| public ChangeRadiatorTransfer ( float scale ) : void | ||
| scale | float | |
| return | void | |
public void FixedUpdate()
{
if (HighLogic.LoadedScene == GameScenes.FLIGHT)
{
if (reactor != null)
{
float maxFlowScalar = 0f;
for (int i = 0; i < engineData.Count; i++)
{
// If the engine is off, it will have the maximum Isp available
if (!engineData[i].engineFX.isActiveAndEnabled || (engineData[i].engineFX.isActiveAndEnabled && engineData[i].engineFX.throttleSetting <= 0f))
{
engineData[i].engineFX.atmosphereCurve = engineData[i].ispCurve;
maxFlowScalar = Mathf.Max(maxFlowScalar, 0.0f);
}
else
{
float CoreTemperatureRatio = TempIspScale.Evaluate((float)core.CoreTemperature);
float reactorRatio = reactor.ActualPowerPercent / 100f * reactor.CoreIntegrity / 100f;
if (!reactor.ModuleIsActive())
{
reactorRatio = 0f;
}
float ispRatio = CoreTemperatureRatio * reactorRatio;
engineData[i].engineFX.atmosphereCurve = new FloatCurve();
engineData[i].engineFX.atmosphereCurve.Add(0f, engineData[i].ispCurve.Evaluate(0f) * ispRatio);
engineData[i].engineFX.atmosphereCurve.Add(1f, engineData[i].ispCurve.Evaluate(1f) * ispRatio);
engineData[i].engineFX.atmosphereCurve.Add(4f, engineData[i].ispCurve.Evaluate(4f) * ispRatio);
//Utils.Log(String.Format("{0} ui {1} max {2} reqested", engineData[i].engineFX.fuelFlowGui, engineData[i].engineFX.maxFuelFlow, engineData[i].engineFX.requestedMassFlow));
//Utils.Log(String.Format("{0} t_setting {1} normTr {2} normout", engineData[i].engineFX.throttleSetting, engineData[i].engineFX.normalizedThrustOutput, engineData[i].engineFX.normalizedOutput));
maxFlowScalar = Mathf.Max(maxFlowScalar, (engineData[i].engineFX.throttleSetting));
}
}
float heat = reactor.ActualPowerPercent / 100f * reactor.HeatGeneration / 50f * reactor.CoreIntegrity / 100f;
//flowRadiator.ChangeRadiatorTransfer(Mathf.Max(base.CurrentHeatUsed, heat) * maxFlowScalar);
float exhaustCooling = flowRadiator.ChangeRadiatorTransfer(maxFlowScalar);
core.MaxCoolant = Mathf.Clamp(heat - exhaustCooling, 0.0f, heat);
}
}
}
public void FixedUpdate()
{
if (HighLogic.LoadedScene == GameScenes.FLIGHT)
{
if (reactor != null)
{
float maxFlowScalar = 0f;
foreach (EngineBaseData eData in engineData)
{
// If the engine is off, it will have the maximum Isp available
if (!eData.engineFX.isActiveAndEnabled || (eData.engineFX.isActiveAndEnabled && eData.engineFX.throttleSetting <= 0f))
{
eData.engineFX.atmosphereCurve = eData.ispCurve;
maxFlowScalar = Mathf.Max(maxFlowScalar, 0.0f);
}
else
{
float CoreTemperatureRatio = TempIspScale.Evaluate((float)core.CoreTemperature);
float reactorRatio = reactor.CurrentPowerPercent / 100f;
if (!reactor.ModuleIsActive())
{
reactorRatio = 0f;
}
float ispRatio = CoreTemperatureRatio * reactorRatio;
eData.engineFX.atmosphereCurve = new FloatCurve();
eData.engineFX.atmosphereCurve.Add(0f, eData.ispCurve.Evaluate(0f) * ispRatio);
eData.engineFX.atmosphereCurve.Add(1f, eData.ispCurve.Evaluate(1f) * ispRatio);
eData.engineFX.atmosphereCurve.Add(4f, eData.ispCurve.Evaluate(4f) * ispRatio);
//Utils.Log(String.Format("{0} ui {1} max {2} reqested",eData.engineFX.fuelFlowGui,eData.engineFX.maxFuelFlow,eData.engineFX.requestedMassFlow));
maxFlowScalar = Mathf.Max(maxFlowScalar, (eData.engineFX.requestedMassFlow / eData.engineFX.maxFuelFlow));
}
}
float heat = reactor.CurrentPowerPercent / 100f * reactor.HeatGeneration / 50f * reactor.CoreIntegrity / 100f;
flowRadiator.ChangeRadiatorTransfer(Mathf.Max(base.CurrentHeatUsed, heat) * maxFlowScalar);
}
}
}