private void SolarCalculation(int k, DateTime timer)
{
_solarModel.Year = timer.Year;
_solarModel.Month = timer.Month;
_solarModel.Day = timer.Day;
_solarModel.Hour = timer.Hour;
_solarModel.Minute = timer.Minute;
_solarModel.Second = timer.Second;
// _solarModel.Delta_ut1 = -0.3;
_solarModel.DeltaT = 67;
_solarModel.Timezone = +2;
_solarModel.Longitude = _track[k].Point1.Longitude;
_solarModel.Latitude = _track[k].Point1.Latitude;
_solarModel.Elevation = _track[k].Point1.Elevation;
_solarModel.Pressure = 1025;
_solarModel.Temperature = 30;
_solarModel.Slope = GradientFilter(_track, k);
_solarModel.AzmRotation = _track[k].Azimuth;
_solarModel.AtmosRefract = 0.5667;
_solarModel.Function = (int)SpaSelect.SpaAll;
_solarModelService.SpaValues = _solarModel;
_solarModelService.SpaDataCalculate(_solarModelService.SpaValues);
_solarModel = _solarModelService.SpaValues;
}
public OptimalDrivingStrategy()
{
_vehicleState = new States();
_vehicleStates = new ObservableCollection <States>();
_solarModel = new SpaData();
_solarModelCollection = new ObservableCollection <SpaData>();
_solarModelService = new SpaService();
_sampleStats = new SampleStats();
_combinedTrack = new ObservableCollection <RouteSegmentVector>();
_finishTime = DateTime.Now.ToLocalTime();
_velocityReference = 19.0;
_brightnessFactor = 0.8;
_numberOfLoops = 0;
}
public int SpaDataCalculate(SpaData spaValues)
{
//declare the SPA structure
int result;
double min, sec;
/* //_spaValues = new Spa_Data();
*
* ////enter required input values into SPA structure
* //_spaValues.Function = (int)SpaSelect.SPA_ALL;
* //_spaValues.Year = _spaDataLink.SpaDataProp.Year;
* //_spaValues.Month = _spaDataLink.SpaDataProp.Month;
* //_spaValues.Day = _spaDataLink.SpaDataProp.Day;
* //_spaValues.Hour = _spaDataLink.SpaDataProp.Hour;
* //_spaValues.Minute = _spaDataLink.SpaDataProp.Minute;
* //_spaValues.Second = _spaDataLink.SpaDataProp.Second;
* //_spaValues.Timezone = _spaDataLink.SpaDataProp.Timezone;
* //_spaValues.Delta_ut1 = _spaDataLink.SpaDataProp.Delta_ut1;
* //_spaValues.Delta_t = _spaDataLink.SpaDataProp.Delta_t;
* //_spaValues.Longitude = _spaDataLink.SpaDataProp.Longitude;
* //_spaValues.Latitude = _spaDataLink.SpaDataProp.Latitude;
* //_spaValues.Elevation = _spaDataLink.SpaDataProp.Elevation;
* //_spaValues.Pressure = _spaDataLink.SpaDataProp.Pressure;
* //_spaValues.Temperature = _spaDataLink.SpaDataProp.Temperature;
* //_spaValues.Slope = _spaDataLink.SpaDataProp.Slope;
* //_spaValues.Azm_rotation = _spaDataLink.SpaDataProp.Azm_rotation;
* //_spaValues.Atmos_refract = _spaDataLink.SpaDataProp.Atmos_refract;
* //_spaValues.Function = _spaDataLink.SpaDataProp.Function;
* //call the _spaValues calculate function and pass the _spaValues structure*/
Spa spawork = new Spa();
result = spawork.spa_calculate(ref spaValues);
if (result == 0) //check for SPA errors
{
//display the results inside the SPA structure
//Console.WriteLine("Julian Day: {0}", _spaValues.jd);
//Console.WriteLine("L: {0} degrees", _spaValues.l);
//Console.WriteLine("B: {0} degrees", _spaValues.b);
//Console.WriteLine("R: {0} AU", _spaValues.r);
//Console.WriteLine("H: {0} degrees", _spaValues.h);
//Console.WriteLine("Delta Psi: {0} degrees", _spaValues.del_psi);
//Console.WriteLine("Delta Epsilon: {0} degrees", _spaValues.del_epsilon);
//Console.WriteLine("Epsilon: {0} degrees", _spaValues.epsilon);
//Console.WriteLine("Zenith: {0} degrees", _spaValues.zenith);
//Console.WriteLine("Azimuth: {0} degrees", _spaValues.azimuth);
//Console.WriteLine("Incidence: {0} degrees", _spaValues.incidence);
min = 60.0 * (spaValues.Sunrise - (int)(spaValues.Sunrise));
sec = 60.0 * (min - (int)min);
//Console.Write("Sunrise: {0}:{1}:{2} Local Time\n", (int)(_spaValues.sunrise), (int)min, (int)sec);
min = 60.0 * (spaValues.Sunset - (int)(spaValues.Sunset));
sec = 60.0 * (min - (int)min);
//Console.Write("Sunset: {0}:{1}:{2} Local Time\n", (int)(_spaValues.sunset), (int)min, (int)sec);
//_spaDataLink.SpaDataProp = _spaValues;
}
else
{
return(result);
}
return(0);
}
public SpaService()
{
SpaValues = new SpaData();
}
