public TurbopumpCalculator(BiPropellantConfig config, EngineCalculatorBase engineCalc)
{
this.engineCalc = engineCalc;
this.biPropConfig = config;
fuelAux = PropellantMixtureLibrary.AuxPropellantProperties[config.Fuel];
oxAux = PropellantMixtureLibrary.AuxPropellantProperties[config.Oxidizer];
if ((object)pumpEffFromSpecificSpeed == null)
{
LoadEfficiencyCurves();
}
if (turbopumpArrangementSelector == null)
{
string[] turbopumpString = new string[] {
"Direct Drive",
"Gear Reduction",
"Two Turbine"
};
TurbopumpArrangementEnum[] turbopumpEnums = new TurbopumpArrangementEnum[] {
TurbopumpArrangementEnum.DIRECT_DRIVE,
TurbopumpArrangementEnum.GEAR_REDUCTION,
TurbopumpArrangementEnum.TWO_TURBINE
};
turbopumpArrangementSelector = new GUIDropDown <TurbopumpArrangementEnum>(turbopumpString, turbopumpEnums);
}
}
public void SetEngineProperties(BiPropellantConfig mixture, double oFRatio, double chamberPresMPa, double areaRatio, double throatDiameter)
{
bool unchanged = true;
unchanged &= biPropConfig == mixture;
this.mixtureTitle = mixture.MixtureTitle;
biPropConfig = mixture;
if (oFRatio < biPropConfig.ChamberOFLimitLean)
{
oFRatio = biPropConfig.ChamberOFLimitLean;
}
if (oFRatio > biPropConfig.ChamberOFLimitRich)
{
oFRatio = biPropConfig.ChamberOFLimitRich;
}
unchanged &= this.chamberOFRatio == oFRatio;
this.chamberOFRatio = oFRatio;
if (chamberPresMPa > biPropConfig.ChamberPresLimHigh)
{
chamberPresMPa = biPropConfig.ChamberPresLimHigh;
}
if (chamberPresMPa < biPropConfig.ChamberPresLimLow)
{
chamberPresMPa = biPropConfig.ChamberPresLimLow;
}
unchanged &= this.chamberPresMPa == oFRatio;
this.chamberPresMPa = chamberPresMPa;
if (areaRatio < biPropConfig.FrozenAreaRatio)
{
areaRatio = biPropConfig.FrozenAreaRatio;
}
unchanged &= this.areaRatio == areaRatio;
double extensionRatio = nozzleExtensionArea / this.areaRatio;
this.areaRatio = areaRatio;
nozzleExtensionArea = extensionRatio * this.areaRatio;
unchanged &= this.throatDiameter == throatDiameter;
this.throatDiameter = throatDiameter;
if (!unchanged)
{
CalculateEngineProperties();
}
}
public void SetEngineModule(ProceduralEngineModule module)
{
uiActive = true;
currentEngineModule = module;
engineCalcBase = module.procEngineConfig;
if (engineCalcBase == null)
{
BiPropellantConfig biprop = biPropellantConfigs.ActiveSelection;
engineCalcBase = new EngineCalculatorGasGen(biprop, (biprop.ChamberOFLimitLean + biprop.ChamberOFLimitRich) * 0.5, 4, 5, 0.3);
}
else
{
biPropellantConfigs.SetOption(engineCalcBase.biPropConfig.MixtureTitle);
powerCycleDropdown.SetOption(engineCalcBase.EngineCalculatorType());
}
}
public EngineCalculatorBase(BiPropellantConfig mixture, double oFRatio, double chamberPresMPa, double areaRatio, double throatDiameter)
{
nozzle = new NozzleCalculator(0.8, areaRatio, NozzleShapeType.BELL);
SetEngineProperties(mixture, oFRatio, chamberPresMPa, areaRatio, throatDiameter);
nozzleExtensionArea = areaRatio;
}
public EngineCalculatorGasGen(BiPropellantConfig mixture, double oFRatio, double chamberPresMPa, double areaRatio, double throatDiameter)
: base(mixture, oFRatio, chamberPresMPa, areaRatio, throatDiameter)
{
}
public void UpdateMixture(BiPropellantConfig config)
{
biPropConfig = config;
}
