public List <SimDescription> FindAnyFor(IScoringGenerator stats, SimDescription sim, bool allowAffair, bool force, ICollection <SimDescription> pool)
{
if ((sim == null) || (sim.Household == null))
{
stats.IncStat("Invalid Sim");
return(new List <SimDescription>());
}
stats.AddStat("Pool", pool.Count);
SimScoringList scoring = new SimScoringList("NewFlirt");
foreach (SimDescription potential in pool)
{
stats.IncStat("FindAnyFor " + potential.FullName, Common.DebugLevel.Logging);
if (IsValidLover(stats, sim, potential, allowAffair, force))
{
scoring.Add(stats, "Single", potential, sim);
}
Main.Sleep("ManagerFlirt:FindAnyFor");
}
if (force)
{
return(scoring.GetBestByPercent(50f));
}
else
{
return(scoring.GetBestByMinScore(0));
}
}
public bool Allow(IScoringGenerator stats, SimDescription actor, SimDescription target, AllowCheck check)
{
if ((check & AllowCheck.UserDirected) == AllowCheck.None)
{
if (Personalities.IsOpposing(stats, actor, target, true))
{
stats.IncStat("Opposing Clan");
return(false);
}
}
SimData actorData = GetData(actor);
SimData targetData = GetData(target);
if (!actorData.Allowed <AllowCasteMoveOption>(targetData, true))
{
stats.IncStat("Caste Denied");
return(false);
}
else if (actorData.Disallowed <DisallowCasteMoveOption>(targetData, true))
{
stats.IncStat("Caste Denied");
return(false);
}
else if (!DualAllow(stats, actorData, targetData, check))
{
return(false);
}
return(true);
}
protected override bool PrivateAllow(IScoringGenerator stats, SimDescription sim, SimData settings, AllowCheck check)
{
if (SimTypes.IsSpecial(sim))
{
stats.IncStat("Allow: Special");
return(false);
}
if (Household.RoommateManager != null)
{
if (Household.RoommateManager.IsNPCRoommate(sim))
{
stats.IncStat("Allow: Roomie");
return(false);
}
}
if (((check & AllowCheck.Scoring) != AllowCheck.Scoring) && !settings.GetValue <AllowMoneyOption, bool>())
{
stats.IncStat("Allow: Money Denied");
return(false);
}
return(true);
}
protected override bool PrivateAllow(IScoringGenerator stats, SimDescription sim, SimData settings, AllowCheck check)
{
if (sim.Household != null)
{
if (SimTypes.IsTourist(sim))
{
stats.IncStat("Allow: Tourist");
return(false);
}
if (sim.Household.IsTravelHousehold)
{
stats.IncStat("Allow: Travel Household");
return(false);
}
}
if (!settings.GetValue <AllowMoveFamilyOption, bool>())
{
stats.IncStat("Allow: Move Denied");
return(false);
}
return(true);
}
public bool AllowPartner(IScoringGenerator stats, SimDescription actor, SimDescription target, AllowCheck check)
{
if (!Allow(stats, actor, check))
{
return(false);
}
if (!Allow(stats, target, check))
{
return(false);
}
SimData actorData = GetData(actor);
SimData targetData = GetData(target);
if (!actorData.Allowed <AllowCasteRomanceOption>(targetData, true))
{
stats.IncStat("Caste Romance Denied");
return(false);
}
else if (actorData.Disallowed <DisallowCasteRomanceOption>(targetData, true))
{
stats.IncStat("Caste Romance Denied");
return(false);
}
else if (!DualAllow(stats, actorData, targetData, check))
{
return(false);
}
return(true);
}
protected static bool Test(IScoringGenerator stats, SimData actorData, SimData targetData, Managers.Manager.AllowCheck check)
{
SimDescription actor = actorData.SimDescription;
SimDescription target = targetData.SimDescription;
if (actor.Partner != null)
{
int chance = actorData.GetValue <ChanceOfAdulteryOption, int>();
if (chance == 0)
{
stats.IncStat("Adultery Denied");
return(false);
}
else if (stats.AddScoring("FlirtyPartner", chance, ScoringLookup.OptionType.Chance, actor) <= 0)
{
stats.IncStat("Adultery Scoring Fail");
return(false);
}
chance = targetData.GetValue <ChanceOfLiaisonOption, int>();
if (chance == 0)
{
stats.IncStat("Liaison Denied");
return(false);
}
if (stats.AddScoring("FlirtyPartner", chance, ScoringLookup.OptionType.Chance, target) <= 0)
{
stats.IncStat("Liaison Scoring Fail");
return(false);
}
}
return(true);
}
public bool AllowImpregnation(IScoringGenerator stats, SimDescription sim, AllowCheck check)
{
if (!Allow(stats, sim, check))
{
return(false);
}
if (SimTypes.IsTourist(sim))
{
stats.IncStat("Allow: Tourist");
return(false);
}
if ((check & AllowCheck.Active) == AllowCheck.Active)
{
if (sim.Household.IsTravelHousehold)
{
stats.IncStat("Allow: Travel Household");
return(false);
}
}
if (sim.LotHome == null)
{
if (!GetValue <NewcomerGoneScenario.AllowHomelessMoveInOptionV2, bool>())
{
stats.IncStat("Allow: Homeless Move In Denied");
return(false);
}
}
if (SimTypes.IsServiceOrRole(sim, false))
{
if (SimTypes.IsOccult(sim, Sims3.UI.Hud.OccultTypes.ImaginaryFriend))
{
stats.IncStat("Allow: Service Imaginary Denied");
return(false);
}
}
if (!GetValue <AllowCanBePregnantOption, bool>(sim))
{
stats.IncStat("Allow: Can Be Pregnant Denied");
return(false);
}
if ((sim.IsHuman) && ((check & AllowCheck.UserDirected) == AllowCheck.None))
{
if (!TestNearElderLimit(stats, sim, GetValue <NearElderLimitOption, int>()))
{
return(false);
}
}
return(true);
}
public static bool PushForRepairman(IScoringGenerator stats, StoryProgressionObject manager, Household house)
{
List <SimDescription> choices = manager.Situations.GetFree(stats, new SimScoringList(stats, "Handiness", manager.Sims.TeensAndAdults, false).GetBestByMinScore(1), true);
Dictionary <Household, List <GameObject> > repairs = new Dictionary <Household, List <GameObject> >();
foreach (Lot lot in ManagerLot.GetOwnedLots(house))
{
GetRepairs(manager, lot.GetObjects <GameObject>(), repairs);
}
stats.AddStat("Residents", choices.Count);
while (choices.Count > 0)
{
SimDescription choice = RandomUtil.GetRandomObjectFromList(choices);
choices.Remove(choice);
if (choice.CreatedSim == null)
{
continue;
}
List <GameObject> repairWork = null;
if (repairs.TryGetValue(house, out repairWork))
{
if (PushInteractions(manager, choice, repairWork))
{
stats.IncStat("Resident Repairman");
return(true);
}
else
{
stats.IncStat("Push Fail");
}
}
else
{
stats.IncStat("No Repairs Fonud");
}
}
stats.IncStat("Service Repairman");
Repairman instance = Repairman.Instance;
if (instance != null)
{
instance.MakeServiceRequest(house.LotHome, true, ObjectGuid.InvalidObjectGuid);
}
return(true);
}
protected override bool PrivateAllow(IScoringGenerator stats, SimDescription sim, SimData settings, AllowCheck check)
{
bool testRomance = true;
if ((sim.Household != null) && ((check & AllowCheck.UserDirected) == AllowCheck.None))
{
if (SimTypes.InServicePool(sim, ServiceType.GrimReaper))
{
stats.IncStat("Allow: Reaper");
return(false);
}
if (sim.LotHome == null)
{
if (!GetValue <NewcomerGoneScenario.AllowHomelessMoveInOptionV2, bool>())
{
stats.IncStat("Allow: Homeless Move In Denied");
return(false);
}
}
}
else
{
if (SimTypes.IsService(sim))
{
testRomance = false;
}
}
if (sim.IsEP11Bot)
{
if (!sim.TraitManager.HasAnyElement(sFlirtChips))
{
stats.IncStat("Allow: Missing Chips");
return(false);
}
}
if (testRomance)
{
if (!settings.GetValue <AllowRomanceOption, bool>())
{
stats.IncStat("Allow: Romance Denied");
return(false);
}
}
return(true);
}
protected override bool PrivateAllow(IScoringGenerator stats, SimDescription sim, SimData settings, AllowCheck check)
{
if (sim.Household == null)
{
stats.IncStat("Allow: No Home");
return(false);
}
if (!settings.GetValue <AllowPregnancyParticipationOption, bool>())
{
stats.IncStat("Allow: Participation Denied");
return(false);
}
return(true);
}
protected void Tally(IScoringGenerator stats, string tag, bool ignoreHead)
{
if (!Common.kDebugging)
{
return;
}
string prefix = tag + " Break";
if (ignoreHead)
{
prefix += " Ignore";
}
int humans = 0, pets = 0, plumbots = 0;
stats.AddStat(prefix + ": Sims", mSims.Count);
stats.AddStat(prefix + ": Going", GetGoingCount(ref humans, ref pets, ref plumbots));
stats.AddStat(prefix + ": Going Human", humans);
stats.AddStat(prefix + ": Going Pets", pets);
stats.AddStat(prefix + ": Going Plumbots", plumbots);
stats.AddStat(prefix + ": Staying", GetStayingCount(ref humans, ref pets, ref plumbots));
stats.AddStat(prefix + ": Staying Human", humans);
stats.AddStat(prefix + ": Staying Pets", pets);
stats.AddStat(prefix + ": Staying Plumbots", plumbots);
if (SimGoing)
{
stats.IncStat(prefix + ": SimGoing");
}
}
protected override bool PrivateAllow(IScoringGenerator stats, SimDescription sim, SimData settings, AllowCheck check)
{
if (SimTypes.InServicePool(sim, ServiceType.GrimReaper))
{
stats.IncStat("Allow: Reaper");
return(false);
}
if (!settings.GetValue <AllowFriendshipOption, bool>())
{
stats.IncStat("Allow: Friendship Denied");
return(false);
}
return(true);
}
protected override bool PrivateAllow(IScoringGenerator stats, SimDescription sim, SimData settings, AllowCheck check)
{
if (!base.PrivateAllow(stats, sim, settings, check))
{
return(false);
}
if (sim.IsEP11Bot)
{
if (!sim.HasTrait(TraitNames.AbilityToLearnChip))
{
stats.IncStat("Chip Denied");
return(false);
}
}
IHasSkill option = stats as IHasSkill;
if (option != null)
{
foreach (SkillNames skill in option.CheckSkills)
{
if (!AllowSkill(stats, sim, settings, skill))
{
return(false);
}
}
}
return(true);
}
public bool Allow(IScoringGenerator stats, SimDescription actor, SimDescription target, AllowCheck check)
{
if (!Allow(stats, actor, check))
{
return(false);
}
if (!Allow(stats, target, check))
{
return(false);
}
if (!Flirts.CanHaveAutonomousRomance(stats, actor, target, ((check & AllowCheck.Active) == AllowCheck.Active)))
{
return(false);
}
SimData actorData = GetData(actor);
SimData targetData = GetData(target);
if (!actorData.Allowed <AllowCasteCanBePregnantOption>(targetData, false))
{
stats.IncStat("Can Be Caste Denied");
return(false);
}
else if (actorData.Disallowed <DisallowCasteCanBePregnantOption>(targetData, false))
{
stats.IncStat("Can Be Caste Denied");
return(false);
}
else if (!actorData.Allowed <AllowCastePregnancyOption>(targetData, true))
{
stats.IncStat("Participation Caste Denied");
return(false);
}
else if (actorData.Disallowed <DisallowCastePregnancyOption>(targetData, true))
{
stats.IncStat("Participation Caste Denied");
return(false);
}
else if (!DualAllow(stats, actorData, targetData, check))
{
return(false);
}
return(true);
}
protected override bool PrivateAllow(IScoringGenerator stats, SimDescription sim, SimData settings, AllowCheck check)
{
if (sim.LotHome == null)
{
stats.IncStat("Allow: Homeless");
return(false);
}
if (!settings.GetValue <AllowPersonalityOption, bool>())
{
stats.IncStat("Allow: User Denied");
return(false);
}
SimPersonality personality = stats as SimPersonality;
if (personality == null)
{
IHasPersonality hasPersonality = stats as IHasPersonality;
if (hasPersonality != null)
{
personality = hasPersonality.Personality;
}
else
{
Scenario scenario = stats as Scenario;
if (scenario != null)
{
personality = scenario.Manager as SimPersonality;
}
}
}
if (personality == null)
{
Common.DebugStackLog(stats.GetType().ToString());
//stats.IncStat("Allow: Incorrect Manager");
//return false;
}
else if (settings.HasValue <DisallowPersonalityOption, SimPersonality>(personality))
{
stats.IncStat("Allow: Personality Denied");
return(false);
}
return(true);
}
protected bool IsValidLover(IScoringGenerator stats, SimDescription sim, SimDescription potential, bool allowAffair, bool force)
{
if (sim == potential)
{
//stats.IncStat("Myself");
return(false);
}
else if (!GetValue <AllowRomanceOption, bool>(potential))
{
stats.IncStat("User Denied");
return(false);
}
else if ((!allowAffair) && (potential.Partner != null))
{
stats.IncStat("Affair Denied");
return(false);
}
else if (sim.Partner == potential)
{
stats.IncStat("Partner");
return(false);
}
else if ((!GetValue <AllowOldLoverOption, bool>()) && (WasOldLover(sim, potential)))
{
stats.IncStat("Old Lover");
return(false);
}
else if (!Allow(stats, sim, potential))
{
//stats.IncStat("Mixed Aged Denied");
return(false);
}
else if (potential.Household == null)
{
stats.IncStat("Invalid House");
return(false);
}
else if ((SimTypes.IsSpecial(sim)) && (SimTypes.IsSpecial(potential)))
{
stats.IncStat("Both Special");
return(false);
}
else if (Situations.IsBusy(stats, potential, true))
{
stats.IncStat("Other Busy");
return(false);
}
else if (IsActiveInvolved(potential))
{
stats.IncStat("Other Active Involved");
return(false);
}
return(true);
}
protected override bool PrivateAllow(IScoringGenerator stats, SimDescription sim, SimData settings, AllowCheck check)
{
if (!settings.GetValue <AllowCasteOption, bool>())
{
stats.IncStat("Allow: Caste Denied");
return(false);
}
return(true);
}
public static bool TestPreferredBaby(IScoringGenerator stats, SimDescription sim, int additionalBabyCount)
{
int simPreferredBabies = stats.AddScoring("PreferredBabyCount", sim);
if (sim.Genealogy == null)
{
stats.IncStat("No Genealogy");
return(false);
}
else if ((simPreferredBabies + additionalBabyCount) <= GetNumLiveChildren(sim))
{
stats.AddStat("Additional Children", additionalBabyCount);
stats.AddStat("Preferred Children", (simPreferredBabies + additionalBabyCount));
stats.AddStat("Actual Children", GetNumLiveChildren(sim));
stats.AddStat("Enough Children", GetNumLiveChildren(sim) - simPreferredBabies);
return(false);
}
if (sim.Partner == null)
{
return(!sim.IsHuman);
}
else
{
int partnerPreferredBabies = stats.AddScoring("PreferredBabyCount", sim.Partner);
if (sim.Partner.Genealogy == null)
{
stats.IncStat("No Genealogy");
return(false);
}
if ((partnerPreferredBabies + additionalBabyCount) <= GetNumLiveChildren(sim.Partner))
{
stats.AddStat("Additional Children", additionalBabyCount);
stats.AddStat("Prefered Children", (partnerPreferredBabies + additionalBabyCount));
stats.AddStat("Actual Children", GetNumLiveChildren(sim.Partner));
stats.AddStat("Enough Children", GetNumLiveChildren(sim.Partner) - partnerPreferredBabies);
return(false);
}
}
return(true);
}
protected bool ScoreChildMove(IScoringGenerator stats, string tag, SimDescription child, List <SimDescription> movingSims)
{
if (child.Genealogy.Parents.Count == 0)
{
stats.IncStat(tag + " ChildMove: No Parents");
return(false);
}
int firstScore = 0;
bool firstMoving = false;
SimDescription mom = null, dad = null;
Relationships.GetParents(child, out mom, out dad);
if (mom != null)
{
firstMoving = movingSims.Contains(mom);
if ((firstMoving) || (mom.Household == child.Household))
{
firstScore = stats.AddScoring(tag + " ChildMove", ScoringLookup.GetScore("ParentChild", child, mom));
}
else
{
return(true);
}
}
int secondScore = 0;
bool secondMoving = false;
if (dad != null)
{
secondMoving = movingSims.Contains(dad);
if ((secondMoving) || (dad.Household == child.Household))
{
secondScore = stats.AddScoring(tag + " ChildMove", ScoringLookup.GetScore("ParentChild", child, dad));
}
else
{
return(true);
}
}
if (firstScore > secondScore)
{
return(firstMoving);
}
else
{
return(secondMoving);
}
}
protected override bool PrivateAllow(IScoringGenerator stats, SimDescription sim, SimData settings, AllowCheck check)
{
if (!base.PrivateAllow(stats, sim, settings, check))
{
return(false);
}
if (SimTypes.IsDead(sim))
{
stats.IncStat("Allow: Dead");
return(false);
}
if (sim.ChildOrBelow)
{
stats.IncStat("Allow: Too Young");
return(false);
}
if (sim.IsPregnant)
{
stats.IncStat("Allow: Pregnant");
return(false);
}
if (!sim.AgingEnabled)
{
stats.IncStat("Allow: Aging Disabled");
return(false);
}
if (settings.GetValue <PushDeathChanceOption, int>() <= 0)
{
stats.IncStat("Allow: Sim Push Death Denied");
return(false);
}
return(true);
}
public bool Allow(IScoringGenerator stats, SimDescription actor, SimDescription target, AllowCheck check)
{
if (Personalities.IsOpposing(stats, actor, target, true))
{
stats.IncStat("Opposing Clan");
return(false);
}
else if (!Flirts.CanHaveAutonomousRomance(stats, actor, target, ((check & AllowCheck.Active) == AllowCheck.Active)))
{
return(false);
}
return(AllowPartner(stats, actor, target, check));
}
public List <SimDescription> FindNemesisFor(IScoringGenerator stats, SimDescription sim, bool ignoreBusy)
{
List <SimDescription> choices = new List <SimDescription>();
List <Relationship> relations = new List <Relationship>(Relationship.GetRelationships(sim));
if (relations.Count == 0)
{
stats.IncStat("Nemesis: None");
return(choices);
}
stats.AddStat("Nemesis: Relations", relations.Count);
foreach (Relationship relation in relations)
{
SimDescription other = relation.GetOtherSimDescription(sim);
if (other == null)
{
stats.IncStat("Nemesis: Bad Link");
continue;
}
stats.IncStat(other.FullName, Common.DebugLevel.Logging);
if (!relation.HasInteractionBitSet(LongTermRelationship.InteractionBits.MakeEnemy))
{
stats.IncStat("Nemesis: Not");
}
else if (SimTypes.IsDead(other))
{
stats.IncStat("Nemesis: Dead");
}
else if ((!ignoreBusy) && (Situations.IsBusy(stats, other, true)))
{
stats.IncStat("Nemesis: Busy");
}
else if (!Allow(stats, other))
{
stats.IncStat("Nemesis: User Denied");
}
else
{
choices.Add(other);
}
Main.Sleep("ManagerFriendship:FindNemesisFor");
}
return(choices);
}
public List <SimDescription> FindExistingFriendFor(IScoringGenerator stats, SimDescription sim, int minLiking, bool ignoreBusy)
{
List <SimDescription> choices = new List <SimDescription>();
List <Relationship> relations = new List <Relationship>(Relationship.GetRelationships(sim));
if (relations.Count == 0)
{
stats.IncStat("Friend: None");
return(choices);
}
stats.AddStat("Friend: Relations", relations.Count);
foreach (Relationship relation in relations)
{
SimDescription other = relation.GetOtherSimDescription(sim);
if (other == null)
{
stats.IncStat("Friend: Bad Link");
continue;
}
stats.IncStat(other.FullName, Common.DebugLevel.Logging);
if (relation.LTR.Liking <= minLiking)
{
stats.IncStat("Friend: Unliked");
}
else if (SimTypes.IsDead(other))
{
stats.IncStat("Friend: Dead");
}
else if ((!ignoreBusy) && (Situations.IsBusy(stats, other, true)))
{
stats.IncStat("Friend: Busy");
}
else if (!Allow(stats, other))
{
stats.IncStat("Friend: User Denied");
}
else
{
choices.Add(other);
}
Main.Sleep("ManagerFriendship:FindExistingFriendFor");
}
return(choices);
}
public bool AllowMarriage(IScoringGenerator stats, SimDescription sim, AllowCheck check)
{
if (!Allow(stats, sim, check))
{
return(false);
}
if (!GetValue <AllowMarriageOption, bool>(sim))
{
stats.IncStat("Allow: Marriage Denied");
return(false);
}
return(true);
}
protected virtual bool PrivateAllow(IScoringGenerator stats, SimDescription sim, AllowCheck check)
{
if (sim == null)
{
return(false);
}
if (SimTypes.IsPassporter(sim))
{
stats.IncStat("Allow: Simport");
return(false);
}
if ((check & AllowCheck.Active) == AllowCheck.Active)
{
if (SimTypes.IsDead(sim))
{
stats.IncStat("Allow: Dead");
return(false);
}
else if ((SimTypes.IsService(sim)) && (SimTypes.IsOccult(sim, OccultTypes.ImaginaryFriend)))
{
stats.IncStat("Allow: Imaginary Friend");
return(false);
}
string reason = IsOnActiveLot(sim, true);
if (!string.IsNullOrEmpty(reason))
{
stats.IncStat("Allow: " + reason);
return(false);
}
if (GetValue <ManagerSim.ProgressActiveNPCOption, bool>())
{
if (SimTypes.IsSelectable(sim))
{
stats.IncStat("Allow: Selectable");
return(false);
}
}
else
{
if (sim.Household == Household.ActiveHousehold)
{
stats.IncStat("Allow: Active Family");
return(false);
}
}
}
return(PrivateAllow(stats, sim, GetData(sim), check));
}
public static bool TestPreferredBaby(IScoringGenerator stats, SimDescription sim, int additionalBabyCount)
{
int simPreferredBabies = stats.AddScoring("PreferredBabyCount", sim);
if (sim.Genealogy == null)
{
stats.IncStat("No Genealogy");
return false;
}
else if ((simPreferredBabies + additionalBabyCount) <= GetNumLiveChildren(sim))
{
stats.AddStat("Additional Children", additionalBabyCount);
stats.AddStat("Preferred Children", (simPreferredBabies + additionalBabyCount));
stats.AddStat("Actual Children", GetNumLiveChildren(sim));
stats.AddStat("Enough Children", GetNumLiveChildren(sim) - simPreferredBabies);
return false;
}
if (sim.Partner == null)
{
return (!sim.IsHuman);
}
else
{
int partnerPreferredBabies = stats.AddScoring("PreferredBabyCount", sim.Partner);
if (sim.Partner.Genealogy == null)
{
stats.IncStat("No Genealogy");
return false;
}
if ((partnerPreferredBabies + additionalBabyCount) <= GetNumLiveChildren(sim.Partner))
{
stats.AddStat("Additional Children", additionalBabyCount);
stats.AddStat("Prefered Children", (partnerPreferredBabies + additionalBabyCount));
stats.AddStat("Actual Children", GetNumLiveChildren(sim.Partner));
stats.AddStat("Enough Children", GetNumLiveChildren(sim.Partner) - partnerPreferredBabies);
return false;
}
}
return true;
}
public bool AllowCelebrity(IScoringGenerator stats, SimDescription sim)
{
if (!sim.CanBeCelebrity)
{
return(false);
}
if (!Allow(stats, sim, AllowCheck.None))
{
return(false);
}
if (!GetValue <AllowCelebrityOption, bool>(sim))
{
stats.IncStat("Allow: Celebrity Denied");
return(false);
}
return(true);
}
public bool Allow(IScoringGenerator stats, SimDescription sim, int moveCooldown)
{
if (!Allow(stats, sim, AllowCheck.Active))
{
return(false);
}
if (sim.LotHome == null)
{
return(true);
}
if (stats.AddScoring("Allow: Move Cooldown", GetElapsedTime <DayOfLastMoveOption>(sim) - moveCooldown) < 0)
{
stats.IncStat("Allow: Cooldown Denied");
return(false);
}
return(true);
}
protected void Perform(StoryProgressionObject manager, IScoringGenerator stats, string tag, List<SimDescription> movers, ChildrenMove children, bool ignoreHead)
{
if (movers.Count == 0) return;
SimDescription focus = movers[0];
if (focus.Household == null)
{
stats.IncStat(tag + " Break: No Home");
mGoing.AddRange(movers);
return;
}
else if (SimTypes.IsSpecial(focus))
{
stats.IncStat(tag + " Break: Special");
mGoing.AddRange(movers);
return;
}
else
{
bool adult = false;
foreach (SimDescription sim in movers)
{
if (manager.Households.AllowGuardian(sim))
{
adult = true;
break;
}
}
if (!adult)
{
stats.IncStat(tag + " Break: Child Transfer");
mStaying.AddRange(Households.All(focus.Household));
foreach (SimDescription sim in movers)
{
if (SimTypes.IsSelectable(sim)) continue;
mStaying.Remove(sim);
mGoing.Add(sim);
}
return;
}
List<SimDescription> going = new List<SimDescription>();
List<SimDescription> staying = new List<SimDescription>();
List<SimDescription> houseChildrenPetsPlumbots = new List<SimDescription>();
bool ancestral = manager.GetValue<IsAncestralOption, bool>(focus.Household);
SimDescription head = null;
if (!ignoreHead)
{
head = SimTypes.HeadOfFamily(focus.Household);
}
else if (ancestral)
{
stats.IncStat(tag + " Break: Ancestral Head Denied");
mStaying.AddRange(Households.All(focus.Household));
return;
}
foreach (SimDescription sim in Households.All(focus.Household))
{
stats.IncStat(sim.FullName, Common.DebugLevel.Logging);
SimDescription partner = null;
if (SimTypes.IsSelectable(sim))
{
stats.IncStat(tag + " Break: Active");
staying.Add(sim);
}
else if (!manager.Households.Allow(stats, sim, 0))
{
stats.IncStat(tag + " Break: User Denied");
staying.Add(sim);
}
else if (IsPartner(sim, staying, out partner))
{
stats.IncStat(tag + " Break: Partner Stay");
staying.Add(sim);
}
else if ((IsPartner(sim, movers, out partner)) || (IsPartner(sim, going, out partner)))
{
if ((head == sim) && (Households.NumHumans(focus.Household) != 1))
{
stats.IncStat(tag + " Break: Partner Go Denied");
going.Remove(partner);
staying.Add(sim);
if (!staying.Contains(partner))
{
staying.Add(partner);
}
}
else
{
stats.IncStat(tag + " Break: Partner Go");
going.Add(sim);
}
}
else if (movers.Contains(sim))
{
if ((head == sim) && (Households.NumHumans(focus.Household) != 1))
{
stats.IncStat(tag + " Break: Go Denied");
staying.Add(sim);
}
else
{
stats.IncStat(tag + " Break: Go");
going.Add(sim);
}
}
else if (head == sim)
{
stats.IncStat(tag + " Break: Head Stay");
staying.Add(sim);
}
else if ((sim.YoungAdultOrAbove) && (!sim.IsPet) && (!sim.IsEP11Bot))
{
stats.IncStat(tag + " Break: Stay");
staying.Add(sim);
}
else
{
houseChildrenPetsPlumbots.Add(sim);
}
}
List<SimDescription> extraChildrenPets = new List<SimDescription>();
foreach (SimDescription child in houseChildrenPetsPlumbots)
{
bool bGoing = false;
bool bMatch = false;
if (child.IsPet)
{
int goingLiking = int.MinValue;
foreach (SimDescription foci in going)
{
if (child.LastName == foci.LastName)
{
bMatch = true;
int liking = ManagerSim.GetLTR(child, foci);
if (goingLiking < liking)
{
goingLiking = liking;
}
}
}
int stayingLiking = int.MinValue;
foreach (SimDescription foci in staying)
{
if (child.LastName == foci.LastName)
{
bMatch = true;
int liking = ManagerSim.GetLTR(child, foci);
if (stayingLiking < liking)
{
stayingLiking = liking;
}
}
}
if (goingLiking > stayingLiking)
{
bGoing = true;
}
}
else
{
// this will handle plumbots that are related to the family (i.e. creation)
if (children == ChildrenMove.RelatedStay)
{
foreach (SimDescription parent in Relationships.GetParents(child))
{
if (staying.Contains(parent))
{
bMatch = true;
}
}
}
else if (children == ChildrenMove.RelatedGo)
{
foreach (SimDescription parent in Relationships.GetParents(child))
{
if (going.Contains(parent))
{
bMatch = true;
}
}
}
else if (children != ChildrenMove.Stay)
{
foreach (SimDescription foci in going)
{
if (Relationships.GetChildren(foci).Contains(child))
{
bMatch = true;
if ((children != ChildrenMove.Scoring) || (ScoreChildMove(stats, tag, child, going)))
{
bGoing = true;
break;
}
}
}
}
}
if (child.IsEP11Bot && !bGoing)
{
// test the liking for Plumbots without the HumanEmotion chip
if (!manager.Households.AllowGuardian(child))
{
bMatch = true;
int goingLiking = int.MinValue;
foreach (SimDescription foci in going)
{
int liking = ManagerSim.GetLTR(child, foci);
if (goingLiking < liking)
{
goingLiking = liking;
}
}
int stayingLiking = int.MinValue;
foreach (SimDescription foci in staying)
{
int liking = ManagerSim.GetLTR(child, foci);
if (stayingLiking < liking)
{
stayingLiking = liking;
}
}
if (goingLiking > stayingLiking)
{
bGoing = true;
}
}
}
stats.IncStat(child.FullName, Common.DebugLevel.Logging);
if ((!bMatch) && (manager.Households.AllowSoloMove(child)))
{
stats.IncStat(tag + " Break: Teen Stay");
staying.Add(child);
}
else if (bGoing)
{
if (children == ChildrenMove.Go)
{
stats.IncStat(tag + " Break: Child Go");
}
else
{
stats.IncStat(tag + " Break: Child Scoring Go");
}
going.Add(child);
}
else
{
if (children == ChildrenMove.Stay)
{
stats.IncStat(tag + " Break: Child Stay");
}
else if (bMatch)
{
stats.IncStat(tag + " Break: Child Scoring Stay");
}
extraChildrenPets.Add(child);
}
}
bool foundAdult = false, foundBlood = false;
foreach (SimDescription sim in staying)
{
if (manager.Deaths.IsDying(sim)) continue;
if (!manager.Households.AllowGuardian(sim)) continue;
if (ancestral)
{
if (Relationships.IsCloselyRelated(head, sim, false))
{
foundBlood = true;
}
}
foundAdult = true;
}
if ((!foundAdult) || ((ancestral) && (!foundBlood)))
{
stats.AddStat(tag + " Break: Extra", extraChildrenPets.Count);
going.AddRange(extraChildrenPets);
if (ancestral)
{
stats.IncStat(tag + " Break: Ancestral");
mStaying.AddRange(going);
return;
}
}
mStaying.AddRange(staying);
foreach (SimDescription sim in mStaying)
{
going.Remove(sim);
}
mGoing.AddRange(going);
}
}
protected void Tally(IScoringGenerator stats, string tag, bool ignoreHead)
{
if (!Common.kDebugging) return;
string prefix = tag + " Break";
if (ignoreHead)
{
prefix += " Ignore";
}
int humans = 0, pets = 0, plumbots = 0;
stats.AddStat(prefix + ": Sims", mSims.Count);
stats.AddStat(prefix + ": Going", GetGoingCount(ref humans, ref pets, ref plumbots));
stats.AddStat(prefix + ": Going Human", humans);
stats.AddStat(prefix + ": Going Pets", pets);
stats.AddStat(prefix + ": Going Plumbots", plumbots);
stats.AddStat(prefix + ": Staying", GetStayingCount(ref humans, ref pets, ref plumbots));
stats.AddStat(prefix + ": Staying Human", humans);
stats.AddStat(prefix + ": Staying Pets", pets);
stats.AddStat(prefix + ": Staying Plumbots", plumbots);
if (SimGoing)
{
stats.IncStat(prefix + ": SimGoing");
}
}
protected bool ScoreChildMove(IScoringGenerator stats, string tag, SimDescription child, List<SimDescription> movingSims)
{
if (child.Genealogy.Parents.Count == 0)
{
stats.IncStat(tag + " ChildMove: No Parents");
return false;
}
int firstScore = 0;
bool firstMoving = false;
SimDescription mom = null, dad = null;
Relationships.GetParents(child, out mom, out dad);
if (mom != null)
{
firstMoving = movingSims.Contains(mom);
if ((firstMoving) || (mom.Household == child.Household))
{
firstScore = stats.AddScoring(tag + " ChildMove", ScoringLookup.GetScore("ParentChild", child, mom));
}
else
{
return true;
}
}
int secondScore = 0;
bool secondMoving = false;
if (dad != null)
{
secondMoving = movingSims.Contains(dad);
if ((secondMoving) || (dad.Household == child.Household))
{
secondScore = stats.AddScoring(tag + " ChildMove", ScoringLookup.GetScore("ParentChild", child, dad));
}
else
{
return true;
}
}
if (firstScore > secondScore)
{
return firstMoving;
}
else
{
return secondMoving;
}
}
public Lot FindLot(IScoringGenerator stats, ICollection <SimDescription> sims, int maximumLoan, FindLotFlags flags, LotPriceCheck inPriceRange)
{
stats.IncStat("FindLot");
Dictionary <SimDescription, bool> lookup = new Dictionary <SimDescription, bool> ();
Dictionary <Household, bool> homes = new Dictionary <Household, bool>();
Dictionary <ulong, int> castes = new Dictionary <ulong, int>();
int simCount = 0;
bool allowRentable = true;
if (sims != null)
{
foreach (SimDescription sim in sims)
{
if (lookup.ContainsKey(sim))
{
continue;
}
lookup.Add(sim, true);
if (!Money.AllowRent(stats, sim))
{
allowRentable = false;
}
simCount++;
foreach (CasteOptions caste in GetData(sim).Castes)
{
int count;
if (castes.TryGetValue(caste.ID, out count))
{
castes[caste.ID] = count + 1;
}
else
{
castes[caste.ID] = 1;
}
}
if (SimTypes.IsSpecial(sim))
{
continue;
}
if (sim.Household == null)
{
continue;
}
homes[sim.Household] = true;
}
}
int currentLotCost = 0;
int availableFunds = maximumLoan;
foreach (Household home in homes.Keys)
{
bool allMoving = true;
foreach (SimDescription sim in home.AllSimDescriptions)
{
if (!lookup.ContainsKey(sim))
{
allMoving = false;
break;
}
}
if (allMoving)
{
if (home.LotHome == null)
{
availableFunds += home.NetWorth();
}
else if (GetValue <IsAncestralOption, bool>(home))
{
stats.IncStat("FindLot: Ancestral Fail");
return(null);
}
else
{
currentLotCost += GetLotCost(home.LotHome);
availableFunds += home.FamilyFunds + GetLotCost(home.LotHome);
availableFunds -= CalculateVehicleCost(home.LotHome);
}
}
else
{
availableFunds += home.FamilyFunds;
}
}
flags |= FindLotFlags.InspectCareerItems;
stats.AddStat("Available Funds", availableFunds);
List <Lot> choices = new List <Lot>();
foreach (Lot lot in LotManager.AllLots)
{
string reason = HouseholdsEx.IsValidResidentialLot(lot);
if (!string.IsNullOrEmpty(reason))
{
stats.IncStat("Find Lot: " + reason);
}
else if (!Allow(stats, lot, sims, flags, allowRentable))
{
continue;
}
else
{
stats.AddStat("Lot Cost", GetLotCost(lot));
if ((inPriceRange == null) || (inPriceRange(stats, lot, currentLotCost, availableFunds) != CheckResult.Failure))
{
choices.Add(lot);
}
}
}
if (choices.Count == 0)
{
stats.IncStat("Find Lot: Failure");
return(null);
}
else if ((flags & FindLotFlags.CheapestHome) == FindLotFlags.CheapestHome)
{
choices.Sort(new Comparison <Lot>(HouseholdsEx.SortByCost));
return(choices[0]);
}
else
{
return(RandomUtil.GetRandomObjectFromList(choices));
}
}
protected void Perform(StoryProgressionObject manager, IScoringGenerator stats, string tag, List <SimDescription> movers, ChildrenMove children, bool ignoreHead)
{
if (movers.Count == 0)
{
return;
}
SimDescription focus = movers[0];
if (focus.Household == null)
{
stats.IncStat(tag + " Break: No Home");
mGoing.AddRange(movers);
return;
}
else if (SimTypes.IsSpecial(focus))
{
stats.IncStat(tag + " Break: Special");
mGoing.AddRange(movers);
return;
}
else
{
bool adult = false;
foreach (SimDescription sim in movers)
{
if (manager.Households.AllowGuardian(sim))
{
adult = true;
break;
}
}
if (!adult)
{
stats.IncStat(tag + " Break: Child Transfer");
mStaying.AddRange(Households.All(focus.Household));
foreach (SimDescription sim in movers)
{
if (SimTypes.IsSelectable(sim))
{
continue;
}
mStaying.Remove(sim);
mGoing.Add(sim);
}
return;
}
List <SimDescription> going = new List <SimDescription>();
List <SimDescription> staying = new List <SimDescription>();
List <SimDescription> houseChildrenPetsPlumbots = new List <SimDescription>();
bool ancestral = manager.GetValue <IsAncestralOption, bool>(focus.Household);
SimDescription head = null;
if (!ignoreHead)
{
head = SimTypes.HeadOfFamily(focus.Household);
}
else if (ancestral)
{
stats.IncStat(tag + " Break: Ancestral Head Denied");
mStaying.AddRange(Households.All(focus.Household));
return;
}
foreach (SimDescription sim in Households.All(focus.Household))
{
stats.IncStat(sim.FullName, Common.DebugLevel.Logging);
SimDescription partner = null;
if (SimTypes.IsSelectable(sim))
{
stats.IncStat(tag + " Break: Active");
staying.Add(sim);
}
else if (!manager.Households.Allow(stats, sim, 0))
{
stats.IncStat(tag + " Break: User Denied");
staying.Add(sim);
}
else if (IsPartner(sim, staying, out partner))
{
stats.IncStat(tag + " Break: Partner Stay");
staying.Add(sim);
}
else if ((IsPartner(sim, movers, out partner)) || (IsPartner(sim, going, out partner)))
{
if ((head == sim) && (Households.NumHumans(focus.Household) != 1))
{
stats.IncStat(tag + " Break: Partner Go Denied");
going.Remove(partner);
staying.Add(sim);
if (!staying.Contains(partner))
{
staying.Add(partner);
}
}
else
{
stats.IncStat(tag + " Break: Partner Go");
going.Add(sim);
}
}
else if (movers.Contains(sim))
{
if ((head == sim) && (Households.NumHumans(focus.Household) != 1))
{
stats.IncStat(tag + " Break: Go Denied");
staying.Add(sim);
}
else
{
stats.IncStat(tag + " Break: Go");
going.Add(sim);
}
}
else if (head == sim)
{
stats.IncStat(tag + " Break: Head Stay");
staying.Add(sim);
}
else if ((sim.YoungAdultOrAbove) && (!sim.IsPet) && (!sim.IsEP11Bot))
{
stats.IncStat(tag + " Break: Stay");
staying.Add(sim);
}
else
{
houseChildrenPetsPlumbots.Add(sim);
}
}
List <SimDescription> extraChildrenPets = new List <SimDescription>();
foreach (SimDescription child in houseChildrenPetsPlumbots)
{
bool bGoing = false;
bool bMatch = false;
if (child.IsPet)
{
int goingLiking = int.MinValue;
foreach (SimDescription foci in going)
{
if (child.LastName == foci.LastName)
{
bMatch = true;
int liking = ManagerSim.GetLTR(child, foci);
if (goingLiking < liking)
{
goingLiking = liking;
}
}
}
int stayingLiking = int.MinValue;
foreach (SimDescription foci in staying)
{
if (child.LastName == foci.LastName)
{
bMatch = true;
int liking = ManagerSim.GetLTR(child, foci);
if (stayingLiking < liking)
{
stayingLiking = liking;
}
}
}
if (goingLiking > stayingLiking)
{
bGoing = true;
}
}
else
{
// this will handle plumbots that are related to the family (i.e. creation)
if (children == ChildrenMove.RelatedStay)
{
foreach (SimDescription parent in Relationships.GetParents(child))
{
if (staying.Contains(parent))
{
bMatch = true;
}
}
}
else if (children == ChildrenMove.RelatedGo)
{
foreach (SimDescription parent in Relationships.GetParents(child))
{
if (going.Contains(parent))
{
bMatch = true;
}
}
}
else if (children != ChildrenMove.Stay)
{
foreach (SimDescription foci in going)
{
if (Relationships.GetChildren(foci).Contains(child))
{
bMatch = true;
if ((children != ChildrenMove.Scoring) || (ScoreChildMove(stats, tag, child, going)))
{
bGoing = true;
break;
}
}
}
}
}
if (child.IsEP11Bot && !bGoing)
{
// test the liking for Plumbots without the HumanEmotion chip
if (!manager.Households.AllowGuardian(child))
{
bMatch = true;
int goingLiking = int.MinValue;
foreach (SimDescription foci in going)
{
int liking = ManagerSim.GetLTR(child, foci);
if (goingLiking < liking)
{
goingLiking = liking;
}
}
int stayingLiking = int.MinValue;
foreach (SimDescription foci in staying)
{
int liking = ManagerSim.GetLTR(child, foci);
if (stayingLiking < liking)
{
stayingLiking = liking;
}
}
if (goingLiking > stayingLiking)
{
bGoing = true;
}
}
}
stats.IncStat(child.FullName, Common.DebugLevel.Logging);
if ((!bMatch) && (manager.Households.AllowSoloMove(child)))
{
stats.IncStat(tag + " Break: Teen Stay");
staying.Add(child);
}
else if (bGoing)
{
if (children == ChildrenMove.Go)
{
stats.IncStat(tag + " Break: Child Go");
}
else
{
stats.IncStat(tag + " Break: Child Scoring Go");
}
going.Add(child);
}
else
{
if (children == ChildrenMove.Stay)
{
stats.IncStat(tag + " Break: Child Stay");
}
else if (bMatch)
{
stats.IncStat(tag + " Break: Child Scoring Stay");
}
extraChildrenPets.Add(child);
}
}
bool foundAdult = false, foundBlood = false;
foreach (SimDescription sim in staying)
{
if (manager.Deaths.IsDying(sim))
{
continue;
}
if (!manager.Households.AllowGuardian(sim))
{
continue;
}
if (ancestral)
{
if (Relationships.IsCloselyRelated(head, sim, false))
{
foundBlood = true;
}
}
foundAdult = true;
}
if ((!foundAdult) || ((ancestral) && (!foundBlood)))
{
stats.AddStat(tag + " Break: Extra", extraChildrenPets.Count);
going.AddRange(extraChildrenPets);
if (ancestral)
{
stats.IncStat(tag + " Break: Ancestral");
mStaying.AddRange(going);
return;
}
}
mStaying.AddRange(staying);
foreach (SimDescription sim in mStaying)
{
going.Remove(sim);
}
mGoing.AddRange(going);
}
}
protected static bool IsWitnessed(ManagerProgressionBase manager, IScoringGenerator stats, SimDescription sim, int baseChance)
{
if (sim.CreatedSim == null)
{
stats.IncStat("Hibernating");
return(false);
}
Lot lot = sim.CreatedSim.LotCurrent;
if (lot == null)
{
return(false);
}
if (lot.IsWorldLot)
{
return(false);
}
if (lot.CanSimTreatAsHome(sim.CreatedSim))
{
stats.IncStat("At Home");
return(false);
}
/*
* if (lot.IsResidentialLot)
* {
* stats.IncStat("Residential");
* return false;
* }
*/
foreach (Sim witness in lot.GetAllActors())
{
if (!witness.IsHuman)
{
continue;
}
if (witness.SimDescription.ChildOrBelow)
{
continue;
}
if (stats.AddScoring("IgnoreCurfew", witness.SimDescription) > 0)
{
continue;
}
if (!RandomUtil.RandomChance(stats.AddScoring("CurfewWitness", witness.SimDescription) + baseChance))
{
continue;
}
bool forceCurfew;
if (IsUnderCurfew(manager, stats, witness.SimDescription, out forceCurfew))
{
continue;
}
stats.IncStat("Witnessed");
return(true);
}
return(false);
}