public List <string> getPrecipTimeRadar()
{
WeatherAPI weatherAPI = new WeatherAPI(urlForRadar);
precipRadarTimeList = weatherAPI.getPrecipRadarTimeList();
return(precipRadarTimeList);
}
public List <double> getPrecipRadar()
{
WeatherAPI weatherAPI = new WeatherAPI(urlForRadar);
precipRadarList = weatherAPI.getPrecipList();
return(precipRadarList);
}
public int getCloudCover()
{
WeatherAPI weatherAPI = new WeatherAPI(urlForCurrent);
currCloud = (int)weatherAPI.getCloudCover();
return(currCloud);
}
public string getCloudCoverType()
{
WeatherAPI weatherAPI = new WeatherAPI(urlForCurrent);
currCloudType = weatherAPI.getCloudType();
return(currCloudType);
}
public List <double> getCloudRadar()
{
WeatherAPI weatherAPI = new WeatherAPI(urlForRadar);
cloudRadarList = weatherAPI.getCloudRadarList();
return(cloudRadarList);
}
public List <string> getCloudTimeRadar()
{
WeatherAPI weatherAPI = new WeatherAPI(urlForRadar);
cloudRadarTimeList = weatherAPI.getCloudTimeList();
return(cloudRadarTimeList);
}
public string getIcon()
{
WeatherAPI weatherAPI = new WeatherAPI(urlForCurrent);
string icon = weatherAPI.getIcon();
iconUrl = iIconUrl.Replace("@PIC@", icon);
return(iconUrl);
}
public DateTime getLastUpdate()
{
WeatherAPI weatherAPI = new WeatherAPI(urlForCurrent);
string dt = weatherAPI.getLastUpdate();
DateTime oDate = Convert.ToDateTime(dt);
return(oDate);
}
public string getIconForecast(DateTime d)
{
string dateOfChecking = d.ToString("yyyy-MM-dd");
WeatherAPI weatherAPI = new WeatherAPI(urlForForecast);
string icon = weatherAPI.getIconForecast(dateOfChecking);
iconUrl = iIconUrl.Replace("@PIC@", icon);
return(iconUrl);
}
public string getPrecipType(DateTime date)
{
WeatherAPI weatherAPI = new WeatherAPI(urlForForecast);
string dateOfChecking;
dateOfChecking = date.ToString("yyyy-MM-dd");
precipType = weatherAPI.getForecastType(dateOfChecking);
return(precipType);
}
public double getPressure()
{
WeatherAPI weatherAPI = new WeatherAPI(urlForCurrent);
currPressure = weatherAPI.getPressure();
if (Weather.isImperial)
{
return(currPressure);
}
else
{
return((double)(currPressure / 1013.25));
}
}
public double getWindSpeed()
{
WeatherAPI weatherAPI = new WeatherAPI(urlForCurrent);
currWind = (double)weatherAPI.getWindSpeed();
if (Weather.isImperial)
{
return(currWind);
}
else
{
return(currWind * 1.6);
}
}
public double getCurrentTemperature()
{
WeatherAPI weatherAPI = new WeatherAPI(urlForCurrent);
currTemperature = (double)weatherAPI.getTemperature();
if (Weather.isImperial)
{
return(currTemperature);
}
else
{
return((currTemperature - 32) * 5 / 9);
}
}
public double getCurrentWindChill()
{
WeatherAPI weatherAPI = new WeatherAPI(urlForCurrent);
currTemperature = (double)weatherAPI.getTemperature();
currWindChill = (35.74 + .6215 * currTemperature - 35.75 * Math.Pow(getWindSpeed(), .16) + .4275 * currTemperature * Math.Pow(getWindSpeed(), .16));
if (Weather.isImperial)
{
return(currWindChill);
}
else
{
return((currWindChill - 32) * 5 / 9);
}
}
public int getHighForecast(DateTime date)
{
WeatherAPI weatherAPI = new WeatherAPI(urlForForecast);
string dateOfChecking;
dateOfChecking = date.ToString("yyyy-MM-dd");
forecastHigh = weatherAPI.getForecastTemperature(dateOfChecking, "max");
if (Weather.isImperial)
{
return((int)forecastHigh);
}
else
{
return((int)((forecastHigh - 32) * (5.0 / 9.0)));
}
}
public double getPrecipForecast(DateTime date)
{
WeatherAPI weatherAPI = new WeatherAPI(urlForForecast);
string dateOfChecking;
dateOfChecking = date.ToString("yyyy-MM-dd");
forecastPrecip = weatherAPI.getForecastPrecipitation(dateOfChecking);
if (Weather.isImperial)
{
return(forecastPrecip);
}
else
{
return(forecastPrecip * 25.4);
}
}
public int getWindDegree()
{
WeatherAPI weatherAPI = new WeatherAPI(urlForCurrent);
return((int)weatherAPI.getWindDegree());
}
public int getHumidity()
{
WeatherAPI weatherAPI = new WeatherAPI(urlForCurrent);
return((int)weatherAPI.getHumidity());
}
public string getWindDir()
{
WeatherAPI weatherAPI = new WeatherAPI(urlForCurrent);
return(weatherAPI.getWindDir());
}
