def addPiece(self, piece, team, mailbox):
piece = str.capitalize(piece)
team = str.lower(team)
if type(mailbox) is str:
mailbox = Tile.coordinateToMailbox(mailbox)
if (piece == 'P'):
self.board[mailbox].piece = Pawn(team, mailbox)
print("Successfully added", team, "Pawn to",
Tile.mailboxToCoordinate(mailbox))
elif (piece == 'R'):
self.board[mailbox].piece = Rook(team, mailbox)
print("Successfully added", team, "Rook to",
Tile.mailboxToCoordinate(mailbox))
elif (piece == 'N'):
self.board[mailbox].piece = Knight(team, mailbox)
print("Successfully added", team, "Knight to",
Tile.mailboxToCoordinate(mailbox))
elif (piece == 'B'):
self.board[mailbox].piece = Bishop(team, mailbox)
print("Successfully added", team, "Bishop to",
Tile.mailboxToCoordinate(mailbox))
elif (piece == 'Q'):
self.board[mailbox].piece = Queen(team, mailbox)
print("Successfully added", team, "Queen to",
Tile.mailboxToCoordinate(mailbox))
elif (piece == 'K'):
self.board[mailbox].piece = King(team, mailbox)
print("Successfully added", team, "King to",
Tile.mailboxToCoordinate(mailbox))
else:
print("Incorrect piece code")
def boardFromFEN(self, FEN):
self.clearBoard()
FEN = self.formatFEN(FEN)
print(FEN)
index = 0
for section in FEN:
if index < 8:
target = 91 - (index * 10) # FEN moves from top to bottom
for piece in section:
try:
piece = int(
piece
) # If value is empty space(s), move the target by that much
target += piece
continue
except Exception:
pass
if piece.islower():
self.addPiece(piece, 'black', target)
target += 1
else:
self.addPiece(piece, 'white', target)
target += 1
elif index == 8:
if FEN[8] == 'w':
self.playerTurnToPlay = 'white'
else:
self.playerTurnToPlay = 'black'
elif index == 9:
castlingRights = FEN[9] # Optimized variable usage
for letter in castlingRights:
if letter == '-':
self.kingMoved['white'] = True
self.kingMoved['black'] = True
elif letter == 'K':
self.rookMoved['white'][
'kingside'] = False # Castling is handled in an orderly KQkq or - format in the FEN, see FEN notation reference
elif letter == 'Q': # Here the rooks being moved might be a false statement depending on the board state,
self.rookMoved['white'][
'queenside'] = False # but it simplifies the meaning and results in an equivalent board state
elif letter == 'k':
self.rookMoved['black']['kingside'] = False
elif letter == 'q':
self.rookMoved['black']['kingside'] = False
elif index == 10:
if FEN[10] == '-':
self.enPassantSquare = None
else:
self.enPassantSquare = Tile.coordinateToMailbox(FEN[10])
elif index == 11:
self.halfmoveClock = FEN[
11] # Halfmove clock is number of halfmoves since last capture or pawn advance, can be used for draw under 50-move rule
elif index == 12:
self.currentTurn = FEN[12]
index += 1
def movePiece(self, mailbox, destination):
mailbox = Tile.coordinateToMailbox(mailbox)
destination = Tile.coordinateToMailbox(destination)
movingPiece = self.board[mailbox].piece
if movingPiece is None:
print('Illegal Move, chosen tile is empty.')
return False
if movingPiece.team != self.playerTurnToPlay:
print('Illegal Move, piece is not yours to move.')
return False
targetPiece = self.board[destination].piece
for (origin, moveType, target) in movingPiece.listAllLegalMoves():
if destination == target:
movingPiece.mailbox = destination
if moveType == 'move':
self.board[destination].piece = movingPiece
self.board[mailbox].piece = None
elif moveType == 'doubleMove':
self.board[destination].piece = movingPiece
self.board[mailbox].piece = None
if movingPiece.team == 'white':
self.enPassantSquare = destination - 10
else:
self.enPassantSquare = destination + 10
self.generateEnPassantMoves()
elif moveType == 'capture':
self.deadPieces[targetPiece.team][targetPiece.name] += 1
self.board[destination].piece = movingPiece
self.board[mailbox].piece = None
self.pieceList[targetPiece.team][targetPiece.name]
elif moveType == 'castle':
if movingPiece.team == 'white':
if destination == 23:
targetRook = self.board[21].piece
targetRook.mailbox = 23
self.board[destination].piece = movingPiece
self.board[mailbox].piece = None
self.board[23].piece = targetRook
self.board[21].piece = None
elif destination == 27:
targetRook = self.board[28].piece
targetRook.mailbox = 25
self.board[destination].piece = movingPiece
self.board[mailbox].piece = None
self.board[25].piece = targetRook
self.board[28].piece = None
elif movingPiece.team == 'black':
if destination == 93:
targetRook = self.board[91].piece
targetRook.mailbox = 93
self.board[destination].piece = movingPiece
self.board[mailbox].piece = None
self.board[93].piece = targetRook
self.board[91].piece = None
elif destination == 97:
targetRook = self.board[98].piece
targetRook.mailbox = 95
self.board[destination].piece = movingPiece
self.board[mailbox].piece = None
self.board[95].piece = targetRook
self.board[98].piece = None
elif moveType == 'enPassant':
if movingPiece.team == 'white': # If a white pawn en passant captures a black one
targetPiece = self.board[destination - 10].piece
self.board[destination].piece = movingPiece
self.board[mailbox].piece = None
self.board[destination - 10].piece = None
self.deadPieces[targetPiece.team][
targetPiece.name] += 1
elif movingPiece.team == 'black': # If a black pawn en passant captures a white one
targetPiece = self.board[destination + 10].piece
self.board[destination].piece = movingPiece
self.board[mailbox].piece = None
self.board[destination + 10].piece = None
self.deadPieces[targetPiece.team][
targetPiece.name] += 1
return True # True for success, false for failure
print('Illegal Move.')
return False
def clearTile(self, coordinate):
if type(coordinate) is str:
mailbox = Tile.coordinateToMailbox(coordinate)
self.board[mailbox].piece = None
print("Tile", coordinate, "cleared successfully.")
def parseMoveRequest(request):
request = request.split(' ')
request = [Tile.coordinateToMailbox(x) for x in request]
return request