def pay_heed(self, data):
# print "Action received " + data
action_id = int(data[4])
#When player is dead, only synchronize other
# if not self.players[self.game_id].is_dead() or action_id != self.game_id:
action = data[5]
data = data[data.index("_") + 1:]
x = int(data[:data.index("_")])
data = data[data.index("_") + 1:]
y = int(data)
pos = (x, y)
#TODO Actual network control
if action == JUMP:
self.players[action_id].jump()
elif action == LEFT:
self.players[action_id].walk(LEFT)
elif action == RIGHT:
self.players[action_id].walk(RIGHT)
elif action == STOP:
self.players[action_id].stop()
elif action == KEEP_JUMPING:
self.players[action_id].keep_jumping()
elif action == STOP_JUMPING:
self.players[action_id].stop_jumping()
self.players[action_id].set_pos(pos)
def pay_heed(self, data):
# print "Action received " + data
action_id = int(data[4])
#When player is dead, only synchronize other
# if not self.players[self.game_id].is_dead() or action_id != self.game_id:
action = data[5]
data = data[data.index("_")+1:]
x = int(data[:data.index("_")])
data = data[data.index("_")+1:]
y = int(data)
pos = (x, y)
#TODO Actual network control
if action == JUMP:
self.players[action_id].jump()
elif action == LEFT:
self.players[action_id].walk(LEFT)
elif action == RIGHT:
self.players[action_id].walk(RIGHT)
elif action == STOP:
self.players[action_id].stop()
elif action == KEEP_JUMPING:
self.players[action_id].keep_jumping()
elif action == STOP_JUMPING:
self.players[action_id].stop_jumping()
self.players[action_id].set_pos(pos)
def split_data_UMass(data):
time_to_find = re.findall(r"[0-9]+[:][0-9][0-9]",data)
index = data.index(time_to_find[0])-1
day_token = data[:index]
time_token = data[index+1:]
days = re.findall(r"(?:[T][H])|[M]|(?:[T][U])|[W]|[F]|[S]",day_token)
time_tokens = re.findall(r"[0-9]+[:][0-9][0-9][A|P][M]",time_token) # e.g "10:00AM"
#return time_tokens,1,1
start = convert_time_UMass(time_tokens[0])
end = convert_time_UMass(time_tokens[1])
final_days=[]
for day in days:
if day=="M":
final_days.append(2)
if day=="TU":
final_days.append(3)
if day=="W":
final_days.append(4)
if day=="TH":
final_days.append(5)
if day=="F":
final_days.append(6)
if day=="S":
final_days.append(7)
return final_days, start, end
def index(cls,
*,
inputs: Callable,
inputs_args: Dict,
on_always: Callable,
on_always_args: Dict = {},
client: GatewayClients = GatewayClients.GRPC,
num_clients: int = 1,
request_size: int = 100,
execution_time: int = 10):
data.index(inputs=inputs,
inputs_args=inputs_args,
on_always=on_always,
on_always_args=on_always_args,
client=client,
execution_time=execution_time,
num_clients=num_clients,
request_size=request_size)
def read():
data = []
try:
file = open("Data.txt", "r")
except:
file = open("Data.txt", "w")
file.close()
file = open("Data.txt", "r")
i = 0
while True:
data.append(file.readline())
print(data[i])
if data[i][0:1] == " ":
data[i] = data[i][1:]
try:
data.index("")
data.remove("")
break
except:
print(".")
i = i + 1
return io._data2MainData(data)
def split_data_Smith(data):
day_token = data[:data.index(" ")] # e.g: "MFW"
time_token = data[data.index(" ")+1:] # e.g "10:00-01:00"
days = re.findall(r"(?:[T][h])|[M]|[T]|[W]|[F]|[S]",day_token)
time_tokens = re.findall(r"[0-9][0-9][:][0-9][0-9]",time_token) # e.g "10:00"
start = convert_time_Smith(time_tokens[0])
end = convert_time_Smith(time_tokens[1])
final_days=[]
for day in days:
if day=="M":
final_days.append(2)
if day=="T":
final_days.append(3)
if day=="W":
final_days.append(4)
if day=="Th":
final_days.append(5)
if day=="F":
final_days.append(6)
if day=="S":
final_days.append(7)
return final_days, start, end
def split_data_Moho(data):
day_token = data[:data.index(" ")]
time_token = data[data.index(" ")+1:]
days = re.findall(r"(?:[T][H])|[M]|[T]|[W]|[F]|[S]",day_token)
time_tokens = re.findall(r"[0-9][0-9][:][0-9][0-9][A|P][M]",time_token) # e.g "10:00AM"
#return time_tokens,1,1
start = convert_time_Moho(time_tokens[0])
end = convert_time_Moho(time_tokens[1])
final_days=[]
for day in days:
if day=="M":
final_days.append(2)
if day=="T":
final_days.append(3)
if day=="W":
final_days.append(4)
if day=="TH":
final_days.append(5)
if day=="F":
final_days.append(6)
if day=="S":
final_days.append(7)
return final_days, start, end
outf.write('\n')
outf.flush()
#print('best story:', [corpus.dictionary.idx2word[idx] for idx in best_story])
elif args.task == 'rescore_ending':
assert args.happy_endings and args.sad_endings
happy_endings = corpus.tokenize(args.happy_endings,
applyDict=True).tolist()
sad_endings = corpus.tokenize(args.sad_endings,
applyDict=True).tolist()
endings = [happy_endings, sad_endings]
ending_names = ['*HappyEnding ', '*SadEnding ']
data = corpus.test.tolist() #test.tolist()
with open(args.outf, 'w') as outf:
for j in range(args.sents):
idx = data.index(eos_id)
sent_idxes = [
i for i, w in enumerate(data[:idx]) if w in punc_idxs
]
cond_length = sent_idxes[-2]
try:
assert len(sent_idxes) == 5
except:
print('wrong sentence numbers:', len(sent_idxes))
for i in range(cond_length - 1):
word_idx = data[i]
input.data.fill_(word_idx)
output, hidden = model(input, hidden)
for i, x_endings in enumerate(endings):
start_idx = -1
end_idx = 0
