protected virtual void Cooling()
{
if (!HasEnoughCoolant() || primary.Temperature <= LowTemperature)
{
return;
}
PrimaryElement compo;
float forchange = GameUtil.CalculateEnergyDeltaForElementChange(primary.Element.specificHeatCapacity, primary.Mass, primary.Temperature, primary.Temperature - CoolingPerSecond);
List <GameObject> plist = new List <GameObject>();
storage.Find(CoolantTag, plist);
float fmass, total = 0;
for (int a = 0, max = plist.Count; a < max; a++)
{
compo = plist[a].GetComponent <PrimaryElement>();
total += compo.Mass * compo.Element.specificHeatCapacity;
}
compo = plist[0].GetComponent <PrimaryElement>();
fmass = compo.Mass * compo.Element.specificHeatCapacity / total;
compo.Temperature += GameUtil.CalculateTemperatureChange(compo.Element.specificHeatCapacity, compo.Mass, -forchange * fmass * ThermalFudge);;
primary.Temperature -= CoolingPerSecond;
storage.Transfer(plist[0], OutStorage, false, true);
}
// формулы расчета тепла и прироста температуры для порции хладагента массой minCoolantMass
// для правильности расчета должны быть аналогичны формулам внутри LiquidCooledRefinery.SpawnOrderProduct
public static float CalculateEnergyDelta(this LiquidCooledRefinery @this, ComplexRecipe recipe)
{
var firstresult = recipe.results[0];
var element = ElementLoader.GetElement(firstresult.material);
return(GameUtil.CalculateEnergyDeltaForElementChange(firstresult.amount, element.specificHeatCapacity, element.highTemp, @this.outputTemperature) * @this.thermalFudge);
}
public override List <Descriptor> AdditionalEffectsForRecipe(ComplexRecipe recipe)
{
List <Descriptor> list = base.AdditionalEffectsForRecipe(recipe);
GameObject prefab = Assets.GetPrefab(recipe.results[0].material);
PrimaryElement component = prefab.GetComponent <PrimaryElement>();
PrimaryElement primaryElement = inStorage.FindFirstWithMass(coolantTag);
string format = UI.BUILDINGEFFECTS.TOOLTIPS.REFINEMENT_ENERGY_HAS_COOLANT;
if ((Object)primaryElement == (Object)null)
{
GameObject prefab2 = Assets.GetPrefab(GameTags.Water);
primaryElement = prefab2.GetComponent <PrimaryElement>();
format = UI.BUILDINGEFFECTS.TOOLTIPS.REFINEMENT_ENERGY_NO_COOLANT;
}
float num = 0f - GameUtil.CalculateEnergyDeltaForElementChange(component.Element.specificHeatCapacity, recipe.results[0].amount, component.Element.highTemp, outputTemperature);
float temp = GameUtil.CalculateTemperatureChange(primaryElement.Element.specificHeatCapacity, minCoolantMass, num * thermalFudge);
list.Add(new Descriptor(string.Format(UI.BUILDINGEFFECTS.REFINEMENT_ENERGY, GameUtil.GetFormattedJoules(num, "F1", GameUtil.TimeSlice.None)), string.Format(format, GameUtil.GetFormattedJoules(num, "F1", GameUtil.TimeSlice.None), primaryElement.GetProperName(), GameUtil.GetFormattedTemperature(temp, GameUtil.TimeSlice.None, GameUtil.TemperatureInterpretation.Relative, true, false)), Descriptor.DescriptorType.Effect, false));
return(list);
}
protected override List <GameObject> SpawnOrderProduct(ComplexRecipe recipe)
{
List <GameObject> list = base.SpawnOrderProduct(recipe);
PrimaryElement component = list[0].GetComponent <PrimaryElement>();
component.Temperature = outputTemperature;
float num = GameUtil.CalculateEnergyDeltaForElementChange(component.Element.specificHeatCapacity, component.Mass, component.Element.highTemp, outputTemperature);
ListPool <GameObject, LiquidCooledRefinery> .PooledList pooledList = ListPool <GameObject, LiquidCooledRefinery> .Allocate();
buildStorage.Find(coolantTag, pooledList);
float num2 = 0f;
foreach (GameObject item in pooledList)
{
PrimaryElement component2 = item.GetComponent <PrimaryElement>();
if (component2.Mass != 0f)
{
num2 += component2.Mass * component2.Element.specificHeatCapacity;
}
}
foreach (GameObject item2 in pooledList)
{
PrimaryElement component3 = item2.GetComponent <PrimaryElement>();
if (component3.Mass != 0f)
{
float num3 = component3.Mass * component3.Element.specificHeatCapacity / num2;
float kilowatts = (0f - num) * num3 * thermalFudge;
float num4 = GameUtil.CalculateTemperatureChange(component3.Element.specificHeatCapacity, component3.Mass, kilowatts);
float temperature = component3.Temperature;
component3.Temperature += num4;
}
}
buildStorage.Transfer(outStorage, coolantTag, 3.40282347E+38f, false, true);
pooledList.Recycle();
return(list);
}
