private void PublishNewPotentialGrowth()
{
// Send out a NewPotentialGrowthEvent.
if (NewPotentialGrowth != null)
{
NewPotentialGrowthType GrowthType = new NewPotentialGrowthType();
GrowthType.sender = Plant.Name;
GrowthType.frgr = (float)Math.Min(Math.Min(Frgr, Fvpd), Ft);
NewPotentialGrowth.Invoke(GrowthType);
}
}
private void PublishNewPotentialGrowth()
{
// Send out a NewPotentialGrowthEvent.
if (NewPotentialGrowth != null)
{
NewPotentialGrowthType GrowthType = new NewPotentialGrowthType();
GrowthType.sender = Plant.Name;
GrowthType.frgr = (float)Math.Min(Math.Min(TempStress.Value, NStress.Photo),
Math.Min(SWStress.OxygenDeficitPhoto, PStress.Photo));
NewPotentialGrowth.Invoke(GrowthType);
}
}
public void OnPrepare()
{
Util.Debug("\r\nPREPARE=%s", Today.ToString("d/M/yyyy"));
Util.Debug(" =%i", Today.DayOfYear);
foreach (Organ1 Organ in Organ1s)
{
Organ.OnPrepare();
}
NStress.DoPlantNStress();
RadiationPartitioning.DoRadiationPartition();
foreach (Organ1 Organ in Organ1s)
{
Organ.DoPotentialRUE();
}
// Calculate Plant Water Demand
double SWDemandMaxFactor = EOCropFactor * EO;
foreach (Organ1 Organ in Organ1s)
{
Organ.DoSWDemand(SWDemandMaxFactor);
}
DoNDemandEstimate();
// PUBLISH NewPotentialGrowth event.
NewPotentialGrowthType NewPotentialGrowthData = new NewPotentialGrowthType();
NewPotentialGrowthData.frgr = (float)Math.Min(Math.Min(TempStress.Value, NStress.Photo),
Math.Min(SWStress.OxygenDeficitPhoto, 1.0 /*PStress.Photo*/)); // FIXME
NewPotentialGrowthData.sender = Name;
NewPotentialGrowth.Invoke(NewPotentialGrowthData);
Util.Debug("NewPotentialGrowth.frgr=%f", NewPotentialGrowthData.frgr);
//Prepare_p(); // FIXME
}
