/// <summary>
/// Registers the elements.
/// </summary>
/// <param name="elements">The elements.</param>
public void RegisterElements(IEnumerable <string> elements)
{
if (_bedStatusPalette == null || _genderPalette == null)
{
throw new InvalidOperationException("BedStatusPalette and GenderPalette must be set before calling this method.");
}
_hospitalFloorData = new Dictionary <string, MapElementViewModel>(elements.Count());
IEnumerable <BedData> floorData = BedData.Load();
int freeBedsCount = 0;
foreach (string id in elements)
{
string id1 = id;
BedData data = floorData.FirstOrDefault(x => x.Id == id1);
if (data != null && data.BedStatus == BedStatus.Free)
{
++freeBedsCount;
}
_hospitalFloorData.Add(id, new MapElementViewModel(id, data, BedStatusPalette, GenderPalette));
}
MapElements = _hospitalFloorData.Values;
Filter = new FilterViewModel(_hospitalFloorData.Where(x => !x.Value.IsStub).Select(x => x.Value.BedData));
Filter.FilterChanged += OnFilterChanged;
TotalNumberOfBeds = _hospitalFloorData.Count;
TotalNumberOfFreeBeds = freeBedsCount;
}
/// <summary>
/// Filters the item.
/// </summary>
/// <param name="item">The item.</param>
/// <returns></returns>
public bool FilterItem(BedData item)
{
bool result = BedStatusFilter.Any(x => x.IsChecked && x.BedStatus == item.BedStatus);
if (item.BedStatus != BedStatus.Free)
{
result &= GenderFilter.Any(x => x.IsChecked && x.Gender == item.Patient.Gender);
if (item.BedStatus != BedStatus.Assigned)
{
int days = (Today - item.Patient.AdmissionDate).Days;
result &= days >= MinDays && days <= MaxDays;
}
if (SearchByName != null)
{
string searchByNameLower = _searchByName.ToLower();
result &= item.Patient.Name.ToLower().Contains(searchByNameLower);
}
}
result &= (!HasVitalSignsMonitor || item.HasVitalSignsMonitor) && (!HasXRay || item.HasXRay);
return(result);
}
// EA is genius... fix for genius coding in Bed.RelinquishOwnershipOfBed
public static void HandleDoubleBed(Sim newOwner, Bed bed, BedData entryPart)
{
if (newOwner != null && bed != null && entryPart != null)
{
// from BedMultiPart:ClaimOwnership
bool flag = (newOwner.Service != null) && (newOwner.Service.ServiceType == ServiceType.Butler);
if (flag || ((newOwner.Household != null) && ((newOwner.Household.LotHome == bed.LotCurrent) || bed.IsTent)))
{
bed.RelinquishOwnershipOfBeds(newOwner, false);
entryPart.Owner = newOwner;
if (!flag)
{
newOwner.Household.HouseholdSimsChanged += new Household.HouseholdSimsChangedCallback(bed.HouseholdSimsChanged);
}
if (flag)
{
BedData otherPart = bed.PartComponent.GetOtherPart(entryPart) as BedData;
if ((otherPart != null) && (otherPart.Owner == null))
{
otherPart.Owner = newOwner;
}
}
newOwner.Bed = bed;
}
}
}
private void SetBedData(BedData bd)
{
// container.PartComp.GetPartSimIsIn(base.Actor).SetPartParameters(base.mCurrentStateMachine);
PartArea area = bd.Area;
switch (area)
{
case PartArea.Left:
bd.StateNameSuffix = "Route0";
bd.IkSuffix = "";
bd.IsMirrored = false;
bd.AnimationPriority = AnimationPriority.kAPNormal;
break;
case PartArea.Right:
bd.StateNameSuffix = "Route1";
bd.IkSuffix = "";
bd.IsMirrored = true;
bd.AnimationPriority = AnimationPriority.kAPNormalPlus;
break;
}
base.mCurrentStateMachine.SetParameter("IsMirrored", bd.IsMirrored);
base.mCurrentStateMachine.SetParameter("IkSuffix", bd.IkSuffix);
base.mCurrentStateMachine.SetParameter("IsBedMade", bd.BedMade);
base.mCurrentStateMachine.SetParameter("IsTent", false);
}
public void Given_BedId_When_BedId_Field_Assigned_Expected_Same_Value_As_Given()
{
BedData bedData = new BedData();
bedData.BedID = 10;
int expected_value = 10;
int actual_value = bedData.BedID;
Assert.AreEqual(actual_value, expected_value);
}
public void Given_BedAvailibility_When_BedId_Field_Assigned_Expected_Same_Value_As_Given()
{
BedData bedData = new BedData();
bedData.BedAvailability = true;
bool actual_value = bedData.BedAvailability;
bool expected_value = true;
Assert.AreEqual(actual_value, expected_value);
}
public List <BedData> ConfigureBeds(int totalNumbersOfBeds)
{
List <BedData> bedsList = new List <BedData>();
BedData obj1 = new BedData(0);
for (int i = 1; i <= totalNumbersOfBeds; i++)
{
BedData bedDataObj = new BedData();
bedsList.Add(bedDataObj);
}
return(bedsList);
}
public void Given_PatientID_When_DischargeandDeallocateBed_Then_Patient_Is_Not_Available()
{
int patientID = 1;
List <BedData> bedListObj = new List <BedData>();
BedData bedData = new BedData();
bedListObj.Add(bedData);
List <PatientInfo> patientsListObj = new List <PatientInfo>();
PatientInfo newPatient = new PatientInfo();
patientsListObj.Add(newPatient);
DischargePatient dischargePatient = new DischargePatient();
dischargePatient.DischargeandDeallocateBed(patientID, bedListObj, patientsListObj);
}
public void Given_PatientID_When_AllocateBed_Invoked_Expetected_AvailableBedsDecreased()
{
int patientID = 0;
List <BedData> listOfBeds = new List <BedData>();
BedData bedData = new BedData();
listOfBeds.Add(bedData);
List <PatientInfo> patientsList = new List <PatientInfo>();
PatientInfo newPatient = new PatientInfo();
patientsList.Add(newPatient);
int initial_value = (listOfBeds.FindAll(x => x.BedAvailability.Equals(true))).Count;
BedAllocatorLib.BedAllocator bedAllocator = new BedAllocatorLib.BedAllocator();
bedAllocator.AllocateBed(patientID, listOfBeds, patientsList);
int actual_value = (listOfBeds.FindAll(x => x.BedAvailability.Equals(true))).Count;
int expected_value = initial_value - 1;
Assert.AreEqual(actual_value, expected_value);
}
public void Given_PatientID_When_AllocateBed_Invoked_Expetected_PatientList_Increased_By_One()
{
int patientID2 = 0;
List <BedData> listOfBeds2 = new List <BedData>();
BedData bedDataObj = new BedData();
listOfBeds2.Add(bedDataObj);
List <PatientInfo> patientsList2 = new List <PatientInfo>();
PatientInfo newPatient2 = new PatientInfo();
patientsList2.Add(newPatient2);
int initial_value = patientsList2.Count;
BedAllocatorLib.BedAllocator bedAllocatorObj2 = new BedAllocatorLib.BedAllocator();
bedAllocatorObj2.AllocateBed(patientID2, listOfBeds2, patientsList2);
int actual_Value = patientsList2.Count;
int expected_Value = initial_value + 1;
Assert.AreEqual(actual_Value, expected_Value);
}
public void Given_PatientID_When_AllocateBed_Invoked_Expetected_PatientList_Increased_By_One()
{
int patientID = 0;
List <BedData> listOfBeds = new List <BedData>();
BedData bedData = new BedData();
listOfBeds.Add(bedData);
List <PatientInfo> patientsList = new List <PatientInfo>();
PatientInfo newPatient = new PatientInfo();
patientsList.Add(newPatient);
int initial_value = patientsList.Count;
BedAllocatorLib.BedAllocator bedAllocator = new BedAllocatorLib.BedAllocator();
bedAllocator.AllocateBed(patientID, listOfBeds, patientsList);
int actual_value = patientsList.Count;
int expected_value = initial_value + 1;
Assert.AreEqual(actual_value, expected_value);
}
public void Given_PatientID_When_DischargeandDeallocateBed_Then_Patient_List_Size_Will_Decreazed_By_1()
{
int patientID = 1;
List <BedData> listOfBeds = new List <BedData>();
BedData bedData = new BedData();
bedData.BedAvailability = false;
bedData.PatientID = patientID;
listOfBeds.Add(bedData);
List <PatientInfo> listOfPatient = new List <PatientInfo>();
PatientInfo newPatient = new PatientInfo();
newPatient.PatientID = patientID;
newPatient.BedID = 1;
listOfPatient.Add(newPatient);
DischargePatient dischargePatient = new DischargePatient();
dischargePatient.DischargeandDeallocateBed(patientID, listOfBeds, listOfPatient);
int expectedValue = 0;
int actualValue = listOfPatient.Count;
Assert.AreEqual(expectedValue, actualValue);
}
/// <summary>
/// Initializes a new instance of the <see cref="MapElementViewModel"/> class.
/// </summary>
/// <param name="name">The name.</param>
/// <param name="bedData">The bed data.</param>
/// <param name="fillBrushes">The fill brushes.</param>
/// <param name="strokeBrushes">The stroke brushes.</param>
public MapElementViewModel(string name, BedData bedData, BrushCollection fillBrushes, BrushCollection strokeBrushes)
{
Name = name;
if (bedData != null)
{
BedData = bedData;
_fill = fillBrushes[(int)(BedData.BedStatus) + 1];
_inactiveFill = fillBrushes[0];
var strokeIndex = BedData.BedStatus != BedStatus.Free ? ((int)(BedData.Patient.Gender) + 1) : 0;
_stroke = strokeBrushes[strokeIndex];
_strokeThickness = strokeIndex == 0 ? new Thickness(0) : new Thickness(3);
_inactiveStroke = strokeBrushes[0];
}
else
{
IsStub = true;
_fill = fillBrushes[0];
_stroke = strokeBrushes[0];
_strokeThickness = new Thickness(1);
}
}
public override bool CanShareBed(Sim s, BedData entryPart, CommodityKind use, out Sim incompatibleSim)
{
return BedController.CanShareBed(this, s, use, out incompatibleSim);
}
public void AddBed([FromBody] BedData entity)
{
_bedsRepository.Add(entity);
}
public void UpdateBedData(string bedId, [FromBody] BedData entity)
{
_bedsRepository.Update(bedId, entity);
}
public override bool Run()
{
try
{
Actor.GreetSimOnMyLotIfPossible(Target);
if (StartBedCuddleA.GetCuddleType(Actor, Target) == StartBedCuddleA.CuddleType.CuddleTargetOnDifferentBed)
{
ChildUtils.SetPosturePrecondition(this, CommodityKind.Relaxing, new CommodityKind[] { CommodityKind.NextToTarget });
Actor.InteractionQueue.PushAsContinuation(this, true);
return(true);
}
BedMultiPart container = null;
try
{
if (Actor.Posture == null)
{
return(false);
}
if (!Actor.Posture.Satisfies(CommodityKind.Relaxing, null))
{
return(false);
}
if (!SafeToSync())
{
return(false);
}
container = Actor.Posture.Container as BedMultiPart;
if (container == null)
{
return(false);
}
if (IsMaster && ReturnInstance == null)
{
EnterStateMachine("BedSocials", "FromRelax", "x", "y");
AddPersistentScriptEventHandler(0x0, EventCallbackChangeVisibility);
SetActor("bed", container);
container.PartComp.GetPartSimIsIn(Actor).SetPartParameters(mCurrentStateMachine);
WooHoo interaction = InteractionDefinition.CreateInstance(Actor, Target, GetPriority(), false, CancellableByPlayer) as WooHoo;
interaction.IsMaster = false;
interaction.LinkedInteractionInstance = this;
ChildUtils.SetPosturePrecondition(interaction, CommodityKind.Relaxing, new CommodityKind[] { CommodityKind.NextToTarget });
Target.InteractionQueue.AddNext(interaction);
if (Target.Posture.Container != Actor.Posture.Container)
{
Actor.LookAtManager.SetInteractionLookAt(Target, 0xc8, LookAtJointFilter.TorsoBones);
Actor.Posture.CurrentStateMachine.RequestState("x", "callOver");
}
Actor.SynchronizationLevel = Sim.SyncLevel.Started;
Actor.SynchronizationTarget = Target;
Actor.SynchronizationRole = Sim.SyncRole.Initiator;
if (!StartSync(IsMaster))
{
return(false);
}
if (!Actor.WaitForSynchronizationLevelWithSim(Target, Sim.SyncLevel.Routed, 30f))
{
return(false);
}
Actor.SocialComponent.StartSocializingWith(Target);
}
else if (!StartSync(IsMaster))
{
return(false);
}
}
catch (ResetException)
{
throw;
}
catch (Exception e)
{
Common.DebugException(Actor, Target, e);
return(false);
}
StandardEntry(false);
BeginCommodityUpdates();
bool succeeded = false;
try
{
if (IsMaster)
{
if (CommonWoohoo.NeedPrivacy(container.InherentlyProvidesPrivacy, Actor, Target))
{
mSituation = new WooHooPrivacySituation(this);
if (!mSituation.Start())
{
FinishLinkedInteraction();
PostLoop();
if (ReturnInstance == null)
{
InteractionInstance instance = BedRelax.Singleton.CreateInstance(Actor.Posture.Container, Actor, GetPriority(), true, true);
Actor.InteractionQueue.PushAsContinuation(instance, true);
}
else
{
DoResume();
}
WooHoo linkedInteractionInstance = LinkedInteractionInstance as WooHoo;
if (linkedInteractionInstance != null)
{
if (ReturnInstance == null)
{
InteractionInstance instance2 = BedRelax.Singleton.CreateInstance(Target.Posture.Container, Target, GetPriority(), true, true);
Target.InteractionQueue.PushAsContinuation(instance2, true);
}
else
{
linkedInteractionInstance.DoResume();
}
linkedInteractionInstance.Failed = true;
}
WaitForSyncComplete();
return(false);
}
}
IWooHooDefinition definition = InteractionDefinition as IWooHooDefinition;
Actor.LookAtManager.ClearInteractionLookAt();
Target.LookAtManager.ClearInteractionLookAt();
if (ReturnInstance != null)
{
ReturnInstance.EnsureMaster();
mCurrentStateMachine = ReturnInstance.mCurrentStateMachine;
}
StartSocial(CommonSurrogate.GetSocialName(definition.GetStyle(this)));
InitiateSocialUI(Actor, Target);
WooHoo linked = LinkedInteractionInstance as WooHoo;
if (linked != null)
{
linked.Rejected = Rejected;
}
if (Rejected)
{
if (Actor.Posture.Container == Target.Posture.Container)
{
ThoughtBalloonManager.BalloonData bd = new ThoughtBalloonManager.DoubleBalloonData("balloon_woohoo", "balloon_question");
bd.BalloonType = ThoughtBalloonTypes.kSpeechBalloon;
Actor.ThoughtBalloonManager.ShowBalloon(bd);
AddOneShotScriptEventHandler(0x194, ShowRejectBalloonAndEnqueueRouteAway);
mCurrentStateMachine.RequestState(false, "x", "WooHooReject");
mCurrentStateMachine.RequestState(true, "y", "WooHooReject");
mCurrentStateMachine.RequestState(true, null, "ToRelax");
}
}
else
{
mCurrentStateMachine.AddOneShotScriptEventHandler(0x6e, OnPregnancyEvent);
mCurrentStateMachine.AddOneShotScriptEventHandler(0x6e, EventCallbackChangeClothes);
string wooHooEffectName = container.TuningBed.WooHooEffectName;
if (!string.IsNullOrEmpty(wooHooEffectName))
{
mWooHooEffect = VisualEffect.Create(wooHooEffectName);
mWooHooEffect.ParentTo(container, Slots.Hash("_FX_0"));
AddOneShotScriptEventHandler(0xc8, EventCallbackWooHoo);
AddOneShotScriptEventHandler(0xc9, EventCallbackWooHoo);
}
if (container is BedDreamPod)
{
AddOneShotScriptEventHandler(0xc8, EventCallbackDreamPodWooHoo);
AddOneShotScriptEventHandler(0xc9, EventCallbackDreamPodWooHoo);
}
Sim.ClothesChangeReason reason = Sim.ClothesChangeReason.GoingToBed;
if ((Woohooer.Settings.mNakedOutfitBed) && (!container.IsOutside))
{
reason = Sim.ClothesChangeReason.GoingToBathe;
Woohooer.Settings.AddChange(Actor);
Woohooer.Settings.AddChange(Target);
}
mHelperX = new Sim.SwitchOutfitHelper(Actor, reason);
mHelperY = new Sim.SwitchOutfitHelper(Target, reason);
mHelperX.Start();
mHelperY.Start();
mJealousyAlarm = AlarmManager.Global.AddAlarm(kJealousyBroadcasterDelay, TimeUnit.Minutes, StartJealousyBroadcaster, "StartJealousyBroadcaster", AlarmType.DeleteOnReset, container);
container.PreWooHooBehavior(Actor, Target, this);
mCurrentStateMachine.RequestState(false, "x", "WooHoo");
mCurrentStateMachine.RequestState(true, "y", "WooHoo");
container.PostWooHooBehavior(Actor, Target, this);
Relationship.Get(Actor, Target, true).STC.Update(Actor, Target, CommodityTypes.Amorous, kSTCIncreaseAfterWoohoo);
if (CanSleep(Actor, container))
{
SleepAfter = true;
}
else
{
SleepAfter = false;
container.PartComp.GetPartSimIsIn(Actor).BedMade = true;
}
if (CanSleep(Target, container))
{
(LinkedInteractionInstance as WooHoo).SleepAfter = true;
}
else
{
(LinkedInteractionInstance as WooHoo).SleepAfter = false;
container.PartComp.GetPartSimIsIn(Target).BedMade = true;
}
/*
* if (SleepAfter)
* {
* mCurrentStateMachine.RequestState(null, "ToSleep");
* }
* else*/
{
mCurrentStateMachine.RequestState(null, "ToRelax");
}
CommonWoohoo.RunPostWoohoo(Actor, Target, container, definition.GetStyle(this), definition.GetLocation(container), true);
if (container is BedDoubleHover)
{
Actor.BuffManager.AddElement(BuffNames.MeterHighClub, Origin.FromWooHooOnHoverBed);
Target.BuffManager.AddElement(BuffNames.MeterHighClub, Origin.FromWooHooOnHoverBed);
}
if (container is BedDreamPod)
{
Actor.BuffManager.AddElement(BuffNames.DoubleDreaming, Origin.FromWooHooInDreamPod);
Target.BuffManager.AddElement(BuffNames.DoubleDreaming, Origin.FromWooHooInDreamPod);
}
}
FinishSocial(CommonSurrogate.GetSocialName(definition.GetStyle(this)), true);
CleanupSituation();
Actor.AddExitReason(ExitReason.Finished);
}
else
{
container = Target.Posture.Container as BedMultiPart;
if (container == null)
{
return(false);
}
PartComponent <BedData> partComp = container.PartComp;
if (partComp.GetSimInOtherPart(Target) == null)
{
int num;
BedData otherPart = partComp.GetOtherPart(partComp.GetPartSimIsIn(Target));
if (!Actor.RouteToSlotListAndCheckInUse(container, otherPart.RoutingSlot, out num))
{
Actor.AddExitReason(ExitReason.RouteFailed);
return(false);
}
Actor.SynchronizationLevel = Sim.SyncLevel.Routed;
if (Rejected)
{
Actor.PlaySoloAnimation("a2a_bed_relax_cuddle_reject_standing_y", true);
Actor.RouteAway(kMinDistanceToMoveAwayWhenRejected, kMaxDistanceToMoveAwayWhenRejected, true,
new InteractionPriority(InteractionPriorityLevel.Zero), false, true, true, RouteDistancePreference.NoPreference);
return(true);
}
if (!otherPart.RelaxOnBed(Actor, "Enter_BedRelax_" + otherPart.StateNameSuffix))
{
return(false);
}
}
else
{
Actor.SynchronizationLevel = Sim.SyncLevel.Routed;
}
DoLoop(~(ExitReason.Replan | ExitReason.MidRoutePushRequested | ExitReason.ObjectStateChanged | ExitReason.PlayIdle | ExitReason.MaxSkillPointsReached));
if (!Actor.HasExitReason(ExitReason.Finished))
{
PostLoop();
WaitForMasterInteractionToFinish();
}
}
PostLoop();
WaitForSyncComplete();
succeeded = !Failed && !Rejected;
}
finally
{
EndCommodityUpdates(succeeded);
StandardExit(false, false);
}
if (succeeded)
{
VisitSituation situation = VisitSituation.FindVisitSituationInvolvingGuest(Actor);
VisitSituation situation2 = VisitSituation.FindVisitSituationInvolvingGuest(Target);
if (situation != null && situation2 != null)
{
situation.GuestStartingInappropriateAction(Actor, 3.5f);
situation2.GuestStartingInappropriateAction(Target, 3.5f);
}
}
if (succeeded && SleepAfter)
{
if (!Actor.InteractionQueue.HasInteractionOfType(BedSleep.Singleton))
{
InteractionInstance instance = BedSleep.Singleton.CreateInstance(container, Actor, GetPriority(), Autonomous, CancellableByPlayer);
Actor.InteractionQueue.PushAsContinuation(instance, true);
}
if (VisitSituation.FindVisitSituationInvolvingGuest(Target) != null && Actor.IsAtHome)
{
SocialCallback.OnStayOver(Actor, Target, false);
}
else if (VisitSituation.FindVisitSituationInvolvingGuest(Actor) != null && Target.IsAtHome)
{
SocialCallback.OnStayOver(Target, Actor, false);
}
}
else if (!IsOwner(Actor, container))
{
InteractionInstance instance = Actor.Posture.GetStandingTransition();
if (instance != null)
{
Actor.InteractionQueue.Add(instance);
}
}
return(succeeded);
}
catch (ResetException)
{
throw;
}
catch (Exception e)
{
Woohooer.Settings.AddChange(Actor);
Woohooer.Settings.AddChange(Target);
Common.Exception(Actor, Target, e);
return(false);
}
}
public override bool CanShareBed(Sim s, BedData entryPart, CommodityKind use, out Sim incompatibleSim)
{
return(BedController.CanShareBed(this, s, use, out incompatibleSim));
}
public static Sim Perform(Sim sim, bool fadeOut)
{
if (sim == null)
{
return(null);
}
try
{
SimDescription simDesc = sim.SimDescription;
if (Simulator.GetProxy(sim.ObjectId) == null)
{
if (simDesc != null)
{
sim.Destroy();
}
//sim.mSimDescription = null;
return(null);
}
if (simDesc == null)
{
sim.mSimDescription = new SimDescription();
sim.Destroy();
return(null);
}
if (sim.LotHome != null)
{
simDesc.IsZombie = false;
if (simDesc.CreatedSim != sim)
{
sim.Destroy();
simDesc.CreatedSim = null;
return(null);
}
else
{
Bed myBed = null;
BedData myBedData = null;
foreach (Bed bed in sim.LotHome.GetObjects <Bed>())
{
myBedData = bed.GetPartOwnedBy(sim);
if (myBedData != null)
{
myBed = bed;
break;
}
}
ResetPosture(sim);
if (simDesc.TraitManager == null)
{
simDesc.mTraitManager = new TraitManager();
}
try
{
simDesc.Fixup();
Corrections.CleanupBrokenSkills(simDesc, null);
ResetCareer(simDesc);
simDesc.ClearSpecialFlags();
if (simDesc.Pregnancy == null)
{
try
{
if (simDesc.mMaternityOutfits == null)
{
simDesc.mMaternityOutfits = new OutfitCategoryMap();
}
simDesc.SetPregnancy(0, false);
simDesc.ClearMaternityOutfits();
}
catch (Exception e)
{
Common.Exception(sim, null, "Pregnancy", e);
}
}
if (sim.CurrentCommodityInteractionMap == null)
{
try
{
LotManager.PlaceObjectOnLot(sim, sim.ObjectId);
if (sim.CurrentCommodityInteractionMap == null)
{
sim.ChangeCommodityInteractionMap(sim.LotHome.Map);
}
}
catch (Exception e)
{
Common.Exception(sim, null, "ChangeCommodityInteractionMap", e);
}
}
}
catch (Exception e)
{
Common.Exception(sim, null, "Fixup", e);
}
ResetSituations(sim);
CleanupSlots(sim);
ResetInventory(sim);
if (fadeOut)
{
bool active = (Sim.ActiveActor == sim);
if (sSimReset.Valid)
{
sSimReset.Invoke <bool>(new object[] { simDesc.SimDescriptionId });
}
ResetRouting(sim);
using (CreationProtection protection = new CreationProtection(simDesc, sim, false, true, false))
{
sim.Destroy();
Common.Sleep();
sim = FixInvisibleTask.InstantiateAtHome(simDesc, null);
}
if (sim != null)
{
if (active)
{
try
{
foreach (Sim member in Households.AllSims(sim.Household))
{
if (member.CareerManager == null)
{
continue;
}
Occupation occupation = member.CareerManager.Occupation;
if (occupation == null)
{
continue;
}
occupation.FormerBoss = null;
}
using (DreamCatcher.HouseholdStore store = new DreamCatcher.HouseholdStore(sim.Household, true))
{
PlumbBob.DoSelectActor(sim, true);
}
}
catch (Exception e)
{
Common.Exception(sim, null, "DoSelectActor", e);
}
}
if ((myBed != null) && (myBedData != null))
{
if (!(myBed is BedMultiPart) || (myBed is BedMultiPart && ((sim.Partner != null) && (sim.Partner.CreatedSim != null))))
{
myBed.ClaimOwnership(sim, myBedData);
}
else
{
HandleDoubleBed(sim, myBed, myBedData);
}
}
}
}
else
{
if (sim.Inventory == null)
{
sim.AddComponent <InventoryComponent>(new object[0x0]);
}
if (Instantiation.AttemptToPutInSafeLocation(sim, false))
{
ResetRouting(sim);
sim.SetObjectToReset();
// This is necessary to clear certain types of interactions
// (it is also called in SetObjectToReset(), though doesn't always work there)
if (sim.InteractionQueue != null)
{
sim.InteractionQueue.OnReset();
}
}
}
ResetSkillModifiers(simDesc);
ResetRole(sim);
if (simDesc.IsEnrolledInBoardingSchool())
{
simDesc.BoardingSchool.OnRemovedFromSchool();
}
MiniSimDescription miniSim = MiniSimDescription.Find(simDesc.SimDescriptionId);
if (miniSim != null)
{
miniSim.Instantiated = true;
}
UpdateInterface(sim);
return(sim);
}
}
else if (simDesc.Service is Butler)
{
if (Instantiation.AttemptToPutInSafeLocation(sim, true))
{
sim.Motives.RecreateMotives(sim);
sim.SetObjectToReset();
}
return(sim);
}
else if (simDesc.IsImaginaryFriend)
{
OccultImaginaryFriend friend;
if (OccultImaginaryFriend.TryGetOccultFromSim(sim, out friend))
{
if (Simulator.GetProxy(friend.mDollId) != null)
{
friend.TurnBackIntoDoll(OccultImaginaryFriend.Destination.Owner);
return(null);
}
}
}
else if (simDesc.IsBonehilda)
{
foreach (BonehildaCoffin coffin in Sims3.Gameplay.Queries.GetObjects <BonehildaCoffin>())
{
if (coffin.mBonehilda == simDesc)
{
coffin.mBonehildaSim = null;
break;
}
}
}
if (fadeOut)
{
sim.Destroy();
}
return(null);
}
catch (Exception exception)
{
Common.Exception(sim, exception);
return(sim);
}
}
public override bool CanShareBed(Sim s, BedData entryPart, Sims3.Gameplay.Autonomy.CommodityKind use, out Sim incompatibleSim)
{
incompatibleSim = null;
return(true);
}
public override void ClaimOwnership(Sim newOwner, BedData entryPart)
{
base.ClaimOwnership(newOwner, entryPart);
}
// EA is genius... fix for genius coding in Bed.RelinquishOwnershipOfBed
public static void HandleDoubleBed(Sim newOwner, Bed bed, BedData entryPart)
{
if (newOwner != null && bed != null && entryPart != null)
{
// from BedMultiPart:ClaimOwnership
bool flag = (newOwner.Service != null) && (newOwner.Service.ServiceType == ServiceType.Butler);
if (flag || ((newOwner.Household != null) && ((newOwner.Household.LotHome == bed.LotCurrent) || bed.IsTent)))
{
bed.RelinquishOwnershipOfBeds(newOwner, false);
entryPart.Owner = newOwner;
if (!flag)
{
newOwner.Household.HouseholdSimsChanged += new Household.HouseholdSimsChangedCallback(bed.HouseholdSimsChanged);
}
if (flag)
{
BedData otherPart = bed.PartComponent.GetOtherPart(entryPart) as BedData;
if ((otherPart != null) && (otherPart.Owner == null))
{
otherPart.Owner = newOwner;
}
}
newOwner.Bed = bed;
}
}
}
protected bool Run(Sim client, Sim solicitor)
{
bool flag3 = false;
ObjectGuid bedId = new ObjectGuid();
#region Initialize relationship data
//Increase the relationship for a moment, so sims can relax on the same bed
Relationship rRelationship = Relationship.Get(base.Actor, base.Target, true);
float originalLTR = 0;
Boolean changeLTR = false;
Boolean lover = false;
Boolean clientHasLFMoodlet = CommonMethods.HasMoodlet(client, BuffNames.LostAFriend, Origin.FromSocialization);
Boolean soliciterHasLFMoodlet = CommonMethods.HasMoodlet(solicitor, BuffNames.LostAFriend, Origin.FromSocialization);
#endregion
try
{
this.Actor.GreetSimOnMyLotIfPossible(this.Target);
if (StartBedCuddleA.GetCuddleType(this.Actor, this.Target) == StartBedCuddleA.CuddleType.CuddleTargetOnDifferentBed)
{
ChildUtils.SetPosturePrecondition(this, CommodityKind.Relaxing, new CommodityKind[]
{
CommodityKind.NextToTarget
});
this.Actor.InteractionQueue.PushAsContinuation(this, true);
return(true);
}
if (!this.Actor.Posture.Satisfies(CommodityKind.Relaxing, null))
{
return(false);
}
if (!base.SafeToSync())
{
return(false);
}
BedMultiPart bedMultiPart = this.Actor.Posture.Container as BedMultiPart;
bedId = bedMultiPart.ObjectId;
if (this.IsMaster && this.ReturnInstance == null)
{
base.EnterStateMachine("BedSocials", "FromRelax", "x", "y");
base.AddPersistentScriptEventHandler(0u, new SacsEventHandler(this.EventCallbackChangeVisibility));
base.SetActor("bed", bedMultiPart);
BedData partSimIsIn = bedMultiPart.PartComp.GetPartSimIsIn(this.Actor);
partSimIsIn.SetPartParameters(this.mCurrentStateMachine);
WooHoo wooHoo = base.InteractionDefinition.CreateInstance(this.Actor, this.Target, base.GetPriority(), false, base.CancellableByPlayer) as WooHoo;
wooHoo.IsMaster = false;
wooHoo.LinkedInteractionInstance = this;
ChildUtils.SetPosturePrecondition(wooHoo, CommodityKind.Relaxing, new CommodityKind[]
{
CommodityKind.NextToTarget
});
this.Target.InteractionQueue.AddNext(wooHoo);
if (this.Target.Posture.Container != this.Actor.Posture.Container)
{
this.Actor.LookAtManager.SetInteractionLookAt(this.Target, 200, LookAtJointFilter.TorsoBones);
this.Actor.Posture.CurrentStateMachine.RequestState("x", "callOver");
}
this.Actor.SynchronizationLevel = Sim.SyncLevel.Started;
this.Actor.SynchronizationTarget = this.Target;
this.Actor.SynchronizationRole = Sim.SyncRole.Initiator;
if (!base.StartSync(this.IsMaster))
{
return(false);
}
if (!this.Actor.WaitForSynchronizationLevelWithSim(this.Target, Sim.SyncLevel.Routed, 30f))
{
return(false);
}
base.StartSocialContext();
}
else
{
if (!base.StartSync(this.IsMaster))
{
return(false);
}
}
base.StandardEntry(false);
base.BeginCommodityUpdates();
if (this.IsMaster)
{
if (!bedMultiPart.InherentlyProvidesPrivacy)
{
this.mSituation = new WooHoo.WooHooPrivacySituation(this);
if (!this.mSituation.Start())
{
base.FinishLinkedInteraction();
base.PostLoop();
if (this.ReturnInstance == null)
{
InteractionInstance instance = BedRelax.Singleton.CreateInstance(this.Actor.Posture.Container, this.Actor, base.GetPriority(), true, true);
this.Actor.InteractionQueue.PushAsContinuation(instance, true);
}
else
{
base.DoResume();
}
WooHoo wooHoo2 = this.LinkedInteractionInstance as WooHoo;
if (wooHoo2 != null)
{
if (this.ReturnInstance == null)
{
InteractionInstance instance2 = BedRelax.Singleton.CreateInstance(this.Target.Posture.Container, this.Target, base.GetPriority(), true, true);
this.Target.InteractionQueue.PushAsContinuation(instance2, true);
}
else
{
wooHoo2.DoResume();
}
wooHoo2.Failed = true;
}
base.WaitForSyncComplete();
base.EndCommodityUpdates(false);
base.StandardExit(false, false);
return(false);
}
}
this.Actor.LookAtManager.ClearInteractionLookAt();
this.Target.LookAtManager.ClearInteractionLookAt();
if (this.ReturnInstance != null)
{
this.ReturnInstance.EnsureMaster();
this.mCurrentStateMachine = this.ReturnInstance.mCurrentStateMachine;
}
base.StartSocial(this.SocialName);
base.InitiateSocialUI(this.Actor, this.Target);
this.Rejected = false;
(this.LinkedInteractionInstance as WooHoo).Rejected = this.Rejected;
if (this.Rejected)
{
if (this.Actor.Posture.Container == this.Target.Posture.Container)
{
ThoughtBalloonManager.BalloonData balloonData = new ThoughtBalloonManager.DoubleBalloonData("balloon_woohoo", "balloon_question");
balloonData.BalloonType = ThoughtBalloonTypes.kSpeechBalloon;
this.Actor.ThoughtBalloonManager.ShowBalloon(balloonData);
base.AddOneShotScriptEventHandler(404u, new SacsEventHandler(this.ShowRejectBalloonAndEnqueueRouteAway));
this.mCurrentStateMachine.RequestState(false, "x", "WooHooReject");
this.mCurrentStateMachine.RequestState(true, "y", "WooHooReject");
this.mCurrentStateMachine.RequestState(true, null, "ToRelax");
}
this.Actor.BuffManager.AddElement(BuffNames.WalkOfShame, Origin.FromRejectedWooHooOffHome);
}
else
{
if (this.BabyMade())
{
this.mCurrentStateMachine.AddOneShotScriptEventHandler(110u, new SacsEventHandler(this.EventCallbackPlayBabySound));
}
this.mCurrentStateMachine.AddOneShotScriptEventHandler(110u, new SacsEventHandler(this.EventCallbackChangeClothes));
string wooHooEffectName = bedMultiPart.TuningBed.WooHooEffectName;
if (!string.IsNullOrEmpty(wooHooEffectName))
{
this.mWooHooEffect = VisualEffect.Create(wooHooEffectName);
this.mWooHooEffect.ParentTo(bedMultiPart, Slots.Hash("_FX_0"));
base.AddOneShotScriptEventHandler(200u, new SacsEventHandler(this.EventCallbackWooHoo));
base.AddOneShotScriptEventHandler(201u, new SacsEventHandler(this.EventCallbackWooHoo));
}
this.mHelperX = new Sim.SwitchOutfitHelper(this.Actor, Sim.ClothesChangeReason.GoingToBed);
this.mHelperY = new Sim.SwitchOutfitHelper(this.Target, Sim.ClothesChangeReason.GoingToBed);
this.mHelperX.Start();
this.mHelperY.Start();
this.mJealousyAlarm = AlarmManager.Global.AddAlarm(WooHoo.kJealousyBroadcasterDelay, TimeUnit.Minutes, new AlarmTimerCallback(this.StartJealousyBroadcaster), "StartJealousyBroadcaster", AlarmType.DeleteOnReset, bedMultiPart);
bedMultiPart.PreWooHooBehavior(this.Actor, this.Target, this);
this.mCurrentStateMachine.RequestState(false, "x", "WooHoo");
this.mCurrentStateMachine.RequestState(true, "y", "WooHoo");
bedMultiPart.PostWooHooBehavior(this.Actor, this.Target, this);
Relationship relationship = Relationship.Get(this.Actor, this.Target, true);
relationship.STC.Update(this.Actor, this.Target, CommodityTypes.Amorous, WooHoo.kSTCIncreaseAfterWoohoo);
InteractionInstance nextInteraction = this.Actor.InteractionQueue.GetNextInteraction();
bool flag = nextInteraction != null;
bool flag2 = flag && nextInteraction.PosturePreconditions != null && nextInteraction.PosturePreconditions.ContainsPosture(CommodityKind.Sleeping);
nextInteraction = this.Target.InteractionQueue.GetNextInteraction();
flag = (flag || nextInteraction != null);
flag2 = (flag2 && nextInteraction != null && nextInteraction.PosturePreconditions != null && nextInteraction.PosturePreconditions.ContainsPosture(CommodityKind.Sleeping));
if ((this.mSituation != null && this.mSituation.SomeoneDidIntrude) || (flag && !flag2))
{
this.SleepAfter = false;
}
else
{
this.SleepAfter = (BedSleep.CanSleep(this.Actor, true) && BedSleep.CanSleep(this.Target, true));
}
(this.LinkedInteractionInstance as WooHoo).SleepAfter = this.SleepAfter;
if (this.SleepAfter)
{
this.mCurrentStateMachine.RequestState(null, "ToSleep");
}
else
{
this.mCurrentStateMachine.RequestState(null, "ToRelax");
bedMultiPart.PartComp.GetPartSimIsIn(this.Actor).BedMade = true;
bedMultiPart.PartComp.GetPartSimIsIn(this.Target).BedMade = true;
}
SocialCallback.RunPostWoohoo(this.Actor, this.Target, bedMultiPart);
if (bedMultiPart is BedDoubleHover)
{
this.Actor.BuffManager.AddElement(BuffNames.MeterHighClub, Origin.FromWooHooOnHoverBed);
this.Target.BuffManager.AddElement(BuffNames.MeterHighClub, Origin.FromWooHooOnHoverBed);
}
}
base.FinishSocial(this.SocialName, true);
this.CleanupSituation();
this.Actor.AddExitReason(ExitReason.Finished);
}
else
{
bedMultiPart = (this.Target.Posture.Container as BedMultiPart);
if (bedMultiPart == null)
{
return(false);
}
PartComponent <BedData> partComp = bedMultiPart.PartComp;
if (partComp.GetSimInOtherPart(this.Target) == null)
{
BedData otherPart = partComp.GetOtherPart(partComp.GetPartSimIsIn(this.Target));
int num;
if (!this.Actor.RouteToSlotListAndCheckInUse(bedMultiPart, otherPart.RoutingSlot, out num))
{
this.Actor.AddExitReason(ExitReason.RouteFailed);
return(false);
}
this.Actor.SynchronizationLevel = Sim.SyncLevel.Routed;
if (this.Rejected)
{
this.Actor.PlaySoloAnimation("a2a_bed_relax_cuddle_reject_standing_y", true);
this.Actor.RouteAway(WooHoo.kMinDistanceToMoveAwayWhenRejected, WooHoo.kMaxDistanceToMoveAwayWhenRejected, true, new InteractionPriority(InteractionPriorityLevel.Zero), false, true, true, RouteDistancePreference.NoPreference);
return(true);
}
if (!otherPart.RelaxOnBed(this.Actor, "Enter_BedRelax_" + otherPart.StateNameSuffix))
{
return(false);
}
}
else
{
this.Actor.SynchronizationLevel = Sim.SyncLevel.Routed;
}
base.DoLoop(ExitReason.Default);
if (!this.Actor.HasExitReason(ExitReason.Finished))
{
base.PostLoop();
base.WaitForMasterInteractionToFinish();
}
}
base.PostLoop();
base.WaitForSyncComplete();
flag3 = true;// !this.Failed && !this.Rejected;
base.EndCommodityUpdates(flag3);
base.StandardExit(false, false);
if (flag3)
{
VisitSituation visitSituation = VisitSituation.FindVisitSituationInvolvingGuest(this.Actor);
VisitSituation visitSituation2 = VisitSituation.FindVisitSituationInvolvingGuest(this.Target);
if (visitSituation != null && visitSituation2 != null)
{
visitSituation.GuestStartingInappropriateAction(this.Actor, 3.5f);
visitSituation2.GuestStartingInappropriateAction(this.Target, 3.5f);
}
}
if (flag3 && this.SleepAfter)
{
bedMultiPart.GetPartContaining(this.Actor).StateMachine = null;
if (!this.Actor.InteractionQueue.HasInteractionOfType(BedSleep.Singleton))
{
InteractionInstance instance3 = BedSleep.Singleton.CreateInstance(bedMultiPart, this.Actor, base.GetPriority(), base.Autonomous, base.CancellableByPlayer);
this.Actor.InteractionQueue.PushAsContinuation(instance3, true);
}
VisitSituation visitSituation3 = VisitSituation.FindVisitSituationInvolvingGuest(this.Target);
if (visitSituation3 != null && this.Actor.IsAtHome)
{
SocialCallback.OnStayOver(this.Actor, this.Target, false);
}
else
{
visitSituation3 = VisitSituation.FindVisitSituationInvolvingGuest(this.Actor);
if (visitSituation3 != null && this.Target.IsAtHome)
{
SocialCallback.OnStayOver(this.Target, this.Actor, false);
}
}
}
}
catch (Exception ex)
{
StyledNotification.Show(new StyledNotification.Format(ex.ToString(), StyledNotification.NotificationStyle.kGameMessageNegative));
}
finally
{
try
{
if (flag3)
{
#region Ge Payed and such
CommonMethods.HandlePostWoohoo(client, solicitor, bedId);
#endregion
}
#region Restore LTR
if (rRelationship != null && changeLTR)
{
rRelationship.LTR.SetLiking(originalLTR);
//Remove the lost friend moodlets if we didn't have them before, but have them now
if (!clientHasLFMoodlet && CommonMethods.HasMoodlet(client, BuffNames.LostAFriend, Origin.FromSocialization))
{
client.BuffManager.RemoveElement(BuffNames.LostAFriend);
}
if (!soliciterHasLFMoodlet && CommonMethods.HasMoodlet(solicitor, BuffNames.LostAFriend, Origin.FromSocialization))
{
solicitor.BuffManager.RemoveElement(BuffNames.LostAFriend);
}
//If we were not lovers, before but are now, remove the icon
if (lover)
{
rRelationship.LTR.RemoveInteractionBit(LongTermRelationship.InteractionBits.Romantic);
}
}
}
catch (Exception ex)
{
StyledNotification.Show(new StyledNotification.Format("finally: " + ex.Message, StyledNotification.NotificationStyle.kGameMessageNegative));
}
#endregion
}
return(flag3);
}
public override bool Run()
{
try
{
Actor.GreetSimOnMyLotIfPossible(Target);
if (GetCuddleType(Actor, Target) == CuddleType.CuddleTargetOnDifferentBed)
{
ChildUtils.SetPosturePrecondition(this, CommodityKind.Relaxing, new CommodityKind[] { CommodityKind.NextToTarget });
Actor.InteractionQueue.PushAsContinuation(this, true);
return(true);
}
if (!SafeToSync())
{
return(false);
}
// Custom
mReactToSocialBroadcaster = new ReactionBroadcaster(Actor, Conversation.ReactToSocialParams, SocialComponentEx.ReactToJealousEventMedium);
//SocialComponent.SendCheatingEvents(Actor, Target, !Rejected);
StartBedCuddleB entry = StartBedCuddleB.Singleton.CreateInstance(Actor, Target, GetPriority(), false, CancellableByPlayer) as StartBedCuddleB;
LinkedInteractionInstance = entry;
Target.InteractionQueue.Add(entry);
if (Target.Posture.Container != Actor.Posture.Container)
{
Actor.LookAtManager.SetInteractionLookAt(Target, 0xc8, LookAtJointFilter.TorsoBones);
Actor.Posture.CurrentStateMachine.RequestState("x", "callOver");
}
Actor.SynchronizationLevel = Sim.SyncLevel.Started;
Actor.SynchronizationTarget = Target;
Actor.SynchronizationRole = Sim.SyncRole.Initiator;
if (!Actor.WaitForSynchronizationLevelWithSim(Target, Sim.SyncLevel.Started, Bed.kTimeToWaitForOtherToArriveForCuddling))
{
return(false);
}
Actor.Posture.CurrentStateMachine.RequestState("x", "ExitRelaxing");
StartSocial("Cuddle");
entry.Rejected = Rejected;
Actor.SynchronizationLevel = Sim.SyncLevel.Routed;
if (!Actor.WaitForSynchronizationLevelWithSim(Target, Sim.SyncLevel.Routed, Bed.kTimeToWaitForOtherToArriveForCuddling))
{
return(false);
}
if (Rejected)
{
if (Actor.Posture.Container == Target.Posture.Container)
{
BedMultiPart container = Actor.Posture.Container as BedMultiPart;
BedData partSimIsIn = container.PartComp.GetPartSimIsIn(Actor);
EnterStateMachine("BedSocials", "FromRelax", "x", "y");
mCurrentStateMachine.EnterState("y", "FromRelax");
mCurrentStateMachine.EnterState("bed", "FromRelax");
SetActor("bed", container);
partSimIsIn.SetPartParameters(mCurrentStateMachine);
mCurrentStateMachine.RequestState(false, "x", "CuddleReject");
mCurrentStateMachine.RequestState(false, "bed", "CuddleReject");
mCurrentStateMachine.RequestState(true, "y", "CuddleReject");
mCurrentStateMachine.RequestState(null, "ToRelax");
Target.RouteAway(kMinDistanceToMoveAwayWhenRejected, kMaxDistanceToMoveAwayWhenRejected, true, new InteractionPriority(InteractionPriorityLevel.Zero), false, true, true, RouteDistancePreference.NoPreference);
}
else
{
Actor.Posture.CurrentStateMachine.RequestState(true, "x", "CallOverReject");
}
return(false);
}
if (!Actor.WaitForSynchronizationLevelWithSim(Target, Sim.SyncLevel.Completed, Bed.kTimeToWaitForOtherToArriveForCuddling))
{
return(false);
}
InteractionPriority priority = new InteractionPriority(InteractionPriorityLevel.Zero);
CuddleRelaxing relaxing = CuddleRelaxing.Singleton.CreateInstance(Target, Actor, priority, false, CancellableByPlayer) as CuddleRelaxing;
relaxing.IsMaster = true;
relaxing.AdoptSocialEffect(this);
CuddleRelaxing relaxing2 = CuddleRelaxing.Singleton.CreateInstance(Actor, Target, priority, false, CancellableByPlayer) as CuddleRelaxing;
relaxing2.IsMaster = false;
relaxing.LinkedInteractionInstance = relaxing2;
EventTracker.SendEvent(new SocialEvent(EventTypeId.kSocialInteraction, Actor, Target, "Cuddle", false, !Rejected, false, CommodityTypes.Undefined));
EventTracker.SendEvent(new SocialEvent(EventTypeId.kSocialInteraction, Target, Actor, "Cuddle", true, !Rejected, false, CommodityTypes.Undefined));
Actor.InteractionQueue.Add(relaxing);
Target.InteractionQueue.Add(relaxing2);
return(!Rejected);
}
catch (ResetException)
{
throw;
}
catch (Exception e)
{
Common.Exception(Actor, Target, e);
return(false);
}
}
private bool Route()
{
Slot slot;
// Sim sim;
BedData partContaining = base.Target.GetPartContaining(base.Actor);
if (partContaining != null)
{
//if (base.Actor.Posture is SleepingPosture)
if (base.Actor.Posture.Satisfies(CommodityKind.Sleeping, null))
{
StateMachineClient stateMachine = partContaining.StateMachine;
if (stateMachine != null)
{
stateMachine.RequestState("x", "ExitRelax");
partContaining.StateMachine = null;
}
partContaining.BedMade = true;
}
this.mEntryStateName = "Enter_OnBed_" + partContaining.StateNameSuffix;
this.mEntryPart = partContaining;
return(true);
}
if (base.Target.SimLine != null)
{
ExitReason exitReasons = ~(ExitReason.MidRoutePushRequested | ExitReason.PlayIdle | ExitReason.MaxSkillPointsReached);
if (!base.Target.SimLine.WaitForTurn(this, SimQueue.WaitBehavior.Default, exitReasons, 30f) || base.Actor.HasExitReason(exitReasons))
{
return(false);
}
this.mbInLine = true;
}
PartData partClosestToHit = base.GetPartClosestToHit();
List <PartData> parts = new List <PartData>();
foreach (PartData data3 in base.Target.PartComp.PartDataList.Values)
{
parts.Add(data3);
}
if (!base.Actor.RouteToUnusedPart(parts, partClosestToHit, out slot))
{
return(false);
}
BedData entryPart = null;
// Label_017C:
foreach (BedData data5 in base.Target.PartComp.PartDataList.Values)
{
for (int i = 0; i < data5.RoutingSlot.Length; i++)
{
if ((data5.RoutingSlot[i] == slot) && !data5.InUse)
{
entryPart = data5;
}
}
}
if (!base.Target.SetContainedObject(entryPart, base.Actor))
{
base.Actor.AddExitReason(ExitReason.FailedToStart);
return(false);
}
this.mEntryStateName = "Enter_BedRelax_" + entryPart.StateNameSuffix;
this.mEntryPart = entryPart;
return(true);
}
