public int calculate(ChessBoard board, Eside side, int depth)
{
List <BasePiece> AIPieces = board.AI_Pieces;
List <BasePiece> HumanPieces = board.HUMAN_Pieces;
if (side == Eside.AI)
{
return(0 - pieceValueAndPosition(AIPieces, HumanPieces) - mobility(AIPieces, HumanPieces)
- check(board) - checkmate(board, depth));
}
else
{
return(0 + pieceValueAndPosition(AIPieces, HumanPieces) + mobility(AIPieces, HumanPieces)
+ check(board) + checkmate(board, depth));
}
}
public void Castling(Eside side, bool is_left)
{
Sound_CTL.Current.PlaySound(Esound.CASTLING);
_currentCell.SetPieces(null);
if (side == Eside.AI)
{
if (is_left == true)
{
_currentCell = ChessBoard.Current.cells[3][7];
mousePos = _currentCell.transform.position;
mousePos.z = -1;
}
else
{
_currentCell = ChessBoard.Current.cells[5][7];
mousePos = _currentCell.transform.position;
mousePos.z = -1;
}
}
else
{
if (is_left == true)
{
_currentCell = ChessBoard.Current.cells[3][0];
mousePos = _currentCell.transform.position;
mousePos.z = -1;
}
else
{
_currentCell = ChessBoard.Current.cells[5][0];
mousePos = _currentCell.transform.position;
mousePos.z = -1;
}
}
_currentCell.SetPieces(this);
}
public void checkmate(Eside winSide)
{
_gameState = Egame_state.END_GAME;
txt.text = "CHECKMATE! " + "WinSide: " + winSide;
}
