public void OnEngineActive(string engineID, bool isRunning)
{
if (reactorIsOn == false && isRunning)
{
if (currentElectricCharge >= ecNeededToStart)
{
reactorState = EReactorStates.Off;
ToggleReactor();
return;
}
primaryEngine.Events["Shutdown"].Invoke();
primaryEngine.currentThrottle = 0;
primaryEngine.requestedThrottle = 0;
secondaryEngine.Events["Shutdown"].Invoke();
secondaryEngine.currentThrottle = 0;
secondaryEngine.requestedThrottle = 0;
//If the reactor is off, then then start charging the capacitor.
if (reactorState != EReactorStates.Charging)
{
ScreenMessages.PostScreenMessage(kChargingCapacitor, 5.0f, ScreenMessageStyle.UPPER_CENTER);
Events["ToggleReactor"].guiName = kStartEngine;
ToggleReactor();
}
}
}
public void ShutdownReactorAndEngine()
{
primaryEngine.Events["Shutdown"].Invoke();
primaryEngine.currentThrottle = 0;
primaryEngine.requestedThrottle = 0;
secondaryEngine.Events["Shutdown"].Invoke();
secondaryEngine.currentThrottle = 0;
secondaryEngine.requestedThrottle = 0;
Events["ToggleReactor"].guiName = kStartEngine;
if (reactorState != EReactorStates.Charging)
{
currentElectricCharge = 0f;
}
reactorState = EReactorStates.Off;
if (currentElectricCharge == 0f)
{
reactorStatus = EReactorStates.Off + string.Format(" Needs {0:F2} EC", ecNeededToStart);
}
else
{
reactorStatus = EReactorStates.Off + string.Format(" Needs {0:F2} EC", ecNeededToStart - currentElectricCharge);
}
reactorIsOn = false;
}
public void OnUpdateFixed()
{
//The logic below doesn't apply unless we're flying
if (!HighLogic.LoadedSceneIsFlight)
{
return;
}
if (reactorState == EReactorStates.None || reactorState == EReactorStates.Off)
{
return;
}
//If we are charging up, request electric charge and then exit.
if (ReactorNeedsCharge())
{
return;
}
//Set status
if (primaryEngine.currentThrottle > 0f || secondaryEngine.currentThrottle > 0f)
{
reactorState = EReactorStates.Running;
}
else
{
reactorState = EReactorStates.Idling;
}
reactorStatus = reactorState.ToString();
//Consume a small amount of fusion pellets to represent the fusion reactor's operation in NTR mode.
ConsumeFuel();
}
public void StartEngine()
{
reactorState = EReactorStates.Charged;
currentElectricCharge = 0f;
Events["ChargeCapacitor"].guiName = kShutdownEngine;
getCurrentEngine();
engine.Activate();
engine.part.force_activate();
}
public void ToggleReactor()
{
//If we got this far then it means we have the potential to start.
//First check to see if we have enough electric charge.
if (reactorState == EReactorStates.Off)
{
//If we need ec to start, then set our state to charging
if ((currentElectricCharge < ecNeededToStart) && requiresECToStart)
{
reactorState = EReactorStates.Charging;
reactorIsOn = false;
Events["ToggleReactor"].guiName = kStopCharging;
ScreenMessages.PostScreenMessage(kChargingCapacitor, 5.0f, ScreenMessageStyle.UPPER_CENTER);
}
//Capacitor is fully charged, activate the engine and star idling the reactor
else
{
reactorState = EReactorStates.Idling;
reactorIsOn = true;
Events["ToggleReactor"].guiName = kShutdownEngine;
//Start your engine
StartEngine();
}
//Ok, we're done
return;
}
else if (reactorState == EReactorStates.Charging)
{
reactorState = EReactorStates.Off;
reactorStatus = EReactorStates.Off + string.Format(" Needs {0:#.#} EC", ecNeededToStart - currentElectricCharge);
reactorIsOn = false;
}
else if (reactorState == EReactorStates.Running || reactorState == EReactorStates.Idling)
{
ShutdownReactorAndEngine();
reactorIsOn = false;
reactorState = EReactorStates.Off;
currentElectricCharge = 0f;
reactorStatus = EReactorStates.Off + string.Format(" Needs {0:F2} EC", ecNeededToStart);
}
}
public void SetEngineStateOnStart()
{
if (reactorIsOn)
{
reactorState = EReactorStates.Idling;
reactorStatus = reactorState.ToString();
Events["ToggleReactor"].guiName = kShutdownEngine;
//Start your engine
StartEngine();
}
else if (reactorState == EReactorStates.None)
{
currentElectricCharge = 0f;
reactorState = EReactorStates.Off;
reactorStatus = EReactorStates.Off + string.Format(" Needs {0:F2} EC", ecNeededToStart);
}
}
public void ConsumeFuel()
{
float fuelPerTimeTick = fuelConsumption * TimeWarp.fixedDeltaTime;
//Adjust fuel consuption for idling
if (primaryEngine.thrustPercentage == 0f && secondaryEngine.thrustPercentage == 0f)
{
fuelPerTimeTick = fuelPerTimeTick / 10.0f;
}
if (multiModeEngine.runningPrimary == true)
{
//Make sure we reach the minimum threshold
fuelRequest += fuelPerTimeTick;
if (fuelRequest >= 0.01f)
{
//Consume fusion pellets
float fuelObtained = this.part.vessel.rootPart.RequestResource(reactorFuel, fuelRequest);
//If we haven't consumed enough pellets then the reactor cannot be sustained
//and the engine flames out.
if (fuelObtained < fuelRequest)
{
ScreenMessages.PostScreenMessage(kOutOfFuel, 5.0f, ScreenMessageStyle.UPPER_CENTER);
primaryEngine.Events["Shutdown"].Invoke();
primaryEngine.currentThrottle = 0;
primaryEngine.requestedThrottle = 0;
primaryEngine.flameout = true;
reactorIsOn = false;
Events["ToggleReactor"].guiName = kStartEngine;
reactorState = EReactorStates.Off;
reactorStatus = EReactorStates.Off + string.Format(" Needs {0:F2} EC", ecNeededToStart);
}
//Reset the fuel request
fuelRequest = 0f;
}
}
}
public void ShutdownEngine()
{
getCurrentEngine();
engine.Events["Shutdown"].Invoke();
engine.currentThrottle = 0;
engine.requestedThrottle = 0;
Events["ChargeCapacitor"].guiName = kStartEngine;
if (reactorState != EReactorStates.Charging)
{
currentElectricCharge = 0f;
}
reactorState = EReactorStates.Off;
if (currentElectricCharge == 0f)
{
capacitorStatus = EReactorStates.Off + string.Format(" Needs {0:F2} EC", ecNeededToStart);
}
else
{
capacitorStatus = EReactorStates.Off + string.Format(" Needs {0:F2} EC", ecNeededToStart - currentElectricCharge);
}
}
protected void setupEngines()
{
//See if we have multiple engines that we need to support
engineSwitcher = this.part.FindModuleImplementing <MultiModeEngine>();
List <ModuleEngines> engines = this.part.FindModulesImplementing <ModuleEngines>();
ModuleEngines moduleEngine = null;
//Hide GUI on the switcher
engineSwitcher.autoSwitch = false;
engineSwitcher.Events["DisableAutoSwitch"].guiActive = false;
engineSwitcher.Events["DisableAutoSwitch"].guiActiveEditor = false;
engineSwitcher.Events["EnableAutoSwitch"].guiActive = false;
engineSwitcher.Events["EnableAutoSwitch"].guiActiveEditor = false;
//Find all the engines in the part and record their properties.
for (int index = 0; index < engines.Count; index++)
{
moduleEngine = engines[index];
multiModeEngines.Add(moduleEngine.engineID, moduleEngine);
//Hide the GUI
moduleEngine.Events["Activate"].guiActive = false;
moduleEngine.Events["Shutdown"].guiActive = false;
moduleEngine.Events["Activate"].guiActiveEditor = false;
moduleEngine.Events["Shutdown"].guiActiveEditor = false;
}
//Get whichever multimode engine is the active one.
if (engineSwitcher != null)
{
if (engineSwitcher.runningPrimary)
{
engine = multiModeEngines[engineSwitcher.primaryEngineID];
}
else
{
engine = multiModeEngines[engineSwitcher.secondaryEngineID];
}
}
//Just get the first engine in the list.
else if (engines.Count > 0)
{
engine = multiModeEngines.Values.ToArray()[0];
}
//Setup engine state
if (reactorState == EReactorStates.Charged)
{
capacitorStatus = reactorState.ToString();
Events["ChargeCapacitor"].guiName = kShutdownEngine;
//Start your engine
StartEngine();
}
else if (reactorState == EReactorStates.None)
{
currentElectricCharge = 0f;
reactorState = EReactorStates.Off;
capacitorStatus = EReactorStates.Off + string.Format(" Needs {0:F2} EC", ecNeededToStart);
}
}
