public double ScaledConsumptionProduction(ResourceData data, List <ResourceKeyValue> consumeResources, List <ResourceKeyValue> produceResources, double minimumRatio = 0,
ConsumptionProductionFlags flags = ConsumptionProductionFlags.Empty)
{
var ratio = CalculateConsumptionRatio(data, consumeResources);
if (ratio < minimumRatio)
{
return(0);
}
foreach (var resource in consumeResources)
{
data.Consume(resource.Resource, resource.Amount * ratio);
}
foreach (var resource in produceResources)
{
data.Produce(resource.Resource, resource.Amount * ratio);
}
return(ratio);
}
public double ScaledConsumptionProduction(List <ResourceKeyValue> consumeResources, List <ResourceKeyValue> produceResources, double minimumRatio = 0,
ConsumptionProductionFlags flags = ConsumptionProductionFlags.Empty)
{
// To implement when needed
return(Upstream.ScaledConsumptionProduction(consumeResources, produceResources, minimumRatio, flags));
}
public double ScaledConsumptionProduction(List <ResourceKeyValue> consumeResources,
List <ResourceKeyValue> produceResources, double minimumRatio = 0,
ConsumptionProductionFlags flags = ConsumptionProductionFlags.Empty)
{
double ratio = OverheatMultiplier;
if ((flags & ConsumptionProductionFlags.DoNotOverFill) != 0)
{
foreach (var resourceInfo in produceResources)
{
var capacityRatio = CalculateAvailableSpaceCapacity(resourceInfo);
ratio = (capacityRatio < ratio) ? capacityRatio : ratio;
}
if (ratio == 0)
{
return(0);
}
}
double updateWasteHeatInfo = 0;
foreach (var resourceInfo in consumeResources)
{
// We may get resources on demand, so skip accounting for those at the moment
if (VariableSupplierModules.ContainsKey(resourceInfo.Resource))
{
continue;
}
var capacityRatio = CalculateAvailableResourceCapacity(resourceInfo);
if (resourceInfo.Resource == ResourceName.WasteHeat && capacityRatio < ratio &&
(flags & ConsumptionProductionFlags.FallbackToElectricCharge) != 0)
{
updateWasteHeatInfo = capacityRatio;
flags &= ~ConsumptionProductionFlags.FallbackToElectricCharge;
}
else
{
ratio = (capacityRatio < ratio) ? capacityRatio : ratio;
}
if (ratio == 0)
{
return(0);
}
}
if (updateWasteHeatInfo > 0)
{
var idx = consumeResources.FindIndex(info => info.Resource == ResourceName.WasteHeat);
var wasteHeat = consumeResources[idx];
_electricChargeKeyValue.Amount = wasteHeat.Amount * (1 - updateWasteHeatInfo);
wasteHeat.Amount *= updateWasteHeatInfo;
consumeResources[idx] = wasteHeat;
consumeResources.Add(_electricChargeKeyValue);
}
consumeResources.ForEach(kv => kv.Amount *= ratio);
produceResources.ForEach(kv => kv.Amount *= ratio);
return(ResourceManager.ScaledConsumptionProduction(this, consumeResources, produceResources, minimumRatio,
flags));
}
