//Performe the random interaction
private static void PerformeInteractionOnSelf(Sim sim, InteractionDefinition definition)
{
InteractionPriority priority = sim.CurrentInteraction.GetPriority();
InteractionInstance instance3 = definition.CreateInstance(sim, sim, priority, false, true);
sim.InteractionQueue.Add(instance3);
if (AddMenuItem.ReturnShowNotification())
{
StyledNotification.Show(new StyledNotification.Format(sim.Name + "\r" + instance3.GetInteractionName(), StyledNotification.NotificationStyle.kGameMessagePositive));
}
}
public static void DoInteractionToOthers(Sim sim)
{
try
{
Random r = new Random();
//Get Sims on lot
List <Sim> sims = ReturnSimsOnLot(sim);
if (sims.Count > 0)
{
int tries = 0;
int maxTries = 20;
bool success = false;
while (!success)
{
//Get random sim
int randomSim = r.Next(sims.Count);
Sim targetSim = sims[randomSim];
//Increment tries
tries++;
if (sim != null && sim.SocialComponent != null && targetSim != null)
{
List <InteractionObjectPair> pairs = new List <InteractionObjectPair>();
foreach (var item in sim.SocialComponent.GetAllInteractionsForAutonomy(targetSim))
{
if (item.CheckIfInteractionValid())
{
pairs.Add(item);
}
}
InteractionPriority priority = new InteractionPriority(InteractionPriorityLevel.UserDirected);
if (sim.CurrentInteraction != null)
{
priority = sim.CurrentInteraction.GetPriority();
}
//IF the sim is not in the active household, raise the priority
if (sim.Household != null && !sim.Household.IsActive)
{
priority = new InteractionPriority(InteractionPriorityLevel.UserDirected);
}
InteractionInstance instance = pairs[r.Next(pairs.Count)].InteractionDefinition.CreateInstance(targetSim, sim, priority, false, true);
if (instance != null)
{
try
{
success = sim.InteractionQueue.Add(instance);
if (success && AddMenuItem.ReturnShowNotification())
{
StyledNotification.Show(new StyledNotification.Format(sim.Name + "\r" + instance.GetInteractionName() + "\r" + targetSim.Name, StyledNotification.NotificationStyle.kGameMessagePositive));
}
}
catch (Exception ex)
{
StyledNotification.Show(new StyledNotification.Format(sim.Name + "\r" + ex.ToString(), StyledNotification.NotificationStyle.kGameMessagePositive));
}
}
}
//Break off if the interaction is not sticking
if (tries == maxTries && !success)
{
success = true;
DoInteractionToSelf(sim);
}
}
}
}
catch (Exception ex)
{
sim.ShowTNSIfSelectable(ex.ToString(), StyledNotification.NotificationStyle.kGameMessagePositive, ObjectGuid.InvalidObjectGuid, sim.ObjectId);
}
}
public static void DelInteraction(List <InteractionInstance> mInteractionList, Sims3.Gameplay.ActorSystems.InteractionQueue simIQ, Sim sim, int index, bool stopImmediately, bool succeeded)
{
if (index >= 0 && index < mInteractionList.Count)
{
InteractionInstance interactionInstance = mInteractionList._items[index];
if (interactionInstance == null)
{
niec_std.list_remove(mInteractionList, interactionInstance);
goto r;
}
if (simIQ.mIsHeadInteractionLocked && index == 0)
{
throw new ArgumentException("Sim: " + interactionInstance.InstanceActor.SimDescription.FullName + " is removing head interaction: " + interactionInstance.GetInteractionName() + " while it is locked.");
}
interactionInstance.OnRemovedFromQueue(index == 0);
niec_std.list_remove(mInteractionList, interactionInstance);
if (!sim.HasExitReason(ExitReason.SuspensionRequested))
{
CleanUpOrOnFailureInteraction(sim, interactionInstance, stopImmediately, succeeded);
}
if (succeeded || simIQ.mBabyOrToddlerTransitionTargetInteraction == interactionInstance || mInteractionList.Count == 0)
{
simIQ.mBabyOrToddlerTransitionTargetInteraction = null;
}
r : if (sim.IsSelectable)
{
simIQ.FireQueueChanged();
}
}
}