//---------------------------------------------------------------------------
public void CalcIncidentRadiation(double hour)
{
TotalIncidentRadiation = Ios.Value(hour);
DirectRadiation = Idirs.Value(hour);
DiffuseRadiation = Idiffs.Value(hour);
TotalRadiationPAR = Ios_PAR.Value(hour);
DiffuseRadiationPAR = Idiffs_PAR.Value(hour);
DirectRadiationPAR = Idirs_PAR.Value(hour);
//double S0 = calcExtraTerestrialRadiation2(hour);
//totalIncidentRadiation = S0 * ratio / conversionFactor * 1E12;
////totalIncidentRadiation = calcTotalIncidentRadiation(hour, dayLength, sunrise);
////diffuseRadiation = calcDiffuseRadiation(sunAngle.rad) / conversionFactor * 10E12;
//diffuseRadiation = fracDiffuseATM * solarConstant * Math.Sin(sunAngle.rad) / 1000000 / conversionFactor * 1E12;
//if (diffuseRadiation > totalIncidentRadiation)
//{
// diffuseRadiation = totalIncidentRadiation;
//}
////totalIncidentRadiation = totalIncidentRadiation / conversionFactor * 10E12;
//directRadiation = (totalIncidentRadiation - diffuseRadiation);
}
//---------------------------------------------------------------------------
private void ConvertRadiationsToPAR()
{
List <double> io_par = new List <double>();
List <double> idiff_par = new List <double>();
List <double> idir_par = new List <double>();
List <double> time = new List <double>();
for (int i = 0; i < 24; i++)
{
time.Add(i);
idiff_par.Add(Idiffs.Value(i) * RPAR * 4.25 * 1E6);
idir_par.Add(Idirs.Value(i) * (1 - RPAR) * 4.56 * 1E6);
io_par.Add(idiff_par[i] + idir_par[i]);
}
Ios_PAR = new TableFunction(time.ToArray(), io_par.ToArray(), false);
Idiffs_PAR = new TableFunction(time.ToArray(), idiff_par.ToArray(), false);
Idirs_PAR = new TableFunction(time.ToArray(), idir_par.ToArray(), false);
}
