/// <summary>
/// Utility to sum the specified propertie from all pore compartments in the pore layer input
/// </summary>
/// <param name="Compartments"></param>
/// <param name="Property"></param>
/// <returns>sum</returns>
private double LayerSum(Pore[] Compartments, string Property)
{
double Sum = 0;
foreach (Pore P in Compartments)
{
object o = ReflectionUtilities.GetValueOfFieldOrProperty(Property, P);
if (o == null)
throw new NotImplementedException();
Sum += (double)o;
}
return Sum;
}
private void OnSimulationCommencing(object sender, EventArgs e)
{
ProfileLayers = Water.Thickness.Length;
PoreCompartments = PoreBounds.Length - 1;
AdsorptionCapacity = new double[ProfileLayers];
TransmissionCapacity = new double[ProfileLayers];
PercolationCapacityBelow = new double[ProfileLayers];
LayerHeight = new double[ProfileLayers];
Ksat = new double[ProfileLayers];
SWmm = new double[ProfileLayers];
SW = new double[ProfileLayers];
Diffusion = new double[ProfileLayers];
SaturatedWaterDepth = new double[ProfileLayers];
Pores = new Pore[ProfileLayers][];
PoreWater = new double[ProfileLayers][];
Capillarity = new double[ProfileLayers][];
HydraulicConductivityOut = new double[ProfileLayers][];
PsiUpper = new double[ProfileLayers][];
RelativePoreVolume = new double[ProfileLayers][];
Theta = new double[ProfileLayers][];
for (int l = 0; l < ProfileLayers; l++)
{
Pores[l] = new Pore[PoreCompartments];
PoreWater[l] = new double[PoreCompartments];
Capillarity[l] = new double[PoreCompartments];
HydraulicConductivityOut[l] = new double[PoreCompartments];
PsiUpper[l] = new double[PoreCompartments];
RelativePoreVolume[l] = new double[PoreCompartments];
Theta[l] = new double[PoreCompartments];
for (int c = PoreCompartments - 1; c >= 0; c--)
{
Pores[l][c] = new Pore();
PoreWater[l][c] = new double();
Capillarity[l][c] = new double();
HydraulicConductivityOut[l][c] = new double();
PsiUpper[l][c] = new double();
RelativePoreVolume[l][c] = new double();
Theta[l][c] = new double();
}
}
SetSoilProperties(); //Calls a function that applies soil parameters to calculate and set the properties for the soil
Hourly = new HourlyData();
SubHourly = new SubHourlyData();
ProfileSaturation = MathUtilities.Sum(SaturatedWaterDepth);
if (ReportDetail) { DoDetailReport("Initialisation", 0, 0); }
}
/// <summary>
/// Potential gradients moves water out of layers each time step
/// </summary>
private double Infiltrate(Pore P)
{
double PotentialAdsorbtion = Math.Min(P.HydraulicConductivityIn, P.AirDepth);
return PotentialAdsorbtion;
}
