def calc(bot, update):
# text = user_text.strip(' ')
try:
keyboard.start(bot, update)
except AttributeError as e:
print(e)
update.message.reply_text('что-то не получилось')
def __init__(self, write_history=True, run_callbacks=True):
global do_validation
do_validation = False
self.write_history = write_history
self.run_callbacks = run_callbacks
# validation
def validation():
global do_validation
do_validation = True
return True # continue listener
# Collect events until released
keyboard.listen_key('v', validation)
keyboard.start()
print("! note: press 'v' to run validation")
super(Callback, self).__init__()
async def register(message: types.Message):
Users().register_user(message.from_user.id,
message.from_user.username,
message.from_user.first_name,
message.from_user.last_name)
text = "Привет, " + message.from_user.first_name + "! Меня разработал @thebordevs, видеоролик по созданию этого бота ты сможешь найти на его YouTube\nКод проекта на GitHub"
await message.answer(text, reply_markup=keyboard.start())
await message.answer("<b>Что я умею?</b>"
"\n\n<i>Я могу вести статистику твоего Телеграм канала, вести переговоры с рекламодателями, "
"зарабатывая тем самым тебе копеечку. Добавь бота в администраторы своего сообщества, предоставь доступ к"
"сообщениям и все! Предложения по рекламным контрактом буду присылать тебе лично, но такжже ты и сам можешь найти его себе на нашей "
"бирже! Все очень просто!</i>", parse_mode="HTML", reply_markup=keyboard.main())
def __init__(self):
global stop_training
stop_training = False
# stop
def on_stop():
global stop_training, stop_training_now
# twice press
if stop_training:
stop_training_now = True
self.model.info(
'\n -> Key \'q\' pressed twice. Training will stop at the end of step! \n\n'
)
return False # stop listener
# first press
else:
stop_training = True
self.model.info(
'\n -> Training will stop at the end of epoch! \n\n')
return True # continue listener
# stop
def on_resume():
global stop_training, stop_training_now
if stop_training_now:
print("\n -> Sorry, can't resume train, double 'q' pressed")
else:
stop_training = False
self.model.info('\n -> Training will resume! \n\n')
return True # continue listener
# Collect events until released
keyboard.listen_key('q', on_stop)
keyboard.listen_key('Q', on_resume)
keyboard.start()
print(
"! note: press 'q' to stop training; 'Q' to resume; twice 'q' to stop after step"
)
super(Callback, self).__init__()
def __init__(self, step_percent=0.2):
# decrease
def decrease_lr():
self.model.learning_rate *= 1 - step_percent
self.model.info(
'\n -> Keyboard: Learning rate decreased to %0.2E \n\n' %
self.model.learning_rate)
# increase
def increase_lr():
self.model.learning_rate *= 1 + step_percent
self.model.info(
'\n -> Keyboard: Learning rate increased to %0.2E \n\n' %
self.model.learning_rate)
# Collect events until released
keyboard.listen_key('-', decrease_lr)
keyboard.listen_key('+', increase_lr)
keyboard.listen_key('=', increase_lr)
keyboard.start()
print("! note: press '+/=' to increase learning rate, '-' to decrease")
super(Callback, self).__init__()
headset.listener.initial = 0
elif headset.listener.timer() > 500:
headset.listener.initial = 0
if __name__ == '__main__':
headset = mindwave.Headset('/dev/ttyUSB0')
time.sleep(2)
headset.connect()
print "Connecting"
while headset.status != 'connected':
time.sleep(0.5)
if headset.status == 'standby':
headset.connect()
print "Retrying"
try:
print "connected"
headset.blink_handlers.append(on_blink)
headset.raw_value_handlers.append(on_raw)
headset.raw_value_handlers.append(send_poor)
keyboard.start()
except KeyboardInterrupt:
headset.disconnect()
except:
headset.disconnect()
print "Unknown Error"
raise
on_blink(headset)
headset.listener.initial=0
elif headset.listener.timer()>500:
headset.listener.initial=0
if __name__ == '__main__':
headset = mindwave.Headset('/dev/ttyUSB0')
time.sleep(2)
headset.connect()
print "Connecting"
while headset.status != 'connected':
time.sleep(0.5)
if headset.status == 'standby':
headset.connect()
print "Retrying"
try:
print "connected"
headset.blink_handlers.append(on_blink)
headset.raw_value_handlers.append(on_raw)
headset.raw_value_handlers.append(send_poor)
keyboard.start()
except KeyboardInterrupt:
headset.disconnect()
except:
headset.disconnect()
print "Unknown Error"
raise