private static Vector3 CalculateCollisionPoint(TileOrientationTable _tileOrientation, Vector3 _tilePosition)
{
Vector3 tp = new Vector3(_tilePosition.x, _tilePosition.y, _tilePosition.z);
switch (_tileOrientation)
{
case TileOrientationTable.NOT_INTERESTING_VALUE:
break;
case TileOrientationTable.MINUS_R:
tp += Vector3.right * 612;
break;
case TileOrientationTable.PLUS_R:
tp -= Vector3.right * 612;
break;
case TileOrientationTable.MINUS_U:
tp -= Vector3.forward * 612;
break;
case TileOrientationTable.PLUS_U:
tp += Vector3.forward * 612;
break;
case TileOrientationTable.MINUS_MINUS_D:
tp -= Vector3.forward * 612 - Vector3.right * 612;
break;
case TileOrientationTable.MINUS_PLUS_D:
tp -= Vector3.forward * 612 + Vector3.right * 612;
break;
case TileOrientationTable.PLUS_MINUS_D:
tp += Vector3.forward * 612 - Vector3.right * 612;
break;
case TileOrientationTable.PLUS_PLUS_D:
tp += Vector3.forward * 612 + Vector3.right * 612;
break;
}
return(tp);
}
private static Vector2 CalculateRealPosition(TileOrientationTable _tileOrientation, Vector2 _collTileCenter)
{
Vector2 calcCen = new Vector2(_collTileCenter.x, _collTileCenter.y);
switch (_tileOrientation)
{
case TileOrientationTable.NOT_INTERESTING_VALUE:
break;
case TileOrientationTable.MINUS_R:
calcCen -= Vector2.right;
break;
case TileOrientationTable.PLUS_R:
calcCen += Vector2.right;
break;
case TileOrientationTable.MINUS_U:
calcCen -= Vector2.up;
break;
case TileOrientationTable.PLUS_U:
calcCen += Vector2.up;
break;
case TileOrientationTable.MINUS_MINUS_D:
calcCen -= Vector2.up - Vector2.right;
break;
case TileOrientationTable.MINUS_PLUS_D:
calcCen -= Vector2.up + Vector2.right;
break;
case TileOrientationTable.PLUS_MINUS_D:
calcCen += Vector2.up - Vector2.right;
break;
case TileOrientationTable.PLUS_PLUS_D:
calcCen += Vector2.up - Vector2.right;
break;
}
return(calcCen);
}
public CheckNearbyTileResult(bool _isCollided = false)
{
IsCollided = _isCollided;
RealPosition = Vector2.zero;
TileOrientationCollided = TileOrientationTable.NOT_INTERESTING_VALUE;
}
