public static PressureDataDto ToPressureDataDto(this ForecastResponse forecastResponse)
{
return(new PressureDataDto()
{
pressure_mb = forecastResponse.current.pressure_mb,
pressure_in = forecastResponse.current.pressure_in
});
}
public static List <HumidityDataDto> ToHumidityDataDto(this ForecastResponse forecastResponse)
{
var humidities = forecastResponse.forecast.forecastday;
List <HumidityDataDto> list = new List <HumidityDataDto>();
foreach (ForecastDataDay h in humidities)
{
HumidityDataDto x = new HumidityDataDto();
x.date = h.date;
x.humidity_percentage = h.day.avghumidity;
list.Add(x);
}
return(list);
}
public static List <SunsetDataDto> ToSunsetDataDto(this ForecastResponse forecastResponse)
{
var sunsets = forecastResponse.forecast.forecastday;
List <SunsetDataDto> list = new List <SunsetDataDto>();
foreach (ForecastDataDay s in sunsets)
{
SunsetDataDto x = new SunsetDataDto();
x.date = s.date;
x.sunset = s.astro.sunset;
list.Add(x);
}
return(list);
}
public static List <WindDataDto> ToWindDataDto(this ForecastResponse forecastResponse)
{
var winds = forecastResponse.forecast.forecastday;
List <WindDataDto> list = new List <WindDataDto>();
foreach (ForecastDataDay w in winds)
{
WindDataDto x = new WindDataDto();
x.date = w.date;
x.maxwind_mph = w.day.maxwind_mph;
x.maxwind_kph = w.day.maxwind_kph;
list.Add(x);
}
return(list);
}
public static List <PrecipitationDataDto> ToPrecipitationDataDto(this ForecastResponse forecastResponse)
{
var precipitations = forecastResponse.forecast.forecastday;
List <PrecipitationDataDto> list = new List <PrecipitationDataDto>();
foreach (ForecastDataDay p in precipitations)
{
PrecipitationDataDto x = new PrecipitationDataDto();
x.date = p.date;
x.totalprecip_mm = p.day.totalprecip_mm;
x.totalprecip_in = p.day.totalprecip_in;
list.Add(x);
}
return(list);
}
public static AvgHumidityDataDto ToAvgHumidityDataDto(this ForecastResponse forecastResponse)
{
var avghumidity = 0.0;
foreach (var dayData in forecastResponse.forecast.forecastday)
{
avghumidity += dayData.day.avghumidity;
}
avghumidity /= forecastResponse.forecast.forecastday.Length;
return(new AvgHumidityDataDto()
{
DateFrom = forecastResponse.forecast.forecastday.FirstOrDefault().date,
DateTo = forecastResponse.forecast.forecastday.LastOrDefault().date,
NumberOfDays = forecastResponse.forecast.forecastday.Length,
AvgHumidity_percentage = Math.Round(avghumidity, 2)
});
}
public static AvgSunsetDataDto ToAvgSunsetDataDto(this ForecastResponse forecastResponse)
{
var dates = forecastResponse.forecast.forecastday;
var count = dates.Length;
double temp = 0D;
for (int i = 0; i < count; i++)
{
DateTime cur = Convert.ToDateTime(dates[i].astro.sunset);
temp += cur.Ticks / (double)count;
}
var average = new DateTime((long)temp);
return(new AvgSunsetDataDto()
{
DateFrom = forecastResponse.forecast.forecastday.FirstOrDefault().date,
DateTo = forecastResponse.forecast.forecastday.LastOrDefault().date,
NumberOfDays = forecastResponse.forecast.forecastday.Length,
AvgSunset = average.TimeOfDay.ToString()
});
}
public static AvgPrecipitationDataDto ToAvgPrecipitationDataDto(this ForecastResponse forecastResponse)
{
var avgtotalprecip_mm = 0.0;
var avgtotalprecip_in = 0.0;
foreach (var dayData in forecastResponse.forecast.forecastday)
{
avgtotalprecip_mm += dayData.day.totalprecip_mm;
avgtotalprecip_in += dayData.day.totalprecip_in;
}
avgtotalprecip_mm /= forecastResponse.forecast.forecastday.Length;
avgtotalprecip_in /= forecastResponse.forecast.forecastday.Length;
return(new AvgPrecipitationDataDto()
{
DateFrom = forecastResponse.forecast.forecastday.FirstOrDefault().date,
DateTo = forecastResponse.forecast.forecastday.LastOrDefault().date,
NumberOfDays = forecastResponse.forecast.forecastday.Length,
AvgTotalprecip_mm = Math.Round(avgtotalprecip_mm, 2),
AvgTotalprecip_in = Math.Round(avgtotalprecip_in, 2)
});
}
public static AvgWindDataDto ToAvgWindDataDto(this ForecastResponse forecastResponse)
{
var avgMaxWind_kph = 0.0;
var avgMaxWind_mph = 0.0;
foreach (var forecastDataDay in forecastResponse.forecast.forecastday)
{
avgMaxWind_kph += forecastDataDay.day.maxwind_kph;
avgMaxWind_mph += forecastDataDay.day.maxwind_mph;
}
avgMaxWind_kph /= forecastResponse.forecast.forecastday.Length;
avgMaxWind_mph /= forecastResponse.forecast.forecastday.Length;
return(new AvgWindDataDto()
{
DateFrom = forecastResponse.forecast.forecastday.FirstOrDefault().date,
DateTo = forecastResponse.forecast.forecastday.LastOrDefault().date,
NumberOfDays = forecastResponse.forecast.forecastday.Length,
AvgMaxwind_kph = Math.Round(avgMaxWind_kph, 2),
AvgMaxwind_mph = Math.Round(avgMaxWind_mph, 2)
});
}