private void AddHeatToCore()
{
CoreTemp = (float)(Math.Round(coreHeat.CoreTemperature, 1));
SkinTemp = (float)(Math.Round(this.part.skinTemperature, 1));
if (CoreTemp > maxCoreTemp | SkinTemp > maxSkinTemp)
{
State = ExceedTempLimit;
IsEnabled = false;
}
if (State == ExceedTempLimit & (CoreTemp >= maxCoreTemp * 0.7 | SkinTemp >= maxSkinTemp * 0.7))
{
IsEnabled = false;
}
else if (CoreTemp < maxCoreTemp * 0.7 & SkinTemp < maxSkinTemp * 0.7)
{
State = operational;
}
heatModifier = (double)HighLogic.CurrentGame.Parameters.CustomParams <BPSettings>().PercentHeat / 100;
double heatExcess = (1 - Efficiency) * Mathf.Clamp(resourceConsumption, 0f, 50000f / Efficiency) * heatModifier;
WasteHeat = (float)Math.Round(heatExcess, 1);
coreHeat.AddEnergyToCore(heatExcess * 0.7 * TimeWarp.fixedDeltaTime); // first converted to kJ
this.part.AddSkinThermalFlux(heatExcess * 0.2); // add some heat to skin
}
// adds heat to receiver core, not engine core
// which is why the temp limits are so low
private void AddHeatToReceiverCore()
{
CoreTemp = (float)(Math.Round(coreHeat.CoreTemperature, 1));
SkinTemp = (float)(Math.Round(this.part.skinTemperature, 1));
if (CoreTemp > maxCoreTemp | SkinTemp > maxSkinTemp)
{
State = ExceedTempLimit;
engine.Shutdown(); PowerLimiter = 0;
}
if (State == ExceedTempLimit & (CoreTemp >= maxCoreTemp * 0.7 | SkinTemp >= maxSkinTemp * 0.7))
{
engine.Shutdown(); PowerLimiter = 0;
}
else if (CoreTemp < maxCoreTemp * 0.7 & SkinTemp < maxSkinTemp * 0.7)
{
State = operational;
}
double heatModifier = (double)HighLogic.CurrentGame.Parameters.CustomParams <BPSettings>().PercentHeat / 100;
double heatExcess = (ReceivedPower * (1f / recvEfficiency - thermalEfficiency)) * heatModifier;
WasteHeat = (float)Math.Round(heatExcess, 1);
coreHeat.AddEnergyToCore(heatExcess * 0.5 * TimeWarp.fixedDeltaTime); // first converted to kJ
this.part.AddSkinThermalFlux(heatExcess * 0.4); // waste heat from receiver + waste heat from engine
}
// adds heat mechanics to this receiver
private void AddHeatToCore()
{
CoreTemp = (float)(Math.Round(coreHeat.CoreTemperature, 1));
SkinTemp = (float)(Math.Round(this.part.skinTemperature, 1));
if (CoreTemp > maxCoreTemp | SkinTemp > maxSkinTemp)
{
State = ExceedTempLimit;
Listening = false;
}
if (State == ExceedTempLimit & (CoreTemp >= maxCoreTemp * 0.7 | SkinTemp >= maxSkinTemp * 0.7))
{
Listening = false;
}
else if (CoreTemp < maxCoreTemp * 0.7 & SkinTemp < maxSkinTemp * 0.7)
{
State = operational;
}
double heatModifier = (double)HighLogic.CurrentGame.Parameters.CustomParams <BPSettings>().PercentHeat / 100;
double heatExcess = (1 - recvEfficiency) * (ReceivedPower / recvEfficiency) * heatModifier;
WasteHeat = (float)Math.Round(heatExcess, 1);
coreHeat.AddEnergyToCore(heatExcess * 0.3 * TimeWarp.fixedDeltaTime); // first converted to kJ
this.part.AddSkinThermalFlux(heatExcess * 0.7); // some heat added to skin
}
private void ConsumeEnergy()
{
if (core != null)
{
float maxTemp = (float)core.CoreTempGoal;
float coreTemp = (float)core.CoreTemperature;
if (coreTemp > maxTemp)
{
float scale = Mathf.Clamp01(CoolingScalingZero * (coreTemp / maxTemp - 1f));
core.AddEnergyToCore(-currentCooling * 50f * TimeWarp.fixedDeltaTime * scale);
}
}
}