637 lines
20 KiB
C++
637 lines
20 KiB
C++
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#pragma once
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/***************************************************************/
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/*
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/* 动物,继承于生物，动物有Buff系统，背包系统，观察者子系统,移动子系统
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/*
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/***************************************************************/
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//附加的战斗属性，放在这里，便于管理
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struct CreatureBattleProp
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{
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int m_selfAttackAppend; ///< 技能攻击的时候 攻击伤害追加n点（以固定值的方式影响角色造成的内功与外功攻击伤害）
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float m_deductDamagePower; //伤害低扣倍率
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int m_nAddPhysicalDamageRate; ///< 物理攻击时候附加物理攻击输出的概率,整数，1点表示万分之一
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int m_nAddPhysicalDamageValue; ///< 物理攻击时附加攻击输出的数值增加
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int m_hp2MpRate; ///< 护身效果
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unsigned int m_nDizzyValue; ///< 麻痹的概率，单位1%
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unsigned int m_nDeductDizzyValue; ///< 抗麻痹概率，万分比
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unsigned int m_nDizzyTimeAdd; ///< 麻痹时长增加 万分比
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unsigned int m_nDizzyTimeAbsorbAdd; ///< 麻痹时长减免 万分比
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unsigned int m_nGuardRate; ///< 守护概率，万分比
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unsigned int m_nGuardValue; ///< 守护值
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unsigned int m_nCuttingRate; ///< 切割概率，万分比
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unsigned int m_nDoubleAtkRate; ///< 倍攻率，万分比
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int m_DieRefreshHpPro; ///< 死亡以后立刻回复的HP的比例,1点表示百分之1(复活戒指使用)
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TICKCOUNT m_nextHpReliveCd; ///< 下一个死亡复活的cd时间
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WORD m_nFireDefenseRate; ///< 抗火率 使用1点表示1万分之1
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float m_fDamgeAbsorbRate; ///< 伤害减免比例
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int m_nWarriorTargetDamageValue; //固定值增加对战士的伤害
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int m_nWarriorTargetDamageRate; //百分比增加对战士的伤害
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int m_nMagicianTargetDamageValue; //固定值增加对法师的伤害
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int m_nMagicianTargetDamageRate; //固定比增加对法师的伤害
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int m_nWizardTargetDamageValue; //固定值增加对道士的伤害
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int m_nWizardTargetDamageRate; //固定比增加对法师的伤害
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int m_nMonsterTargetDamageValue; //固定值增加对怪物的伤害
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int m_nMonsterTargetDamageRate; //固定比增加对怪物的伤害
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unsigned int m_nAddAllDamageRate; //全职业攻击伤害追加概率
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unsigned int m_nAddAllDamageRateEx; //会心一击追加概率
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unsigned int m_nCritDamageRate; //新版暴击几率，万分比，区别于m_nAddAllDamageRate
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unsigned int m_nCritDamageValue; //新版暴击力,int
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unsigned int m_nCritDamagePower; ///新版暴击倍率 万分比 int
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unsigned int m_nDeductCritDamageRate; //抗暴
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float m_fAddAllDamagePower; //全职业攻击时附加攻击输出的倍率增加
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unsigned int m_nDamageReboundRate; //伤害反弹 概率
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float m_fDamageReboundPower; //伤害反弹 倍率
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int m_nIgnorDefenceRatio; //无视防御的比例
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int m_nDamageAbsorbRatio; //伤害减免 比例 ---暂时没用
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int m_nPkDamageAbsorbRatio; //pk伤害减免 比例
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int m_nSuckBloodRatio; //吸血比例
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int m_nSaviorTime; //救主灵刃-CD时间
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int m_nSaviorRate; //救主灵刃-回复率
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int m_nSaviorValue; //救主灵刃-回复值
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int m_nToxicRate; //剧毒裁决-淬毒几率
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int m_nToxicDamage; //剧毒裁决-淬毒伤害
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int m_nToxicEffect; //剧毒裁决-效果
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int m_nFrozenStrength; //冰冻强度
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int m_nHpRenewAdd; //生命恢复值增加
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CreatureBattleProp()
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{
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memset(this,0,sizeof(*this));
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}
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};
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#ifdef _DEBUG
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extern std::string s_HurtValueMsg;
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extern char s_HurtValueBuff[100];
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#endif
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static LPCTSTR szJZLRCDTime = "JZLRCDTime"; //救主灵刃CD时间
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static const int nJZBuffId = 244;
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class CAnimal:
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public CCreature,
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public CreatureBattleProp
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{
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public:
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typedef CCreature Inherited;
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static const int BATTLE_LEFT_TIME = 10000; ///< 战斗脱离时间
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CAnimal():Inherited()
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{
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m_pAI =NULL;
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m_stateMask =0;
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m_attackInterval =0; ///< 攻击的间隔，这个是不会改的，不作为属性
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m_maxDropHp =0; ///< 每次掉的最大的血
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m_nCamp =0;
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m_nAttackType =0;
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m_battleLeftTime =0;
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m_killHandler =0;
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m_AttackerHandler = 0;
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m_GuildId = 0;
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m_nAttackLevel =1; ///< 攻击优先级
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m_MonsterDieHpPro = 0;
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m_nDizzyBuffInterval = 0;
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m_nDizzyTime = 0;
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m_nJZLRCDTime = 0;
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m_nToxicAttckValue = 0;
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m_nSZASAttckValue = 0;
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}
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bool Init(void * data, size_t size); ///< 初始化
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inline CObserverSystem* GetObserverSystem() {return &m_observerSystem;} ///< 获取观察者子系统
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inline CMovementSystem* GetMoveSystem() {return &m_moveSystem;} ///< 获取移动子系统
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inline CBuffSystem * GetBuffSystem() {return &m_buffSystem ;} ///< Buff子系统
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inline CSkillSubSystem & GetSkillSystem() {return m_skillSystem;} ///< 获取技能子系统
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inline CPropertySystem &GetPropertySystem() {return m_propertySystem;} ///< 属性子系统
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inline CEffectSystem & GetEffectSystem() {return m_effectSystem;} ///< 特效子系统 TO DELETE
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inline void Destroy()
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{
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ClearAllEntityMsg();
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m_observerSystem.Destroy();
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m_moveSystem.Destroy();
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m_propertySystem.Destroy();
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m_buffSystem.Destroy();
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m_skillSystem.Destroy();
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DestroyAi();
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m_effectSystem.Destroy();
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Inherited::Destroy();
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}
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//设置汇总处理标记
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inline void CollectOperate(const CEntityOPCollector::CollecteOPType eType)
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{
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m_OPCollector.Collect(eType);
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}
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//进行一项汇总收集的操作
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virtual VOID DoCollectedOperation(CEntityOPCollector::CollecteOPType eOPType);
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/******* 覆盖父类的函数集 *******/
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//例行逻辑准备函数，当例行逻辑函数调用前被调用
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virtual VOID BeforeLogicRun(TICKCOUNT nCurrentTime);
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//例行逻辑处理函数
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virtual VOID LogicRun(TICKCOUNT nCurrentTime);
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//例行逻辑收尾函数，当例行逻辑函数调用后被调用
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virtual VOID AfterLogicRun(TICKCOUNT nCurrentTime);
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//处理实体消息
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void ProcessEntityMsg(const CEntityMsg &msg);
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//TODELETE 能否攻击 pPet:如果存在则target为主人
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bool _CanAttack(CAnimal *pTargetEntity, CAnimal *pPet=NULL, bool boAttackNotice = true);
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//能否攻击
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bool CanAttack(CAnimal *pTargetEntity, CAnimal * = NULL, bool = true);
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bool IsFriend(CAnimal *pTargetEntity);
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/*
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* Comments: 修改实体的HP
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* Param int nValue: 改变量，可以为正数也可以为负数
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* @Return VOID:
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*/
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virtual void ChangeHP(int nValue,CEntity * pKiller=NULL,bool bIgnoreDamageRedure=false, bool bIgnoreMaxDropHp=false, bool boSkillResult = false, int btHitType = 0);
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/*
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* Comments:修改实体的MP
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* Param int nValue:改变量，可以为正数也可以为负数
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* @Return VOID:
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*/
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virtual VOID ChangeMP(int nValue);
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//当等级提升的时候
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virtual void OnLevelUp(int nUpdateVal);
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virtual void OnEntityDeath();
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//复活
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virtual void OnEntityRelive();
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/*
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* Comments: 被其他实体杀死的时候调用
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* Param CEntity * pKillerEntity: 杀死怪物的实体
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* @Return void:
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*/
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virtual void OnKilledByEntity(CEntity * pKillerEntity)
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{
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if(pKillerEntity && pKillerEntity->IsInited())
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{
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m_killHandler = pKillerEntity->GetHandle();
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}
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}
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//获取一个bool 标记位，免得写很多垃圾代码
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inline static bool GetFlag(unsigned int nValue,int nBitId)
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{
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return (nValue & (0x1 << nBitId) ) ? true:false;
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}
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//设置一个bit位
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template<class T>
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inline static void SetFlag(T &nValue,int nBitId,bool flag)
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{
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T newValue;
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if(flag)
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{
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newValue = (T)(0x1 << nBitId);
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nValue |= newValue;
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}
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else
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{
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newValue = (T)(~(0x1 << nBitId));
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nValue &= newValue;
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}
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}
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//重刷一下状态的禁止位
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inline void RefreshStateMask()
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{
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if( CAnimal::s_stateForbidMask ==NULL) return;
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m_stateMask =0;
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for(INT_PTR i =0 ; i < esMaxStateCount; i++)
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{
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if(HasState(i))
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{
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m_stateMask |= CAnimal::s_stateForbidMask[i];
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}
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}
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}
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/*
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* Comments:是否有这个状态
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* Param INT_PTR nStateID:状态ID
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* @Return bool:有返回true，否则返回false
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*/
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inline bool HasState(INT_PTR nStateID)
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{
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if(nStateID <0 || nStateID >=esMaxStateCount) return false;
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return !!(GetProperty<unsigned int>(PROP_CREATURE_STATE) & (0x1 << nStateID) );
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}
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/*
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* Comments: 设置实体的状态，实体的状态是按位存储的
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* Param INT_PTR nStateID:状态id，比如死亡，骑乘等
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* @Return bool:成功返回true,否则返回false
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*/
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inline bool AddState(INT_PTR nStateID)
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{
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if(nStateID <0 || nStateID >=esMaxStateCount) return false;
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if(HasState(nStateID) ) return false; //已经有这个状态了
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unsigned int nMask = 0x1 << nStateID;
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nMask |= GetProperty<unsigned int>(PROP_CREATURE_STATE);
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SetProperty<unsigned int>(PROP_CREATURE_STATE,nMask);
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RefreshStateMask();
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if(nStateID == esStateBattle)
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{
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OnEnterBattle();
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}
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return true;
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}
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//进入战斗状态
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void OnEnterBattle();
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/*
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* Comments:去除实体的状态
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* Param INT_PTR nStateID: 成功返回true，否则返回false
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* @Return bool:成功返回true，否则返回false
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*/
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inline bool RemoveState(INT_PTR nStateID)
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{
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if(nStateID <0 || nStateID >=esMaxStateCount) return false;
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if(!HasState(nStateID ) ) return false; //没有这个状态
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unsigned int nMask = 0x1 << nStateID;
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nMask =~ nMask; //取反
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nMask &= GetProperty<unsigned int>(PROP_CREATURE_STATE);
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SetProperty<unsigned int>(PROP_CREATURE_STATE,nMask);
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RefreshStateMask();
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return true;
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}
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/*
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* Comments:去除实体的麻痹状态
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* @Return bool:成功返回true，否则返回false
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*/
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inline bool RemoveDizzyState()
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{
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SetProperty<unsigned int>(PROP_CREATURE_DIZZY_STATUS,0);
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RefreshStateMask();
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return true;
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}
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/*
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* Comments:设置实体的麻痹状态
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* @Return bool:成功返回true，否则返回false
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*/
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inline bool SetDizzyState()
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{
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int nValue = GetProperty<unsigned int>(PROP_CREATURE_DIZZY_STATUS);
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if(nValue <= 0)
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nValue = 10000;
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nValue--;
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SetProperty<unsigned int>(PROP_CREATURE_DIZZY_STATUS,nValue);
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RefreshStateMask();
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return true;
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}
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//麻痹状态
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inline bool GetDizzyState()
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{
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return GetProperty<unsigned int>(PROP_CREATURE_DIZZY_STATUS);
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}
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//获取阵营的id
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inline int GetCampId()
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{
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if(GetType() == enActor)
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{
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return GetProperty<UINT>(PROP_ACTOR_ZY);
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}
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else
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{
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return m_nCamp;
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}
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}
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void SetCamp(int nCampId);
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inline void SetNpcGuildId(unsigned int nGuildId) {m_GuildId = nGuildId;}
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inline unsigned int GetNpcGuildId() {return m_GuildId;}
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//获取AI的指针
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inline CAnimalAI * GetAI()
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{
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return m_pAI;
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}
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//被别人攻击 bSetVest:是否设置归属
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virtual void OnAttacked(CAnimal * pEntity, bool bSetVest=true);
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//攻击别人 bChgDura:是否改变装备耐久
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virtual void OnAttackOther(CAnimal * pEntity, bool bChgDura=true);
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//取附近的玩家列表
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void GetNearActorList(CVector<EntityHandle> &vecEntityList);
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//取场景的玩家的列表
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void GetSceneActorList(CScene *pScene, CVector<EntityHandle> &vecEntityList);
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//取副本的玩家列表
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void GetFubenActorList(CVector<EntityHandle> &vecEntityList);
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//世界的玩家列表
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void GetWorldActorList(CVector<EntityHandle> &vecEntityList);
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//获取阵营的玩家的列表
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void GetCampActorList(CVector<EntityHandle> &vecEntityList);
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/*
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* Comments:说话
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* Param MonsterSayBCType nStyle:说话的类型
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* Param const char * pMsg:说话内容
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* Param tagTipmsgType tipType: 说话提示类型。指定说话内容在客户端如何显示。默认在聊天频道显示
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* Param nLimitLev:显示此内容的玩家等级限制
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* @Return void:
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*/
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void Say(MonsterSayBCType nStyle, const char *pMsg, int tipType = ttChatWindow, unsigned int nLimitLev = 0);
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/*
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* Comments: 推迟观察者系统刷新时间
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* Param INT_PTR nTime: 推迟的时间，单位是毫秒
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* @Return void: 此功能用于希望延迟或提前刷新可见列表的场合，例如跳跃时希望在跳跃完成前不刷新观察者列表
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*/
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inline void PostponeRefViewTime(INT_PTR nTime){ m_tRefViewTimer.SetNextHitTimeFromNow(nTime); }
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//初始化状态静止表
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static void InitStateForbidMask();
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//消耗状态表
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static void DestroyStateForbidMask();
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//能否进入一个状态,状态定义在enum tagEntityState定义
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inline bool CanEnterState(INT_PTR nStateID)
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{
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return !GetFlag(m_stateMask,(int)nStateID);
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}
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/*
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* Comments: 检测公共操作的定时器,如果失败了会发一个包给客户端通知操作失败
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* Param TICKCOUNT nTick: 时间
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* Param bool bFailSendmsg:如果检测失败是否发送消息
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* Param bool bMoveOp: 是否是移动操作。如果是移动操作，不用每步检测，目的是保证走路的流畅性
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* @Return bool: 检测通过返回true,否则返回false
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*/
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bool CheckCommonOpTick(TICKCOUNT nTick, bool bFailSendmsg =true, bool bMoveOp = false);
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// 玩家的m_tOpsTimer因未知原因导致数值极大，从而造成发射技能在公共CD检查时失败
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bool CheckCommonOpTickBefore(TICKCOUNT nTick);
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/*
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* Comments:设置下次操作的时间间隔
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* Param INT_PTR nNextTime: 下次可以操作的时间
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* Param bool bSendResult2Client: 是否需要发包告诉客户端操作结果
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* Param bool bResult: 操作的结果
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* Param unsigned int nStep: 对于移动操作，保存移动步长，对其他情况，都为0
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* Param unsigned int nSendPkgTick: 客户端发包时间，只针对移动操作
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* Param bool bUseGateTime: 为true表明是使用网关收到数据包时间来对时；否则使用逻辑服当前时
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* Param bool bUseCheckCd: 是否需要检测cd
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* Param bool bNearAttackSuc: 近战攻击是否成功
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* @Return void:
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*/
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void SetCommonOpNextTime(INT_PTR nNextTime,bool bSendResult2Client =false,bool bResult =true,
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||
unsigned int nStep = 0,
|
||
unsigned int nSendPkgTick = 0,
|
||
bool bUseGateTime = true,
|
||
bool bUseCheckCd=true,
|
||
bool bNearAttackSuc = true);
|
||
|
||
|
||
|
||
void DestroyAi();
|
||
|
||
//怪物重用时，重置所有相关属性
|
||
virtual void Reuse();
|
||
|
||
/*
|
||
* Comments: 获取实体的战斗等级
|
||
* @Return int:
|
||
*/
|
||
inline int GetAttackLevel()
|
||
{
|
||
return m_nAttackLevel;
|
||
}
|
||
|
||
//设置攻击等级 攻击等级，用于决定怪物被攻击的优先等级,玩家是100，等级越高的越容易被攻击，数值没有上限
|
||
inline void SetAttackLevel(int nLevel)
|
||
{
|
||
m_nAttackLevel = nLevel;
|
||
}
|
||
|
||
/*
|
||
* Comments: 脚本延迟消息处理
|
||
* Param unsigned int nMsgIdx: 消息编号。标识此玩家消息号的唯一标识。
|
||
* Param int nParam1: 参数
|
||
* Param int nParam2: 参数
|
||
* Param int nParam3: 参数
|
||
* Param int nParam4: 参数
|
||
* Param int nParam5: 参数
|
||
* @Return void:
|
||
* @Note:
|
||
*/
|
||
virtual void OnEntityScriptDelayMsgCallback(unsigned int nMsgIdx, int nParam1, int nParam2, int nParam3, int nParam4, int nParam5){}
|
||
|
||
inline void SetObserverSysNextHitTime(TICKCOUNT nTickCount)
|
||
{
|
||
//m_tRefViewTimer.SetNextHitTime(nTickCount);
|
||
}
|
||
|
||
inline int GetDistance(int nPosX,int nPosy)
|
||
{
|
||
int nCurPosx,nCurPoyY;
|
||
GetPosition(nCurPosx,nCurPoyY);
|
||
nCurPosx -= nPosX;
|
||
nCurPoyY -= nPosy;
|
||
double nDis = nCurPosx*nCurPosx + nCurPoyY * nCurPoyY;
|
||
return (int)(sqrt (nDis));
|
||
}
|
||
|
||
//////////////////////////////////下面这些函数是战斗用的
|
||
//设置获取攻击间隔
|
||
inline void SetAttackInterval(int nInterval){m_attackInterval = nInterval;}
|
||
inline int GetAttackInterval(){return m_attackInterval;}
|
||
|
||
//设置和读取每次掉落的maxHP
|
||
inline int GetMaxDropHp() {return m_maxDropHp; }
|
||
inline void SetMaxDropHp(int nValue){ m_maxDropHp = nValue; }
|
||
|
||
/*
|
||
* Comments:获取抵扣伤害的百分比
|
||
* @Return float:
|
||
*/
|
||
inline float GetDeductDamagePower()
|
||
{
|
||
return m_deductDamagePower;
|
||
}
|
||
|
||
/*
|
||
* Comments:设置抵扣伤害的百分比
|
||
* Param float rate:新的百分比
|
||
* @Return void:
|
||
*/
|
||
inline void SetDeductDamagePower(float rate)
|
||
{
|
||
m_deductDamagePower = rate;
|
||
}
|
||
|
||
//设置/获取 物理攻击时候附加物理攻击输出的概率,整数，1点表示万分之一
|
||
// inline void SetAddPhysicalDamageRate(int nValue) {m_nAddPhysicalDamageRate =nValue;}
|
||
// inline int GetAddPhysicalDamageRate() {return m_nAddPhysicalDamageRate ;}
|
||
//设置/获取 物理攻击时附加攻击输出的数值增加
|
||
// inline void SetAddPhysicalDamageValue(int nValue) {m_nAddPhysicalDamageValue =nValue;}
|
||
// inline int GetAddPhysicalDamageValue() {return m_nAddPhysicalDamageValue ;}
|
||
|
||
//血转换为蓝的比例
|
||
inline void SetHp2MpRate( int nValue) {m_hp2MpRate =nValue; }
|
||
inline int GetHp2MpRate () { return m_hp2MpRate;}
|
||
|
||
inline float GetFastMedicamentRenew()
|
||
{
|
||
return (((float)GetProperty<int>(PROP_ACTOR_MEDIC_RENEW))/10000.0);
|
||
}
|
||
|
||
|
||
//更改名字
|
||
void ChangeName(const char* sName);
|
||
|
||
void ChangeShowName(int nRadius, LPCTSTR sName);
|
||
|
||
/*
|
||
* Comments:改变自己视野中实体的模型
|
||
* Param int nRadius:半径范围
|
||
* Param int nModelId:新的模型id
|
||
* @Return void:
|
||
*/
|
||
void ChangeModel(int nRadius, int nModelId);
|
||
|
||
//获取攻击类型
|
||
inline int GetAttackType() { return m_nAttackType; }
|
||
|
||
//设置攻击类型
|
||
void SetAttackType(int nType,bool bNeedBroadCast =false);
|
||
|
||
//获取离开战斗的时间
|
||
inline TICKCOUNT GetLeftBattleTickCount(){return m_battleLeftTime;}
|
||
|
||
//设置击杀自己的人的handle
|
||
inline void SetKillerHandler(EntityHandle hd)
|
||
{
|
||
m_killHandler = hd;
|
||
}
|
||
|
||
//获取杀死者的指针
|
||
inline EntityHandle& GetKillHandle( ) {return m_killHandler;}
|
||
|
||
void SetDizzyTime(int time);
|
||
inline void SetAttackerHandler(EntityHandle hd) { m_AttackerHandler = hd; }
|
||
inline EntityHandle& GetAttackerHandle( ) {return m_AttackerHandler;}
|
||
|
||
//更新救主灵刃特效以及当前CD时间
|
||
void UpdateJZLR();
|
||
/*
|
||
* Comments:获取攻击值，幸运，诅咒决定攻击的输出
|
||
* Param INT_PTR nAttackType:攻击的类型，物理，魔法，道术攻击
|
||
* @Return int:
|
||
*/
|
||
int GetAttackValue(INT_PTR nAttackType);
|
||
|
||
//死亡以后立刻回复的HP的比例
|
||
void SetDieRefreshHpPro(int nValue) {m_MonsterDieHpPro = nValue;}
|
||
|
||
//获取公共操作下一次tick
|
||
TICKCOUNT GetCommonOpTick(){return m_tOpsTimer.GetNextTime();}
|
||
|
||
//发送复活戒指的db时间
|
||
void SendReliveRingCd();
|
||
private:
|
||
virtual int getLeaveCombatTime() { return BATTLE_LEFT_TIME; }
|
||
void postponeLeaveCombatTimer();
|
||
public:
|
||
//状态禁
|
||
static unsigned int *s_stateForbidMask; //
|
||
int m_nAttackType; //攻击类型
|
||
unsigned int m_nDizzyBuffInterval; //麻痹间隔时间
|
||
TICKCOUNT m_nDizzyTime; //麻痹时间
|
||
int m_nJZLRCDTime;
|
||
int m_nToxicAttckValue;//剧毒裁决造成的绝对值伤害
|
||
int m_nSZASAttckValue;//霜之哀伤造成的绝对值伤害
|
||
protected:
|
||
CObserverSystem m_observerSystem; // 观察者子系统
|
||
CMovementSystem m_moveSystem; //移动的子系统
|
||
CPropertySystem m_propertySystem; //属性子系统
|
||
CBuffSystem m_buffSystem; //Buff子系统
|
||
|
||
CEntityOPCollector m_OPCollector; //汇总操作记录对象
|
||
CSkillSubSystem m_skillSystem; //技能子系统
|
||
|
||
CEffectSystem m_effectSystem; //特效子系统
|
||
|
||
CTimer<2000> m_t2s ; //回蓝回血定时器
|
||
CTimer<500> m_t500ms ; //500ms定时器
|
||
CTimer<1000> m_t1S; //1秒定时器
|
||
CTimer<700> m_tRefViewTimer;//观察者系统刷新定时器
|
||
CTimer<3000> m_tKfRefViewTimer;//跨服观察者系统刷新定时器
|
||
CTimer<3000> m_t3sInner; //内劲恢复
|
||
|
||
|
||
CAnimalAI * m_pAI; //怪物的AI指针
|
||
unsigned int m_stateMask; //状态禁止的模板
|
||
CTimer<1000> m_tOpsTimer; //公共操作的定时器
|
||
TICKCOUNT m_battleLeftTime; //战斗状态的进入状态
|
||
|
||
//下面这些是战斗中用到的,不想每个都是以属性做，集中到一起
|
||
int m_nAttackLevel; // 战斗等级
|
||
int m_attackInterval; //攻击间隔
|
||
int m_maxDropHp; //最大的掉落的hp,默认是0
|
||
|
||
int m_nCamp; // 阵营Id
|
||
|
||
unsigned int m_GuildId; //设置行会id
|
||
|
||
int m_MonsterDieHpPro; //死亡以后立刻回复的HP的比例,1点表示百分之1(针对怪物用的)
|
||
|
||
|
||
EntityHandle m_killHandler; //击杀者的指针
|
||
EntityHandle m_AttackerHandler; //攻击自己的动物指针
|
||
};
|
||
|