set => _setter(_model, value);
/// <summary>
/// Intializes and returns a new <see cref="Model"/> instance and populates it from the passed <see cref="_model"/>.
/// </summary>
public static Model ToDaily(_model m)
{
Model d = new Model();
if (m.Temp?.Count == 2)
{
d.Temp = new ForecastMinMax()
{
Min = new ForecastValueUnit()
{
ObservationTime = m.Temp[0].ObservationTime,
Value = m.Temp[0].Min.Value,
Units = m.Temp[0].Min.Units,
},
Max = new ForecastValueUnit()
{
ObservationTime = m.Temp[1].ObservationTime,
Value = m.Temp[1].Max.Value,
Units = m.Temp[1].Max.Units,
}
};
}
if (m.FeelsLike?.Count == 2)
{
d.FeelsLike = new ForecastMinMax()
{
Min = new ForecastValueUnit()
{
ObservationTime = m.FeelsLike[0].ObservationTime,
Value = m.FeelsLike[0].Min.Value,
Units = m.FeelsLike[0].Min.Units,
},
Max = new ForecastValueUnit()
{
ObservationTime = m.FeelsLike[1].ObservationTime,
Value = m.FeelsLike[1].Max.Value,
Units = m.FeelsLike[1].Max.Units,
}
};
}
if (m.Dewpoint?.Count == 2)
{
d.Dewpoint = new ForecastMinMax()
{
Min = new ForecastValueUnit()
{
ObservationTime = m.Dewpoint[0].ObservationTime,
Value = m.Dewpoint[0].Min.Value,
Units = m.Dewpoint[0].Min.Units,
},
Max = new ForecastValueUnit()
{
ObservationTime = m.Dewpoint[1].ObservationTime,
Value = m.Dewpoint[1].Max.Value,
Units = m.Dewpoint[1].Max.Units,
}
};
}
if (m.Humidity?.Count == 2)
{
d.Humidity = new ForecastMinMax()
{
Min = new ForecastValueUnit()
{
ObservationTime = m.Humidity[0].ObservationTime,
Value = m.Humidity[0].Min.Value,
Units = m.Humidity[0].Min.Units,
},
Max = new ForecastValueUnit()
{
ObservationTime = m.Humidity[1].ObservationTime,
Value = m.Humidity[1].Max.Value,
Units = m.Humidity[1].Max.Units,
}
};
}
if (m.WindSpeed?.Count == 2)
{
d.WindSpeed = new ForecastMinMax()
{
Min = new ForecastValueUnit()
{
ObservationTime = m.WindSpeed[0].ObservationTime,
Value = m.WindSpeed[0].Min.Value,
Units = m.WindSpeed[0].Min.Units,
},
Max = new ForecastValueUnit()
{
ObservationTime = m.WindSpeed[1].ObservationTime,
Value = m.WindSpeed[1].Max.Value,
Units = m.WindSpeed[1].Max.Units,
}
};
}
if (m.WindDirection?.Count == 2)
{
d.WindDirection = new ForecastMinMax()
{
Min = new ForecastValueUnit()
{
ObservationTime = m.WindDirection[0].ObservationTime,
Value = m.WindDirection[0].Min.Value,
Units = m.WindDirection[0].Min.Units,
},
Max = new ForecastValueUnit()
{
ObservationTime = m.WindDirection[1].ObservationTime,
Value = m.WindDirection[1].Max.Value,
Units = m.WindDirection[1].Max.Units,
}
};
}
if (m.BaroPressure?.Count == 2)
{
d.BaroPressure = new ForecastMinMax()
{
Min = new ForecastValueUnit()
{
ObservationTime = m.BaroPressure[0].ObservationTime,
Value = m.BaroPressure[0].Min.Value,
Units = m.BaroPressure[0].Min.Units,
},
Max = new ForecastValueUnit()
{
ObservationTime = m.BaroPressure[1].ObservationTime,
Value = m.BaroPressure[1].Max.Value,
Units = m.BaroPressure[1].Max.Units,
}
};
}
if (m.Precipitation?.Count == 1)
{
d.Precipitation = new ForecastMax()
{
Max = new ForecastValueUnit()
{
ObservationTime = m.Precipitation[0].ObservationTime,
Value = m.Precipitation[0].Max.Value,
Units = m.Precipitation[0].Max.Units,
}
};
}
d.PrecipitationProbability = m.PrecipitationProbability ?? null;
d.PrecipitationAccumulation = m.PrecipitationAccumulation ?? null;
d.Sunrise = m.Sunrise ?? null;
d.Sunset = m.Sunset ?? null;
if (m.Visibility?.Count == 2)
{
d.Visibility = new ForecastMinMax()
{
Min = new ForecastValueUnit()
{
ObservationTime = m.Visibility[0].ObservationTime,
Value = m.Visibility[0].Min.Value,
Units = m.Visibility[0].Min.Units,
},
Max = new ForecastValueUnit()
{
ObservationTime = m.Visibility[1].ObservationTime,
Value = m.Visibility[1].Max.Value,
Units = m.Visibility[1].Max.Units,
}
};
}
d.WeatherCode = m.WeatherCode ?? null;
d.ObservationTime = m.ObservationTime ?? null;
d.Latitude = m.Latitude;
d.Longitude = m.Longitude;
return(d);
}
