def request(self):
'''The method that determines the actual ping that will be
made by the pinger object.'''
randy = uniform(0, 1)
ping_cdf = h.cdf(self.E)
ping = h.get_index(randy, ping_cdf)
return ping
def next_action(self):
randy = uniform(0, 1) # Throwback to Archer.
index = 0 # Worst case select the first action.
# print("The p is: " + str(self.p))
probs = self.p / sum(self.p)
cdf = h.cdf(probs)
# print("The cdf is: " + str(cdf))
index = h.get_index(randy, cdf)
return index
def next_action(self):
'''Pick the next action of the learning automata based on the
probability vector, self.p, of the LRI automata. At the first
time instant all action probabilities are equally likely.'''
# Pick a uniformly distributed random number to be tested against
# the CDF of self.p. Used to determine the action of the
# automaton.
randy = uniform(0, 1) # Throwback to Archer.
# On catastrophic failure pick the first action.
index = 0 # Worst case select the first action.
# print("The p is: " + str(self.p)) # Debug the change in self.p.
cdf = h.cdf(self.p)
# print("The cdf is: " + str(cdf)) # Debug the selected action.
# index is the index of the CDF corresponding to the random
# action. This value is the next action the automaton will choose.
index = h.get_index(randy, cdf)
return index
print('Введите желаемый адрес либо "0", если хотите изменить настройки: \n')
inp = input()
if inp == '0':
language = change_settings(language)
else:
address = f'{{"query": "{inp}", "language": "{language}"}}'.encode('utf-8')
res = requests.post(url, data=address, headers=headers).json().get('suggestions')
if res:
if len(res) > 1:
print('Выберите нужный вам вариант либо введите "0", если хотите закрыть программу: \n')
for ad in res:
index = res.index(ad) + 1
print(f"{index}: {ad['value']}")
wanted_address_index = get_index(res)
if wanted_address_index == 0:
sys.exit(0)
else:
wanted_address_index -= 1
wanted_address = res[wanted_address_index]
print(f'\n{wanted_address.get("value")}, '
f"Широта: {wanted_address.get('data').get('geo_lat')},"
f" Долгота: {wanted_address.get('data').get('geo_lon')} ")
else:
print(f'\nПо вашему запросу найден один вариант: {res[0].get("value")}, '
f'Широта: {res[0].get("data").get("geo_lat")}, '
f'Долгота: {res[0].get("data").get("geo_lon")}')
else:
print('По вашему запросу не найдено адресов')
print('\nПродолжить использование программы? Введите ответ в формате Y/N')