def test_basic_game():
players = [
TestPlayer(roles=[['K', 'K', 'Q']], targets=[['2', 'A', 'A']]),
TestPlayer(roles=[['J', 'J', 'Q']], targets=[['2', '3', '4']])
]
game = Game(*players)
game.play()
def next_data(self):
# 参数设置
epsilon = 0.001 if self.flag in ["explore", "display"] else 0.1
init_epsilon, final_epsilon = 0.1, 0.001
action_dim = 2
# 初始化
num = 40 if self.flag in ["explore", "train"] else 1
game = Game(num) # game为环境
action = np.array([1, 0])
image, reward, terminal = game.frame_step(action)
image = convert(image)
for _ in range(4):
self.memory_append(image, [*action, reward, terminal])
epsilon -= (init_epsilon - final_epsilon) / self.explore * self.count * self.pre_step_epoch
epsilon = np.clip(epsilon, a_max=init_epsilon, a_min=final_epsilon)
# 获取当前状态
count = self.count * self.pre_step_epoch
try:
while True:
# 获取动作
if random.random() < epsilon:
action_ind = np.random.randint(0, action_dim)
else:
idx = (self.next - np.arange(1, self.time_step+1)) % self.max_length
state = self.memory["image"][idx]
state = np.transpose(state[np.newaxis, :, :], [0, 2, 3, 1])
action_ind = self.func(state).argmax(-1).astype("int")[0] # 智能体产生动作
epsilon -= (init_epsilon - final_epsilon) / self.explore
epsilon = np.clip(epsilon, a_max=init_epsilon, a_min=final_epsilon)
count += 1
action = game.get_event(action_ind) # 游戏中事件触发
image, reward, terminal = game.frame_step(action) # 环境的激励
image = convert(image) # 80*80
self.memory_append(image, [*action, reward, terminal])
data = self.batch_data()
if data is not None:
yield data
except GameOver:
print("\n{}> game close <{}".format("="*10, "="*10))
def main():
m = generate_maze(10,10)
g = Game(m)
while True:
print m
if g.can_player_hear():
print "ouyay ancay earhay a umpusway omingcay!!"
d = wait_for_dir()
try:
g.player.move(d)
except ValueError:
print "ouyay an'tcay ogay atthay ayway!"
if g.has_player_won():
print "ouyay avehay onway. OOOWAY!"
break
g.move_wumpus()
#Alec Bayliff from play import Game mygame = Game(15, 15, .25, .1, 1000, 42, "testout.txt") mygame.play()
#create learning instance
#Q = QLearningTarock(0.5, 0.1, 0.1)
#initialize qtables, only run if you want to start the learning from scraths, otherwise use load_qtables
#Q.initialize_qtables(state_labels1, state_labels2, action_labels1, action_labels2, constraints1=constraints1, constraints2=constraints2)
#Q.store_qtables("q1_1.pickle", "q2_1.pickle")
#Q.load_qtables("q1_1.pickle", "q2_1.pickle")
Q = QLearningTarock(0.3, 0.1, 0.1)
Q.initialize_qtables(state_labels1,
state_labels2,
action_labels1,
action_labels2,
constraints1=constraints1,
constraints2=constraints2)
#print(Q.qtable2)
#print(Q.qtable1)
#exit(-1)
action_function = Q.return_action
update_function = Q.update_table
N_epochs = 100000
counter = 0
while counter < N_epochs:
print(f"Take: {counter}, {int((counter/N_epochs)*10000)/100}% done")
game = Game(action_function, action_function, action_function,
update_function)
a = game.play_game()
#print(f"Final rewards: {a}")
counter += 1
Q.store_qtables("q1_2.pickle", "q2_2.pickle")
def enter():
global game
game = Game.Game()
game.enter()
pass
def on_message(self, message):
errors = []
game_id = message.get('game_id')
raw_data = yield gen.Task(
redis_client.hmget, 'games:id:{}'.format(game_id),
['dimension', 'matrix', 'creator', 'opponent', 'color', 'lineup']
)
if raw_data[0] is None:
errors.append('Wrong game id.')
if not errors:
dimension = int(raw_data[0])
matrix = json.loads(raw_data[1].decode('utf-8'))
creator = raw_data[2].decode('utf-8')
opponent = raw_data[3] and raw_data[3].decode('utf-8')
color = raw_data[4].decode('utf-8')
lineup = raw_data[5].decode('utf-8')
if opponent is not None:
print(opponent, game_id, raw_data)
errors.append('Game is already started.')
if self.username == creator:
errors.append("You can't play with youself.")
if not errors:
opponent = self.username
data_to_save = {'opponent': opponent}
game = {
'game_id': game_id,
'dimension': dimension,
'cells': Game(matrix, dimension).serialize_cells()
}
self.send(json.dumps({
'status': 'ok',
'game': game
}))
if color == 'black':
data_to_save.update({'turn': creator})
opponent_msg = 'You stone is white.'
creator_msg = 'You stone is black, and now your turn.'
else:
data_to_save.update({'turn': opponent})
creator_msg = 'You stone is white.'
opponent_msg = 'You stone is black, and now your turn.'
yield gen.Task(
redis_client.hmset, 'games:id:{}'.format(game_id),
data_to_save)
title = '{0} ({1}x{1}, {2} in row) [{3}]'.format(
creator, dimension, lineup, color)
yield gen.Task(
redis_client.srem, 'games:all',
'{}:{}'.format(game_id, title))
games = yield self.get_games()
self.broadcast_all_channel("games_list", games)
self.send_channel(
'note',
json.dumps({'msg': 'Welcome to the game #{}. {}'.format(
game_id, opponent_msg)}))
self.get_player(creator).send_channel(
'note',
json.dumps({'msg': 'Joining new user "{}". {}'.format(
opponent, creator_msg)}))
else:
self.send_error(errors)
def on_message(self, message):
errors = []
game_id = message.get('game_id')
raw_data = yield gen.Task(
redis_client.hgetall, 'games:id:{}'.format(game_id)
)
if not raw_data:
errors.append('This game not existed or already finished.')
if not errors:
data = hgetall_group_by(raw_data)
if not errors and 'opponent' not in data:
errors.append('Need opponent to join to the game.')
if not errors:
creator = data['creator']
opponent = data['opponent']
dimension = int(data['dimension'])
lineup = int(data['lineup'])
color = data['color']
turn = data['turn']
matrix = json.loads(data['matrix'])
if not errors and self.username not in [creator, opponent]:
errors.append("You are not participant of this game.")
if not errors and self.username != turn:
errors.append(
"It's not your turn. Please, wait for your opponent's move.")
if not errors:
game = Game(matrix, dimension, lineup)
if self.username == creator:
action_color = color
else:
action_color = 'white' if color == 'black' else 'black'
color_dict = {
'white': 0,
'black': 1
}
action, status = game.action(
message['x'], message['y'], color_dict[action_color])
if not action:
errors.append('Bad action.')
if not errors:
turn = opponent if turn == creator else creator
yield gen.Task(
redis_client.hset, 'games:id:{}'.format(game_id),
'turn', turn)
yield gen.Task(
redis_client.hset, 'games:id:{}'.format(game_id),
'matrix', json.dumps(game.matrix))
if not errors:
for username in [opponent, creator]:
player = self.get_player(username)
player.send_channel(
'game_action',
json.dumps({
'status': 'ok',
'action': {
'x': message['x'],
'y': message['y'],
'color': action_color
}
})
)
if turn == username:
msg = "Now it's your turn."
else:
msg = "Now it's a {}'s turn. Waiting...".format(
opponent if username == creator else creator)
player.send_channel('note', json.dumps({'msg': msg}))
else:
self.send_error(errors)
if status is not None:
raw_data = yield gen.Task(
redis_client.delete, 'games:id:{}'.format(game_id)
)
url = 'http://localhost:8000/api/round/save'
post_data = {
'creator': creator,
'opponent': opponent,
'dimension': dimension,
'lineup': lineup,
'lead': creator if color == 'black' else opponent,
'winner': None if status == 'draw' else self.username
}
headers = {
'Content-Type': 'application/json'
}
yield http_client.fetch(
url, method="POST", headers=headers, body=json.dumps(post_data))
url = 'http://localhost:8000/api/player/top'
response = yield http_client.fetch(url, method="GET")
self.broadcast_all_channel('stats', response.body.decode('utf-8'))
for username in [opponent, creator]:
player = self.get_player(username)
if status == 'draw':
winner = None
else:
winner = self.username == username
player.send_channel(
'game_finish', json.dumps({'winner': winner})
)
#!/usr/bin/python
# -*- coding: utf-8 -*-
from play import Game
if __name__ == '__main__':
game = Game()
game.run()
