public BotNeeds Copy()
{
BotNeeds needsBefore = new BotNeeds(0.0F);
needsBefore.SetFrom(this);
return(needsBefore);
}
public void SetFrom(BotNeeds newNeeds)
{
foreach (Object fi in GetNeeds())
{
SetNeed(fi, newNeeds.GetNeed(fi));
}
}
public override void InvokeReal()
{
SimActor TheBot = (SimActor)this.TheBot;
TimeRemaining = rand.Next(1, 3); // one to tree cycles
while (TimeRemaining-- > 0)
{
String use = TypeUsage.UsageName;
TheBot.Approach(Victem, 5);
TheBot.Debug(ToString());
CurrentTopic = TheBot.LastAction;
TheBot.TalkTo(Victem, CurrentTopic);
Thread.Sleep(8000);
//User.ApplyUpdate(use, simObject);
}
BotNeeds CurrentNeeds = (BotNeeds)TheBot["CurrentNeeds"];
BotNeeds needsBefore = CurrentNeeds.Copy();
BotNeeds simNeeds = TypeUsage.ChangeActual;
//TODO rate interaction
CurrentNeeds.AddFrom(simNeeds);
CurrentNeeds.SetRange(0.0F, 100.0F);
BotNeeds difNeeds = CurrentNeeds.Minus(needsBefore);
TheBot.Debug(ToString() + " => " + difNeeds.ShowNonZeroNeeds());
}
public override CmdResult ExecuteRequest(CmdRequest args)
{
string to_op = args.GetString("verb");
string objname = args.GetString("target");
if (objname == "")
{
return Failure("$bot don't know what object to use.");
}
if (to_op == "")
{
SimObject objToUse;
if (WorldSystem.tryGetPrim(objname, out objToUse))
{
if ((BotNeeds) TheSimAvatar["CurrentNeeds"] == null)
{
TheSimAvatar["CurrentNeeds"] = new BotNeeds(90.0f);
}
SimTypeUsage usage = objToUse.Affordances.GetBestUse((BotNeeds) TheSimAvatar["CurrentNeeds"]);
if (usage == null)
{
//usage = new MoveToLocation(TheSimAvatar, objToUse);
return Failure("$bot don't have a use for " + objToUse + " yet.");
}
TheSimAvatar.Do(usage, objToUse);
return Success("used " + objToUse);
}
return Failure("$bot don't know what to do with " + objname);
}
WriteLine("Trying to (" + to_op + ") with (" + objname + ")");
TheBotClient.UseInventoryItem(to_op, objname);
return Success("completed to (" + to_op + ") with (" + objname + ")");
}
public virtual void InvokeBotSideEffect(SimAvatar TheBot)
{
Debug(TheBot, ToString());
//User.ApplyUpdate(use, simObject);
BotNeeds CurrentNeeds = (BotNeeds)TheBot["CurrentNeeds"];
if (CurrentNeeds == null)
{
TheBot["CurrentNeeds"] = CurrentNeeds = new BotNeeds(90.0f);
}
BotNeeds needsBefore = CurrentNeeds.Copy();
BotNeeds update = Target.Affordances.GetActualUpdate(TypeUsage.UsageName);
//TODO rate interaction and update TheBot.Assumptions
CurrentNeeds.AddFrom(update);
CurrentNeeds.SetRange(0.0F, 100.0F);
BotNeeds difNeeds = CurrentNeeds.Minus(needsBefore);
Debug(TheBot, TheBot + " " + ToString() + "\n\t " +
TheBot.DistanceVectorString(Target)
+ "=> " + difNeeds.ShowNonZeroNeeds());
if (TheBot is SimActor)
{
((SimActor)TheBot).ExecuteLisp(this, TypeUsage);
}
Thread.Sleep(TypeUsage.totalTimeMS);
}
public float TotalSideEffect(BotNeeds bn)
{
bn = bn.Copy();
bn.AddFrom(this);
bn.SetRange(0f, 100f);
return(bn.Total());
}
public void AddFrom(BotNeeds needsDiff)
{
foreach (Object fi in GetNeeds())
{
SetNeed(fi, GetNeed(fi) + needsDiff.GetNeed(fi));
}
}
public void SetValue(Object fi, BotNeeds needsBefore, object p)
{
if (!(p is Single))
{
p = float.Parse(p.ToString());
}
((FieldInfo)fi).SetValue(needsBefore, p);
}
public void SetValue(Object fi, BotNeeds needsBefore, object p)
{
if (!(p is Single))
{
p = float.Parse(p.ToString());
}
((FieldInfo)fi).SetValue(needsBefore, p);
}
public BotNeeds Minus(BotNeeds needsBefore)
{
BotNeeds copy = Copy();
foreach (Object need in copy.GetNeeds())
{
copy.SetNeed(need, copy.GetNeed(need) - needsBefore.GetNeed(need));
}
return(copy);
}
public BotNeeds Magnify(float mag)
{
BotNeeds needsBefore = new BotNeeds(0.0F);
foreach (Object fi in GetNeeds())
{
needsBefore.SetNeed(fi, GetNeed(fi) * mag);
}
return(needsBefore);
}
public float RateIt(BotNeeds from, SimTypeUsage use)
{
if (use == null)
{
return(-100f);
}
BotNeeds sat = GetUsagePromise(use.UsageName).Copy();
sat.AddFrom(from);
sat.SetRange(0.0F, 100.0F);
return(sat.Total());
}
public override float RateIt(BotNeeds simAvatar)
{
return GetProposedChange().TotalSideEffect(simAvatar);
}
public abstract float RateIt(BotNeeds current);
public override float RateIt(BotNeeds simAvatar)
{
return(GetProposedChange().TotalSideEffect(simAvatar));
}
public float GetValue(Object fi, BotNeeds newNeeds)
{
return((float)((FieldInfo)fi).GetValue(newNeeds));
}
public BotNeeds Minus(BotNeeds needsBefore)
{
BotNeeds copy = Copy();
foreach (Object need in copy.GetNeeds())
{
copy.SetNeed(need, copy.GetNeed(need) - needsBefore.GetNeed(need));
}
return copy;
}
public float GetValue(Object fi, BotNeeds newNeeds)
{
return (float)((FieldInfo)fi).GetValue(newNeeds);
}
public BotNeeds Magnify(float mag)
{
BotNeeds needsBefore = new BotNeeds(0.0F);
foreach (Object fi in GetNeeds())
{
needsBefore.SetNeed(fi, GetNeed(fi) * mag);
}
return needsBefore;
}
public float TotalSideEffect(BotNeeds bn) {
bn = bn.Copy();
bn.AddFrom(this);
bn.SetRange(0f, 100f);
return bn.Total();
}
public ParrotAction(SimActor a)
: base(String.Format("AvatarThinkerThread for {0}", a))
{
Actor = a;
Actor["CurrentNeeds"] = new BotNeeds(90.0f);
avatarHeartbeatThread = new Thread(Aging)
{
Name = String.Format("AvatarHeartbeatThread for {0}", Actor),
Priority = ThreadPriority.Lowest
};
avatarHeartbeatThread.Start();
}
public BotNeeds Copy()
{
BotNeeds needsBefore = new BotNeeds(0.0F);
needsBefore.SetFrom(this);
return needsBefore;
}
public virtual void InvokeBotSideEffect(SimAvatar TheBot)
{
Debug(TheBot, ToString());
//User.ApplyUpdate(use, simObject);
BotNeeds CurrentNeeds = (BotNeeds)TheBot["CurrentNeeds"];
if (CurrentNeeds == null)
{
TheBot["CurrentNeeds"] = CurrentNeeds = new BotNeeds(90.0f);
}
BotNeeds needsBefore = CurrentNeeds.Copy();
BotNeeds update = Target.Affordances.GetActualUpdate(TypeUsage.UsageName);
//TODO rate interaction and update TheBot.Assumptions
CurrentNeeds.AddFrom(update);
CurrentNeeds.SetRange(0.0F, 100.0F);
BotNeeds difNeeds = CurrentNeeds.Minus(needsBefore);
Debug(TheBot,TheBot + " " + ToString() + "\n\t " +
TheBot.DistanceVectorString(Target)
+ "=> " + difNeeds.ShowNonZeroNeeds());
if (TheBot is SimActor) ((SimActor)TheBot).ExecuteLisp(this, TypeUsage);
Thread.Sleep(TypeUsage.totalTimeMS);
}
public override float RateIt(BotNeeds current)
{
return ProposedChange().TotalSideEffect(current);
}
public override float RateIt(BotNeeds current)
{
return(ProposedChange().TotalSideEffect(current));
}
public abstract float RateIt(BotNeeds current);
public override float RateIt(BotNeeds needs)
{
return(ChangePromise.TotalSideEffect(needs));
}
public override float RateIt(BotNeeds needs)
{
return ChangePromise.TotalSideEffect(needs);
}
public void SetFrom(BotNeeds newNeeds)
{
foreach (Object fi in GetNeeds())
{
SetNeed(fi, newNeeds.GetNeed(fi));
}
}
public void AddFrom(BotNeeds needsDiff)
{
foreach (Object fi in GetNeeds())
{
SetNeed(fi, GetNeed(fi) + needsDiff.GetNeed(fi));
}
}
public float RateIt(BotNeeds from, SimTypeUsage use)
{
if (use == null) return -100f;
BotNeeds sat = GetUsagePromise(use.UsageName).Copy();
sat.AddFrom(from);
sat.SetRange(0.0F, 100.0F);
return sat.Total();
}
