public static bool CanMove(GameObject obj, int checkDirection) //returns true if movement of given object to given direction is possible
{
int[] coordinates = MapUtility.TranslateWorldToMapCoordinates(obj);
bool rValue = false;
switch (checkDirection)
{
case 0:
rValue = MapUtility.CanMoveRight(coordinates);
break;
case 1:
rValue = MapUtility.CanMoveLeft(coordinates);
break;
case 2:
rValue = MapUtility.CanMoveUp(coordinates);
break;
case 3:
rValue = MapUtility.CanMoveDown(coordinates);
break;
}
return(rValue);
}
public static bool CanMove(int[] coordinates, int checkDirection) //returns true if movement from given cell to given direction is possible
{
bool rValue = false;
switch (checkDirection)
{
case 0:
rValue = MapUtility.CanMoveRight(coordinates);
break;
case 1:
rValue = MapUtility.CanMoveLeft(coordinates);
break;
case 2:
rValue = MapUtility.CanMoveUp(coordinates);
break;
case 3:
rValue = MapUtility.CanMoveDown(coordinates);
break;
}
return(rValue);
}
public static bool[] checkMoves(int[] coordinates) //checks which directions from the given coordinates can moved in
{
bool[] canMove = new bool[4];
canMove [0] = MapUtility.CanMoveRight(coordinates);
canMove [1] = MapUtility.CanMoveLeft(coordinates);
canMove [2] = MapUtility.CanMoveUp(coordinates);
canMove [3] = MapUtility.CanMoveDown(coordinates);
return(canMove);
}
public static bool[] checkMoves(GameObject obj) //
{
bool[] canMove = new bool[4];
canMove [0] = MapUtility.CanMoveRight(obj.transform.gameObject);
canMove [1] = MapUtility.CanMoveLeft(obj.transform.gameObject);
canMove [2] = MapUtility.CanMoveUp(obj.transform.gameObject);
canMove [3] = MapUtility.CanMoveDown(obj.transform.gameObject);
return(canMove);
}
