public bool ___ReturnBonehildaToCoffin(BonehildaCoffin target)
{
if (target == null || target.mBonehildaSim == null) // custom
{
return(false);
}
InteractionQueue tInteractionQueue = target.mBonehildaSim.InteractionQueue;
if (tInteractionQueue != null && !tInteractionQueue.HasInteractionOfType(BonehildaCoffin.BonehildaReturnToCoffin.Singleton))
{
Sim targetsim = target.mBonehildaSim;
try
{
tInteractionQueue.CancelAllInteractions();
}
catch (Exception)
{
NFinalizeDeath.ForceCancelAllInteractionsWithoutCleanup(targetsim);
NFinalizeDeath.ForceDestroyObject(targetsim);
target.mBonehildaSim = null;
return(true);
}
targetsim = target.mBonehildaSim;
if (targetsim == null || targetsim.SimDescription == null || targetsim.HasBeenDestroyed)
{
target.mBonehildaSim = null;
return(true);
}
var entry =
BonehildaCoffin.BonehildaReturnToCoffin
.Singleton.CreateInstance(target, targetsim,
new InteractionPriority(InteractionPriorityLevel.RequiredNPCBehavior),
isAutonomous: false,
cancellableByPlayer: true)
as BonehildaCoffin.BonehildaReturnToCoffin;
tInteractionQueue.AddNext(entry);
}
if (tInteractionQueue == null)
{
target.mBonehildaSim = null;
}
return(true);
}
public override bool Run()
{
try
{
if (!TimePortal.sTimeTravelerHasBeenSummoned && Actor.CreateRoute().PlanToSlot(Target, Slot.RoutingSlot_0).Succeeded())
{
if (!TimeTravelerSituation.Create(Actor.LotHome, Actor.ObjectId, Target.ObjectId))
{
return(false);
}
CauseEffectService.OpportunityPortal = Target;
mTimeTravlerArrivalHandled = false;
}
if ((Target.InUse && !Target.IsActorUsingMe(Actor)) || !Actor.RouteToSlot(Target, Slot.RoutingSlot_0, false))
{
return(false);
}
if (Actor.HasExitReason(~(ExitReason.Replan | ExitReason.MidRoutePushRequested | ExitReason.ObjectStateChanged | ExitReason.PlayIdle | ExitReason.MaxSkillPointsReached)))
{
return(false);
}
Definition interactionDefinition = InteractionDefinition as Definition;
if (Target.Active)
{
interactionDefinition.curState = TimePortal.PortalState.Active;
}
else
{
interactionDefinition.curState = TimePortal.PortalState.Inactive;
}
Actor.SkillManager.AddElement(SkillNames.Future);
StandardEntry(!Target.IsActorUsingMe(Actor));
BeginCommodityUpdates();
Target.mTimeToStepBack = false;
EnterStateMachine("timeportal", "Enter", "x");
SetActor("portal", Target);
mCurrentStateMachine.AddOneShotScriptEventHandler(0x65, SwitchActiveState);
mCurrentStateMachine.AddOneShotScriptEventHandler(0x66, PositionTimeTraveler);
AnimateSim("Mess With");
if (!TimePortal.sTimeTravelerHasBeenSummoned)
{
Common.DebugNotify("A");
mCurrentStateMachine.RequestState(false, "x", "FirstTimeReact");
emergencyStopWatch = StopWatch.Create(StopWatch.TickStyles.Seconds);
int num = 0x2d;
mTimeTraveler = CauseEffectService.GetInstance().GetTimeTraveler();
while ((mTimeTraveler == null) && (emergencyStopWatch.GetElapsedTime() < num))
{
SpeedTrap.Sleep(0x1);
// Custom
SimDescription simDesc = SimDescription.Find(CauseEffectService.sPersistableData.TimeTravelerSimID);
if (simDesc == null)
{
CauseEffectService.sPersistableData.TimeTravelerSimID = 0;
CauseEffectService.GetInstance().RequestTimeTravelerSimDesc(Household.NpcHousehold);
}
else
{
mTimeTraveler = Instantiation.PerformOffLot(simDesc, Target.LotCurrent, null);
}
}
Common.DebugNotify("B");
if (mTimeTraveler != null)
{
InteractionQueue interactionQueue = mTimeTraveler.InteractionQueue;
mLinkedInteraction = TimePortal.BeSummoned.Singleton.CreateInstance(Actor, mTimeTraveler, new InteractionPriority(InteractionPriorityLevel.CriticalNPCBehavior), false, false) as TimePortal.BeSummoned;
mLinkedInteraction.SyncTarget = Actor;
interactionQueue.AddNext(mLinkedInteraction);
Actor.SynchronizationRole = Sim.SyncRole.Initiator;
Actor.SynchronizationTarget = mTimeTraveler;
Actor.SynchronizationLevel = Sim.SyncLevel.Routed;
if (Actor.WaitForSynchronizationLevelWithSim(mTimeTraveler, Sim.SyncLevel.Started, 40f))
{
Common.DebugNotify("C");
SetActorAndEnter("y", mTimeTraveler, "TTEnter");
AnimateJoinSims("TimeTravelerExit");
Actor.SynchronizationLevel = Sim.SyncLevel.Completed;
TimeTravelerSituation situation = ServiceSituation.FindServiceSituationInvolving(mTimeTraveler) as TimeTravelerSituation;
if (situation != null)
{
situation.OnAppearComplete(mTimeTraveler, 0f);
while (!Actor.HasExitReason(~(ExitReason.Replan | ExitReason.MidRoutePushRequested | ExitReason.ObjectStateChanged | ExitReason.PlayIdle | ExitReason.MaxSkillPointsReached)))
{
Actor.LoopIdle();
SpeedTrap.Sleep(0xa);
}
}
else
{
Target.ActorsUsingMe.Clear();
TimePortal.sTimeTravelerHasBeenSummoned = true;
}
}
else
{
AnimateSim("Exit");
}
Common.DebugNotify("D");
mTimeTravlerArrivalHandled = true;
}
else
{
AnimateSim("Exit");
}
}
else
{
if (!GameUtils.IsFutureWorld())
{
MiniSimDescription simDesc = MiniSimDescription.Find(CauseEffectService.sPersistableData.TimeTravelerSimID);
if (simDesc == null)
{
CauseEffectService.sPersistableData.TimeTravelerSimID = 0;
CauseEffectService.GetInstance().RequestTimeTravelerSimDesc(Household.NpcHousehold);
}
}
AnimateSim("Exit");
Vector3 v = Target.Position + ((Vector3)(2f * Target.ForwardVector));
Actor.RouteToPoint(v);
Actor.RouteTurnToFace(Target.Position);
}
EndCommodityUpdates(true);
StandardExit();
if (Target.Active)
{
EventTracker.SendEvent(EventTypeId.kInspectedTimePortal, Actor);
}
return(true);
}
catch (ResetException)
{
throw;
}
catch (Exception e)
{
Common.Exception(Actor, Target, e);
}
finally
{
TravelUtil.PlayerMadeTravelRequest = false;
//Sims3.Gameplay.Gameflow.Singleton.EnableSave(this);
}
return(false);
}
public override bool Run()
{
try
{
if (!Actor.RouteToSlotAndCheckInUse(Target, BotMakingStation.kOperatorRoutingSlot))
{
return(false);
}
StandardEntry();
BeginCommodityUpdates();
CASAgeGenderFlags adult = CASAgeGenderFlags.Adult;
CASAgeGenderFlags gender = CASAgeGenderFlags.None | CASAgeGenderFlags.Male;
RobotForms humanoid = RobotForms.Humanoid;
SimDescription simDescription = OccultRobot.MakeRobot(adult, gender, humanoid);
if (simDescription == null)
{
StandardExit();
return(false);
}
FutureSkill.SetupReactToFutureTech(Target);
EnterStateMachine("BotMakingStation", "Enter", "x");
SetActor("BotMakingStation", Target);
Target.SetGeometryState("on");
Animate("x", "CreateServoBot");
bool flag = false;
Household.NpcHousehold.Add(simDescription);
try
{
new Sims.Advanced.EditInCAS(true).Perform(new GameHitParameters <SimDescriptionObject>(Sim.ActiveActor, new SimDescriptionObject(simDescription), GameObjectHit.NoHit));
while (GameStates.NextInWorldStateId != InWorldState.SubState.LiveMode)
{
SpeedTrap.Sleep();
}
flag |= CASChangeReporter.Instance.CasCancelled;
Household.NpcHousehold.Remove(simDescription);
Target.LotCurrent.SetDisplayLevel(LotManager.GetBestLevelToDisplayForSim(Actor, Target.LotCurrent));
Household household = Actor.Household;
/* Overstuffed
* if (!household.CanAddSimDescriptionToHousehold(simDescription))
* {
* flag = true;
* }
*/
if (flag)
{
AnimateSim("CancelCreateServoBot");
simDescription.Dispose();
AnimateSim("Exit");
}
else
{
CASRobotData supernaturalData = simDescription.SupernaturalData as CASRobotData;
supernaturalData.CreatorSim = Actor.SimDescription.SimDescriptionId;
supernaturalData.BotQualityLevel = Target.GetCreationLevel(Actor);
household.Add(simDescription);
Sim sim = null;
Slot[] containmentSlots = Target.GetContainmentSlots();
if ((containmentSlots != null) && (containmentSlots.Length > 0x0))
{
Vector3 slotPosition = Target.GetSlotPosition(containmentSlots[0x0]);
Vector3 forwardOfSlot = Target.GetForwardOfSlot(containmentSlots[0x0]);
sim = Genetics.InstantiateRobotAndGrantPhone(simDescription, slotPosition);
sim.SetPosition(slotPosition);
sim.SetForward(forwardOfSlot);
}
else
{
Vector3 position = Actor.Position;
Vector3 forwardVector = Actor.ForwardVector;
sim = simDescription.Instantiate(position);
GlobalFunctions.FindGoodLocationNearby(sim, ref position, ref forwardVector);
sim.SetPosition(position);
sim.SetForward(forwardVector);
}
Actor.Genealogy.AddChild(sim.Genealogy);
InteractionQueue interactionQueue = sim.InteractionQueue;
mLinkedInteraction = BotMakingStation.BeCreated.Singleton.CreateInstance(Target, sim, new InteractionPriority(InteractionPriorityLevel.CriticalNPCBehavior), false, false) as BotMakingStation.BeCreated;
mLinkedInteraction.SyncTarget = Actor;
interactionQueue.AddNext(mLinkedInteraction);
Actor.SynchronizationRole = Sim.SyncRole.Initiator;
Actor.SynchronizationTarget = sim;
Actor.SynchronizationLevel = Sim.SyncLevel.Routed;
if (!Actor.WaitForSynchronizationLevelWithSim(sim, Sim.SyncLevel.Started, 40f))
{
Actor.ClearSynchronizationData();
AnimateJoinSims("CompleteCreateServoBot");
AnimateSim("ExitWithBot");
Target.SetGeometryState("off");
EndCommodityUpdates(false);
StandardExit();
return(false);
}
SetActorAndEnter("y", sim, "BotEnter");
CASRobotData data2 = simDescription.SupernaturalData as CASRobotData;
if (data2 != null)
{
SetParameter("IsHoverBot", data2.Form == RobotForms.Hovering);
}
else
{
SetParameter("IsHoverBot", false);
}
Actor.ModifyFunds(-BotMakingStation.kCostToBuildServoBot);
AnimateJoinSims("CompleteCreateServoBot");
AnimateSim("ExitWithBot");
BotBuildingSkill element = Actor.SkillManager.GetElement(SkillNames.BotBuilding) as BotBuildingSkill;
sim.SimDescription.TraitChipManager.UpgradeNumTraitChips(element.GetSimMaxAllowedUpgradeSlots());
EventTracker.SendEvent(EventTypeId.kCreatedBot, Actor, sim);
element.OnBotCreated();
}
}
catch
{
simDescription.Dispose();
}
Target.SetGeometryState("off");
EndCommodityUpdates(!flag);
StandardExit();
return(true);
}
catch (ResetException)
{
throw;
}
catch (Exception e)
{
Common.Exception(Actor, Target, e);
}
return(false);
}
