public PazzleElement FindPuzzle(int X, int Y)
{
PazzleElement puzzle = null;
foreach (var item in _elementsForRandom)
{
if (item.GridX == X && item.GridY == Y)
{
puzzle = item.GetComponentInChildren <PazzleElement>();
}
}
return(puzzle);
}
public void PazzleMoving(int x, int y, PazzleElement element)
{
for (int X = 0; X < _elements; X++)
{
if (_grid[X, y].Free)
{
if (element.X + 2 == _grid[X, y].GridX || element.X - 2 == _grid[X, y].GridX)
{
return;
}
if (element.X + 3 == _grid[X, y].GridX || element.X - 3 == _grid[X, y].GridX)
{
return;
}
if (_developerMode)
{
if (element.X + 1 == _grid[X, y].GridX)
{
_randomEnum.Types.Add(Action.DOWN);
}
if (element.X - 1 == _grid[X, y].GridX)
{
_randomEnum.Types.Add(Action.UP);
}
}
element.gameObject.transform.SetParent(_grid[X, y].transform);
element.transform.position = _grid[X, y].transform.position;
element.X = X;
element.Y = y;
CheckGrid();
return;
}
}
for (int Y = 0; Y < _elements; Y++)
{
if (_grid[x, Y].Free)
{
if (element.Y + 2 == _grid[x, Y].GridY || element.Y - 2 == _grid[x, Y].GridY)
{
return;
}
if (element.Y + 3 == _grid[x, Y].GridY || element.Y - 3 == _grid[x, Y].GridY)
{
return;
}
if (_developerMode)
{
if (element.Y + 1 == _grid[x, Y].GridY)
{
_randomEnum.Types.Add(Action.RIGHT);
}
if (element.Y - 1 == _grid[x, Y].GridY)
{
_randomEnum.Types.Add(Action.LEFT);
}
}
element.gameObject.transform.SetParent(_grid[x, Y].transform);
element.transform.position = _grid[x, Y].transform.position;
element.X = x;
element.Y = Y;
CheckGrid();
return;
}
}
}
