private void OnDoPotentialPlantPartioning(object sender, EventArgs e)
{
if (Plant.IsEmerged)
{
DM.Clear();
// Setup DM supplies from each organ
BiomassSupplyType[] supplies = Organs.Select(organ => organ.CalculateDryMatterSupply()).ToArray();
double totalWt = Organs.Sum(o => o.Total.Wt);
DM.SetupSupplies(supplies, totalWt);
BiomassPoolType[] demands = Organs.Select(organ => organ.CalculateDryMatterDemand()).ToArray();
DM.SetupDemands(demands);
DoReAllocation(Organs.ToArray(), DM, DMArbitrator); // Allocate supply of reallocated DM to organs
DoFixation(Organs.ToArray(), DM, DMArbitrator); // Allocate supply of fixed DM (photosynthesis) to organs
DoRetranslocation(Organs.ToArray(), DM, DMArbitrator); // Allocate supply of retranslocated DM to organs
SendPotentialDMAllocations(Organs.ToArray()); // Tell each organ what their potential growth is so organs can calculate their N demands
N.Clear();
// Setup N supplies from each organ
supplies = Organs.Select(organ => organ.CalculateNitrogenSupply()).ToArray();
double totalN = Organs.Sum(o => o.Total.N);
N.SetupSupplies(supplies, totalN);
// Setup N demands
demands = Organs.Select(organ => organ.CalculateNitrogenDemand()).ToArray();
N.SetupDemands(demands);
DoReAllocation(Organs.ToArray(), N, NArbitrator); // Allocate N available from reallocation to each organ
}
}
virtual protected void OnDoPotentialPlantPartioning(object sender, EventArgs e)
{
if (Plant.IsEmerged)
{
DM.Clear();
N.Clear();
DMSupplies();
DMDemands();
PotentialDMAllocation();
NSupplies();
NDemands();
Reallocation(Organs.ToArray(), N, NArbitrator); // Allocate N available from reallocation to each organ
}
}
private void OnDoPotentialPlantPartioning(object sender, EventArgs e)
{
if (Plant.IsEmerged)
{
DM.Clear();
// Setup DM supplies from each organ
SetDMSupply?.Invoke(this, new EventArgs());
BiomassSupplyType[] supplies = Organs.Select(organ => organ.DMSupply).ToArray();
double totalWt = Organs.Sum(o => o.Total.Wt);
DM.GetSupplies(supplies, totalWt);
// Subtract maintenance respiration
double maintenanceRespiration = Organs.Sum(o => o.MaintenanceRespiration);
if (maintenanceRespiration > 0)
{
SubtractMaintenanceRespiration(maintenanceRespiration);
}
// Setup DM demands for each organ
SetDMDemand?.Invoke(this, new EventArgs());
BiomassPoolType[] demands = Organs.Select(organ => organ.DMDemand).ToArray();
DM.GetDemands(demands);
Reallocation(Organs.ToArray(), DM, DMArbitrator); // Allocate supply of reallocated DM to organs
AllocateFixation(Organs.ToArray(), DM, DMArbitrator); // Allocate supply of fixed DM (photosynthesis) to organs
Retranslocation(Organs.ToArray(), DM, DMArbitrator); // Allocate supply of retranslocated DM to organs
SendPotentialDMAllocations(Organs.ToArray()); // Tell each organ what their potential growth is so organs can calculate their N demands
N.Clear();
// Setup N supplies from each organ
SetNSupply?.Invoke(this, new EventArgs());
supplies = Organs.Select(organ => organ.NSupply).ToArray();
double totalN = Organs.Sum(o => o.Total.N);
N.GetSupplies(supplies, totalN);
// Setup N demands
SetNDemand?.Invoke(this, new EventArgs());
demands = Organs.Select(organ => organ.NDemand).ToArray();
N.GetDemands(demands);
Reallocation(Organs.ToArray(), N, NArbitrator); // Allocate N available from reallocation to each organ
}
}
virtual protected void OnDoPotentialPlantPartioning(object sender, EventArgs e)
{
if (plant.IsEmerged)
{
DM.Clear();
N.Clear();
DMSupplies();
DMDemands();
dmArbitration.DoPotentialPartitioning(Organs.ToArray(), DM);
NSupplies();
NDemands();
nArbitration.DoPotentialPartitioning(Organs.ToArray(), N);
}
}