public static AIRunTimeBase MakeRuntime(AIRuntimeTaskData data, AI.Runtime.AIRunTimeTree tree)
{
AIRunTimeBase rst = null;
switch (data.type)
{
case "Sequence":
rst = new AIRuntimeSequence();
break;
case "Selector":
rst = new AIRuntimeSelector();
break;
case "Inverter":
rst = new AIRuntimeInverter();
break;
case "RotateSelf":
rst = new AIRuntimeRotateSelf();
break;
case "MoveForward":
rst = new AIRuntimeMoveForward();
break;
case "ResetTarget":
rst = new AIRuntimeResetTarget();
break;
case "StatusRandom":
rst = new AIRuntimeStatusRandom();
break;
case "FindTargetByDistance":
rst = new AIRuntimeFindTargetByDistance();
break;
case "DoSelectNearest":
rst = new AIRuntimeDoSelectNearest();
break;
case "RotateToTarget":
rst = new AIRuntimeRotateToTarget();
break;
case "ValueDistance":
rst = new AIRuntimeValueDistance();
break;
case "NavToTarget":
rst = new AIRuntimeNavToTarget();
break;
case "StopNavMove":
rst = new AIRuntimeStopNavMove();
break;
case "XAIActionSkill":
rst = new AIRuntimeXAIActionSkill();
break;
case "Wait":
rst = new AIRuntimeWait();
break;
case "ValueHP":
rst = new AIRuntimeValueHP();
break;
case "Log":
rst = new AIRuntimeLog();
break;
}
if (rst != null)
{
rst.SetTree(tree); rst.Init(data);
}
return(rst);
}
public bool SetBehaviorTree(string name)
{
_tree_data = AIRuntimeUtil.Load(name);
_tree_behaviour = AIRuntimeFactory.MakeRuntime(_tree_data.task, this);
return(true);
}
