def brain_restart():
board.reset()
pp.pipeOut("OK")
def brain_opponents(x, y):
if isFree(x, y):
board[x][y] = 2
else:
pp.pipeOut("ERROR opponents's move [{},{}]".format(x, y))
def brain_restart():
ai.start(pp.width, pp.height)
pp.pipeOut("OK")
def brain_opponents(x, y):
if gomoku.is_free(x, y):
gomoku.make_move(x, y, 2)
else:
pp.pipeOut("ERROR opponents's move [{},{}]".format(x, y))
def brain_restart():
for x in range(pp.width):
for y in range(pp.height):
board[x][y] = 0
pp.pipeOut("OK")
def brain_block(x, y):
if isFree(x, y):
board.move(x, y, board.get_next_player())
else:
pp.pipeOut("ERROR winning move [{},{}]".format(x, y))
def brain_restart():
gomoku.restart()
pp.pipeOut("OK")
def brain_about():
logDebug('brain_about()')
pp.pipeOut(pp.infotext)
def brain_restart():
"""delete old board, create new board, call pipeOut("OK")"""
for x in range(pp.width):
for y in range(pp.height):
board[x][y] = 0
pp.pipeOut("OK")
def brain_my(x, y):
logDebug('my_move({},{})'.format(x, y))
if isFree(x, y):
board[x][y] = 1
else:
pp.pipeOut("ERROR my move [{},{}]".format(x, y))
def brain_opponents(x, y):
logDebug('opponent_move({},{})'.format(x, y))
if isFree(x, y):
board[x][y] = 2
else:
pp.pipeOut("ERROR opponents's move [{},{}]".format(x, y))
def brain_about():
pp.pipeOut('f**k')
def brain_block(x, y):
if isFree(x, y):
board[x][y] = 3
logDebug('brain_block at (%s, %s)' % (x, y))
else:
pp.pipeOut("ERROR winning move [{},{}]".format(x, y))
def brain_opponents(x, y): # 这个函数在对手胜利的那步不会被调用
if isFree(x, y):
main.run_opponent(x, y)
else:
pp.pipeOut("ERROR opponents's move [{},{}]".format(x, y))
def brain_my(x, y):
if isFree(x, y):
board.move(x, y, board.get_next_player())
else:
pp.pipeOut("ERROR my move [{},{}]".format(x, y))
def brain_my(x, y):
"""put your move to the board"""
if isFree(x, y):
board[x][y] = 1
else:
pp.pipeOut("ERROR my move [{},{}]".format(x, y))
def brain_opponents(x, y):
if isFree(x, y):
board.move(x, y, board.get_next_player())
else:
pp.pipeOut("ERROR opponents's move [{},{}]".format(x, y))
def brain_opponents(x, y):
"""put opponent's move to the board"""
if isFree(x, y):
board[x][y] = 2
else:
pp.pipeOut("ERROR opponents's move [{},{}]".format(x, y))
def brain_about():
"""
Print copyright.
"""
pp.pipeOut(pp.infotext)
def brain_block(x, y):
"""square [x,y] belongs to a winning line (when info_continuous is 1)"""
if isFree(x, y):
board[x][y] = 3
else:
pp.pipeOut("ERROR winning move [{},{}]".format(x, y))
def brain_my(x, y):
if gomoku.is_free(x, y):
gomoku.make_move(x, y, 1)
else:
pp.pipeOut("ERROR my move [{},{}]".format(x, y))
def brain_restart():
board.reset()
uct.reset()
global START_TIME
START_TIME = time.time()
pp.pipeOut("OK")
def brain_block(x, y):
if gomoku.is_free(x, y):
gomoku.make_move(x, y, 3)
else:
pp.pipeOut("ERROR winning move [{},{}]".format(x, y))
def brain_opponents(x, y):
if isFree(x, y):
board[x][y] = 2
uct.forward(action=((x, y), 2))
else:
pp.pipeOut("ERROR opponents's move [{},{}]".format(x, y))
def brain_my(x, y):
if isFree(x, y):
board[x][y] = 1
else:
pp.pipeOut("ERROR my move [{},{}]".format(x, y))
def main():
pp.pipeOut("OK")
pp.main()
def brain_block(x, y):
if isFree(x, y):
board[x][y] = 3
else:
pp.pipeOut("ERROR winning move [{},{}]".format(x, y))
def brain_restart():
global board, COMPUTER
board = Board()
COMPUTER = Computer()
pp.pipeOut("OK")
def brain_about():
pp.pipeOut(pp.infotext)
def brain_restart():
logDebug('brain restart')
gomoku.restart()
pp.pipeOut("OK")