public override object ReadJson(JsonReader reader, Type objectType, object existingValue, JsonSerializer serializer)
{
JObject obj = JObject.Load(reader);
var atmospheric = new Atmospheric();
atmospheric.Pressure = (double)obj.SelectToken("main.pressure");
atmospheric.Humidity = (int)obj.SelectToken("main.humidity");
atmospheric.SeaLevel = (double)obj.SelectToken("main.sea_level");
atmospheric.GroundLevel = (double)obj.SelectToken("main.grnd_level");
atmospheric.Cloudiness = (int)obj.SelectToken("clouds.all");
atmospheric.Rain = (double?)obj.SelectToken("rain.3h");
atmospheric.Snow = (double?)obj.SelectToken("snow.3h");
var temperature = new Temperature();
temperature.Current = (double)obj.SelectToken("main.temp");
temperature.Min = (double)obj.SelectToken("main.temp_min");
temperature.Max = (double)obj.SelectToken("main.temp_max");
atmospheric.Temperature = temperature;
ClimateIndicators indicators = new ClimateIndicators();
var weather = obj.SelectToken("weather").ToObject <List <WeatherDetails> >();
indicators.WeatherDetails = weather;
indicators.Atmospheric = atmospheric;
indicators.Date = (DateTime)obj.SelectToken("dt_txt");
return(indicators);
}
/// <summary>convert pressure in psia to vacuum in inhg</summary>
public static double FromPressure(double pressure)
{
return(Atmospheric.ToInHg(Atmospheric.FromPSI(OneAtmospherePSI - pressure)));
}
/// <summary>vacuum in inhg to pressure in psia</summary>
public static double ToPressure(double vacuum)
{
return(OneAtmospherePSI - Atmospheric.ToPSI(Atmospheric.FromInHg(vacuum)));
}
