//float currentThrottleState;
private void updateEngineModule(bool calledByPlayer, string callingFunction = "player")
{
string[] arrtargetPropellants, arrtargetRatios, arrtargetIgnoreForISP, arrtargetDrawGuage;
float targetRatio;
bool targetIgnoreForISP;
float maxISP = 0;
float floatParseResult;
ConfigNode newPropNode = new ConfigNode();
Utilities MiscFx = new Utilities();
PhysicsUtilities EngineCalc = new PhysicsUtilities();
writeScreenMessage();
foreach (var moduleEngine in ModuleEngines)
{
//Debug.Log("moduleEngine.isEnabled: " + moduleEngine.isEnabled);
//moduleEngine.isEnabled = !moduleEngine.isEnabled;
//Debug.Log("moduleEngine.isEnabled: " + moduleEngine.isEnabled);
//bool engineState = false;
//float ThrottleState;
currentModuleEngine = moduleEngine;
//Get the Ignition state, i.e. is the engine shutdown or activated
currentEngineState = currentModuleEngine.getIgnitionState;
ShutdownEngine();
//Deactivate effects to force KSP to update them as intended
//currentModuleEngine.DeactivateLoopingFX();
//currentModuleEngine.DeactivatePowerFX();
//currentModuleEngine.DeactivateRunningFX();
//currentThrottleState = FlightInputHandler.state.mainThrottle;
//FlightInputHandler.state.mainThrottle = 0f;
//currentModuleEngine.useEngineResponseTime = false;
//moduleEngine.maxFuelFlow = 0f;
//Invoke("ShutdownEngine",2f);
////Get the Ignition state, i.e. is the engine shutdown or activated
//engineState = currentModuleEngine.getIgnitionState;
////Shutdown the engine --> Removes the gauges, and make sense to do before changing propellant
////Debug.Log("engine shutdown");
//currentModuleEngine.Shutdown();
////Debug.Log("1) FlightInputHandler.state.mainThrottle : " + FlightInputHandler.state.mainThrottle);
//ThrottleState = FlightInputHandler.state.mainThrottle;
//FlightInputHandler.state.mainThrottle = 0f;
//StartCoroutine(wait());
//Debug.Log("2) FlightInputHandler.state.mainThrottle : " + FlightInputHandler.state.mainThrottle);
moduleEngine.Flameout(
message: "Switch Engine State",
statusOnly: false,
showFX: false);
//Invoke("shortwait", 2f);
//Debug.Log("engine shutdown completed");
//Split cfg subsettings into arrays
arrtargetPropellants = propList[selectedPropellant].Propellants.Split(',');
arrtargetRatios = propList[selectedPropellant].PropRatios.Split(',');
arrtargetIgnoreForISP = propList[selectedPropellant].propIgnoreForISP.Split(',');
arrtargetDrawGuage = propList[selectedPropellant].propDrawGauge.Split(',');
//Create new propellent nodes by looping them in.
for (int i = 0; i < arrtargetPropellants.Length; i++)
{
//Get and convert ratios to floats. They should already have been verified in the CustomTypes.PropellantList class
targetRatio = Convert.ToSingle(arrtargetRatios[i]);
//if ignoreForISP have been set wrong or not at all, then we config it to false
if (arrtargetIgnoreForISP.Length == arrtargetPropellants.Length)
{
if (!bool.TryParse(arrtargetIgnoreForISP[i], out targetIgnoreForISP))
{
targetIgnoreForISP = false;
}
//targetIgnoreForISP = arrtargetIgnoreForISP[i];
}
else
{
targetIgnoreForISP = false;
}
//Debug.Log("!bool.TryParse(arrtargetIgnoreForISP[i], out targetIgnoreForISP)\ntargetIgnoreForISP: " + targetIgnoreForISP);
ConfigNode propNode = newPropNode.AddNode("PROPELLANT");
propNode.AddValue("name", arrtargetPropellants[i]);
propNode.AddValue("ratio", targetRatio);
propNode.AddValue("ignoreForIsp", targetIgnoreForISP); //For now we assume all is counted for ISP //targetIgnoreForISP[i]
propNode.AddValue("DrawGauge", arrtargetDrawGuage[i]); //I think the gauge should always be shown
}
//Update the engine with new propellant configuration
//NOTICE: The original propellant nodes are overwritten, so we do not need to delete them
moduleEngine.Load(newPropNode);
//Debug.Log("Start of curve editing");
//Change the atmosphere curve (ISP)
if (!atmosphereCurveEmpty)
{
//Debug.Log("Setting atmosphere Curve (ISP) " + atmosphereCurveKeys);
moduleEngine.atmosphereCurve.Curve.keys =
MiscFx.KeyFrameFromString(
inKeys: propList[selectedPropellant].atmosphereCurve,
iniKeys: moduleEngine.atmosphereCurve.Curve.keys
);
}
//Change the Velocity curve
if (!velCurveEmpty) //(string.IsNullOrEmpty(velCurveKeys) || velCurveKeys.Trim().Length == 0))
{
//Debug.Log("Setting Velocity Curve " + velCurveKeys);
moduleEngine.velCurve.Curve.keys =
MiscFx.KeyFrameFromString(
inKeys: propList[selectedPropellant].velCurve,
iniKeys: moduleEngine.velCurve.Curve.keys
);
}
//Change the Atm curve
if (!atmCurveEmpty) //(string.IsNullOrEmpty(atmCurveKeys) || atmCurveKeys.Trim().Length == 0))
{
//Debug.Log("Setting Atm Curve: "+ atmCurveKeys);
moduleEngine.atmCurve.Curve.keys =
MiscFx.KeyFrameFromString(
inKeys: propList[selectedPropellant].atmCurve,
iniKeys: moduleEngine.atmCurve.Curve.keys
);
}
//Set which curves to use
if (!atmChangeFlowsEmpty)
{
moduleEngine.atmChangeFlow = bool.Parse(propList[selectedPropellant].atmChangeFlow);
}
if (!useVelCurvesEmpty)
{
moduleEngine.useVelCurve = bool.Parse(propList[selectedPropellant].useVelCurve);
}
if (!useAtmCurvesEmpty)
{
moduleEngine.useAtmCurve = bool.Parse(propList[selectedPropellant].useAtmCurve);
}
//Get maxISP from the atmosphere curve
maxISP = MiscFx.KeyFrameGetMaxValue(moduleEngine.atmosphereCurve.Curve.keys);
//moduleEngine.atmosphereCurve.FindMinMaxValue
//Set max Thrust and the corresponding fuelflow
if (!MaxThrustEmpty)
{
moduleEngine.maxThrust = propList[selectedPropellant].maxThrust;
}
//maxFuelFlow = engine.maxThrust / (engine.atmosphereCurve.Evaluate(0f) * engine.g)
moduleEngine.maxFuelFlow = EngineCalc.calcFuelFlow(
Thrust: moduleEngine.maxThrust, //Thrust: propList[selectedPropellant].maxThrust,
//Density: propList[selectedPropellant].propDensity,
ISP: maxISP
);
if (Single.TryParse(propList[selectedPropellant].heatProduction, out floatParseResult) && !heatProductionEmpty)
{
moduleEngine.heatProduction = floatParseResult;
}
//Set the engine type
//[LiquidFuel, Nuclear, SolidBooster, Turbine, MonoProp, ScramJet, Electric, Generic, Piston]
if (!EngineTypesEmpty)
{
switch (propList[selectedPropellant].engineType)
{
case "LiquidFuel":
moduleEngine.engineType = EngineType.LiquidFuel;
break;
case "Nuclear":
moduleEngine.engineType = EngineType.Nuclear;
break;
case "SolidBooster":
moduleEngine.engineType = EngineType.SolidBooster;
break;
case "Turbine":
moduleEngine.engineType = EngineType.Turbine;
break;
case "MonoProp":
moduleEngine.engineType = EngineType.MonoProp;
break;
case "ScramJet":
moduleEngine.engineType = EngineType.ScramJet;
break;
case "Electric":
moduleEngine.engineType = EngineType.Electric;
break;
case "Generic":
moduleEngine.engineType = EngineType.Generic;
break;
case "Piston":
moduleEngine.engineType = EngineType.Piston;
break;
default:
moduleEngine.engineType = EngineType.LiquidFuel;
break;
}
}
moduleEngine.useEngineResponseTime = useEngineResponseTimeEmpty ? false : bool.Parse(propList[selectedPropellant].useEngineResponseTime);
moduleEngine.engineAccelerationSpeed = engineAccelerationSpeedEmpty ? 0 : Single.Parse(propList[selectedPropellant].engineAccelerationSpeed);
moduleEngine.engineDecelerationSpeed = engineDecelerationSpeedEmpty ? 0 : Single.Parse(propList[selectedPropellant].engineDecelerationSpeed);
//if (!useEngineResponseTimeEmpty)
//{
// EngineEffectNode.SetValue("useEngineResponseTime", propList[selectedPropellant].useEngineResponseTime, true);
// Debug.Log("EngineEffectNode.SetValue('useEngineResponseTime', " + propList[selectedPropellant].useEngineResponseTime + ", true);");
//}
//if (!engineAccelerationSpeedEmpty)
//{
// EngineEffectNode.SetValue("engineAccelerationSpeed", propList[selectedPropellant].engineAccelerationSpeed, true);
// Debug.Log("EngineEffectNode.SetValue('engineAccelerationSpeed', " + propList[selectedPropellant].engineAccelerationSpeed + ", true);");
//}
//if (!engineDecelerationSpeedEmpty)
//{
// EngineEffectNode.SetValue("engineDecelerationSpeed", propList[selectedPropellant].engineDecelerationSpeed, true);
// Debug.Log("EngineEffectNode.SetValue('engineDecelerationSpeed', " + propList[selectedPropellant].engineDecelerationSpeed + ", true);");
//}
//Update the effects
//updateEngineModuleEffects(
// calledByPlayer: calledByPlayer,
// callingFunction: callingFunction,
// moduleEngine: moduleEngine);
//Write the propellant setup to the right click GUI
GUIpropellantNames = propList[selectedPropellant].Propellants.Replace(",", ", ");
if (iniGUIpropellantNamesEmpty)
{ //Default naming if no user defined names are found
GUIpropellantNames = "[" + selectedPropellant + "] " + propList[selectedPropellant].Propellants.Replace(",", ", ");
}
else
{ //User defined names
GUIpropellantNames = propList[selectedPropellant].GUIpropellantNames; //iniGUIpropellantNames.Trim().Split(';')[selectedPropellant];
}
//Write on screen message
//ScreenMessages.PostScreenMessage("message", 3f, ScreenMessageStyle.UPPER_LEFT);
ScreenMessages.PostScreenMessage(propList[selectedPropellant].GUIpropellantNames, 1.5f, ScreenMessageStyle.UPPER_CENTER);
//Restart engine if it was on before switching
//moduleEngine.Flameout("Switch Engine State", false, false);
currentModuleEngine.UnFlameout(false);
//FlightInputHandler.state.mainThrottle = currentThrottleState;
//Invoke("ActivateEngine", 0f);
//ActivateEngine();
if (currentEngineState)
{
moduleEngine.Activate();
}
}
}