Python-сообщество

def __main__():
    # Odessa, UA: id = 33837
    w = GisWeather('34502')
    w.update()
    for f in w.forecasts:
        print 'Date: %s.%s.%s %s:00 %s' % (f.day, f.month, f.year, f.hour, f.getTodName())
        print '\t Temp(°C) (min max): %s %s' % (f.temperature.min,
                f.temperature.max)
        print '\t Oblachnost: %s' % (f.phenomena.getCloudiness())
        print '\t Osadki: %s' % (f.phenomena.getPrecipitation())
        print '\t Davlenie(mm) (min max): %s %s' % (f.pressure.min,
                f.pressure.max)
        print '\t Veter(°C) (min max): %s %s\n' % (f.heat.min,
                f.heat.max)
__main__()
Вот вывод :Date: 29.8.2012 21:00 evening
	 Temp(В°C) (min max): 13.0 15.0
	 Oblachnost: overcast
	 Osadki: rain
	 Davlenie(mm) (min max): 747.0 749.0
	 Veter(В°C) (min max): 12.0 14.0
Date: 30.8.2012 3:00 night
	 Temp(В°C) (min max): 14.0 16.0
	 Oblachnost: cloudy
	 Osadki: no precipitation
	 Davlenie(mm) (min max): 749.0 751.0
	 Veter(В°C) (min max): 13.0 15.0
Date: 30.8.2012 9:00 morning
	 Temp(В°C) (min max): 14.0 16.0
	 Oblachnost: overcast
	 Osadki: no precipitation
	 Davlenie(mm) (min max): 751.0 753.0
	 Veter(В°C) (min max): 14.0 16.0
Date: 30.8.2012 15:00 afternoon
	 Temp(В°C) (min max): 17.0 19.0
	 Oblachnost: overcast
	 Osadki: no precipitation
	 Davlenie(mm) (min max): 753.0 755.0
	 Veter(В°C) (min max): 17.0 19.0

def __main__():
            
                w = GisWeather('34502')
                w.update()
                    

                for f in w.forecasts:
                    v='%s.%s.%s %s:00 %s' % (f.day, f.month, f.year, f.hour, f.getTodName())
                    tmp='C°: %s %s' % (f.temperature.min,
                            f.temperature.max)
                    obl=' Obl: %s' % (f.phenomena.getCloudiness())
                    osd= ' \ %s' % (f.phenomena.getPrecipitation())
                    davl=' \D: %s %s' % (f.pressure.min,
                            f.pressure.max)
                    tepl='\t Teplo(°C) (min max): %s %s\n' % (f.heat.min,
                            f.heat.max)
                    rt=(tmp)+(osd)+(davl)
                        
                    return rt   

            
weather_list = []
for f in w.forecasts:
                    v='%s.%s.%s %s:00 %s' % (f.day, f.month, f.year, f.hour, f.getTodName())
                    tmp='C°: %s %s' % (f.temperature.min,
                            f.temperature.max)
                    obl=' Obl: %s' % (f.phenomena.getCloudiness())
                    osd= ' \ %s' % (f.phenomena.getPrecipitation())
                    davl=' \D: %s %s' % (f.pressure.min,
                            f.pressure.max)
                    tepl='\t Teplo(°C) (min max): %s %s\n' % (f.heat.min,
                            f.heat.max)
                    rt=(tmp)+(osd)+(davl)
                    weather_list.append(rt)
print '\n\n'.join(weather_list)