private bool Run(string s, TreeSharp.Composite bt)
{
int nLoops = 0;
bt.Start(this);
do
{
bt.Tick(this);
nLoops++;
} while (bt.IsRunning);
bt.Stop(this);
if (nLoops > 1)
{
slog("Run('{0}'): performed {1} iterations", s, nLoops);
}
return(false);
}
protected override TreeSharp.Composite CreateBehavior()
{
if (_behavior == null)
{
_behavior = new TreeSharp.PrioritySelector(
new TreeSharp.Action(ret =>
{
bool isDialogComplete = _completionToken.IsComplete;
bool isProgressing = UtilIsProgressRequirementsMet(QuestId, QuestRequirementInLog, QuestRequirementComplete);
// We're complete... wrap it up
if (isDialogComplete || !isProgressing)
{
// If we're no longer progressing, we don't want to wait for the user response to close up shop...
// Thus, we use UNKNOWN when not progressing. This will also keep us from blocking and waiting for
// PopdownResponse to be populated by the UserDialogForm we're trying to close.
UserDialogExitProcessing(isDialogComplete
? _completionToken.PopdownResponse
: PopdownReason.PopdownCompletionCriteriaMet);
_isBehaviorDone = true;
return(TreeSharp.RunStatus.Success);
}
// If 'auto defend' is on and we're in combat, we skip this node to allow combat to take place
// somewhere in our parent's subtree
if (_completionToken.IsAutoDefend && StyxWoW.Me.IsActuallyInCombat)
{
return(TreeSharp.RunStatus.Failure);
}
// 'auto defend is off'...
// RunStatus.Running returns us to this node. This allows the user to control everything manually--
// including combat
return(TreeSharp.RunStatus.Running);
})
);
}
return(_behavior);
}
/// <summary>
/// Initializes scripts
/// </summary>
public override bool init()
{
EventObjects.eventInit(this, true);
//Load the associated scripts
_scripts = Scripts.instanceScripts(this, _scriptType);
//If the bot implementes a BT, load it and use it.
_BehaviorTrees = new List <TreeSharp.Composite>();
if (exists(BT_EVENT_KEY))
{
//Grab all handlers (could be more then one BT).
foreach (var mthHandler in events[BT_EVENT_KEY].methods)
{
TreeSharp.Composite x = mthHandler.handler(mthHandler.that, null) as TreeSharp.Composite;
x.Start(null);
_BehaviorTrees.Add(x);
}
}
return(true);
}
