public float PotentialProduction(CompPowerTrader comp)
{
#if DEBUG
CompPowerPlant _plant = comp as CompPowerPlant;
CompRefuelable _refuelable = _plant?.parent.RefuelableComp();
CompBreakdownable _breakdownable = _plant?.parent.BreakdownableComp();
string msg = comp.parent.def.defName;
msg += $"\n\tpowerplant: {_plant != null}";
if (_plant != null)
{
msg += $"\n\trefuelable: {_refuelable != null}";
msg += $"\n\tfueled: {_refuelable?.HasFuel}";
msg += $"\n\tbreakdownable: {_breakdownable != null}";
msg += $"\n\tbroken: {_breakdownable?.BrokenDown}";
msg += $"\n\tdesired: {_plant.DesiredOutput()}";
msg += $"\n\tcurrent: {_plant.PowerOutput}";
}
Log.Message(msg);
#endif
if (!(comp is CompPowerPlant plant))
{
return(0);
}
CompRefuelable refuelable = plant.parent.RefuelableComp();
if (refuelable != null && !refuelable.HasFuel)
{
return(0);
}
CompBreakdownable breakdownable = plant.parent.BreakdownableComp();
if (breakdownable != null && breakdownable.BrokenDown)
{
return(0);
}
// TODO: check how this interacts with variable power output buildings, e.g. solar, wind.
return(Mathf.Max(plant.DesiredOutput(), plant.PowerOutput, 0));
}
/*
* public override void CompTick()
* {
* if (GenTicks.TicksGame % GenTicks.TickLongInterval == 0)
* {
* HistoricalPowerUsage.Add(GenTicks.TicksGame, PowerUsage);
* HistoricalUptime.Add(GenTicks.TicksGame, Uptime);
* HistoricalUsetime.Add(GenTicks.TicksGame, Usetime);
* }
* }
*
* public override void CompTickRare()
* {
* if (GenTicks.TicksGame % GenTicks.TickLongInterval == 0)
* {
* HistoricalPowerUsage.Add(GenTicks.TicksGame, PowerUsage);
* HistoricalUptime.Add(GenTicks.TicksGame, Uptime);
* HistoricalUsetime.Add(GenTicks.TicksGame, Usetime);
* }
* }
*/
public override void Initialize(CompProperties props)
{
CompPowerBattery powerBattery = parent.GetComp <CompPowerBattery>();
if (powerBattery != null)
{
intMaxPowerUsage = Math.Max(Math.Abs(powerBattery.Props.storedEnergyMax), maxPowerUsage);
}
CompPowerPlant powerPlant = parent.GetComp <CompPowerPlant>();
if (powerPlant != null)
{
intMaxPowerUsage = Math.Max(Math.Abs(powerPlant.Props.basePowerConsumption), maxPowerUsage);
}
CompPowerTrader powerTrader = parent.GetComp <CompPowerTrader>();
if (powerTrader != null)
{
intMaxPowerUsage = Math.Max(Math.Abs(powerTrader.Props.basePowerConsumption), maxPowerUsage);
}
}
public static float DesiredOutput(this CompPowerPlant plant)
{
return((float)_desiredOutputGetter_MI.Invoke(plant, null));
}
