public override int generateEvent()
{
if (duration <= 0)
{
duration = durationLower + random.NextDouble() * (durationUpper - durationLower);
currentEvent = base.generateEvent();
switch (currentEvent)
{
case 0:
KGSSPluginLogger.Log("Neutrino Sensor Module - No Flare of duration " + duration);
break;
case 1:
KGSSPluginLogger.Log("Neutrino Sensor Module - Small Flare of duration " + duration);
break;
case 2:
KGSSPluginLogger.Log("Neutrino Sensor Module - Large Flare of duration " + duration);
break;
}
}
else
{
duration--;
}
return(currentEvent);
}
private void initialiseFailures(ref List <FailureDescriptor> possibleFailures)
{
KGSSPluginLogger.Log(possibleFailures.ToString());
initialiseIntermittentExplosions(ref possibleFailures);
//initialiseIntermittentDetatch(ref possibleFailures);
initialiseIntermittentFuelLeak(ref possibleFailures);
}
protected override void OnTutorialSetup()
{
try
{
config.load();
KGSSPluginLogger.printParts(FlightGlobals.ActiveVessel.parts);
initialiseRandomNumbers();
initialiseDefaultGarabageCollection();
List <FailureDescriptor> possibleFailures = new List <FailureDescriptor>();
initialiseFailures(ref possibleFailures);
failureGenerator = new FailureGenerator(
config.GetValue <Vector3d>("FAILURE_PROBABILITY").x,
config.GetValue <Vector3d>("PARTS_PENATLY_FACTOR").x, ref possibleFailures, ref random);
this.InvokeRepeating("fixedUpdateFailureGenerator",
config.GetValue <int>("START_FAILURE_DELAY_SECONDS"), config.GetValue <int>("FAILURE_INTERVAL_SECONDS"));
}
catch (Exception e)
{
KGSSPluginLogger.Out(e.Message);
KGSSPluginLogger.Out(e.StackTrace);
}
}
private void adjustFailureProbabilityBasedOnCraftSize()
{
//Adjust failure rate based on the number of parts in the vessel.
failureProbability = baseFailureProbability + (partsPenaltyFactor * FlightGlobals.ActiveVessel.parts.Count);
if (failureProbability > 1)
{
failureProbability = 1;
}
KGSSPluginLogger.Log("Failure Generator - Failure probability set to: " + failureProbability);
}
private void calculateCdf(List <int> weights)
{
KGSSPluginLogger.Log("ProbabilityEventGenerator - weights:" + KGSSPluginLogger.ListToString(weights));
if (weights.Count > 0)
{
cdf.Add(weights[0]);
for (int i = 1; i < weights.Count; i++)
{
cdf.Add(cdf[cdf.Count - 1] + weights[i]);
}
}
KGSSPluginLogger.Log("ProbabilityEventGenerator - cdf:" + KGSSPluginLogger.ListToString(cdf));
}
public void missionEnd(MinmusCompositionMissionEndInformation info)
{
if (oneTrue(info.lineOfSight))
{
KGSSPluginLogger.Log("Minmus Composition - Crash Altitude: " + info.alt);
KGSSPluginLogger.Log("Minmus Composition - Crash Velocity: " + info.velocity);
KGSSPluginLogger.Log("Minmus Composition - Crash SOI: " + info.soiName);
foreach (double d in info.distance)
{
KGSSPluginLogger.Log("Minmus Composition - Crash Distance: " + d);
}
if (info.soiName.Equals(destinationSOI) && info.alt < TERRAIN_THRESHOLD)
{
resultText.Add("Mission Success - The KGSS is now busy analysing this latest data.");
resultText.Add("");
resultText.Add("Impact Velocity: ");
resultText.Add((Math.Round(info.velocity, 1) + " m/s"));
int i = 0;
foreach (double d in info.distance)
{
if (info.lineOfSight[i])
{
resultText.Add("Distance from X-ray Satellite: ");
resultText.Add((Math.Round(d, 1) + " m"));
}
i++;
}
resultText.Add("Mission Score: ");
resultText.Add(((info.velocity * sumVectorIf(info.distance, info.lineOfSight) * (double)SCORE_MULT)).ToString());
Tutorial.StartTutorial(success);
}
else
{
resultText.Add("Mission Failed - The impact probe was destroyed before reaching the target.");
Tutorial.StartTutorial(failure);
}
}
else
{
resultText.Add("Mission Failed - The KGSS X-ray Satellite had no line of sight to the probes impact site.");
Tutorial.StartTutorial(failure);
}
}
private List <Vessel> getXraySatellites()
{
List <Vessel> ret = new List <Vessel>();
KGSSPluginLogger.Log("ImpactProbe - getXraySatellites");
foreach (Vessel v in FlightGlobals.Vessels)
{
KGSSPluginLogger.Log("ImpactProbe - Vessels: " + v.name);
if (v.name.StartsWith(SATELLITE_NAME))
{
ret.Add(v);
}
}
return(ret);
}
private void potentiallyCauseFailure()
{
if (!FlightGlobals.ActiveVessel.Landed)
{
KGSSPluginLogger.Log("Failure Generator - Checking for failure");
if (random.NextDouble() < failureProbability)
{
int eventIndex = probabilityEventGenerator.generateEvent();
if (eventIndex >= 0)
{
possibleFailures[eventIndex].failure(
possibleFailures[eventIndex]);
}
}
}
}
public virtual int generateEvent()
{
double selection = random.NextDouble() * cdf[cdf.Count - 1];
KGSSPluginLogger.Log("ProbabilityEventGenerator - Raw event generated: " + selection);
int i = 0;
while (selection > cdf[i])
{
i++;
}
if (cdf[cdf.Count - 1] == 0)
{
KGSSPluginLogger.Log("Probability Event Generator - CDF 0");
i = -1;
}
KGSSPluginLogger.Log("ProbabilityEventGenerator - Event selected: " + i);
return(i);
}
protected void fixedUpdateFailureGenerator()
{
KGSSPluginLogger.Log("RandomFailure.fixedUpdateFailureGenerator");
failureGenerator.fixedUpdate();
}
