def get_one_call():
try:
city = tom_forecast_city.get()
forecast = get_weather(city)
mgr = owm.weather_manager()
registry = owm.city_id_registry()
list_of_locations = registry.locations_for(city)
location = list_of_locations[
0] # list of locatins - dictionary # will get allways 1'st by default
lat = round((location.lat), 2)
lon = round((location.lon), 2)
one_call = mgr.one_call(lat, lon)
tom_temp = one_call.forecast_daily[0].temperature('celsius').get(
'feels_like_morn', None)
tom_wi = one_call.forecast_hourly[6].wind().get('speed', 0)
tom_hu = one_call.forecast_hourly[6].humidity
if forecast:
location2_lbl['text'] = (f'Feels like morning T: {tom_temp}°C.\n\
Wind: {tom_wi} m∕s. \n\
Humidity: {tom_hu} %')
else:
error_lbl['text'] = (
f'There may be not enough info now. Please try again later')
except:
location2_lbl['text'] = (f'We could\'nt start your program. \n\
Please try starting it again')
def pressure_function():
mgr = owm.weather_manager()
observation = mgr.weather_at_place(city)
pressure_dict = observation.weather.pressure # in pyOWM ---weather--- is an inbuilt method
pressure1 = pressure_dict['press'] # press (atmospheric pressure on the ground in hPa)
pressure2 = pressure_dict['sea_level'] # and sea_level (on the sea level, if location is on the sea | discluded from the lsit as a parameter as our locations are on the ground
time.sleep(0.75)
print ('...')
print ('Current atmospheric pressure is: ' + str(pressure1) + ' bar∕mPa∕atm')
def get_weather(city): # main class
try:
# owm block
mgr = owm.weather_manager()
observation = mgr.weather_at_place(city)
w = observation.weather
# get_short_weather_status
sh_status = w.status # short version of status (eg. 'Rain')
det_status = w.detailed_status # detailed version of status (eg. 'light rain')
# get_id_city
registry = owm.city_id_registry()
id_result = registry.ids_for(city)[0]
# get_weather_options
wi = w.wind()['speed']
hu = w.humidity
tmax = w.temperature('celsius')['temp_max']
tmin = w.temperature('celsius')['temp_min']
t_feel = w.temperature('celsius')['feels_like']
# get_pressure
pressure_dict = observation.weather.pressure # in pyOWM ---weather--- is an inbuilt method
pressure1 = pressure_dict[
'press'] # press (atmospheric pressure on the ground in hPa)
pressure2 = pressure_dict['sea_level']
# get coords
list_of_locations = registry.locations_for(city)
location = list_of_locations[
0] # list of locatins - dictionary # will get allways 1'st by default
lat = round((location.lat), 2)
lon = round((location.lon), 2)
# get sunrise & sunset
sunrise_unix = w.sunrise_time(
) + 10800 #it's 10800 seconds = 3 hours # default unit: 'unix'
sunrise_local = (pyowm.utils.formatting.timeformat(
sunrise_unix, 'iso'))[10:-3]
sunset_unix = w.sunset_time() + 10800 # default unit: 'unix'
sunset_local = (pyowm.utils.formatting.timeformat(sunset_unix,
'iso'))[10:-3]
# get rain for the last 1-12 hours (depends on meteo json response)
rain_dict = observation.weather.rain
final = (
wi, hu, tmax, tmin, t_feel, pressure1, pressure2, id_result, lat,
lon, sunrise_local, sunset_local, rain_dict, sh_status, det_status
) # <Weather - reference time=2013-12-18 09:20, status=Clouds>
return (final)
except:
final = 'opppssssssssssssssssssssss!'
def rain_function():
try:
mgr = owm.weather_manager()
observation = mgr.weather_at_place(city)
rain_dict = observation.weather.rain
rr = rain_dict['1h'] # data cortege ## it's better to select Megapolises, as their meteo works much better
print (f'Current amount of rain fallen for the last {str(rr)[2:3]} hour: {str(rr)[-5:-1]}mm') ## shift the key in 214 from 1h to (n)h !! not all cities possess other keys than '1h'
except KeyError as err:
print ('Ooops. There is no sufficient amount of rain to determine')
#__________________
city = input ('What city do U want to check the weather in?: ')
time.sleep(0.75)
#2 GET THE ID OF A CITY GIVEN IT'S NAME
registry = owm.city_id_registry()
results = registry.ids_for(city) [0] # застосовуємо модуль списки для ідентифікації 2ого по списку міста з меню вибору (Philadelphia, PA)
print ("Selected city has the next ID: " + str(results))
#1 GET A CURRENT WEATHER STATUS OF THE CITY
mgr = owm.weather_manager()
observation = mgr.weather_at_place(city)
w = observation.weather
# print(w) # <Weather - reference time=2013-12-18 09:20, status=Clouds>
# Weather details
wi = w.wind() ['speed'] # {'speed': 4.6, 'deg': 330}
hu = w.humidity # 87
t = w.temperature('celsius') ['temp'] # {'temp_max': 10.5, 'temp': 9.7, 'temp_min': 9.0, 'feels_like': 22,68 }
print ("In the city of " + city + ", we have the next weather conditions: " + "Wind speed - " + str(wi) + " km∕h" + ", relative humidity - " + str(hu) + "% " + ", T - " + str(t) + " °C")
#_______PAUSE______
time.sleep(0.75)
print ('...')
#__________________