/// <summary>
/// Constructor
/// </summary>
public CalculationEngineForecast()
{
wfProxy = new WeatherForecastProxy();
chfProxy = new CalculateHourlyForecast();
model = CalculationEngineModel.Instance;
powCalc = new PowerCalculator();
Thread newThread = new Thread(CalculatePerHour);
newThread.Start();
}
/// <summary>
/// Calculate forecast for all ders in model
/// </summary>
public void CalculateForecastForDers()
{
model.ForecastListOfDers.Clear();
LogHelper.Log(LogTarget.File, LogService.CalculationEngineForecast, " INFO - CalculationEngineForecast.cs - Calculate forecast for all ders in model.");
List <Task <ForecastObject> > tasks = new List <Task <ForecastObject> >();
foreach (SynchronousMachine der in model.DersOriginal)
{
Task <ForecastObject> task = new Task <ForecastObject>(() =>
{
WeatherInfo wi = wfProxy.Proxy.Get7DayPerHourForecastByGid(der.GlobalId);
List <Data> hourlyData = wi.Hourly.Data;
long sunriseTime = wi.Daily.Data.FirstOrDefault().SunriseTime;
long sunsetTime = wi.Daily.Data.FirstOrDefault().SunsetTime;
ForecastObject forecastObj = null;
AnalogValue modelDataActive = CalculationEngineModel.Instance.AnalogPointsOriginal.Where(o => o.SynchronousMachine.Equals(der.GlobalId) &&
o.PowerType.Equals(PowerType.Active)).FirstOrDefault();
AnalogValue modelDataReactive = CalculationEngineModel.Instance.AnalogPointsOriginal.Where(o => o.SynchronousMachine.Equals(der.GlobalId) &&
o.PowerType.Equals(PowerType.Reactive)).FirstOrDefault();
chfProxy = new CalculateHourlyForecast();
forecastObj = chfProxy.CalculateHourlyForecastForDer(hourlyData, der, sunriseTime, sunsetTime, modelDataActive, modelDataReactive);
return(forecastObj);
});
tasks.Add(task);
}
foreach (Task <ForecastObject> task in tasks)
{
task.Start();
}
foreach (Task <ForecastObject> task in tasks)
{
task.Wait();
ForecastObject forecastObj = task.Result;
if (forecastObj != null)
{
model.ForecastListOfDers.Add(forecastObj);
}
}
}
