//----------------------------------------------------------------------------------------------------------------------------------------
private List <Int32> getPossibleMoves(ModelItem aFigureToMove, Boolean shouldCheckChess)
{
List <Int32> pMoves = new List <Int32>();
switch (aFigureToMove.figureItem.figureType)
{
case FigureType.MOVED_KING:
case FigureType.KING:
{
KingRule kingRule = new KingRule(chessBoard, whiteFigures, blackFigures, mPlayer1Color, aFigureToMove, shouldCheckChess);
pMoves = kingRule.possibleMoves();
} break;
case FigureType.QUEEN:
{
QueenRule queenRule = new QueenRule(chessBoard, whiteFigures, blackFigures, mPlayer1Color, aFigureToMove, shouldCheckChess);
pMoves = queenRule.possibleMoves();
} break;
case FigureType.MOVED_ROOK:
case FigureType.ROOK:
{
RookRule rookRule = new RookRule(chessBoard, whiteFigures, blackFigures, mPlayer1Color, aFigureToMove, shouldCheckChess);
pMoves = rookRule.possibleMoves();
} break;
case FigureType.BISHOP:
{
BishopRule bishopRule = new BishopRule(chessBoard, whiteFigures, blackFigures, mPlayer1Color, aFigureToMove, shouldCheckChess);
pMoves = bishopRule.possibleMoves();
} break;
case FigureType.KNIGHT:
{
KnightRule knightRule = new KnightRule(chessBoard, whiteFigures, blackFigures, mPlayer1Color, aFigureToMove, shouldCheckChess);
pMoves = knightRule.possibleMoves();
} break;
case FigureType.PAWN:
{
PawnRule pawnRule = new PawnRule(chessBoard, whiteFigures, blackFigures, mPlayer1Color, aFigureToMove, shouldCheckChess);
pMoves = pawnRule.possibleMoves();
} break;
case FigureType.NO_FIGURE: break;
}
return(pMoves);
}
//----------------------------------------------------------------------------------------------------------------------------------------
protected List <Int32> possibleMoves(List <List <ModelItem> > aChessBoard, List <ModelItem> aBlackFigures, List <ModelItem> aWhiteFigures, ModelItem currentFigure)
{
List <Int32> possibleMoves = new List <Int32>();
switch (currentFigure.figureItem.figureType)
{
case FigureType.MOVED_KING:
case FigureType.KING:
{
KingRule kingRule = new KingRule(aChessBoard, aWhiteFigures, aBlackFigures, player1Color, currentFigure, true);
possibleMoves = kingRule.possibleMoves();
} break;
case FigureType.QUEEN:
{
QueenRule queenRule = new QueenRule(aChessBoard, aWhiteFigures, aBlackFigures, player1Color, currentFigure, true);
possibleMoves = queenRule.possibleMoves();
} break;
case FigureType.MOVED_ROOK:
case FigureType.ROOK:
{
RookRule rookRule = new RookRule(aChessBoard, aWhiteFigures, aBlackFigures, player1Color, currentFigure, true);
possibleMoves = rookRule.possibleMoves();
} break;
case FigureType.BISHOP:
{
BishopRule bishopRule = new BishopRule(aChessBoard, aWhiteFigures, aBlackFigures, player1Color, currentFigure, true);
possibleMoves = bishopRule.possibleMoves();
} break;
case FigureType.KNIGHT:
{
KnightRule knightRule = new KnightRule(aChessBoard, aWhiteFigures, aBlackFigures, player1Color, currentFigure, true);
possibleMoves = knightRule.possibleMoves();
} break;
case FigureType.PAWN:
{
PawnRule pawnRule = new PawnRule(aChessBoard, aWhiteFigures, aBlackFigures, player1Color, currentFigure, true);
possibleMoves = pawnRule.possibleMoves();
} break;
case FigureType.NO_FIGURE: break;
}
return(possibleMoves);
}
