestTransform.anchoredPosition.x > 0 ? minDistance : minDistance);
float newY = _origin.anchoredPosition.y - (_origin.anchoredPosition.y - nearestTransform.anchoredPosition.y > 0 ? minDistance : minDistance);
_origin.anchoredPosition = new Vector3(newX, newY);
AvoidOverlap(_origin);
}
}
public static void AvoidOverlap(ThingRuntimeSet _thingRuntimeSet, float _detectionRadius, RectTransform _origin)
{
RectTransform nearestTransform = DelegateManager.GetNearestUIObject(_thingRuntimeSet, _detectionRadius, _origin);
RandomizePosition(_origin);
if (nearestTransform != null &&
nearestTransform != _origin)
{
//Debug.Log(nearestTransform.name.ToString());
float newX = _origin.anchoredPosition.x - (_origin.anchoredPosition.x - nearestTransform.anchoredPosition.x > 0 ? _detectionRadius : _detectionRadius);
float newY = _origin.anchoredPosition.y - (_origin.anchoredPosition.y - nearestTransform.anchoredPosition.y > 0 ? _detectionRadius : _detectionRadius);
_origin.anchoredPosition = new Vector3(newX, newY);
AvoidOverlap(_thingRuntimeSet, _detectionRadius, _origin);
}
}