/// <summary>Calculate and return the nitrogen demand (g/m2)</summary>
public virtual BiomassPoolType CalculateNitrogenDemand()
{
double StructuralDemand = MinimumNConc.Value() * PotentialDMAllocation;
double NDeficit = Math.Max(0.0, MaximumNConc.Value() * (Live.Wt + PotentialDMAllocation) - Live.N - StructuralDemand);
nitrogenDemand.Structural = StructuralDemand;
nitrogenDemand.Storage = NDeficit;
return(nitrogenDemand);
}
private void SetNSupply(object sender, EventArgs e)
{
double LabileN = Math.Max(0, StartLive.StorageN - StartLive.StorageWt * MinimumNConc.Value());
Biomass Senescing = new Biomass();
GetSenescingLeafBiomass(out Senescing);
NSupply.Reallocation = Senescing.StorageN * NReallocationFactor.Value();
NSupply.Retranslocation = (LabileN - StartNReallocationSupply) * NRetranslocationFactor.Value();
NSupply.Uptake = 0.0;
}
/// <summary>Calculate and return the nitrogen supply (g/m2)</summary>
public virtual BiomassSupplyType CalculateNitrogenSupply()
{
double LabileN = Math.Max(0, StartLive.StorageN - StartLive.StorageWt * MinimumNConc.Value());
Biomass Senescing = new Biomass();
GetSenescingLeafBiomass(out Senescing);
nitrogenSupply.Reallocation = Senescing.StorageN * NReallocationFactor.Value();
nitrogenSupply.Retranslocation = (LabileN - StartNReallocationSupply) * NRetranslocationFactor.Value();
nitrogenSupply.Uptake = 0.0;
return(nitrogenSupply);
}
private void SetNSupply(object sender, EventArgs e)
{
double LabileN = Math.Max(0, StartLive.StorageN - StartLive.StorageWt * MinimumNConc.Value());
double lrt = LeafResidenceTime.Value();
double senescingStorageN = cohort.SelectWhere(leaf => leaf.Age >= lrt, l => l.Live.StorageN);
NSupply.Reallocation = senescingStorageN * NReallocationFactor.Value();
NSupply.Retranslocation = (LabileN - StartNReallocationSupply) * NRetranslocationFactor.Value();
NSupply.Uptake = 0.0;
}