private Forecast GetForecast(XElement element)
{
var forecast = new Forecast();
var phenomena = new Phenomena();
var day = Int32.Parse(element.Attribute("day").Value);
var month = Int32.Parse(element.Attribute("month").Value);
var year = Int32.Parse(element.Attribute("year").Value);
var hour = Int32.Parse(element.Attribute("hour").Value);
forecast.Weekday = ((Weekdays)(int.Parse(element.Attribute("weekday").Value) - 1)).ToString();
var xmlPhenomena = element.Element("PHENOMENA");
phenomena.Cloudiness = int.Parse(xmlPhenomena.Attribute("cloudiness").Value);
phenomena.Precipitation = int.Parse(xmlPhenomena.Attribute("precipitation").Value);
phenomena.SPower = int.Parse(xmlPhenomena.Attribute("spower").Value);
phenomena.RPower = int.Parse(xmlPhenomena.Attribute("rpower").Value);
forecast.PicturePath = PicturePathGetter.GetPicturePath(phenomena);
forecast.Cloudiness = "Cloudiness: " + Cloudiness.GetByNumber(int.Parse(xmlPhenomena.Attribute("cloudiness").Value));
forecast.Precipitation = "Precipitation: " + Cloudiness.GetByNumber(int.Parse(xmlPhenomena.Attribute("precipitation").Value));
forecast.Pressure = "Pressure: " + element.Element("PRESSURE").Attributes().Sum(x => double.Parse(x.Value) / 2).ToString() + " mmHg";
forecast.Temperature = "Temperature: " + element.Element("TEMPERATURE").Attributes().Sum(x => double.Parse(x.Value) / 2).ToString() + "°";
var wind = element.Element("WIND");
forecast.WindSpeed = "Wind speed: " + ((double.Parse(wind.Attribute("max").Value) + double.Parse(wind.Attribute("min").Value)) / 2).ToString() + "m/s";
forecast.WindDirection = "Directrion: " + ((WindDirection)(int.Parse(wind.Attribute("direction").Value))).ToString();
forecast.Relwet = "Relwet: " + element.Element("RELWET").Attributes().Sum(x => double.Parse(x.Value) / 2).ToString() + "%";
forecast.DateTime = new DateTime(year, month, day, hour, 0, 0).ToString("g");
return(forecast);
}
public static string GetPicturePath(Phenomena phenomena)
{
return(@"/WeatherPictures/" + picturePath[phenomena.Cloudiness + 5 * phenomena.Precipitation /**Math.Max(phenomena.RPower, phenomena.SPower)*/]);
}
