/// <summary>
/// Activate autopilot
/// </summary>
internal override bool Activate()
{
if (vessel.situation != Vessel.Situations.LANDED && vessel.situation != Vessel.Situations.PRELAUNCH)
{
ScreenMessages.PostScreenMessage(Localizer.Format("#LOC_BV_Warning_Landed"), 5f).color = Color.yellow;
return(false);
}
SystemCheck();
// No driving until at least 3 operable wheels are touching the ground - tricycles are allowed
if ((wheelTestResult.inTheAir > 0) && (wheelTestResult.operable < 3))
{
ScreenMessages.PostScreenMessage(Localizer.Format("#LOC_BV_Warning_WheelsNotTouching"), 5f).color = Color.yellow;
return(false);
}
if (wheelTestResult.operable < 3)
{
ScreenMessages.PostScreenMessage(Localizer.Format("#LOC_BV_Warning_WheelsNotOperable"), 5f).color = Color.yellow;
return(false);
}
// At least 2 wheels must be on
if (wheelTestResult.online < 2)
{
ScreenMessages.PostScreenMessage(Localizer.Format("#LOC_BV_Warning_WheelsNotOnline"), 5f).color = Color.yellow;
return(false);
}
// Get fuel amount if fuel cells are used
if (fuelCells.Use && !CheatOptions.InfinitePropellant)
{
IResourceBroker broker = new ResourceBroker();
var iList = fuelCells.InputResources;
for (int i = 0; i < iList.Count; i++)
{
iList[i].MaximumAmountAvailable = broker.AmountAvailable(vessel.rootPart, iList[i].Name, 1, ResourceFlowMode.ALL_VESSEL);
if (iList[i].MaximumAmountAvailable == 0)
{
ScreenMessages.PostScreenMessage(Localizer.Format("#LOC_BV_Warning_NotEnoughFuel"), 5f).color = Color.yellow;
return(false);
}
}
}
// Power production
if (requiredPower > (electricPower_Solar + electricPower_Other))
{
// If required power is greater than total power generated, then average speed can be lowered up to 75%
double speedReduction = (requiredPower - (electricPower_Solar + electricPower_Other)) / requiredPower;
if (speedReduction > 0.75)
{
ScreenMessages.PostScreenMessage(Localizer.Format("#LOC_BV_Warning_LowPowerRover"), 5f).color = Color.yellow;
return(false);
}
}
BonVoyageModule module = vessel.FindPartModuleImplementing <BonVoyageModule>();
if (module != null)
{
vesselHeightFromTerrain = vessel.radarAltitude;
module.averageSpeed = averageSpeed;
module.averageSpeedAtNight = averageSpeedAtNight;
module.manned = manned;
module.vesselHeightFromTerrain = vesselHeightFromTerrain;
}
return(base.Activate());
}
public void FixedUpdate()
{
if (!HighLogic.LoadedSceneIsFlight || vessel == null || !vessel.loaded)
{
return;
}
if (vessel.isEVA)
{
CheckEVA(vessel);
return;
}
if (_partCount != vessel.parts.Count)
{
if (_partCount > 0)
{
_isStatusRefreshRequired = true;
}
_partCount = vessel.parts.Count;
}
if (_isDirty)
{
_isDirty = false;
UpdateVesselInfo();
UpdateStatus();
}
var now = Planetarium.GetUniversalTime();
if (_currentCrewCount == 0)
{
VesselStatus.VesselName = vessel.vesselName;
VesselStatus.NumCrew = vessel.GetCrewCount();
VesselStatus.CrewCap = vessel.GetCrewCapacity();
VesselStatus.LastECCheck = now;
VesselStatus.LastFeeding = now;
VesselStatus.LastUpdate = now;
LifeSupportManager.Instance.TrackVessel(VesselStatus);
LastUpdateTime = now;
return;
}
try
{
bool isLongLoop = false;
var offKerbin = !LifeSupportManager.IsOnKerbin(vessel);
CheckVesselId();
// Check our time
double deltaTime = GetDeltaTime();
bool isCatchup = deltaTime / 2 > TimeWarp.fixedDeltaTime;
if (deltaTime < ResourceUtilities.FLOAT_TOLERANCE * 10)
{
return;
}
if (now >= _lastProcessingTime + _checkInterval)
{
isLongLoop = true;
_lastProcessingTime = now;
}
VesselStatus.LastUpdate = now;
VesselStatus.VesselName = vessel.vesselName;
VesselStatus.NumCrew = vessel.GetCrewCount();
VesselStatus.CrewCap = vessel.GetCrewCapacity();
if (isLongLoop)
{
CheckForDeadKerbals();
}
if (_currentCrewCount > 0)
{
//Guard clause
if (_crewPart == null)
{
UpdateVesselInfo();
}
//we will add a bit of a fudge factor for supplies
var tolerance = deltaTime / 2f;
//nom nom nom!
ConverterResults resultSupply = Converter.ProcessRecipe(deltaTime, SupplyRecipe, _crewPart, null, 1f);
ConverterResults resultEC = Converter.ProcessRecipe(deltaTime, ECRecipe, _crewPart, null, 1f);
#region Long Loop - Crew
if (isLongLoop)
{
//Ensure status is current
UpdateStatus();
var habTime = LifeSupportManager.GetTotalHabTime(VesselStatus, vessel);
if (_oldHabChecksum < ResourceUtilities.FLOAT_TOLERANCE)
{
_oldHabChecksum = LifeSupportManager.GetHabChecksum(VesselStatus, vessel);
}
var newHabChecksum = LifeSupportManager.GetHabChecksum(VesselStatus, vessel);
if (Math.Abs(_oldHabChecksum - newHabChecksum) > ResourceUtilities.FLOAT_TOLERANCE)
{
Debug.Log("[USI-LS] Vessel situation changed, refreshing life support");
_isStatusRefreshRequired = true;
_oldHabChecksum = newHabChecksum;
}
var crewRoster = vessel.GetVesselCrew();
var count = crewRoster.Count;
for (int i = 0; i < count; ++i)
{
var crewMember = crewRoster[i];
bool isGrouchyHab = false;
bool isGrouchySupplies = false;
bool isGrouchyEC = false;
bool isScout = crewMember.HasEffect("ExplorerSkill") && habTime >= LifeSupportScenario.Instance.settings.GetSettings().ScoutHabTime;
bool isPermaHab = habTime >= LifeSupportScenario.Instance.settings.GetSettings().PermaHabTime;
bool isHomeWorld = CheckIfHomeWorld() && habTime >= LifeSupportScenario.Instance.settings.GetSettings().ScoutHabTime&& vessel.LandedOrSplashed;
// Get the crew member's life support stats
var trackedKerbal = LifeSupportManager.Instance.FetchKerbal(crewMember);
// Update life support stats
if (_isStatusRefreshRequired)
{
trackedKerbal.TimeEnteredVessel = now;
_isStatusRefreshRequired = false;
LifeSupportManager.Instance.TrackKerbal(trackedKerbal);
}
// Update Hab effects
if (!offKerbin || isScout || isHomeWorld || isPermaHab)
{
trackedKerbal.TimeEnteredVessel = now;
trackedKerbal.LastAtHome = now;
trackedKerbal.MaxOffKerbinTime = habTime + trackedKerbal.LastAtHome;
}
else
{
if (vessel.id.ToString() != trackedKerbal.CurrentVesselId)
{
if (vessel.id.ToString() != trackedKerbal.PreviousVesselId)
{
trackedKerbal.TimeEnteredVessel = now;
}
trackedKerbal.PreviousVesselId = trackedKerbal.CurrentVesselId;
trackedKerbal.CurrentVesselId = vessel.id.ToString();
LifeSupportManager.Instance.TrackKerbal(trackedKerbal);
}
isGrouchyHab = CheckHabSideEffects(trackedKerbal);
}
// Update Supplies effects
if (offKerbin && (deltaTime - resultSupply.TimeFactor > tolerance))
{
isGrouchySupplies = CheckSupplySideEffects(trackedKerbal);
}
else if (deltaTime >= ResourceUtilities.FLOAT_TOLERANCE)
{
//All is well
trackedKerbal.LastMeal = LastUpdateTime;
VesselStatus.LastFeeding = LastUpdateTime;
}
// Update ElectricCharge effects
if (offKerbin && (deltaTime - resultEC.TimeFactor > tolerance))
{
isGrouchyEC = CheckECSideEffects(trackedKerbal);
}
else if (deltaTime >= ResourceUtilities.FLOAT_TOLERANCE)
{
//All is well
trackedKerbal.LastEC = LastUpdateTime;
VesselStatus.LastECCheck = LastUpdateTime;
}
trackedKerbal.LastUpdate = now;
var isAnyGrouch = isGrouchyEC || isGrouchyHab || isGrouchySupplies;
if (isGrouchyEC && !isCatchup)
{
ApplyEffect(
trackedKerbal,
crewMember,
LifeSupportManager.GetNoECEffect(trackedKerbal.KerbalName),
"power loss");
}
else if (isGrouchySupplies && !isCatchup)
{
ApplyEffect(
trackedKerbal,
crewMember,
LifeSupportManager.GetNoSupplyEffect(trackedKerbal.KerbalName),
"lack of supplies");
}
else if (isGrouchyHab && !isCatchup)
{
ApplyEffect(
trackedKerbal,
crewMember,
LifeSupportManager.GetNoHomeEffect(trackedKerbal.KerbalName),
"homesickness");
}
else if (crewMember.experienceTrait.Title != trackedKerbal.OldTrait && !isAnyGrouch)
{
RemoveGrouchiness(crewMember, trackedKerbal);
}
LifeSupportManager.Instance.TrackKerbal(trackedKerbal);
}
}
#endregion - Crew
var remainingSupplies = ResourceBroker.AmountAvailable(
_crewPart,
"Supplies",
deltaTime,
ResourceFlowMode.ALL_VESSEL);
var remainingBattery = ResourceBroker.AmountAvailable(
_crewPart,
"ElectricCharge",
deltaTime,
ResourceFlowMode.ALL_VESSEL);
var suppliesConsumption = LifeSupportScenario.Instance.settings.GetSettings().SupplyAmount;
var electricityConsumption = LifeSupportScenario.Instance.settings.GetSettings().ECAmount;
VesselStatus.SuppliesLeft = remainingSupplies / suppliesConsumption / _currentCrewCount / VesselStatus.RecyclerMultiplier;
VesselStatus.ECLeft = remainingBattery / electricityConsumption / _currentCrewCount;
}
else
{
VesselStatus.LastECCheck = now;
VesselStatus.LastFeeding = now;
VesselStatus.LastUpdate = now;
}
LifeSupportManager.Instance.TrackVessel(VesselStatus);
}
catch (Exception ex)
{
print(string.Format("ERROR {0} IN ModuleLifeSupport", ex.Message));
}
}
/// <summary>
/// Check the systems
/// </summary>
internal override void SystemCheck()
{
base.SystemCheck();
// Test stock wheels
WheelTestResult testResultStockWheels = CheckStockWheels();
// Test KSPWheels
WheelTestResult testResultKSPkWheels = CheckKSPWheels();
// Sum it
wheelTestResult.powerRequired = testResultStockWheels.powerRequired + testResultKSPkWheels.powerRequired;
wheelTestResult.maxSpeedSum = testResultStockWheels.maxSpeedSum + testResultKSPkWheels.maxSpeedSum;
wheelTestResult.inTheAir = testResultStockWheels.inTheAir + testResultKSPkWheels.inTheAir;
wheelTestResult.operable = testResultStockWheels.operable + testResultKSPkWheels.operable;
wheelTestResult.damaged = testResultStockWheels.damaged + testResultKSPkWheels.damaged;
wheelTestResult.online = testResultStockWheels.online + testResultKSPkWheels.online;
wheelTestResult.maxWheelRadius = testResultStockWheels.maxWheelRadius + testResultKSPkWheels.maxWheelRadius;
// Generally, moving at high speed requires less power than wheels' max consumption. Maximum required power of controller will 35% of wheels power requirement
requiredPower = wheelTestResult.powerRequired / 100 * 35;
// Get available EC from batteries
if (batteries.UseBatteries)
{
batteries.MaxAvailableEC = GetAvailableEC_Batteries();
}
else
{
batteries.MaxAvailableEC = 0;
}
// Get available EC from fuell cells
fuelCells.OutputValue = 0;
fuelCells.InputResources.Clear();
if (fuelCells.Use)
{
List <ModuleResourceConverter> mrc = vessel.FindPartModulesImplementing <ModuleResourceConverter>();
for (int i = 0; i < mrc.Count; i++)
{
double ecRatio = 0;
try
{
var ec = mrc[i].outputList.Find(x => x.ResourceName == "ElectricCharge"); // NullArgumentException when not found
ecRatio = ec.Ratio;
}
catch { }
if (ecRatio > 0)
{
// Add input resources
var iList = mrc[i].inputList;
for (int r = 0; r < iList.Count; r++)
{
// Check if we have fuel for converter. If not, then continue without adding output ratio.
if (!CheatOptions.InfinitePropellant && r == 0)
{
IResourceBroker broker = new ResourceBroker();
if (broker.AmountAvailable(vessel.rootPart, iList[r].ResourceName, 1, ResourceFlowMode.ALL_VESSEL) == 0)
{
break;
}
}
var ir = fuelCells.InputResources.Find(x => x.Name == iList[r].ResourceName);
if (ir == null)
{
ir = new Resource();
ir.Name = iList[r].ResourceName;
fuelCells.InputResources.Add(ir);
}
ir.Ratio += iList[r].Ratio;
// Add EC ration to output
if (r == 0)
{
fuelCells.OutputValue += ecRatio;
}
}
}
}
}
electricPower_Other += fuelCells.OutputValue;
// Cheats
if (CheatOptions.InfiniteElectricity)
{
electricPower_Other = requiredPower;
}
// Manned
manned = (vessel.GetCrewCount() > 0);
// Pilots and Scouts (USI) increase base average speed
crewSpeedBonus = 0;
if (manned)
{
int maxPilotLevel = -1;
int maxScoutLevel = -1;
int maxDriverLevel = -1;
List <ProtoCrewMember> crewList = vessel.GetVesselCrew();
for (int i = 0; i < crewList.Count; i++)
{
switch (crewList[i].trait)
{
case "Pilot":
if (maxPilotLevel < crewList[i].experienceLevel)
{
maxPilotLevel = crewList[i].experienceLevel;
}
break;
case "Scout":
if (maxScoutLevel < crewList[i].experienceLevel)
{
maxScoutLevel = crewList[i].experienceLevel;
}
break;
default:
if (crewList[i].HasEffect("AutopilotSkill"))
{
if (maxDriverLevel < crewList[i].experienceLevel)
{
maxDriverLevel = crewList[i].experienceLevel;
}
}
break;
}
}
if (maxPilotLevel > 0)
{
crewSpeedBonus = 6 * maxPilotLevel; // up to 30% for a Pilot
}
else if (maxDriverLevel > 0)
{
crewSpeedBonus = 4 * maxDriverLevel; // up to 20% for any driver (has AutopilotSkill skill)
}
else if (maxScoutLevel > 0)
{
crewSpeedBonus = 2 * maxScoutLevel; // up to 10% for a Scout (Scouts disregard safety)
}
}
// Average speed will vary depending on number of wheels online and crew present from 50 to 95 percent of average wheels' max speed
if (wheelTestResult.online != 0)
{
maxSpeedBase = wheelTestResult.maxSpeedSum / wheelTestResult.online;
wheelsPercentualModifier = Math.Min(70, (40 + 5 * wheelTestResult.online));
averageSpeed = maxSpeedBase * Convert.ToDouble(wheelsPercentualModifier) / 100 * (1 + Convert.ToDouble(crewSpeedBonus) / 100);
}
else
{
averageSpeed = 0;
}
// Unmanned rovers drive with the speed penalty based on available tech
if (!manned)
{
averageSpeed = averageSpeed * (100 - Convert.ToDouble(GetUnmannedSpeedPenalty())) / 100;
}
// Base average speed at night is the same as average speed, if there is other power source. Zero otherwise.
if (electricPower_Other > 0.0)
{
averageSpeedAtNight = averageSpeed;
}
else
{
averageSpeedAtNight = 0;
}
// If required power is greater then total power generated, then average speed can be lowered up to 75%
if (requiredPower > (electricPower_Solar + electricPower_Other))
{
double speedReduction = (requiredPower - (electricPower_Solar + electricPower_Other)) / requiredPower;
if (speedReduction <= 0.75)
{
averageSpeed = averageSpeed * (1 - speedReduction);
}
}
// If required power is greater then other power generated, then average speed at night can be lowered up to 75%
if (requiredPower > electricPower_Other)
{
double speedReduction = (requiredPower - electricPower_Other) / requiredPower;
if (speedReduction <= 0.75)
{
averageSpeedAtNight = averageSpeedAtNight * (1 - speedReduction);
}
else
{
averageSpeedAtNight = 0;
}
}
// If we are using batteries, compute for how long and how much EC we can use
if (batteries.UseBatteries)
{
batteries.MaxUsedEC = 0;
batteries.ECPerSecondConsumed = 0;
batteries.ECPerSecondGenerated = 0;
// We have enough of solar power to recharge batteries
if (requiredPower < (electricPower_Solar + electricPower_Other))
{
batteries.ECPerSecondConsumed = Math.Max(requiredPower - electricPower_Other, 0); // If there is more other power than required power, we don't need batteries
batteries.MaxUsedEC = batteries.MaxAvailableEC / 2; // We are using only half of max available EC
if (batteries.ECPerSecondConsumed > 0)
{
double halfday = vessel.mainBody.rotationPeriod / 2; // in seconds
batteries.ECPerSecondGenerated = electricPower_Solar + electricPower_Other - requiredPower;
batteries.MaxUsedEC = Math.Min(batteries.MaxUsedEC, batteries.ECPerSecondConsumed * halfday); // get lesser value of MaxUsedEC and EC consumed per night
batteries.MaxUsedEC = Math.Min(batteries.MaxUsedEC, batteries.ECPerSecondGenerated * halfday); // get lesser value of MaxUsedEC and max EC available for recharge during a day
}
}
if (batteries.MaxUsedEC > 0)
{
batteries.CurrentEC = batteries.MaxUsedEC; // We are starting at full available capacity
}
else
{
UseBatteriesChanged(false);
ScreenMessages.PostScreenMessage(Localizer.Format("#LOC_BV_Warning_CantUseBatteries") + " " + Localizer.Format("#LOC_BV_Warning_LowPowerRover") + ".", 5f).color = Color.yellow;
}
}
}
private bool HasFuel()
{
var res = Fuels[CurrentFuelIndex];
return(broker.AmountAvailable(part, res.name, 1, "") > 1);
}
