internal QualifierVisualizer(IQualifier q, SelectorVisualizer parent)
{
this._qualifier = q;
this._parent = parent;
SelectorAction selectorAction = q.action as SelectorAction;
AILinkAction aILinkAction = q.action as AILinkAction;
CompositeAction compositeAction = q.action as CompositeAction;
IRequireTermination requireTermination = q.action as IRequireTermination;
if (selectorAction != null)
{
this._action = new SelectorActionVisualizer(selectorAction, this);
return;
}
if (aILinkAction != null)
{
this._action = new AILinkActionVisualizer(aILinkAction, this);
return;
}
if (compositeAction != null)
{
this._action = new CompositeActionVisualizer(compositeAction, this);
return;
}
if (requireTermination != null)
{
this._action = new ActionRequiresTerminationVisualizer(q.action, this);
return;
}
if (q.action != null)
{
this._action = new ActionVisualizer(q.action, this);
}
}
private ITask FindTaskOfQualifier()
{
if (this._task == null)
{
SelectorAction selectorAction = base.action as SelectorAction;
if (selectorAction != null && selectorAction.selector != null)
{
this._task = selectorAction.selector as ITask;
if (this._task != null)
{
return(this._task);
}
}
AILinkAction aILinkAction = base.action as AILinkAction;
if (aILinkAction != null)
{
IUtilityAI aI = AIManager.GetAI(aILinkAction.aiId);
if (aI.rootSelector is ITask)
{
this._task = aI.rootSelector as ITask;
ITask task = this._task;
return(this._task);
}
}
}
return(this._task);
}
internal CompositeActionVisualizer(CompositeAction action, IQualifierVisualizer parent) : base(action, parent)
{
this._actions = new List <ActionVisualizer>(action.actions.Count);
for (int i = 0; i < action.actions.Count; i++)
{
IAction item = action.actions[i];
CompositeAction compositeAction = item as CompositeAction;
if (compositeAction == null)
{
this._actions.Add(new ActionVisualizer(item, parent));
}
else
{
this._actions.Add(new CompositeActionVisualizer(compositeAction, parent));
}
}
SelectorAction selectorAction = action.connectorAction as SelectorAction;
AILinkAction aILinkAction = action.connectorAction as AILinkAction;
if (selectorAction != null)
{
this._connectorAction = new SelectorActionVisualizer(selectorAction, parent);
return;
}
if (aILinkAction != null)
{
this._connectorAction = new AILinkActionVisualizer(aILinkAction, parent);
}
}
internal bool Connect(QualifierView qv, TopLevelView targetView)
{
ActionView av = null;
var sv = targetView as SelectorView;
if (sv != null)
{
if (sv.selector.IsConnectedTo(qv.parent.selector))
{
EditorUtility.DisplayDialog("Invalid Action", "Circular connections are not allowed.", "Ok");
return(false);
}
//Composite actions may also act as selectors as the last step
var cav = qv.actionView as CompositeActionView;
if (cav != null)
{
var ca = (CompositeAction)cav.action;
var newConnector = new SelectorAction(sv.selector);
_undoRedo.Do(new ConnectCompositeOperation(cav, ca.connectorAction, newConnector));
ca.connectorAction = newConnector;
cav.targetView = null;
return(true);
}
av = new SelectorActionView
{
targetSelector = sv,
action = new SelectorAction(sv.selector),
parent = qv
};
}
var lv = targetView as AILinkView;
if (lv != null)
{
var cav = qv.actionView as CompositeActionView;
if (cav != null)
{
var ca = (CompositeAction)cav.action;
var newConnector = new AILinkAction(lv.aiId);
_undoRedo.Do(new ConnectCompositeOperation(cav, ca.connectorAction, newConnector));
ca.connectorAction = newConnector;
cav.targetView = null;
return(true);
}
av = new AILinkActionView
{
targetAI = lv,
action = new AILinkAction(lv.aiId),
parent = qv
};
}
if (av != null)
{
SetAction(av, qv);
return(true);
}
return(false);
}
