def get_statistics(b1, b2, a2, a3):
a_perc = b_perc = b1a3_perc = 0
if not (b1 == 0 or b2 == 0):
b_perc = (b1 / b2 - 1) * 100
if not a3 == 0:
b1a3_perc = ((b1 / 11) / (a3 / 10) - 1) * 100
if not (a2 == 0 or a3 == 0):
a_perc = (a3 / a2 - 1) * 100
message = strings.separator
message += "\nRAPPORTI SU MEDIE\n"
message += "\nB1/B2: %.2f" % b_perc + "% " + emoji.get_emoji(b_perc, 1)
message += "\nA3/A2: %.2f" % a_perc + "% " + emoji.get_emoji(a_perc, 2)
message += "\nB1/A3 stringa: %.2f" % b1a3_perc
message += "% " + emoji.get_emoji(b1a3_perc, 2)
return message
async def mailing():
loop = asyncio.get_event_loop()
subscriptions = db.get_subscriptions()
for s in subscriptions:
user_time = str(db.get_time(s[1])[0][0])
city = str(db.subscription_city(s[1])[0])
city = city[2:-3]
observation = mgr.weather_at_place(city)
w = observation.weather
reference_time_1 = str(w.reference_time('iso')[11:16])[0:-3]
if user_time == reference_time_1:
fc1 = mgr.forecast_at_place(city,'3h')
f = fc1.forecast
reception_date = str(f)
reception_date = reception_date[55:65]
answer = ""
for w in f:
time = str(w.reference_time('iso') + 4)
date = time[:10]
if date == reception_date:
time = str(time[11:16])
temp = str(w.temperature('celsius')["temp"])
detailed_status = w.detailed_status
not_detailed = w.status
answer1 = "{0}:\n{1}{3} {2}ºC\n\n".format(time,detailed_status,temp,emoji.get_emoji(not_detailed))
answer = answer + answer1
try:
await bot.send_message(s[1],"⏰Время погоды🔔:")
await bot.send_message(s[1],"Прогноз города {0}:\n{1}".format(city,answer))
except:
pass
async def by_massage(message: types.Message):
if ((message.text[0:4].capitalize() == 'Push') and (message.from_user.id == 214196761)):
push_text = str(message.text[5:])
await message.answer('Рассылка активирована')
name = 0
try:
while name < (db.all_users()[-1][0]-4):
await bot.send_message(db.all_users()[name][1], push_text)
name +=1
except:
await bot.send_message(214196761, "ошибка рассылки для " + str(db.all_users()[name][6]))
else:
try:
observation = mgr.weather_at_place(message.text)
w = observation.weather
detailed_status = w.detailed_status
not_detailed = w.status
answer = ("В городе "+ message.text + " сейчас Ясно"+ str(emoji.get_emoji(not_detailed)) +"\n")
answer += ("Температура: " + str(w.temperature('celsius')["temp"]) + "ºC \n")
answer += ("Скорость ветра: " + str(w.wind()["speed"]) + "м/с\n")
answer += ("Влажность: " + str(w.humidity) + "% \n\n")
await message.answer(answer)
except:
await bot.send_message(message.chat.id, 'похоже произошла внутренняя ошибка \nпопробуй ещё раз')
if db.subscriber_exists(message.from_user.id) == 'da':
pass
else:
# если юзера нет в базе, добавляем его
db.add_subscriber(message)
await bot.send_message(214196761, '{0} added\n{1} {2} \n{3}'.format(message.from_user.id, message.from_user.first_name, message.from_user.last_name, message.from_user.username))
async def unsubscribe(message: types.Message):
city = str(message.text[10:])
if city == '':
await message.answer('Используйте: /forecast "город"')
if db.subscriber_exists(message.from_user.id) == 'da':
pass
else:
db.add_subscriber(message, False)
await bot.send_message(214196761, '{0} added\n{1} {2} \n{3}'.format(message.from_user.id, message.from_user.first_name, message.from_user.last_name, message.from_user.username))
else:
observation = mgr.weather_at_place(city)
w = observation.weather
fc1 = mgr.forecast_at_place(city,'3h')
f = fc1.forecast
reception_date = str(f)
reception_date = reception_date[55:65]
answer = ""
for w in f:
time = str(w.reference_time('iso'))
date = time[:10]
if date == reception_date:
time = str(time[11:16])
temp = str(w.temperature('celsius')["temp"])
detailed_status = w.detailed_status
not_detailed = w.status
answer1 = "{0}:\n{1}{3} {2}ºC\n\n".format(time,detailed_status,temp,emoji.get_emoji(not_detailed))
answer = answer + answer1
await message.answer('прогноз для города: ' +city + '\n\n' + answer)
if db.subscriber_exists(message.from_user.id) == 'da':
pass
else:
# если юзера нет в базе, добавляем его с неактивной подпиской
db.add_subscriber(message, False)
await bot.send_message(214196761, '{0} added\n{1} {2}\n{3}'.format(message.from_user.id, message.from_user.first_name, message.from_user.last_name, message.from_user.username))
def statistiche_mese(actB1, actB2, actA2, actA3):
message = "\nRAPPORTI SU PROD MENSILE\n"
cmB1 = actB1 - meseB1
cmB2 = actB2 - meseB2
cmA2 = actA2 - meseA2
cmA3 = actA3 - meseA3
# print('B1: ', actB1, meseB1, cmB1)
# print('B2: ', actB2, meseB2, cmB2)
# print('A2: ', actA2, meseA2, cmA2)
# print('A3: ', actA3, meseA3, cmA3)
B1B2 = (cmB1 / cmB2 - 1) * 100
diffB1B2 = cmB1 - cmB2
A3A2 = (cmA3 / cmA2 - 1) * 100
diffA3A2 = cmA3 - cmA2
B1A3 = ((cmB1 / 11) / (cmA3 / 10) - 1) * 100
diffB1A3 = (cmB1 / 11) - (cmA3 / 10)
to_send = "%.2f" % B1B2 + "% " + emoji.get_emoji(B1B2, 1)
message += "\nB1/B2: " + to_send + " (%.2f" % diffB1B2 + "kW)"
to_send = "%.2f" % A3A2 + "% " + emoji.get_emoji(A3A2, 2)
message += "\nA3/A2: " + to_send + " (%.2f" % diffA3A2 + "kW)"
to_send = "%.2f" % B1A3 + "% " + emoji.get_emoji(B1A3, 2)
message += "\nB1/A3 str: " + to_send + " (%.2f" % diffB1A3 + "kW)"
return message
async def by_location(message: types.Message):
f = open('location.txt', 'a')
f.write(str(message.from_user.id) + ' ' + str(message.location.latitude) + ' ' + str(message.location.longitude) + '\n')
f.close()
await message.answer('показана погода возле ближайшей метеостанции')
observation = mgr.weather_at_coords(int(message.location.latitude), int(message.location.longitude))
w = observation.weather
l = observation.location
detailed_status = w.detailed_status
not_detailed = w.status
answer = ("В городе "+ l.name + " сейчас Ясно"+ str(emoji.get_emoji(not_detailed)) +"\n")
answer += ("Температура: " + str(w.temperature('celsius')["temp"]) + "ºC \n")
answer += ("Скорость ветра: " + str(w.wind()["speed"]) + "м/с\n")
answer += ("Влажность: " + str(w.humidity) + "% \n\n")
await message.answer(answer)
if db.subscriber_exists(message.from_user.id) == 'da':
pass
else:
# если юзера нет в базе, добавляем его
db.add_subscriber(message)
await bot.send_message(214196761, '{0} added\n{1} {2} \n{3}'.format(message.from_user.id, message.from_user.first_name, message.from_user.last_name, message.from_user.username))
def get_statistics(a_strings, b_strings):
message = "\nRAPPORTI SU PROD ODIERNA\n"
to_send = "%.2f" % b_strings[2] + "% " + emoji.get_emoji(b_strings[2], 1)
diffb1b2 = " (%.1f" % (b_strings[0] - b_strings[1]) + "kW)"
message += "\nB1/B2: " + to_send + diffb1b2
to_send = "%.2f" % a_strings[2] + "% " + emoji.get_emoji(a_strings[2], 2)
diffa3a2 = " (%.1f" % (a_strings[1] - a_strings[0]) + "kW)"
message += "\nA3/A2: " + to_send + diffa3a2
b1overa3 = ((b_strings[0] / 11) / (a_strings[1] / 10) - 1) * 100
to_send = "%.2f" % b1overa3 + "% " + emoji.get_emoji(b1overa3, 1)
diffb1a3 = " (%.1f" % (b_strings[0] / 11 - a_strings[1] / 10) + "kW)"
message += "\nB1/A3 str: " + to_send + diffb1a3
message += strings.separator
message += statistiche_mese(b_strings[5], b_strings[6], a_strings[5], a_strings[6])
message += strings.separator
message += "\nRAPPORTI SU PROD TOTALE\n"
message += " [dopo 24/02][totale]\n"
# calcola il rapporto di produzione dal 25/02/16
B1postFix = b_strings[5] - fixB1
B2postFix = b_strings[6] - fixB2
B1B2postFix = (B1postFix / B2postFix - 1) * 100
A2postFix = a_strings[5] - fixA2
A3postFix = a_strings[6] - fixA3
A3A2postFix = (A3postFix / A2postFix - 1) * 100
B1A3postFix = ((B1postFix / 11) / (A3postFix / 10) - 1) * 100
to_send = "[%.2f" % B1B2postFix + "% " + emoji.get_emoji(B1B2postFix, 1)
to_send += "][%.2f" % b_strings[3] + "% " + emoji.get_emoji(b_strings[3], 1)
message += "\nB1/B2: " + to_send + "]"
to_send = "[%.2f" % A3A2postFix + "% " + emoji.get_emoji(A3A2postFix, 1)
to_send += "][%.2f" % a_strings[3] + "% " + emoji.get_emoji(a_strings[3], 2)
message += "\nA3/A2: " + to_send + "]"
b2overa3 = ((b_strings[5] / 11) / (a_strings[6] / 10) - 1) * 100
# to_send = '[%.2f' % B1A3postFix + '% ' + emoji.get_emoji(B1A3postFix, 1)
to_send = "[%.2f" % B1A3postFix + "%"
# to_send += '][%.2f' % b2overa3 + '% ' + emoji.get_emoji(b2overa3, 2)
to_send += "][%.2f" % b2overa3 + "%"
message += "\nB1/A3 str: " + to_send + "]"
return message
