public override void DoPostConfigureComplete(GameObject go)
{
GeneratedBuildings.RegisterLogicPorts(go, LogicOperationalController.INPUT_PORTS_0_0);
go.AddOrGet <LogicOperationalController>();
go.GetComponent <KPrefabID>().AddTag(RoomConstraints.ConstraintTags.IndustrialMachinery, false);
go.AddOrGet <LoopingSounds>();
Storage storage = go.AddOrGet <Storage>();
storage.capacityKg = 50f;
ConduitConsumer conduitConsumer = go.AddOrGet <ConduitConsumer>();
conduitConsumer.conduitType = ConduitType.Gas;
conduitConsumer.consumptionRate = 0.900000036f;
conduitConsumer.capacityTag = GameTags.CombustibleGas;
conduitConsumer.capacityKG = 0.900000036f;
conduitConsumer.forceAlwaysSatisfied = true;
conduitConsumer.wrongElementResult = ConduitConsumer.WrongElementResult.Dump;
EnergyGenerator energyGenerator = go.AddOrGet <EnergyGenerator>();
energyGenerator.powerDistributionOrder = 8;
energyGenerator.ignoreBatteryRefillPercent = true;
EnergyGenerator.Formula formula = default(EnergyGenerator.Formula);
formula.inputs = new EnergyGenerator.InputItem[1]
{
new EnergyGenerator.InputItem(GameTags.CombustibleGas, 0.09f, 0.900000036f)
};
formula.outputs = new EnergyGenerator.OutputItem[2]
{
new EnergyGenerator.OutputItem(SimHashes.DirtyWater, 0.0675f, false, new CellOffset(1, 1), 313.15f),
new EnergyGenerator.OutputItem(SimHashes.CarbonDioxide, 0.0225f, true, new CellOffset(0, 2), 383.15f)
};
energyGenerator.formula = formula;
ConduitDispenser conduitDispenser = go.AddOrGet <ConduitDispenser>();
conduitDispenser.conduitType = ConduitType.Gas;
conduitDispenser.invertElementFilter = true;
conduitDispenser.elementFilter = new SimHashes[2]
{
SimHashes.Methane,
SimHashes.Syngas
};
Tinkerable.MakePowerTinkerable(go);
go.AddOrGetDef <PoweredActiveController.Def>();
}
public override void DoPostConfigureComplete(GameObject go)
{
GeneratedBuildings.RegisterLogicPorts(go, LogicOperationalController.INPUT_PORTS_0_0);
go.AddOrGet <LogicOperationalController>();
go.GetComponent <KPrefabID>().AddTag(RoomConstraints.ConstraintTags.IndustrialMachinery, false);
go.AddOrGet <LoopingSounds>();
go.AddOrGet <Storage>();
BuildingDef def = go.GetComponent <Building>().Def;
float num = 20f;
go.AddOrGet <LoopingSounds>();
ConduitConsumer conduitConsumer = go.AddOrGet <ConduitConsumer>();
conduitConsumer.conduitType = def.InputConduitType;
conduitConsumer.consumptionRate = 10f;
conduitConsumer.capacityTag = GameTags.CombustibleLiquid;
conduitConsumer.capacityKG = num;
conduitConsumer.forceAlwaysSatisfied = true;
conduitConsumer.wrongElementResult = ConduitConsumer.WrongElementResult.Dump;
EnergyGenerator energyGenerator = go.AddOrGet <EnergyGenerator>();
energyGenerator.powerDistributionOrder = 8;
energyGenerator.ignoreBatteryRefillPercent = true;
energyGenerator.hasMeter = true;
EnergyGenerator.Formula formula = default(EnergyGenerator.Formula);
formula.inputs = new EnergyGenerator.InputItem[1]
{
new EnergyGenerator.InputItem(GameTags.CombustibleLiquid, 2f, num)
};
formula.outputs = new EnergyGenerator.OutputItem[2]
{
new EnergyGenerator.OutputItem(SimHashes.CarbonDioxide, 0.5f, false, new CellOffset(0, 3), 383.15f),
new EnergyGenerator.OutputItem(SimHashes.DirtyWater, 0.75f, false, new CellOffset(1, 1), 313.15f)
};
energyGenerator.formula = formula;
Tinkerable.MakePowerTinkerable(go);
go.AddOrGetDef <PoweredActiveController.Def>();
}
private static bool Prefix(ref bool __result, float dt, EnergyGenerator.Formula ___formula, Storage ___storage)
{
bool flag = true;
foreach (EnergyGenerator.InputItem inputItem in ___formula.inputs)
{
float mass = inputItem.consumptionRate * dt;
PrimaryElement primaryElement = ___storage.FindFirstWithMass(inputItem.tag, mass);
if (primaryElement != null)
{
flag = (flag && primaryElement.Mass >= mass);
}
else
{
flag = false;
}
if (!flag)
{
break;
}
}
__result = flag;
return(false);
}
