def get_new_instance(self, prefix, player):
""" Create a new GameInstance and return its model.
Args:
prefix: A string used as the beginning of the instance id.
player: The email address of the player.
When this returns, neither this Game model or the new
GameInstance have been put() in the database. If the GameInstance
should persist, both models need to be put().
Returns:
A GameInstance object with a unique instance id beginning with
prefix and player as the leader and sole member of the
instance.
"""
prefix = prefix.replace(' ', '')
new_iid = prefix
self.instance_count += 1
new_index = self.instance_count
while GameInstance.get_by_key_name(new_iid, parent=self) is not None:
new_index += 1
new_iid = prefix + str(new_index)
instance = GameInstance(parent=self,
key_name=new_iid,
players=[player],
leader=player)
return instance
def get_new_instance(self, prefix, player):
""" Create a new GameInstance and return its model.
Args:
prefix: A string used as the beginning of the instance id.
player: The email address of the player.
When this returns, neither this Game model or the new
GameInstance have been put() in the database. If the GameInstance
should persist, both models need to be put().
Returns:
A GameInstance object with a unique instance id beginning with
prefix and player as the leader and sole member of the
instance.
"""
prefix = prefix.replace(' ', '')
new_iid = prefix
self.instance_count += 1
new_index = self.instance_count
while GameInstance.get_by_key_name(new_iid, parent=self) is not None:
new_index += 1
new_iid = prefix + str(new_index)
instance = GameInstance(parent = self, key_name = new_iid,
players = [player], leader = player)
return instance
def get_joined_instance_keys_query(self, player):
""" Return a query object for instances a player has already joined.
Args:
player: The email address of the player.
Returns:
A query object of all game instances that player has joined in
order of creation time from oldest to newest.
"""
query = GameInstance.all(keys_only=True)
query.filter("players =", player)
query.ancestor(self.key())
query.order('-date')
return query
def get_joined_instance_keys_query(self, player):
""" Return a query object for instances a player has already joined.
Args:
player: The email address of the player.
Returns:
A query object of all game instances that player has joined in
order of creation time from oldest to newest.
"""
query = GameInstance.all(keys_only = True)
query.filter("players =", player)
query.ancestor(self.key())
query.order('-date')
return query
def get_invited_instance_keys_query(self, player):
""" Return a query object for instances a player has been invited to.
Args:
player: The email address of the player.
Returns:
A query object of all game instances that player has been
invited to and that are not full in order of creation time from
oldest to newest. Any instance returned by this query should be
able to be joined by the player at the time the results are
fetched.
"""
query = GameInstance.all(keys_only=True)
query.filter("invited =", player)
query.filter("full =", False)
query.ancestor(self.key())
query.order('-date')
return query
def get_public_instances_query(self, keys_only=False):
""" Return a query object for public instances of this game.
Args:
keys_only (optional): Whether this database query should return
only keys, or entire models.
Returns:
A query object of all public game instances that are not full
in order of creation time from oldest to newest. Any instance
returned by this query should be able to be joined by any
player at the time the results are fetched.
"""
query = GameInstance.all(keys_only=keys_only)
query.filter("public =", True)
query.filter("full =", False)
query.ancestor(self.key())
query.order('-date')
return query
def get_invited_instance_keys_query(self, player):
""" Return a query object for instances a player has been invited to.
Args:
player: The email address of the player.
Returns:
A query object of all game instances that player has been
invited to and that are not full in order of creation time from
oldest to newest. Any instance returned by this query should be
able to be joined by the player at the time the results are
fetched.
"""
query = GameInstance.all(keys_only = True)
query.filter("invited =", player)
query.filter("full =", False)
query.ancestor(self.key())
query.order('-date')
return query
def get_public_instances_query(self, keys_only = False):
""" Return a query object for public instances of this game.
Args:
keys_only (optional): Whether this database query should return
only keys, or entire models.
Returns:
A query object of all public game instances that are not full
in order of creation time from oldest to newest. Any instance
returned by this query should be able to be joined by any
player at the time the results are fetched.
"""
query = GameInstance.all(keys_only = keys_only)
query.filter("public =", True)
query.filter("full =", False)
query.ancestor(self.key())
query.order('-date')
return query
def get_sprite_by_square(square):
sprite = None
for s in pieces.sprites():
if s.square == square:
sprite = s
break
if sprite is None:
raise Exception('could not find piece in (%d, %d)' % square)
else:
return sprite
# Инициализация объекта игровой партии
game_instance = GameInstance()
# Инициализация спрайтов
valid_moves = pg.sprite.Group()
pieces = pg.sprite.Group()
set_up_board(pieces, game_instance.get_current_setup())
# Шрифты
upper_size = 24 #18
main_size = 42 #36
bottom_size = 20 #20
score_size = 88
hint_size = 28
NEUTRAL_COLOR = (255, 255, 255)
DULL_COLOR = (215, 215, 215)
if len(img.shape) == 3 and img.shape[0]==3:
img = img.transpose(1,2,0)
img = skimage.transform.resize(img, RESOLUTION, mode="constant")
img = img.astype(np.float32)
return img
def convert_action_agent2engine(agent_action):
assert type(agent_action) == type(int()) or type(agent_action) == type(np.int64()), print("type(agent_action)=",type(agent_action))
ans = []
for i in range(6):
ans.append(agent_action%2)
agent_action = int(agent_action / 2)
return ans
game = GameInstance(game=DoomGame(), config_file_path=CONFIG_FILE_PATH,name='test', n_adv=5, rewards=REWARDS)
IMG_BUFF = []
DAMAGE_BUFF = []
ATTACK_BUFF = []
pre_health = 100.0
for i in range(10):
game.new_episode(0)
while not game.is_episode_finished():
s = preprocess(game.get_screen_buff())
h = game.get_health()
engine_action =convert_action_agent2engine( np.random.randint(32) * 2)
game.make_action(engine_action, 4)
IMG_BUFF.append(s)
DAMAGE_BUFF.append(pre_health - game.get_health())
pre_health = game.get_health()
