protected static bool GiveTip(BandInstrument ths, Sim tipper, Sim player, int moneyPerLevel, int moneyPerComposition)
{
if (ths.mTipJar == null)
{
return(false);
}
Route r = tipper.CreateRoute();
RadialRangeDestination destination = new RadialRangeDestination();
destination.mCenterPoint = ths.mTipJar.Position;
destination.mConeVector = ths.mTipJar.ForwardVector;
destination.mFacingPreference = RouteOrientationPreference.TowardsObject;
destination.mfConeAngle = 3.141593f;
destination.mfMinRadius = 1.25f;
destination.mfPreferredSpacing = 0.1f;
destination.mTargetObject = ths.mTipJar;
r.AddDestination(destination);
r.SetValidRooms(0x0L, null);
r.ExitReasonsInterrupt &= -33;
r.Plan();
if (!tipper.DoRoute(r))
{
return(false);
}
tipper.PlaySoloAnimation("a2o_guitar_tip_x", true);
BandSkill skill = player.SkillManager.GetSkill <BandSkill>(ths.SkillName);
int delta = skill.SkillLevel * moneyPerLevel;
delta += skill.NumberCompositionsPlayed() * moneyPerComposition;
delta = (int)RandomUtil.GetDouble(delta * 0.75, delta * 1.25);
delta++;
RockBand.GiveXpForMoney(player, delta);
NRaas.StoryProgression.Main.Money.AdjustFunds(player.SimDescription, "Tips", delta);
int original = skill.mMoneyMadeFromGuitarPlaying;
skill.MadeTips(delta, false);
delta = skill.mMoneyMadeFromGuitarPlaying - original;
NRaas.StoryProgression.Main.Money.AdjustFunds(tipper.SimDescription, "Tips", -delta);
return(true);
}
protected static int GiveTipEx(DJTurntable ths, Sim tipper, Sim player)
{
if (ths.mTipJar == null)
{
return(0);
}
Route r = tipper.CreateRoute();
RadialRangeDestination destination = new RadialRangeDestination();
destination.mCenterPoint = ths.mTipJar.Position;
destination.mConeVector = ths.mTipJar.ForwardVector;
destination.mFacingPreference = RouteOrientationPreference.TowardsObject;
destination.mfConeAngle = 3.141593f;
destination.mfMinRadius = 1.25f;
destination.mfPreferredSpacing = 0.1f;
destination.mTargetObject = ths.mTipJar;
r.AddDestination(destination);
r.SetValidRooms(0x0L, null);
r.ExitReasonsInterrupt &= -33;
r.Plan();
if (!tipper.DoRoute(r))
{
return(0);
}
tipper.PlaySoloAnimation("a2o_guitar_tip_x", true);
int delta = 0;
int dJLevel = ths.GetDJLevel(player);
if (((dJLevel >= 0x0) && (dJLevel <= 0x5)) && (dJLevel >= DJTurntable.kMakeATipLevel))
{
delta = DJTurntable.kTipAmountPerLevel[dJLevel];
}
delta = (int)RandomUtil.GetDouble(delta * 0.75, delta * 1.25);
delta++;
NRaas.StoryProgression.Main.Money.AdjustFunds(player.SimDescription, "Tips", delta);
NRaas.StoryProgression.Main.Money.AdjustFunds(tipper.SimDescription, "Tips", -delta);
return(delta);
}
protected static bool GiveTip(PerformanceCareer.PerformerPerformForTips ths, Sim tipper, Sim player)
{
if (ths.mTipJar == null)
{
return(false);
}
Route r = tipper.CreateRoute();
RadialRangeDestination destination = new RadialRangeDestination();
destination.mCenterPoint = ths.mTipJar.Position;
destination.mConeVector = ths.mTipJar.ForwardVector;
destination.mFacingPreference = RouteOrientationPreference.TowardsObject;
destination.mfConeAngle = 3.141593f;
destination.mfMinRadius = 1.25f;
destination.mfPreferredSpacing = 0.1f;
destination.mTargetObject = ths.mTipJar;
r.AddDestination(destination);
r.SetValidRooms(0x0L, null);
r.ExitReasonsInterrupt &= -33;
r.Plan();
if (!tipper.DoRoute(r))
{
return(false);
}
tipper.PlaySoloAnimation("a2o_guitar_tip_x", true);
PerformanceCareer occupationAsPerformanceCareer = player.OccupationAsPerformanceCareer;
int delta = occupationAsPerformanceCareer.CareerLevel * occupationAsPerformanceCareer.Tuning.TipMoneyPerLevel;
delta = (int)RandomUtil.GetDouble(delta * 0.75, delta * 1.25);
delta++;
NRaas.StoryProgression.Main.Money.AdjustFunds(player.SimDescription, "Tips", delta);
int original = occupationAsPerformanceCareer.mTipsCurrentGig;
occupationAsPerformanceCareer.MadeTips(delta, false);
delta = occupationAsPerformanceCareer.mTipsCurrentGig - original;
NRaas.StoryProgression.Main.Money.AdjustFunds(tipper.SimDescription, "Tips", -delta);
return(true);
}
protected static int GiveTipEx(DJTurntable ths, Sim tipper, Sim player)
{
if (ths.mTipJar == null)
{
return 0;
}
Route r = tipper.CreateRoute();
RadialRangeDestination destination = new RadialRangeDestination();
destination.mCenterPoint = ths.mTipJar.Position;
destination.mConeVector = ths.mTipJar.ForwardVector;
destination.mFacingPreference = RouteOrientationPreference.TowardsObject;
destination.mfConeAngle = 3.141593f;
destination.mfMinRadius = 1.25f;
destination.mfPreferredSpacing = 0.1f;
destination.mTargetObject = ths.mTipJar;
r.AddDestination(destination);
r.SetValidRooms(0x0L, null);
r.ExitReasonsInterrupt &= -33;
r.Plan();
if (!tipper.DoRoute(r))
{
return 0;
}
tipper.PlaySoloAnimation("a2o_guitar_tip_x", true);
int delta = 0;
int dJLevel = ths.GetDJLevel(player);
if (((dJLevel >= 0x0) && (dJLevel <= 0x5)) && (dJLevel >= DJTurntable.kMakeATipLevel))
{
delta = DJTurntable.kTipAmountPerLevel[dJLevel];
}
delta = (int)RandomUtil.GetDouble(delta * 0.75, delta * 1.25);
delta++;
NRaas.StoryProgression.Main.Money.AdjustFunds(player.SimDescription, "Tips", delta);
NRaas.StoryProgression.Main.Money.AdjustFunds(tipper.SimDescription, "Tips", -delta);
return delta;
}
protected static bool GiveTip(SnakeCharmingBasket ths, Sim tipper, Sim player, int moneyPerLevel, int moneyPerComposition)
{
if (!ths.CanTip(player))
{
return(false);
}
Route r = tipper.CreateRoute();
RadialRangeDestination destination = new RadialRangeDestination();
destination.mCenterPoint = ths.Position;
destination.mConeVector = ths.ForwardVector;
destination.mFacingPreference = RouteOrientationPreference.TowardsObject;
destination.mfConeAngle = 3.141593f;
destination.mfMinRadius = 1.25f;
destination.mfPreferredSpacing = 0.1f;
destination.mTargetObject = ths;
r.AddDestination(destination);
r.SetValidRooms(0x0L, null);
r.ExitReasonsInterrupt &= -33;
r.Plan();
if (tipper.DoRoute(r))
{
int delta = player.SkillManager.GetSkillLevel(SkillNames.SnakeCharming) * moneyPerLevel;
delta = (int)RandomUtil.GetDouble(delta * 0.75, delta * 1.25);
delta++;
NRaas.StoryProgression.Main.Money.AdjustFunds(tipper.SimDescription, "Tips", -delta);
NRaas.StoryProgression.Main.Money.AdjustFunds(player.SimDescription, "Tips", delta);
tipper.PlaySoloAnimation("a2o_guitar_tip_x", true);
SnakeCharmingBasket.CharmForTips currentInteraction = player.CurrentInteraction as SnakeCharmingBasket.CharmForTips;
if (currentInteraction != null)
{
currentInteraction.MoneyEarnedThisSession += delta;
}
return(true);
}
return(false);
}
// replaces the method from RabbitHole class - identical except for new slot reassignment code
public bool RouteNearEntranceAndEnterRabbitHole(Sim a, RabbitHole.IRabbitHoleFollowers inst, RabbitHole.BeforeEnteringRabbitHoleDelegate beforeEntering, bool canUseCar, Route.RouteMetaType routeMetaType, bool playRouteFailure)
{
if ((Target.RabbitHoleProxy.EnterSlots.Count == 0) || (Target.RabbitHoleProxy.ExitSlots.Count == 0))
{
return(false);
}
if (a.IsInRidingPosture && ((Target.RabbitHoleProxy.MountedEnterSlots.Count == 0) || (Target.RabbitHoleProxy.MountedExitSlots.Count == 0)))
{
return(false);
}
List <Sim> list = new List <Sim>();
CarryingChildPosture posture = a.Posture as CarryingChildPosture;
if (posture != null)
{
list.Add(posture.Child);
}
if (inst != null)
{
if (inst.SimFollowers != null)
{
foreach (Sim sim in inst.SimFollowers)
{
posture = sim.Posture as CarryingChildPosture;
if (posture != null)
{
list.Add(posture.Child);
}
}
foreach (Sim sim2 in list)
{
inst.AddFollower(sim2);
}
}
else if (list.Count > 0)
{
inst.AddFollower(list[0]);
}
}
bool flag = false;
Route item = null;
Sim parent = null;
if (a.IsInRidingPosture)
{
if (a.Parent is Sim)
{
parent = a.Parent as Sim;
}
item = parent.CreateRoute();
item.ExecutionFromNonSimTaskIsSafe = true;
}
else
{
item = a.CreateRoute();
}
bool flag2 = false;
int kRouteAttemptsToEnterRabbitHole = RabbitHole.kRouteAttemptsToEnterRabbitHole;
Slot slotToUse = Slot.None;
while ((kRouteAttemptsToEnterRabbitHole > 0) && !flag2)
{
kRouteAttemptsToEnterRabbitHole--;
try
{
Target.RabbitHoleProxy.ActiveEntryRoutes.Add(item);
if (playRouteFailure)
{
item.DoRouteFail = kRouteAttemptsToEnterRabbitHole == 0;
}
item.SetOption(Route.RouteOption.EnablePlanningAsCar, canUseCar);
if (Target.mGuid == RabbitHoleType.Subway)
{
item.SetOption(Route.RouteOption.EnableSubwayPlanning, false);
}
if (Target.mGuid == RabbitHoleType.HoverTrainStation)
{
item.SetOption2(Route.RouteOption2.EnableHoverTrainPlanning, false);
}
item.SetRouteMetaType(routeMetaType);
foreach (Slot slot2 in Target.RabbitHoleProxy.EnterSlots)
{
item.AddObjectToIgnoreForRoute(Target.RabbitHoleProxy.SlotToSlotInfo[slot2].Footprint.ObjectId);
}
foreach (Slot slot3 in Target.RabbitHoleProxy.MountedEnterSlots)
{
item.AddObjectToIgnoreForRoute(Target.RabbitHoleProxy.SlotToSlotInfo[slot3].Footprint.ObjectId);
}
item.PlanToSlot(Target.RabbitHoleProxy, (a.IsInRidingPosture ? Target.RabbitHoleProxy.MountedEnterSlots : Target.RabbitHoleProxy.EnterSlots).ToArray());
if (!item.PlanResult.Succeeded())
{
item.DoRouteFail = playRouteFailure;
if (a.IsInRidingPosture)
{
return(parent.DoRoute(item));
}
return(a.DoRoute(item));
}
slotToUse = (Slot)item.PlanResult.mDestSlotNameHash;
// Slot Reassignment
if ((Target.RabbitHoleProxy.EnterSlots.Count > 1) && (Target.RabbitHoleProxy.EnterSlots.Count <= 5))
{
slotToUse = ReassignSlot(Target.RabbitHoleProxy.EnterSlots.Count);
}
List <Sim> followers = (inst == null) ? null : inst.SimFollowers;
if ((!flag && (followers != null)) && ((followers.Count > 1) || ((followers.Count == 1) && (followers[0].Posture.Container != a))))
{
//if (RouteOutside(a, followers, this.RabbitHoleProxy.EnterSlots[0x0], false, true, true, false))
if (Target.RouteOutside(a, followers, Target.RabbitHoleProxy.EnterSlots[0], false, true, true, false))
{
flag = true;
flag2 = true;
}
}
else
{
//flag2 = RouteOutside(a, followers, none, false, true, false, false);
flag2 = Target.RouteOutside(a, followers, slotToUse, false, true, false, false);
}
if (!flag2 && (kRouteAttemptsToEnterRabbitHole > 0))
{
if (IntroTutorial.TutorialSim == a)
{
break;
}
a.RemoveExitReason(ExitReason.RouteFailed);
if (a.HasExitReason(~(ExitReason.Replan | ExitReason.MidRoutePushRequested | ExitReason.ObjectStateChanged | ExitReason.PlayIdle | ExitReason.MaxSkillPointsReached)))
{
break;
}
a.LoopIdle();
Simulator.Sleep((uint)SimClock.ConvertToTicks(RandomUtil.GetFloat(RabbitHole.kMinSimMinutesToSleepOnFailedRouteAttempt, RabbitHole.kMaxSimMinutesToSleepOnFailedRouteAttempt), TimeUnit.Minutes));
}
continue;
}
finally
{
Target.RabbitHoleProxy.ActiveEntryRoutes.Remove(item);
}
}
item = null;
if (((a.ExitReason & ExitReason.HigherPriorityNext) == ExitReason.None) && ((a.ExitReason & ExitReason.UserCanceled) == ExitReason.None))
{
if (flag2)
{
RabbitHole.NumSuccess++;
}
else
{
RabbitHole.NumFail++;
}
}
if (!flag2)
{
return(flag2);
}
if ((beforeEntering != null) && !beforeEntering())
{
List <Sim> simFollowers = null;
if (inst != null)
{
simFollowers = inst.SimFollowers;
}
//RouteOutside(a, simFollowers, RandomUtil.GetRandomObjectFromList<Slot>(a.IsInRidingPosture ? this.RabbitHoleProxy.MountedEnterSlots : this.RabbitHoleProxy.EnterSlots), false, false, true, true);
Target.RouteOutside(a, simFollowers, RandomUtil.GetRandomObjectFromList <Slot>(a.IsInRidingPosture ? Target.RabbitHoleProxy.MountedEnterSlots : Target.RabbitHoleProxy.EnterSlots), false, false, true, true);
return(false);
}
LeadingHorsePosture posture2 = a.Posture as LeadingHorsePosture;
if (posture2 != null)
{
Sim container = posture2.Container as Sim;
LeadingHorsePosture.ReleaseHorseFromLeadingPosture(a, container, false);
Target.AnimateEnterRabbitHole(a, slotToUse, true, routeMetaType);
Target.AnimateEnterRabbitHole(container, slotToUse, true, routeMetaType);
return(flag2);
}
return(Target.AnimateEnterRabbitHole(a, slotToUse, true, routeMetaType));
}
private static void Reroute(Route r, IStation closest, IStation destination)
{
Sim target = r.Follower.Target as Sim;
Vector3 currentStartPoint = r.GetCurrentStartPoint();
float distanceRemaining = r.GetDistanceRemaining();
Route route = target.CreateRoute();
route.SetOption(Route.RouteOption.EnableSubwayPlanning, false);
route.SetOption2(Route.RouteOption2.EnableHoverTrainPlanning, false);
route.SetOption(Route.RouteOption.EnablePlanningAsCar, r.GetOption(Route.RouteOption.EnablePlanningAsCar));
route.SetOption(Route.RouteOption.PlanUsingStroller, r.GetOption(Route.RouteOption.PlanUsingStroller));
route.SetOption(Route.RouteOption.ReplanUsingStroller, r.GetOption(Route.RouteOption.ReplanUsingStroller));
route.SetOption(Route.RouteOption.BeginAsStroller, r.GetOption(Route.RouteOption.BeginAsStroller));
Slot routeEnterEndSlot = closest.RouteEnterEndSlot;
if (routeEnterEndSlot != Slot.None)
{
GameObject routingSlotEnterFootprint = closest.RoutingSlotEnterFootprint;
if (routingSlotEnterFootprint != null)
{
route.AddObjectToIgnoreForRoute(routingSlotEnterFootprint.ObjectId);
}
if (route.PlanToSlot(closest, routeEnterEndSlot).Succeeded())
{
Slot routeExitBeginSlot = destination.RouteExitBeginSlot;
Vector3 slotPosition = destination.GetSlotPosition(routeExitBeginSlot);
GameObject routingSlotExitFootprint = destination.RoutingSlotExitFootprint;
if (routingSlotExitFootprint != null)
{
r.AddObjectToIgnoreForRoute(routingSlotExitFootprint.ObjectId);
}
r.SetOption(Route.RouteOption.EnableSubwayPlanning, false);
r.SetOption2(Route.RouteOption2.EnableHoverTrainPlanning, false);
if (!r.ReplanFromPoint(slotPosition).Succeeded())
{
r.ReplanFromPoint(currentStartPoint);
}
else if ((route.GetDistanceRemaining() + r.GetDistanceRemaining()) < (distanceRemaining + SimRoutingComponent.kDistanceMustSaveInOrderToUseSubway))
{
if (closest is IHoverTrainStation)
{
r.ReplanAllowed = false;
Route route2 = target.CreateRoute();
PathType elevatedTrainPath = PathType.ElevatedTrainPath;
List <Vector3> list = new List <Vector3>();
list.Add(closest.GetSlotPosition(closest.RouteEnterEndSlot));
list.Add(destination.GetSlotPosition(destination.RouteExitBeginSlot));
if (list.Count > 0)
{
route2.InsertCustomPathAtIndex(0, list.ToArray(), false, true, elevatedTrainPath);
route2.ReplanAllowed = false;
RoutePlanResult planResult = route2.PlanResult;
planResult.mType = RoutePlanResultType.Succeeded;
route2.PlanResult = planResult;
PathData pathData = route2.GetPathData(0);
pathData.ObjectId = destination.ObjectId;
pathData.PathType = PathType.ElevatedTrainPath;
route2.SetPathData(ref pathData);
r.InsertRouteSubPathsAtIndex(0, route2);
}
}
r.InsertRouteSubPathsAtIndex(0x0, route);
r.SetOption(Route.RouteOption.EnableSubwayPlanning, true);
r.SetOption2(Route.RouteOption2.EnableHoverTrainPlanning, true);
}
else
{
r.ReplanFromPoint(currentStartPoint);
}
}
}
}
private static void Reroute(Route r, AncientPortal closest, AncientPortal destination)
{
Sim target = r.Follower.Target as Sim;
Vector3 currentStartPoint = r.GetCurrentStartPoint();
float distanceRemaining = r.GetDistanceRemaining();
Common.StringBuilder msg = new Common.StringBuilder();
msg.Append("AncientPortal Reroute: " + target.FullName);
Route routeToPortal = target.CreateRoute();
routeToPortal.SetOption(Route.RouteOption.EnableSubwayPlanning, false);
routeToPortal.SetOption2(Route.RouteOption2.EnableHoverTrainPlanning, false);
routeToPortal.SetOption(Route.RouteOption.EnablePlanningAsCar, r.GetOption(Route.RouteOption.EnablePlanningAsCar));
routeToPortal.SetOption(Route.RouteOption.PlanUsingStroller, r.GetOption(Route.RouteOption.PlanUsingStroller));
routeToPortal.SetOption(Route.RouteOption.ReplanUsingStroller, r.GetOption(Route.RouteOption.ReplanUsingStroller));
routeToPortal.SetOption(Route.RouteOption.BeginAsStroller, r.GetOption(Route.RouteOption.BeginAsStroller));
Vector3 slotPosition = closest.GetSlotPosition(closest.GetRoutingSlots()[0]);
Vector3 slotFoward = closest.GetForwardOfSlot(closest.GetRoutingSlots()[0]);
Vector3 farPosition = new Vector3(slotPosition);
farPosition.x -= slotFoward.x / 4f;
farPosition.y -= slotFoward.y / 4f;
RoutePlanResult result = routeToPortal.PlanToPoint(farPosition);
msg.Append(Common.NewLine + "Result: " + result);
if (result.Succeeded())
{
msg.Append(Common.NewLine + "D" + Common.NewLine + Routes.RouteToString(routeToPortal));
Route portalRoute = target.CreateRoute();
portalRoute.SetOption(Route.RouteOption.EnableSubwayPlanning, false);
portalRoute.SetOption2(Route.RouteOption2.EnableHoverTrainPlanning, false);
portalRoute.SetOption(Route.RouteOption.EnablePlanningAsCar, r.GetOption(Route.RouteOption.EnablePlanningAsCar));
portalRoute.SetOption(Route.RouteOption.PlanUsingStroller, r.GetOption(Route.RouteOption.PlanUsingStroller));
portalRoute.SetOption(Route.RouteOption.ReplanUsingStroller, r.GetOption(Route.RouteOption.ReplanUsingStroller));
portalRoute.SetOption(Route.RouteOption.BeginAsStroller, r.GetOption(Route.RouteOption.BeginAsStroller));
result = portalRoute.PlanToPointFromPoint(slotPosition, farPosition);
msg.Append(Common.NewLine + "Result: " + result);
if (result.Succeeded())
{
PathData portalData = new PathData();
portalData.PathType = PathType.PortalPath;
portalData.ObjectId = closest.ObjectId;
portalData.PortalStartPos = slotPosition;
portalRoute.SetPathData(ref portalData);
msg.Append(Common.NewLine + "A" + Common.NewLine + Routes.RouteToString(portalRoute));
slotPosition = destination.GetSlotPosition(destination.GetRoutingSlots()[0]);
r.SetOption(Route.RouteOption.EnableSubwayPlanning, false);
if (!r.ReplanFromPoint(slotPosition).Succeeded())
{
r.ReplanFromPoint(currentStartPoint);
}
else if ((routeToPortal.GetDistanceRemaining() + r.GetDistanceRemaining()) < (distanceRemaining + SimRoutingComponent.kDistanceMustSaveInOrderToUseSubway))
{
AncientPortalComponent.AddTargetPortal(target, destination);
msg.Append(Common.NewLine + "B" + Common.NewLine + Routes.RouteToString(r));
r.InsertRouteSubPathsAtIndex(0x0, portalRoute);
r.InsertRouteSubPathsAtIndex(0x0, routeToPortal);
msg.Append(Common.NewLine + "C" + Common.NewLine + Routes.RouteToString(r));
r.SetOption(Route.RouteOption.EnableSubwayPlanning, true);
}
else
{
r.ReplanFromPoint(currentStartPoint);
}
}
}
Common.DebugNotify(msg, target);
Common.DebugWriteLog(msg);
}
// replaces the method from RabbitHole class - identical except for new slot reassignment code
public bool RouteNearEntranceAndEnterRabbitHole(Sim a, RabbitHole.IRabbitHoleFollowers inst, RabbitHole.BeforeEnteringRabbitHoleDelegate beforeEntering, bool canUseCar, Route.RouteMetaType routeMetaType, bool playRouteFailure)
{
if ((Target.RabbitHoleProxy.EnterSlots.Count == 0) || (Target.RabbitHoleProxy.ExitSlots.Count == 0))
{
return false;
}
if (a.IsInRidingPosture && ((Target.RabbitHoleProxy.MountedEnterSlots.Count == 0) || (Target.RabbitHoleProxy.MountedExitSlots.Count == 0)))
{
return false;
}
List<Sim> list = new List<Sim>();
CarryingChildPosture posture = a.Posture as CarryingChildPosture;
if (posture != null)
{
list.Add(posture.Child);
}
if (inst != null)
{
if (inst.SimFollowers != null)
{
foreach (Sim sim in inst.SimFollowers)
{
posture = sim.Posture as CarryingChildPosture;
if (posture != null)
{
list.Add(posture.Child);
}
}
foreach (Sim sim2 in list)
{
inst.AddFollower(sim2);
}
}
else if (list.Count > 0)
{
inst.AddFollower(list[0]);
}
}
bool flag = false;
Route item = null;
Sim parent = null;
if (a.IsInRidingPosture)
{
if (a.Parent is Sim)
{
parent = a.Parent as Sim;
}
item = parent.CreateRoute();
item.ExecutionFromNonSimTaskIsSafe = true;
}
else
{
item = a.CreateRoute();
}
bool flag2 = false;
int kRouteAttemptsToEnterRabbitHole = RabbitHole.kRouteAttemptsToEnterRabbitHole;
Slot slotToUse = Slot.None;
while ((kRouteAttemptsToEnterRabbitHole > 0) && !flag2)
{
kRouteAttemptsToEnterRabbitHole--;
try
{
Target.RabbitHoleProxy.ActiveEntryRoutes.Add(item);
if (playRouteFailure)
{
item.DoRouteFail = kRouteAttemptsToEnterRabbitHole == 0;
}
item.SetOption(Route.RouteOption.EnablePlanningAsCar, canUseCar);
if (Target.mGuid == RabbitHoleType.Subway)
{
item.SetOption(Route.RouteOption.EnableSubwayPlanning, false);
}
if (Target.mGuid == RabbitHoleType.HoverTrainStation)
{
item.SetOption2(Route.RouteOption2.EnableHoverTrainPlanning, false);
}
item.SetRouteMetaType(routeMetaType);
foreach (Slot slot2 in Target.RabbitHoleProxy.EnterSlots)
{
item.AddObjectToIgnoreForRoute(Target.RabbitHoleProxy.SlotToSlotInfo[slot2].Footprint.ObjectId);
}
foreach (Slot slot3 in Target.RabbitHoleProxy.MountedEnterSlots)
{
item.AddObjectToIgnoreForRoute(Target.RabbitHoleProxy.SlotToSlotInfo[slot3].Footprint.ObjectId);
}
item.PlanToSlot(Target.RabbitHoleProxy, (a.IsInRidingPosture ? Target.RabbitHoleProxy.MountedEnterSlots : Target.RabbitHoleProxy.EnterSlots).ToArray());
if (!item.PlanResult.Succeeded())
{
item.DoRouteFail = playRouteFailure;
if (a.IsInRidingPosture)
{
return parent.DoRoute(item);
}
return a.DoRoute(item);
}
slotToUse = (Slot)item.PlanResult.mDestSlotNameHash;
// Slot Reassignment
if ((Target.RabbitHoleProxy.EnterSlots.Count > 1) && (Target.RabbitHoleProxy.EnterSlots.Count <= 5))
{
slotToUse = ReassignSlot(Target.RabbitHoleProxy.EnterSlots.Count);
}
List<Sim> followers = (inst == null) ? null : inst.SimFollowers;
if ((!flag && (followers != null)) && ((followers.Count > 1) || ((followers.Count == 1) && (followers[0].Posture.Container != a))))
{
//if (RouteOutside(a, followers, this.RabbitHoleProxy.EnterSlots[0x0], false, true, true, false))
if (Target.RouteOutside(a, followers, Target.RabbitHoleProxy.EnterSlots[0], false, true, true, false))
{
flag = true;
flag2 = true;
}
}
else
{
//flag2 = RouteOutside(a, followers, none, false, true, false, false);
flag2 = Target.RouteOutside(a, followers, slotToUse, false, true, false, false);
}
if (!flag2 && (kRouteAttemptsToEnterRabbitHole > 0))
{
if (IntroTutorial.TutorialSim == a)
{
break;
}
a.RemoveExitReason(ExitReason.RouteFailed);
if (a.HasExitReason(~(ExitReason.Replan | ExitReason.MidRoutePushRequested | ExitReason.ObjectStateChanged | ExitReason.PlayIdle | ExitReason.MaxSkillPointsReached)))
{
break;
}
a.LoopIdle();
Simulator.Sleep((uint)SimClock.ConvertToTicks(RandomUtil.GetFloat(RabbitHole.kMinSimMinutesToSleepOnFailedRouteAttempt, RabbitHole.kMaxSimMinutesToSleepOnFailedRouteAttempt), TimeUnit.Minutes));
}
continue;
}
finally
{
Target.RabbitHoleProxy.ActiveEntryRoutes.Remove(item);
}
}
item = null;
if (((a.ExitReason & ExitReason.HigherPriorityNext) == ExitReason.None) && ((a.ExitReason & ExitReason.UserCanceled) == ExitReason.None))
{
if (flag2)
{
RabbitHole.NumSuccess++;
}
else
{
RabbitHole.NumFail++;
}
}
if (!flag2)
{
return flag2;
}
if ((beforeEntering != null) && !beforeEntering())
{
List<Sim> simFollowers = null;
if (inst != null)
{
simFollowers = inst.SimFollowers;
}
//RouteOutside(a, simFollowers, RandomUtil.GetRandomObjectFromList<Slot>(a.IsInRidingPosture ? this.RabbitHoleProxy.MountedEnterSlots : this.RabbitHoleProxy.EnterSlots), false, false, true, true);
Target.RouteOutside(a, simFollowers, RandomUtil.GetRandomObjectFromList<Slot>(a.IsInRidingPosture ? Target.RabbitHoleProxy.MountedEnterSlots : Target.RabbitHoleProxy.EnterSlots), false, false, true, true);
return false;
}
LeadingHorsePosture posture2 = a.Posture as LeadingHorsePosture;
if (posture2 != null)
{
Sim container = posture2.Container as Sim;
LeadingHorsePosture.ReleaseHorseFromLeadingPosture(a, container, false);
Target.AnimateEnterRabbitHole(a, slotToUse, true, routeMetaType);
Target.AnimateEnterRabbitHole(container, slotToUse, true, routeMetaType);
return flag2;
}
return Target.AnimateEnterRabbitHole(a, slotToUse, true, routeMetaType);
}
public static void ShouldBabyOrToddler(Sims3.Gameplay.ActorSystems.InteractionQueue simIQ)
{
if (simIQ.mBabyOrToddlerTransitionTargetInteraction != null)
{
return;
}
DaycareTransportSituation daycareTransportSituation = DaycareSituation.GetDaycareSituationForSim(simIQ.mActor) as DaycareTransportSituation;
if (daycareTransportSituation != null)
{
return;
}
Sim sim = simIQ.mActor;
InteractionInstance interactionInstance = simIQ.mInteractionList._items[0];
if (interactionInstance == null)
{
return;
}
Lot targetLot = interactionInstance.GetTargetLot();
LotLocation location = LotLocation.Invalid;
World.GetLotLocation(GetGameObjectInForInteractionPosition(interactionInstance), ref location);
int mRoom = location.mRoom;
int mLevel = location.mLevel;
if (interactionInstance.Target == simIQ.mActor || interactionInstance.Target == simIQ.mActor.Posture.Container)
{
return;
}
ItemComponent itemComp = interactionInstance.Target.ItemComp;
if ((itemComp != null && itemComp.InventoryParent != null && itemComp.InventoryParent.Owner == sim) || simIQ.TryLocalToddlerCareRules(sim, interactionInstance, targetLot, mLevel, mRoom) || interactionInstance is Terrain.GoHereWith || (interactionInstance is Terrain.TeleportMeHere && !(interactionInstance is Terrain.TeleporterTeleportMe)))
{
return;
}
PreconditionOptions posturePreconditions = interactionInstance.PosturePreconditions;
bool flag = posturePreconditions != null && posturePreconditions.ContainsPosture(CommodityKind.CarryingChild);
Lot lotHome = sim.LotHome;
bool flag2 = lotHome == sim.LotCurrent;
if (flag2 && lotHome != null && lotHome.HasVirtualResidentialSlots)
{
flag2 = !sim.IsInPublicResidentialRoom;
}
CarryingChildPosture carryingChildPosture = sim.CarryingChildPosture;
if (carryingChildPosture != null && carryingChildPosture.Child.Household == sim.Household && !flag2 && !flag)
{
if (simIQ.ShouldTakeBabyOrToddlerWithUsTo(interactionInstance))
{
float num = (sim.Position - GetGameObjectInForInteractionPosition(interactionInstance)).LengthSqr();
float num2 = 0.99f / num;
float num3 = 9.01f + num2 % num;
if (!(num < num2) && !(num > num3))
{
return;
}
Route route = sim.CreateRoute();
int[] validRooms = new int[1]
{
interactionInstance.Target.RoomId
};
route.PlanToPointRadialRange(GetGameObjectInForInteractionPosition(interactionInstance), 1f, 3f, RouteDistancePreference.NoPreference, RouteOrientationPreference.NoPreference, targetLot.LotId, validRooms);
if (route.PlanResult.Succeeded())
{
float num4 = (route.GetDestPoint() - sim.Position).LengthSqr();
if (num4 >= 0.00250000018f)
{
Terrain.GoHere goHere = Terrain.GoHere.OtherLotWithCarriedChildSingleton.CreateInstance(Terrain.Singleton, sim, interactionInstance.GetPriority(), interactionInstance.Autonomous, true) as Terrain.GoHere;
goHere.SetDestination(route.PlanResult.mDestination, false);
simIQ.InsertBabyOrToddlerTransition(goHere);
}
}
return;
}
if (targetLot != lotHome || (lotHome.HasVirtualResidentialSlots && sim.IsInPublicResidentialRoom && !targetLot.IsRoomPublic(mRoom)))
{
simIQ.InsertTakeBabyOrToddlerHome(sim, interactionInstance);
return;
}
}
if ((interactionInstance.Autonomous || CaregiverRoutingMonitor.TreatPlayerSimsLikeNPCs) && sim.SimDescription.TeenOrAbove && sim.Household != null && sim.Household.LotHome != null && sim.InheritedPriority().Level < InteractionPriorityLevel.ESRB)
{
bool flag3 = false;
bool flag4 = false;
if (targetLot == null || targetLot.IsResidentialLot)
{
flag4 = true;
}
else
{
MetaAutonomyTuning tuning = MetaAutonomyManager.GetTuning(interactionInstance.GetTargetLot().GetMetaAutonomyVenueType());
if (tuning != null)
{
flag3 = tuning.BabiesCanVisit;
flag4 = tuning.ToddlersCanVisit;
}
}
if (flag3 || flag4)
{
foreach (Sim sim2 in sim.Household.Sims)
{
if ((!sim2.SimDescription.Baby || sim2.LotCurrent != sim2.LotHome) && (!sim2.SimDescription.Baby || flag3) && (!sim2.SimDescription.Toddler || flag4) && sim2.SimDescription.ToddlerOrBelow && sim2.LotCurrent == sim.LotCurrent)
{
if (CaregiverRoutingMonitor.EnoughCaregiversRemain(sim.Household, sim.LotCurrent, false) || (carryingChildPosture != null && carryingChildPosture.Child.Household == sim.Household) || (!flag && flag2))
{
break;
}
simIQ.InsertPickUpBabyOrToddler(sim, sim2, sim2.LotCurrent.IsActive || sim2.Posture.Container != sim2);
return;
}
}
}
}
if (carryingChildPosture != null && carryingChildPosture.Child.Household != sim.Household)
{
simIQ.InsertPutDownBabyOrToddler(sim);
return;
}
if (carryingChildPosture != null)
{
DaycareSituation daycareSituationForChild = DaycareSituation.GetDaycareSituationForChild(carryingChildPosture.Child);
if (daycareSituationForChild != null && daycareSituationForChild.Lot != interactionInstance.GetTargetLot())
{
simIQ.InsertPutDownBabyOrToddler(sim);
return;
}
}
if ((interactionInstance.Autonomous || CaregiverRoutingMonitor.TreatPlayerSimsLikeNPCs) && carryingChildPosture != null && carryingChildPosture.Child.SimDescription.Baby && flag2 && targetLot != sim.LotCurrent)
{
simIQ.InsertPutDownBabyOrToddler(sim);
}
else if (sim.Household != null && sim.Household.LotHome != null)
{
foreach (Sim sim3 in sim.Household.Sims)
{
if (sim3.SimDescription.ToddlerOrBelow)
{
CaregiverRoutingMonitor.StartMonitoring(sim3);
}
}
}
}