def handle(wc, agent):
try:
t = wc.obj['@type']
if t == MOVE_MSG_TYPE:
them = wc.obj.get('ill_be', '')
if them and isinstance(them, str) and len(them) == 1 and them in 'XO':
them = them.strip().upper()
else:
raise Exception('Expected "ill_be" to contain either "X" or "O".')
moves = wc.obj.get('moves', [])
if not isinstance(moves, list) or len(moves) > 9:
raise Exception('Expected "moves" to be a list of at most 9 items.')
g = game.Game()
g.load(moves)
w = g.winner()
if w:
agent.trans.send('{"@type": "result", "outcome": "%s won."}')
me = game.other_player(them)
if g.whose_turn()
if them == 'X':
g.load(wc.obj['moves'])
choice = ai.next_move(g, me)
g[choice] = me
agent.trans.send('{"@type": "%s"}' % MOVE_MSG_TYPE, wc.sender)
except Exception as e:
agent.trans.send('{"@type": "problem-report", "explain_ltxt": "%s"}', wc.sender)
return True
def test_head_to_head(self):
# Make the AI play against itself a bunch of times. Randomize which
# side starts. Every game should take a full 9 moves, and every gamee
# should end with a draw.
for i in range(100):
g = game.Game()
player = random.choice('XO')
n = 0
while True:
cell = ai.next_move(g, player)
g[cell] = player
n += 1
w = g.winner()
if w:
if w != g.first or n != 9:
self.fail('Game won unexpectedly:\n%s.' % str(g))
break
if n == 9:
break
player = game.other_player(player)
if __name__ == '__main__':
import random
import sys
import ai
try:
while True:
print("\nYou be Xs, I'll be Os.")
g = Game()
player = random.choice('XO')
if player == 'O':
print("I'll go first.")
w = None
for i in range(9):
if player == 'O':
choice = ai.next_move(g, player)
print('My move: %s' % choice)
g[choice] = player
else:
print(str(g))
sys.stdout.write('Your move: ')
x = input().strip()
g[x] = 'X'
w = g.winner()
if w:
break
player = other_player(player)
print(str(g))
if w == 'X':
print('You win!')
elif w == 'O':
def test_first_move(self):
g = game.Game()
self.assertEqual('B2', ai.next_move(g, 'x'))
def main():
clock = pg.time.Clock()
now_turn = True
board = initBoard()
# mouse_pos = None
active_pile = None
finished = False
winner = None
string = "这次一定啦啦啦啦啦啦啦啦啦"
index = 0
while True:
clock.tick(30)
left_click = False
right_click = False
for event in pg.event.get():
if event.type == QUIT:
pg.quit()
quit()
break
elif event.type == MOUSEBUTTONDOWN:
mouse_pos = event.pos
if (event.button == 1):
if finished:
board = initBoard()
finished = True
now_turn = True
else:
left_click = True
elif (event.button == 3):
right_click = True
if (now_turn and left_click):
suc = fillTile(string[index], mouse_pos, board)
index += 1
if suc:
now_turn = not now_turn
elif (not now_turn and right_click):
suc = fillTile(string[index], mouse_pos, board)
index += 1
if suc:
now_turn = not now_turn
if ((not now_turn) and AI):
ai_x, ai_y = ai.next_move(board, False)
if (ai_x != None):
board[ai_y][ai_x] = "X"
now_turn = not now_turn
winner = checkWin(board)
if winner:
finished = True
WINDOW.fill((0, 0, 0))
if (finished):
drawWin(winner)
else:
drawBoard(board)
pg.display.update()
async def make_ai_move(self, channel, g):
move = ai.next_move(g)
await channel.send("!put {}".format(move))
await self.make_move(channel, g, self.bot.user, move)