protected void onMTBFQualityCheck(ModuleQualityControl qualityControl, QualityCheckResult result)
{
if (!isRunning)
{
return;
}
if ((result.statusResult == QualityCheckStatus.criticalFail || result.statusResult == QualityCheckStatus.fail) && !testStandParts.ContainsKey(qualityControl))
{
TestStandPart testStandPart = new TestStandPart();
testStandPart.part = qualityControl.part;
testStandPart.highlightStartTime = Planetarium.GetUniversalTime();
testStandParts.Add(qualityControl, testStandPart);
onPartBroken(qualityControl);
}
}
protected void onQualityCheck(QualityCheckResult result)
{
}
/// <summary>
/// This method performs the staging reliability check. If successful, then all parts in the stage may contribute to their type of part's flight experience.
/// If it fails, then one or more parts in the stage may fail regardless of their MTBF rating. If it critically fails, the vessel blows up.
/// </summary>
public void CheckYoStaging()
{
debugLog("CheckYoStaging!");
Vessel vessel = FlightGlobals.ActiveVessel;
bool isCascadeFailure = false;
bool isSuccessfulStaging = false;
bool astronautAverted = false;
bool isFailure = false;
ModuleQualityControl qualityControl = null;
int totalBreakables = 0;
string message;
bool updateEditorBays = false;
//Stage check flag
stageCheckInProgress = true;
disableTestModeIfNeeded();
//Debug stuff
if (BARISScenario.showDebug)
{
isCascadeFailure = NextStagingIsCascadeFailure;
NextStagingIsCascadeFailure = false;
isSuccessfulStaging = NextStagingIsSuccessful;
NextStagingIsSuccessful = false;
astronautAverted = NextStagingAstonautAverted;
NextStagingAstonautAverted = false;
isFailure = NextStagingFails;
NextStagingFails = false;
}
//Get the vessel cache
bool createdNewRecord = false;
LoadedQualitySummary qualitySummary = BARISScenario.Instance.GetLoadedQualitySummary(vessel, out createdNewRecord);
if (qualitySummary == null)
{
return;
}
//Get failure candidates
ModuleQualityControl[] failureCandidates = qualitySummary.GetStagingFailureCandidates(stagingID);
//Make a vessel reliability check
QualityCheckResult result = BARISScenario.Instance.PerformQualityCheck(qualitySummary.reliability, qualitySummary.highestRank, 0, false);
//Debug checks
if (BARISScenario.showDebug)
{
if (isSuccessfulStaging)
{
result.statusResult = QualityCheckStatus.success;
}
else if (astronautAverted)
{
result.statusResult = QualityCheckStatus.astronautAverted;
}
else if (isFailure)
{
result.statusResult = QualityCheckStatus.fail;
}
else if (isCascadeFailure)
{
result.statusResult = QualityCheckStatus.criticalFail;
}
debugLog("DEBUG: New reliability check result: " + result.statusResult);
}
switch (result.statusResult)
{
//All the failure candidates explode!
case QualityCheckStatus.criticalFail:
if (failureCandidates != null)
{
//Fire the catastrophic failure event to give others a chance to avert disaster somehow.
onStagingCriticalFailure?.Invoke();
if (criticalFailureAverted)
{
//Reset the flag
criticalFailureAverted = false;
break;
}
//Ok we're go for vessel destruction!
//Cause stress. Lots of it.
snacksWrapper.AddStressToCrew(vessel, BARISStressCategories.stressCategoryHigh);
//Inform player of cascade failure
message = vessel.vesselName + Localizer.Format(BARISScenario.CascadeFailureMsg);
BARISScenario.Instance.LogPlayerMessage(message);
//Mark a quality module for death. This will blow up the vessel it is attached to.
//It cannot be a module that is marked as an escape pod. This part will initiate vessel destruction.
//Vessel might or might not be the active vessel depending upon how the abort sequence is set up.
ModuleEscapePod escapePod = null;
for (int index = failureCandidates.Length - 1; index >= 0; index--)
{
escapePod = failureCandidates[index].part.FindModuleImplementing <ModuleEscapePod>();
if (escapePod == null || escapePod.escapePodEnabled == false)
{
failureCandidates[index].SetMarkedForDeath(true);
break;
}
escapePod = null;
}
//Make an escape check to see if we can trigger an abort sequence.
launchEscapeBase = getHighestStupidity();
QualityCheckResult escapeResult = BARISScenario.Instance.PerformQualityCheck(vessel, launchEscapeBase, escapeCheckSkill, false);
//Go for abort sequence!
if (escapeResult.statusResult != QualityCheckStatus.fail && escapeResult.statusResult != QualityCheckStatus.criticalFail)
{
//Give crew a chance to get to the escape pods.
abandonShip(vessel);
//If there is an astronaut aboard with the escape skill then assume the astronaut hit the launch abort.
if (escapeResult.astronaut != null)
{
message = escapeResult.astronaut.name + Localizer.Format(BARISScenario.LASActivatedMsg);
BARISScenario.Instance.LogPlayerMessage(message);
}
//Hit the abort button
vessel.ActionGroups.SetGroup(KSPActionGroup.Abort, true);
}
}
else
{
debugLog("No failure candidates to blow up! Picking a random part to explode...");
int failedPartIndex = UnityEngine.Random.Range(0, qualitySummary.qualityModules.Length - 1);
qualitySummary.qualityModules[failedPartIndex].part.explode();
}
break;
//Log successful flight experience
case QualityCheckStatus.success:
totalBreakables = qualitySummary.qualityModules.Length;
for (int index = 0; index < totalBreakables; index++)
{
qualitySummary.qualityModules[index].UpdateFlightLog();
}
updateEditorBays = true;
break;
//Any number of the failure candidates can fail.
case QualityCheckStatus.fail:
if (failureCandidates != null)
{
int expGainTarget = BARISSettingsLaunch.StagingFailExpTarget;
debugLog("Target number to gain flight experience: " + expGainTarget);
//Crew gets stressed from parts failing
snacksWrapper.AddStressToCrew(vessel, BARISStressCategories.stressCategoryMedium);
int failedModules = UnityEngine.Random.Range(1, failureCandidates.Length);
for (int index = 0; index < failedModules; index++)
{
qualityControl = failureCandidates[index];
if (!qualityControl.IsBroken)
{
qualityControl.DeclarePartBroken();
}
else
{
qualityControl.BreakAPartModule();
}
//There's a chance that the part will also gain flight experience
if (UnityEngine.Random.Range(1, 100) >= expGainTarget)
{
debugLog(qualityControl.part.partInfo.title + " has gained flight experience during part failure.");
qualityControl.UpdateFlightLog();
updateEditorBays = true;
}
//There's a chance that the part will explode!
if (BARISBridge.FailuresCanExplode)
{
if (UnityEngine.Random.Range(1, 100) >= BARISBridge.ExplosivePotentialLaunches)
{
message = qualityControl.part.partInfo.title + Localizer.Format(BARISScenario.CatastrophicFailure);
BARISScenario.Instance.LogPlayerMessage(message);
qualityControl.part.explosionPotential = 0.01f;
qualityControl.part.explode();
}
}
}
}
else
{
debugLog("No failureCandidates have MTBF = 0");
}
break;
//Add a failure averted event card
case QualityCheckStatus.criticalSuccess:
totalBreakables = qualitySummary.qualityModules.Length;
for (int index = 0; index < totalBreakables; index++)
{
qualitySummary.qualityModules[index].UpdateFlightLog();
}
break;
//Show event card result
case QualityCheckStatus.eventCardAverted:
break;
//Shout out to the astronaut that saved the day
case QualityCheckStatus.astronautAverted:
if (qualitySummary.rankingAstronaut != null)
{
//Astronaut gets a small amount of stress
snacksWrapper.AddStressToCrew(vessel, BARISStressCategories.stressCategoryLow);
message = qualitySummary.rankingAstronaut.name + Localizer.Format(BARISScenario.QualityCheckFailAvertedAstronaut3);
if (BARISSettings.LogAstronautAvertMsg)
{
BARISScenario.Instance.LogPlayerMessage(message);
}
else
{
FlightLogger.fetch.LogEvent(message);
}
}
break;
default:
break;
}
//Cleanup
if (updateEditorBays)
{
BARISScenario.Instance.UpdateEditorBayFlightBonuses();
}
BARISAppButton.flightAppView.UpdateCachedData();
stageCheckInProgress = false;
}
protected void onQualityCheck(QualityCheckResult result)
{
UpdateCachedData();
}
