def movePiece(sq): global pieceToMove global sqMovingFrom global board global globalImages if sq.piece and not pieceToMove and not moveThread.isAlive(): if sqMovingFrom != -1: col = "#E6F7F4" if (sqMovingFrom + sqMovingFrom / 8) % 2 \ else "#7FC44B" board[sqMovingFrom].configure(background=col) pieceToMove = sq.piece sqMovingFrom = sq.index sq.configure(background="#61B8A2") elif pieceToMove and sqMovingFrom != sq.index and \ chess.pseudo_legal(chess.make_move(sqMovingFrom, sq.index, b), b) and not moveThread.isAlive(): sq.piece = pieceToMove sq.updateImage() pieceToMove = 0 chess.take_move(chess.make_move(sqMovingFrom, sq.index, b), b) board[sqMovingFrom].clear() sqMovingFrom = -1 if playComputer: global moveThread moveThread = FindMoveThread(Queue.Queue()) moveThread.start() print 'foo' elif not moveThread.isAlive() and sqMovingFrom != sq.index: if sqMovingFrom != -1: board[sqMovingFrom].clear() if (sq.index + sq.index / 8) % 2: sq.configure(bg="#E6F7F4") else: sq.configure(bg="#7FC44B") pieceToMove = 0 sqMovingFrom = -1 else: pieceToMove = 0 sqMovingFrom = -1 if (sq.index + sq.index / 8) % 2: sq.configure(bg="#E6F7F4") else: sq.configure(bg="#7FC44B")
def move(self, move):
args = {
'board': self.numpyify(),
'wc': np.array(self.wc).astype(np.uint8),
'bc': np.array(self.bc).astype(np.uint8),
'ep': self.ep,
'kp': self.kp,
'score': self.score
}
pos = chess.make_move(args, np.array(move).astype(np.int32))
return Position(self.stringify(pos['board']), pos['score'], tuple(map(lambda x: bool(x), pos['wc'])), tuple(map(lambda x: bool(x), pos['bc'])), pos['ep'], pos['kp'])
def move(self, move):
args = {
'board': self.numpyify(),
'wc': np.array(self.wc).astype(np.uint8),
'bc': np.array(self.bc).astype(np.uint8),
'ep': self.ep,
'kp': self.kp,
'score': self.score
}
pos = chess.make_move(args, np.array(move).astype(np.int32))
return Position(self.stringify(pos['board']), pos['score'],
tuple(map(lambda x: bool(x), pos['wc'])),
tuple(map(lambda x: bool(x), pos['bc'])), pos['ep'],
pos['kp'])
def try_move(game, attempted_move):
for move in chess.legal_moves(game, game.to_move):
if move == attempted_move:
game = chess.make_move(game, move)
return game
def make_AI_move(game, color):
set_title(SCREEN_TITLE + ' - Calculating move...')
new_game = chess.make_move(game, chess.get_AI_move(game, AI_SEARCH_DEPTH))
set_title(SCREEN_TITLE)
print_board(new_game.board, color)
return new_game
def try_move(game, attempted_move):
for move in chess.legal_moves(game, game.to_move):
if move == attempted_move:
game = chess.make_move(game, move)
return game
def make_AI_move(game, color):
set_title(SCREEN_TITLE + ' - Calculating move...')
new_game = chess.make_move(game, chess.get_AI_move(game, AI_SEARCH_DEPTH))
set_title(SCREEN_TITLE)
print_board(new_game.board, color)
return new_game