public override List<Vector2> getValidMoveList(controllerBoard board)
{
if(_validMoves == null)
{
_validMoves = _pieceType.generateMoveList(board, this, canAttackOwnUnits);
}
return _validMoves;
}
private List<Vector2> getCanAttackList(controllerBoard board, chessPiece piece)
{
if (_canAttackCache == null)
{
_canAttackCache = generateMoveList(board, piece, true);
}
return _canAttackCache;
}
void Awake()
{
_txtCurrentTurn = objCurrentTurn.GetComponent<Text>();
_txtVictory = objVictory.GetComponent<Text>();
_txtGameMode = objGameMode.GetComponent<Text>();
_cbCanAttackSelf = objCanAttackSelf.GetComponent<Toggle>();
_board = gameObject.GetComponent<controllerBoard>();
}
public override bool canMoveTo(int x, int y, controllerBoard board)
{
getValidMoveList(board);
foreach (Vector2 validMove in _validMoves)
{
if (((int)validMove.x == x) && ((int)validMove.y == y))
return true;
}
return false;
}
public virtual bool hasValidMoveAt(int x, int y, controllerBoard board)
{
Vector2 move = new Vector2(x, y);
foreach (Vector2 validMove in _validMoves)
{
if(move == validMove)
{
return true;
}
}
return false;
}
public override bool execute(controllerBoard board)
{
board.removePieceFromList(_captured);
board.addPieceToCapturedList(_captured);
int capturedX = ((_captured.getTeamColor() == chessPiece.TeamColor.BLACK)?(9):(-2));
int capturedY = board.getNumCapturedChess(_captured.getTeamColor()) - 1;
if(capturedY >= controllerBoard.BOARD_HEIGHT)
{
capturedX += ((_captured.getTeamColor() == chessPiece.TeamColor.BLACK)?(1):(-1));
capturedY -= controllerBoard.BOARD_HEIGHT;
}
board.setPieceLocation(_captured, capturedX, capturedY, false);
return true;
}
public override void moveTo(int x, int y, controllerBoard board)
{
List<componentPiece> piecesAtDestination = board.getPiecesAtLocation(x, y);
base.moveTo(x, y, board);
clearValidMoves();
if(piecesAtDestination.Count > 0)
{
foreach (componentPiece piece in piecesAtDestination)
{
board.capturePiece((chessPiece)piece, this);
}
}
}
public override bool hasValidMoveAt(int x, int y, controllerBoard board)
{
getValidMoveList(board);
return base.hasValidMoveAt(x, y, board);
}
public bool canAttack(int x, int y, controllerBoard board)
{
return _pieceType.canAttack(x, y, board, this);
}
public virtual void moveTo(int x, int y, controllerBoard board)
{
_x = x;
_y = y;
}
public virtual List<Vector2> getValidMoveList(controllerBoard board)
{
return _validMoves;
}
public virtual bool canMoveTo(int x, int y, controllerBoard board)
{
return false;
}
void Awake()
{
#if UNITY_WEBPLAYER
if (!Security.PrefetchSocketPolicy(Host, TcpPort, 500)) {
Debug.LogError("Security Exception. Policy file loading failed!");
}
#endif
_inputGameName = objGameName.GetComponent<InputField>();
_inputUserName = objUserName.GetComponent<InputField>();
_board = gameObject.GetComponent<controllerBoard>();
}
//Utilizing the command pattern in order to set up for synchronous gameplay (if desired) as well as replays and other nifty dealie-ma-bobs
public virtual bool execute(controllerBoard board)
{
return false;
}
public override bool execute(controllerBoard board)
{
return true;
}
public override bool execute(controllerBoard board)
{
board.addPieceToList(_actor);
board.setPieceLocation(_actor, _x, _y);
return true;
}
