//fills dictionary of valid moves for given direction
//i.e. for String, should return all valid squares in which you can place your piece as a vector2
public void fillMoveDict(int xCoord, int yCoord)
{
Dictionary <string, List <Vector2> > validDict = new Dictionary <string, List <Vector2> >();
List <Vector2> validMoves = new List <Vector2>();
//east first
//currentsquare is where you are
//checkedsquare is ideally where we are checking for jumps and what not
for (int i = xCoord; i <= boardWidth; i++)
{
BoardSquare currentSquare = boardArray[xCoord, yCoord];
BoardSquare checkedSquare = boardArray[i, yCoord];
if (currentSquare.getWall1().Equals(BoardSquare.Wall.EAST) || currentSquare.getWall2().Equals(BoardSquare.Wall.EAST))
{
validMoves = validMoves;
}
else if (checkedSquare.getWall1().Equals(BoardSquare.Wall.EAST) || checkedSquare.getWall2().Equals(BoardSquare.Wall.EAST))
{
validMoves
}
else if (checkedSquare.isOccupied() == true)
{
if (checkedSquare.getPiece() == activePlayer)
{
validMoves = validMoves;
}
else if (checkedSquare.getPiece() != activePlayer)
{
/*
* accounts for some weird conditions such as:
* jumping over player, jumping over player to find wall on other side, jumping over player to find other player on other side
*/
if (boardArray[(i + 1), yCoord].getWall1().Equals(BoardSquare.Wall.EAST) ||
boardArray[(i + 1), yCoord].getWall2().Equals(BoardSquare.Wall.EAST) ||
boardArray[(i + 1), yCoord].isOccupied() == true)
{
validMoves = validMoves;
}
else
{
validMoves.Add(new Vector2(checkedSquare.getX(), checkedSquare.getY()));
}
}
}
validMoves.Add(new Vector2(checkedSquare.getX(), checkedSquare.getY()));
}
}
