// this is where the moves of the game are made, and where the moves are added to history
public void makeMove(Square targetposition, Board gameBoard, Piece movingPiece)
{
PieceSet[] pieceSets = gameBoard.getPieceSets();
PieceSet BlackPieces = pieceSets[0];
PieceSet WhitePieces = pieceSets[1];
//Move object created and populated
Move aMove = new Move();
aMove.finalPosition = targetposition;
aMove.initialPosition = movingPiece.getPosition();
aMove.PieceMoved = movingPiece;
if (BoardAdmin.game1.getTurn() == BoardAdmin.game1.getPlayer1().getPlayerColour())
{
aMove.PlayerMoved = BoardAdmin.game1.getPlayer1();
if (BoardAdmin.game1.getPlayer1().getPlayerColour() == Piece.Piececolour.WHITE)
{
foreach (Piece piece in gameBoard.getPieceSets()[0].getPieceSet())
{
if (piece.getPosition() == targetposition)
{
aMove.pieceCaptured = piece;
}
}
BlackPieces.getPieceSet().Remove(aMove.pieceCaptured);
}
if (BoardAdmin.game1.getPlayer1().getPlayerColour() == Piece.Piececolour.BLACK)
{
foreach (Piece piece in gameBoard.getPieceSets()[1].getPieceSet())
{
if (piece.getPosition() == targetposition)
{
aMove.pieceCaptured = piece;
}
}
WhitePieces.getPieceSet().Remove(aMove.pieceCaptured);
}
}
else // otherwise it is player 2's turn so do exactly the same but for player 2
{
aMove.PlayerMoved = BoardAdmin.game1.getPlayer2();
if (BoardAdmin.game1.getPlayer2().getPlayerColour() == Piece.Piececolour.WHITE)
{
foreach (Piece piece in gameBoard.getPieceSets()[0].getPieceSet())
{
if (piece.getPosition() == targetposition)
{
aMove.pieceCaptured = piece;
}
}
BlackPieces.getPieceSet().Remove(aMove.pieceCaptured);
}
if (BoardAdmin.game1.getPlayer2().getPlayerColour() == Piece.Piececolour.BLACK)
{
foreach (Piece piece in gameBoard.getPieceSets()[1].getPieceSet())
{
if (piece.getPosition() == targetposition)
{
aMove.pieceCaptured = piece;
}
}
WhitePieces.getPieceSet().Remove(aMove.pieceCaptured);
}
}
if (movingPiece.getType() == Piece.pieceType.KING)
// if the moving piece is a king, castling may occur
{
King movingKing = (King)movingPiece;
if (movingKing.canCastle(targetposition, gameBoard) == true)
// invokes the canCastle method of the king class to check whether castling can occur
{
BoardAdmin.isCastling = true;
Rook movingRook = null;
if (this.getPlayerColour() == Piece.Piececolour.WHITE)
{
foreach (Piece piece in WhitePieces.getPieceSet())
{
if (piece.getType() == Piece.pieceType.ROOK && Math.Abs(piece.getPosition().X - movingKing.getPosition().X) == 3)
{
movingRook = (Rook)piece;
}
}
}
if (this.getPlayerColour() == Piece.Piececolour.BLACK)
{
foreach (Piece piece in BlackPieces.getPieceSet())
{
if (piece.getType() == Piece.pieceType.ROOK && Math.Abs(piece.getPosition().X - movingKing.getPosition().X) == 3)
{
movingRook = (Rook)piece;
}
}
}
BoardAdmin.KingsideRook = movingRook;
movingKing.PerformCastle(BoardAdmin.KingsideRook, movingKing, targetposition, gameBoard);
// invokes the performCastle method in the king class to make the castling move.
if (BoardAdmin.TempMoving == false)
// if temp moving is true, then the move needs to be retracted so the boolean representing castling needs to remain true otherwise the kingside rook will not be moved back aswell as the king
{
BoardAdmin.isCastling = false;
// so if temp moving is false, the castling can be made false aswell as the move is not temporary.
}
}
}
// adjusts properties of the piece moving and the squares involved
movingPiece.getPosition().occ = false;
movingPiece.setPosition(targetposition);
movingPiece.getPosition().occ = true;
movingPiece.IncrementMoveCount(1);
if (movingPiece.getType() == Piece.pieceType.PAWN) // if the moving piece is a pawn, promototion may occur
{
if (movingPiece.getPosition().Y == 0 || movingPiece.getPosition().Y == 7)
//if either the bottom or the top of the board is reached
{
if (BoardAdmin.TempMoving == false) // only promotes pawn if it is not a temporary move
{
movingPiece.promotePawn(); // invokes the promotePawn method to perform the move.
}
}
}
BoardAdmin.game1.addTomoveHistory(aMove);
}
//initiallises all piece objects and fills up the corresponding piece list.
public void setInitalPieceList(Piece.Piececolour piececolour, Square[,] squares, Piece.Piececolour player1colour)
{
int index; // the index of the pieces on the board (first row pieces - king, rook etc)
int pawnindex; // pawns are in the second row, so have their own index
setColour(piececolour);
//creates all the piece objects neccessary
Pawn[] Blackpawns = new Pawn[8];
Pawn[] Whitepawns = new Pawn[8];
Rook[] BlackRooks = new Rook[2];
Rook[] WhiteRooks = new Rook[2];
Bishop[] WhiteBishops = new Bishop[2];
Bishop[] BlackBishops = new Bishop[2];
Knight[] WhiteKnights = new Knight[2];
Knight[] BlackKnights = new Knight[2];
Queen WhiteQueen = new Queen();
King WhiteKing = new King();
Queen BlackQueen = new Queen();
King BlackKing = new King();
int i = 0;
//Initiallise all piece objects
for (int j = 0; j < 8; j++)
{
Blackpawns[j] = new Pawn();
Whitepawns[j] = new Pawn();
}
for (int j = 0; j < 2; j++)
{
WhiteBishops[j] = new Bishop();
BlackBishops[j] = new Bishop();
}
for (int j = 0; j < 2; j++)
{
BlackRooks[j] = new Rook();
WhiteRooks[j] = new Rook();
}
for (int j = 0; j < 2; j++)
{
WhiteKnights[j] = new Knight();
BlackKnights[j] = new Knight();
}
//fills up the list with the pieces and setting their properties
if (colour == Piece.Piececolour.BLACK)
{
i = 0; // the x coordinate this can be reassigned as the pieces are populated
//player 1 pieces needs to be at the bottom of the board so assign the indexes accordingly
if (player1colour == Piece.Piececolour.BLACK)
{
index = 7;
pawnindex = 6;
}
else
{
index = 0;
pawnindex = 1;
}
// sets properties of pawns
foreach (Pawn pawn in Blackpawns)
{
pawn.setType(Piece.pieceType.PAWN);
pawn.setColour(Piece.Piececolour.BLACK);
pawn.setImage(test_chess.Properties.Resources.Chess_pdt60);
pawn.setPosition(squares[i, pawnindex]);
if (player1colour == Piece.Piececolour.BLACK)
{
pawn.movedirection = -1;
}
else
{
pawn.movedirection = 1;
}
m_pieceSet.Add(pawn);
i++;
}
i = 0; // x coordinate value
// sets properties of rooks
foreach (Rook rook in BlackRooks)
{
rook.setType(Piece.pieceType.ROOK);
rook.setColour(Piece.Piececolour.BLACK);
rook.setImage(test_chess.Properties.Resources.Chess_rdt60);
rook.setPosition(squares[i, index]);
m_pieceSet.Add(rook);
i = 7;
}
i = 1;// x coordinate value
foreach (Knight knight in BlackKnights)
{
knight.setType(Piece.pieceType.KNIGHT);
knight.setColour(Piece.Piececolour.BLACK);
knight.setImage(test_chess.Properties.Resources.Chess_ndt60);
knight.setPosition(squares[i, index]);
m_pieceSet.Add(knight);
i = 6;
}
i = 2; // x coordinate value
foreach (Bishop bishop in BlackBishops)
{
bishop.setType(Piece.pieceType.BISHOP);
bishop.setColour(Piece.Piececolour.BLACK);
bishop.setImage(test_chess.Properties.Resources.Chess_bdt60);
bishop.setPosition(squares[i, index]);
m_pieceSet.Add(bishop);
i = 5;
}
BlackKing.setType(Piece.pieceType.KING);
BlackKing.setColour(Piece.Piececolour.BLACK);
BlackKing.setImage(test_chess.Properties.Resources.Chess_kdt60);
BlackKing.setPosition(squares[3, index]);
BlackQueen.setType(Piece.pieceType.QUEEN);
BlackQueen.setColour(Piece.Piececolour.BLACK);
BlackQueen.setImage(test_chess.Properties.Resources.Chess_qdt60);
BlackQueen.setPosition(squares[4, index]);
m_pieceSet.Add(BlackKing);
m_pieceSet.Add(BlackQueen);
}
else
{
// otherwise player 1 is black and so black pieces must be at the bottom of the board
if (player1colour == Piece.Piececolour.BLACK)
{
index = 0;
pawnindex = 1;
}
else
{
index = 7;
pawnindex = 6;
}
i = 0;
foreach (Pawn pawn in Whitepawns)
{
pawn.setType(Piece.pieceType.PAWN);
pawn.setColour(Piece.Piececolour.WHITE);
pawn.setImage(test_chess.Properties.Resources.Chess_plt60);
pawn.setPosition(squares[i, pawnindex]);
if (player1colour == Piece.Piececolour.WHITE)
{
pawn.movedirection = -1;
}
else
{
pawn.movedirection = 1;
}
m_pieceSet.Add(pawn);
i++;
}
i = 0;
foreach (Rook rook in WhiteRooks)
{
rook.setType(Piece.pieceType.ROOK);
rook.setColour(Piece.Piececolour.WHITE);
rook.setImage(test_chess.Properties.Resources.Chess_rlt60);
rook.setPosition(squares[i, index]);
m_pieceSet.Add(rook);
i = 7;
}
i = 2;
foreach (Bishop bishop in WhiteBishops)
{
bishop.setType(Piece.pieceType.BISHOP);
bishop.setColour(Piece.Piececolour.WHITE);
bishop.setImage(test_chess.Properties.Resources.Chess_blt60);
bishop.setPosition(squares[i, index]);
m_pieceSet.Add(bishop);
i = 5;
}
i = 1;
foreach (Knight knight in WhiteKnights)
{
knight.setType(Piece.pieceType.KNIGHT);
knight.setColour(Piece.Piececolour.WHITE);
knight.setImage(test_chess.Properties.Resources.Chess_nlt60);
knight.setPosition(squares[i, index]);
m_pieceSet.Add(knight);
i = 6;
}
WhiteKing.setType(Piece.pieceType.KING);
WhiteKing.setColour(Piece.Piececolour.WHITE);
WhiteKing.setImage(test_chess.Properties.Resources.Chess_klt60);
WhiteKing.setPosition(squares[3, index]);
WhiteQueen.setType(Piece.pieceType.QUEEN);
WhiteQueen.setColour(Piece.Piececolour.WHITE);
WhiteQueen.setImage(test_chess.Properties.Resources.Chess_qlt60);
WhiteQueen.setPosition(squares[4, index]);
m_pieceSet.Add(WhiteQueen);
m_pieceSet.Add(WhiteKing);
}
}
