/// <summary>Send an energy balance event</summary>
private void SendEnergyBalanceEvent()
{
for (int j = 0; j <= Canopies.Count - 1; j++)
{
CanopyType componentData = Canopies[j];
if (componentData.Canopy != null)
{
CanopyEnergyBalanceInterceptionlayerType[] lightProfile = new CanopyEnergyBalanceInterceptionlayerType[numLayers];
double totalPotentialEp = 0;
double totalInterception = 0.0;
for (int i = 0; i <= numLayers - 1; i++)
{
lightProfile[i] = new CanopyEnergyBalanceInterceptionlayerType();
lightProfile[i].thickness = Convert.ToSingle(DeltaZ[i]);
lightProfile[i].amount = Convert.ToSingle(componentData.Rs[i] * RadnGreenFraction(j));
totalPotentialEp += componentData.PET[i];
totalInterception += componentData.interception[i];
}
componentData.Canopy.PotentialEP = totalPotentialEp;
componentData.Canopy.LightProfile = lightProfile;
}
}
}
/// <summary>Send an energy balance event</summary>
private void SetCanopyEnergyTerms(MicroClimateZone MCZone)
{
for (int j = 0; j <= MCZone.Canopies.Count - 1; j++)
{
if (MCZone.Canopies[j].Canopy != null)
{
CanopyEnergyBalanceInterceptionlayerType[] lightProfile = new CanopyEnergyBalanceInterceptionlayerType[MCZone.numLayers];
double totalPotentialEp = 0;
double totalInterception = 0.0;
for (int i = 0; i <= MCZone.numLayers - 1; i++)
{
lightProfile[i] = new CanopyEnergyBalanceInterceptionlayerType();
lightProfile[i].thickness = MCZone.DeltaZ[i];
lightProfile[i].amount = MCZone.Canopies[j].Rs[i] * MCZone.RadnGreenFraction(j);
totalPotentialEp += MCZone.Canopies[j].PET[i];
totalInterception += MCZone.Canopies[j].interception[i];
}
MCZone.Canopies[j].Canopy.PotentialEP = totalPotentialEp;
MCZone.Canopies[j].Canopy.LightProfile = lightProfile;
}
}
}