#ifndef _AI_MODULE_H
#define _AI_MODULE_H
#include "world_entity.h"
class NPC2;

class AIModule {
 public:
	inline AIModule(){taskComplete=false;}
   virtual ~AIModule(){}
   virtual void process(float dt){}

	inline void setDestination(Vector destination){this->destination=destination;}
	inline void setDestinationMovement(Vector destinationMovement){this->destinationMovement=destinationMovement;}
	inline void setWeight(int weight){this->weight=weight;}
	inline void setTarget(WorldEntity* target){this->target=target;}
	inline void setNPC(WorldEntity* npc){this->npc=npc;}
	inline void setMaxSpeed(float maxSpeed){this->maxSpeed=maxSpeed;}
	inline void setAttackDistance(float attackDistance){this->attackDistance=attackDistance;}

	inline Vector getPosition(){return npc->getAbsCoor();}
	inline Vector getMovement(){return movement;}
	inline Vector getView(){return view;}
	inline WorldEntity* getNPC(){return npc;}
	inline WorldEntity* getTarget(){return target;}
	inline float getWeight(){return weight;}
	inline float getMaxAcceleration(){return accelerationMax;}
	inline float getMaxSpeed(){return maxSpeed;}
	inline float getAttackDistance(){return attackDistance;}
	inline float getNPCRadius(){return getRadius(npc);}

	inline bool done(){return taskComplete;}

	void getAttributesFrom(AIModule* oldModule);

 protected:
	float getRadius(WorldEntity* object);

	Vector destination;
	Vector destinationMovement;
	Vector destinationView;

	bool taskComplete;
	Vector movement;
	Vector view;

	WorldEntity* npc;
	WorldEntity* target;

	float weight;
	float maxSpeed;
	float attackDistance;
	float accelerationMax;
};

#endif /* _AI_MODULE_H */