internal void AddConstraints(ProductionSolver solver)
{
solver.AddNode(this);
double?rate = GetActualDesiredRate();
if (rate != null)
{
solver.AddTarget(this, (float)rate.Value);
}
foreach (var itemInputs in InputLinks.GroupBy(x => x.Item))
{
var item = itemInputs.Key;
solver.AddInputRatio(this, item, itemInputs, InputRateFor(item));
solver.AddInputLink(this, item, itemInputs, InputRateFor(item));
}
foreach (var itemOutputs in OutputLinks.GroupBy(x => x.Item))
{
var item = itemOutputs.Key;
solver.AddOutputRatio(this, item, itemOutputs, OutputRateFor(item));
// Output links do not need to constrained, since they are already covered by adding
// the input link above.
}
}
internal void AddConstraints(ProductionSolver solver)
{
solver.AddNode(this);
if (rateType == RateType.Manual)
{
solver.AddTarget(this, desiredRate);
}
foreach (var itemInputs in InputLinks.GroupBy(x => x.Item))
{
var item = itemInputs.Key;
solver.AddInputRatio(this, item, itemInputs, inputRateFor(item));
solver.AddInputLink(this, item, itemInputs, inputRateFor(item));
}
foreach (var itemOutputs in OutputLinks.GroupBy(x => x.Item))
{
var item = itemOutputs.Key;
solver.AddOutputRatio(this, item, itemOutputs, outputRateFor(item));
// Output links do not need to constrained, since they are already covered by adding
// the input link above.
}
}
public override float GetExcessOutput(Item item)
{
float excessSupply = SupplyAmount;
foreach (NodeLink link in OutputLinks.Where(l => l.Item == item))
{
excessSupply -= link.Amount;
}
return(excessSupply);
}
