def choose_move(self, state):
mv = None
# Do not return until Move is valid
while not mv or not state.validMove(mv):
if state._stage == 0 or state._stage == 2:
# Prompt for pass or flip if both are options
if state._prev_move._action != 'flip' and \
state._num_flips[state._player] < const.MAX_FLIPS:
msg = 'Flip or Pass [f or p]:'
mapping = {'f': 'flip', 'p': 'none'}
# Automatically pass if only option is a none Move
else:
mv = Move('none', state._player)
break
# Prompt for column if in 2nd stage of turn
elif state._stage == 1:
msg = 'Place [1-%d]:' % (const.NUM_COLS)
mapping = {
str(n): 'place'
for n in range(1, const.NUM_COLS + 1)
}
# Get key pressed by user and create a corresponding Move object
sys.stdout.flush()
key = prompt(msg).lower()
if key in mapping:
if key.isnumeric():
mv = Move(mapping[key], state._player, int(key) - 1)
else:
mv = Move(mapping[key], state._player)
return mv
def choose_move(self, state):
self.createQ(state)
_action = self.choose_action(state)
if state._stage == 0 or state._stage == 2:
mv = Move(_action, state._player)
else:
mv = Move('place', state._player, _action)
self.learn(state, mv, _action)
return mv
def test():
const.DEBUG = True
ai1 = Human('P1')
ai2 = Human('P2')
player_pair = (ai1, ai2)
game = Game(player_pair)
f = open('fail.txt')
lf = [l.strip() for l in f]
last = lf[-1]
seq = map(lambda s: s.strip('()').split(', '), last.split('),('))
mv_list = list(map(lambda t: Move(t[0].strip("'"), int(t[1]), int(t[2])), seq))
game.drawScreen()
for mv in mv_list:
game.update(mv)
game.drawScreen()
print(game.checkWin())
def place(game, player, col):
game.update(Move('none', player))
game.update(Move('place', player, col))
game.update(Move('none', player))