64 lines
1.9 KiB
C
64 lines
1.9 KiB
C
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#pragma once
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/*
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主动怪的实现类
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*/
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#ifdef WIN32
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#define PRIORITY_FLAG_ATTACK_MASTER_TARGET (0x8000000000000000ui64)
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#else
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#define PRIORITY_FLAG_ATTACK_MASTER_TARGET (0x8000000000000000ULL)
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#endif
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class CAggressorAI:
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public CAnimalAI
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{
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public:
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typedef CAnimalAI Inherid;
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/**
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* Comments: 检测战斗目标
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* @Return void:
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*/
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virtual bool CheckEnemy();
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/*
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* Comments: 一个实体在自己的视野里移动
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* Param CAnimal *: 实体指针
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* @Return void:
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*/
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virtual void MoveInSight(CAnimal *,INT_PTR nPosX,INT_PTR nPosY );
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private:
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UINT64 ComposePriority(bool bOwnerTarget, bool bPrior, int nPriorLevel, int nDist)
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{
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UINT64 result = bOwnerTarget ? (UINT64)PRIORITY_FLAG_ATTACK_MASTER_TARGET : 0;
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if (bPrior)
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result |= ((INT64)1 << 62);
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result |= (INT64)nPriorLevel << 32;
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result |= nDist;
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return result;
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}
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/*
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* Comments:计算目标被攻击的优先权值
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* Param CEntity * pTarget:目标对象
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* Param const CVector<int> *priorTargetList： 怪物自己的优选攻击列表
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* Param UINT64& priority:返回被攻击的优先权值。怪物选择目标优选被攻击权值高的
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* Param int nSelfX: 怪物自身位置X坐标
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* Param int nSelfY: 怪物自身位置Y坐标
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* @Return bool: 是合法目标，返回true；否则返回false
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* 按照：怪物配置的优选攻击怪物列表、 被击优先级、 距离
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* 第63位标记是否是拥有者的目标，
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* 第62位标记是否是优选攻击怪物，
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* 第32-61 标记目标被击优先级
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* 第0-31标记距离
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*/
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bool CalcTargetPrior(CEntity *pTarget, const CVector<int> *priorTargetList, UINT64 &priority, int nSelfX, int nSelfY);
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public:
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static EntityVector *s_pVisibleEntityList; ///< 主动怪周围实体列表容器，避免获取怪物周围实体列表频繁的分配释放内存
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CTimer<3000> m_checkMonsterTimer; ///< 观察怪物的定时器
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};
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