def main():
# Создаём шахматную доску
board = Board()
# Цикл ввода команд игроков
while True:
# Выводим положение фигур на доске
print_board(board)
# Подсказка по командам
print('Команды:')
print(' exit -- выход')
print(
' move <row> <col> <row1> <col1> -- ход из клетки (row, col)'
)
print(
' в клетку (row1, col1)')
# Выводим приглашение игроку нужного цвета
if board.current_player_color() == WHITE:
print('Ход белых:')
else:
print('Ход черных:')
command = input()
if command == 'exit':
break
move_type, row, col, row1, col1 = command.split()
row, col, row1, col1 = int(row), int(col), int(row1), int(col1)
if board.move_piece(row, col, row1, col1):
print('Ход успешен')
else:
print('Координаты некорректы! Попробуйте другой ход!')
def train(N, W, B):
w = 0
bl = 0
d = 0
for i in range(N):
b = Board()
#print("#####Game" + str(i + 1) + "#####")
res, W, B = startGame(W, B, b)
#print("#####Game" + str(i + 1) + " Over#####")
if i%50 == 0 and i != 0:
W.decayEps(0.75)
B.decayEps(0.75)
if res == 1:
print("### WHITE WON GAME " + str(i+1) + " ###")
print()
w += 1
elif res == -1:
print("### BLACK WON GAME " + str(i+1) + " ###")
print()
bl += 1
else:
print("### DRAW GAME " + str(i+1) + " ###")
print()
d +=1
print("White wins: " + str(w))
print("Black wins: " + str(bl))
print("Draws: " + str(d))
return W, B
def play(B):
n = 1
b = Board()
while n:
b.showBoard()
moves = b.generateMoveStrings()
print(moves)
while True:
move = input("Enter move:")
#b.showBoard()
if move in moves:
b.makeMove(move)
break
if b.isCheckMate():
b.showBoard()
b.unMove()
B.getReward(0)
B.resetState()
b = Board()
n = int(input("Play again (1/0) :"))
if n == 0:
break
else:
continue
if b.isDraw():
b.showBoard()
b.unMove()
W.getReward(0.3)
W.resetState()
B.getReward(0.4)
B.resetState()
b = Board()
n = int(input("Play again (1/0) :"))
if n == 0:
break
B.makeMove(b)
#b.showBoard()
if b.isCheckMate():
b.showBoard()
B.getReward(1)
B.resetState()
b = Board()
n = int(input("Play again (1/0) :"))
if b.isDraw():
b.showBoard()
B.getReward(0.4)
B.resetState()
b = Board()
n = int(input("Play again (1/0) :"))
from ChessPiece import Piece
from ChessBoard import Board
board1 = Board()
board1.make_board()
class Horse(Piece):
#inititalizing pieces and return
def __init__(self, piece, colour, startx, starty, img):
super().__init__(piece, colour, startx, starty, img)
#method checking and giving all valid moves
def valid_moves(self, board):
x = self.startx
y = self.starty
moves = []
#topside right
if x < 6 and y > 0:
if not board.has_piece(x + 2, y - 1):
moves.append([x + 2, y - 1])
else:
if board.which_piece(x + 2, y - 1).colour != self.colour:
moves.append([x + 2, y - 1])
else:
pass
#top right diagnol
if x < 7 and y > 1:
if not board.has_piece(x + 1, y - 2):
moves.append([x + 1, y - 2])
else:
if board.which_piece(x + 1, y - 2).colour != self.colour:
self.gameEnv.screen.endScreen()
if self.board.isDraw():
print("Draw.")
b.unMove()
self.gameEnv.screen.endScreen()
self.setBoard()
else:
self.start.blackMove(self.b_agent, 3)
if self.board.isCheckMate():
print("Black won.")
b.unMove()
self.gameEnv.screen.endScreen()
if self.board.isDraw():
print("Draw.")
b.unMove()
self.gameEnv.screen.endScreen()
self.setBoard()
move += 1
self.gameEnv.screen.displayScreen()
self.gameEnv.screen.clockTick()
gameEnv = gil.GameEnv(30, (400, 400))
W = agent.ABAgent(agent.WHITE)
B = agent.ABAgent(agent.BLACK)
b = Board()
chess = Chess(W, B, b, gameEnv)
chess.initBoard()
def play(self, B): #black agent
n = 1
b = Board()
while n:
b.showBoard()
moves = b.generateMoveStrings()
print(moves)
while True:
move = input("Enter move:")
#b.showBoard()
if move in moves:
b.makeMove(move)
break
if b.isCheckMate():
b.showBoard()
b.unMove()
b = Board()
n = int(input("Play again (1/0) :"))
if n == 0:
break
else:
continue
if b.isDraw():
b.showBoard()
b.unMove()
b = Board()
n = int(input("Play again (1/0) :"))
if n == 0:
break
B.makeMoveUtil(b, 1)
#b.showBoard()
if b.isCheckMate():
b.showBoard()
b = Board()
n = int(input("Play again (1/0) :"))
if b.isDraw():
b.showBoard()
b = Board()
n = int(input("Play again (1/0) :"))