public void AddTechEvent(string nodeName)
{
if (CareerEventScope.ShouldIgnore || !IsEnabled)
{
return;
}
_techEvents.Add(new TechResearchEvent(KSPUtils.GetUT())
{
NodeName = nodeName
});
}
private void ContractAccepted(Contract c)
{
if (CareerEventScope.ShouldIgnore || c.AutoAccept)
{
return; // Do not record the Accept event for record contracts
}
_contractDict.Add(new ContractEvent(KSPUtils.GetUT())
{
Type = ContractEventType.Accept,
FundsChange = c.FundsAdvance,
RepChange = 0,
DisplayName = c.Title,
InternalName = GetContractInternalName(c)
});
}
public void AddFailureEvent(Vessel v, string part, string type)
{
if (!IsEnabled)
{
return;
}
_failures.Add(new FailureEvent(KSPUtils.GetUT())
{
VesselUID = v.GetKCTVesselId(),
LaunchID = v.GetVesselLaunchId(),
Part = part,
Type = type
});
}
public void AddFacilityConstructionEvent(SpaceCenterFacility facility, int newLevel, double cost, ConstructionState state)
{
if (CareerEventScope.ShouldIgnore || !IsEnabled)
{
return;
}
_facilityConstructions.Add(new FacilityConstructionEvent(KSPUtils.GetUT())
{
Facility = facility,
NewLevel = newLevel,
Cost = cost,
State = state
});
}
private void ContractCompleted(Contract c)
{
if (CareerEventScope.ShouldIgnore)
{
return;
}
_contractDict.Add(new ContractEvent(KSPUtils.GetUT())
{
Type = ContractEventType.Complete,
FundsChange = c.FundsCompletion,
RepChange = c.ReputationCompletion,
DisplayName = c.Title,
InternalName = GetContractInternalName(c)
});
}
private void VesselSituationChange(GameEvents.HostedFromToAction <Vessel, Vessel.Situations> ev)
{
if (CareerEventScope.ShouldIgnore)
{
return;
}
// KJR can clobber the vessel back to prelaunch state in case of clamp wobble. Need to exclude such events.
if (!_launched && ev.from == Vessel.Situations.PRELAUNCH && ev.host == FlightGlobals.ActiveVessel)
{
Debug.Log($"[LRTR] Launching {FlightGlobals.ActiveVessel?.vesselName}");
_launched = true;
_launchedVessels.Add(new LaunchEvent(KSPUtils.GetUT())
{
VesselName = FlightGlobals.ActiveVessel?.vesselName,
VesselUID = ev.host.GetKCTVesselId(),
LaunchID = ev.host.GetVesselLaunchId(),
BuiltAt = ev.host.GetVesselBuiltAt() ?? EditorFacility.None // KSP can't serialize nullables
});
}
}
protected void FixedUpdate()
{
int pC;
if (HighLogic.LoadedSceneIsFlight && part.CrewCapacity > 0 && (pC = part.protoModuleCrew.Count) > 0)
{
double UT = KSPUtils.GetUT();
if (nextCheck < 0d)
{
nextCheck = UT + checkInterval;
}
else if (UT > nextCheck)
{
if (!_origDoStockGCalcs.HasValue)
{
_origDoStockGCalcs = ProtoCrewMember.doStockGCalcs;
}
double deltaTime = UT - nextCheck;
nextCheck = UT + checkInterval;
double curAltitute = part.vessel.altitude;
if (curAltitute > crewDeathAltitude)
{
// Assume the standard atmosphere
if (referenceDensity < 0d)
{
referenceDensity = Planetarium.fetch.Home.GetDensity(Planetarium.fetch.Home.GetPressure(crewDeathAltitude), Planetarium.fetch.Home.GetTemperature(crewDeathAltitude));
referenceDensityMin = referenceDensity * 0.02d;
}
timeSinceHypoxiaStarted += deltaTime;
ScreenMessages.PostScreenMessage($"Cockpit is above the safe altitude which will lead to crew incapacitation and eventually to death", 1f, ScreenMessageStyle.UPPER_CENTER, XKCDColors.Red);
if (!_origDoStockGCalcs.HasValue)
{
_origDoStockGCalcs = ProtoCrewMember.doStockGCalcs;
}
ProtoCrewMember.doStockGCalcs = false;
bool killed = false;
for (int i = pC; i-- > 0;)
{
ProtoCrewMember pcm = part.protoModuleCrew[i];
double highGPenalty = vessel.geeForce > 3d ? System.Math.Pow(vessel.geeForce - 2d, 2d) : 1;
double curDensity = part.atmDensity;
if (curDensity < referenceDensityMin)
{
curDensity = referenceDensityMin;
}
double altitudeMult = (curAltitute - crewDeathAltitude) / crewDeathAltitude * 10d + referenceDensity / curDensity - 1d;
double timeMult = System.Math.Pow(timeSinceHypoxiaStarted, 1.5d) * 0.01d;
pcm.gExperienced += (0.5d + rnd.NextDouble()) * gDamageAdder * highGPenalty * altitudeMult * timeMult;
double gMult = ProtoCrewMember.GToleranceMult(pcm) * HighLogic.CurrentGame.Parameters.CustomParams <GameParameters.AdvancedParams>().KerbalGToleranceMult;
_anyCrewAboveWarnThreshold = pcm.gExperienced > PhysicsGlobals.KerbalGThresholdWarn * gMult;
double locThreshold = PhysicsGlobals.KerbalGThresholdLOC * gMult;
if (!pcm.outDueToG && pcm.gExperienced > locThreshold)
{
// Just passed out
ScreenMessages.PostScreenMessage($"<color=red>{pcm.name} has lost consciousness due to hypoxia!</color>", 5.5f, ScreenMessageStyle.UPPER_CENTER);
}
// There's at least one cycle of delay after passing out before the death chance rolls start
if (pcm.outDueToG && rnd.NextDouble() < crewDeathChance * altitudeMult * timeMult)
{
killed = true;
ScreenMessages.PostScreenMessage($"{vessel.vesselName}: Crewmember {pcm.name} has died from exposure to near-vacuum.", 30.0f, ScreenMessageStyle.UPPER_CENTER, XKCDColors.Red);
FlightLogger.fetch.LogEvent($"[{KSPUtil.PrintTime(vessel.missionTime, 3, false)}] {pcm.name} died from exposure to near-vacuum.");
part.RemoveCrewmember(pcm);
pcm.Die();
}
}
if (killed && CameraManager.Instance.currentCameraMode == CameraManager.CameraMode.IVA)
{
CameraManager.Instance.SetCameraFlight();
}
}
else
{
timeSinceHypoxiaStarted = 0d;
if (_origDoStockGCalcs.HasValue)
{
ProtoCrewMember.doStockGCalcs = _origDoStockGCalcs.Value;
_origDoStockGCalcs = null;
}
}
}
}
}