/TGame/TCommon/Combat/CombatSysImp.h
C++ Header | 277 lines | 130 code | 49 blank | 98 comment | 0 complexity | f2ff533f080ee343fa85c83f83c12503 MD5 | raw file
1#ifndef __COMBAT_DATA_HH__IMP__ 2#define __COMBAT_DATA_HH__IMP__ 3 4 5#include "CombatSysIf.h" 6#include "CombatDefinition.h" 7#include "CombatSkill.h" 8#include "Combat/States/CombatState.h" 9#include "Combat/EvtCombat.h" 10#include "Data/Flags.h" 11 12 13class IEntity; 14class CombatSkill; 15 16 17#define COMBAT_ONE_BOTTLE_HP_VALUE 100 18#define COMBAT_ONE_BOTTLE_ENERGY_VALUE 100 19 20/* 21* 22* Combat System Implementation 23* Spell caster basis, it provide the ability to cast a spell with a progress. 24* the spell caster also act as a manager of combat state for its host unit, so most combat state transition 25* happened in this class. 26* 27* 28*/ 29class TCOM_API CombatSysImp : public ICombatSys 30{ 31public: 32 CombatSysImp(); 33 virtual ~CombatSysImp(); 34 35 // 36 // Entity Combat Flags : pay attention to all combat flag index 37 virtual void setFlg(const short& idx); 38 virtual void clrFlg(const short& idx); 39 virtual bool hasFlg(const short& idx)const; 40 41 // 42 // Entity Combat State 43 // 44 virtual void setState(short); 45 virtual short getState()const; 46 virtual const char* getStateName()const; 47 virtual const char* getStateName(short st)const; 48 49 // 50 // Entity Factions 51 virtual void setFaction(short f); 52 virtual short getFaction()const; 53 virtual const char* getFactionName()const; 54 55 // 56 // set gene host 57 // 58 virtual bool setHost(IGeneHost* pHost); 59 60 // 61 // Entity Extension Data for combat 62 // For setExtData nValue is the value to set 63 // For getExtData nValue is the default value , when failed to get specific data 64 // 65 virtual void setExtData(short nIdx, const int& nValue = 0); 66 virtual int getExtData(short nIdx, const int& nValue = 0); 67 68 // 69 // 70 // 71 virtual void setHP(int val); 72 virtual void setMaxHP(int val); 73 virtual void setMP(int val); 74 virtual void setMaxMP(int val); 75 virtual int getHP()const; 76 virtual int getMaxHP()const; 77 virtual int getMP()const; 78 virtual int getMaxMP()const; 79 virtual int getHPPercentage()const; 80 virtual int getMPPercentage()const; 81 82 virtual int getBottleHP()const; 83 virtual int getBottleMP()const; 84 virtual int getHpBottleNum() const; 85 virtual int getMpBottleNum() const; 86 87 88 // 89 // Entity Combat Data update 90 // 91 virtual void updateHPByPercentage(int nPercent); 92 virtual void updateHP(int nAffectValue); 93 virtual void updateMP(int nAffectValue); 94 virtual void updateMaxHP(int nAffectValue); 95 virtual void updateHPBottleValue(int nAffectValue) ; 96 virtual void updateMPBottleValue(int nAffectValue) ; 97 98 // 99 // Entity base props 100 // vit, str, agi, int, 101 // tohit, tododge, 102 // critical, resist 103 // ap, dp 104 // 105 virtual void setProps(short nIdx, const int& nValue = 0); 106 virtual int getProps(short nIdx) const; 107 virtual void setPropsModifier(short nIdx, const int& nValue = 0); 108 virtual int getPropsModifier(short nIdx) const; 109 110 // 111 // Entity Immunity 112 bool addImmunity(int nKey); 113 bool rmvImmunity(int nKey); 114 bool hasImmunity(int nKey)const; 115public: 116 // 117 // Gene ID 118 // 119 virtual int getID()const; 120 121 // 122 // Mutex Rule 123 // 124 virtual int getMutexRule()const; 125 126 // 127 // Mutex Group 128 // 129 virtual int getMutexGroup()const; 130 131 // 132 // Time To Live (Duration) 133 // 134 virtual int getDuration()const; 135 // 136 // Static Gene Data 137 virtual IData* getStaticData(); 138 139 // 140 // Gene functions 141 // 142 virtual bool onInit(IGeneCreateData& createData); 143 // 144 // Fire when the gene is attached on a unit. just like unit enter the state. 145 // 146 virtual bool onAttach(); 147 148 // 149 // Fire when the gene is attached on a unit. just like unit enter the state. 150 // 151 virtual bool onDetach(); 152 153 // 154 // Periodically update gene logic, normally a gene will be detach when run out of its time to live. 155 // 156 virtual bool onUpdate(const int& nElapse); 157 158 // 159 // onEvent callback from hook manager 160 // 161 virtual void onEvent(IEvt& evt); 162 163 // 164 // onEvent event handlers 165 // 166 virtual void onEvent_CastPrep(IEvt& evt); 167 virtual void onEvent_Cast(IEvt& evt); 168 virtual void onEvent_Target(IEvt& evt); 169 virtual void onEvent_CastResult(IEvt& evt); 170 171 // 172 // Calculator or Demonstrator 173 virtual bool isCalculator()const = 0; 174 175 bool hasSkill(short& nStyle)const; 176 bool hasSequence(const short& nSeq)const; 177 178 // 179 // UI Effects 180 // 181 bool EffectUpdate_CastStart(int& nTTL); // response on server's cast start notification 182 bool EffectUpdate_CastCancel(); // cast is cancelled, maybe send a cancel message to server 183 bool EffectUpdate_CastEnding(); // An logic step, calculator will send cast end request to server 184 bool EffectUpdate_CastEnded(); // response on server's cast end notification 185 // 186 // Target of current casting 187 IEntity* getTarget(const int& nTargetID ); 188 IEntity* getTargetCC(); 189 // 190 // Target of current enemy 191 void setTargetCE(int nUIID){ m_nTargetCE = nUIID; } 192 IEntity* getTargetCE(); 193 int getTargetCE_ID()const { return m_nTargetCE; } 194 bool hasTargetCE()const { return (m_nTargetCE!=0); } 195 196 // 197 // Spell to cast 198 virtual bool TryCastNewSpell() = 0; 199 200 // 201 // Send Combat Messages 202 bool sendMsg_CbtTargt(IEntity& t); 203 bool sendMsg_CbtStart(IEntity& t, CombatSkill& ab); 204 bool sendMsg_CbtEnd(); 205 bool sendMsg_CbtCancel(); 206 207 // 208 // Combat calculate 209 // c casting ab on t, result in r 210 static void calculate(ICombatCalculator* pCalculator); 211 static bool calculate(CombatSkill& ab, IEntity& c, IEntity& t, CombatResult& r, ICombatCalculator* pOverrideCalculator = NULL); 212#ifdef _DEBUG 213 // 214 // Debug Helper Function 215 virtual const char* getCombatTag()const = 0; 216 217 short MoR; 218#endif 219 220protected: 221 static ICombatCalculator* s_pCurDefaultCalculator; 222 223 short m_theCbtSt; 224 short m_nFaction; 225 226 woe::Flags<32> m_flags; 227 bool m_bInited; // identify whether current combat data has been initialized 228 229protected: 230 int sMaxHP; 231 int sMaxMP; 232 int sHP; 233 int sMP; 234 int sHPBottleValue; 235 int sMPBottleValue; 236 237 int m_nProps[prop_max]; 238 int m_nPropsModifier[prop_max]; 239 240 typedef std::map<int, short> ImmunityMap; 241 242 ImmunityMap m_theImmunityMap; 243 244protected: 245 bool initState(short nST, ICombatState* pState); 246 247 IEntity* m_wpHost; 248 249 // 250 // all data for current casting spell 251 // 252 CombatSkill* m_wpCastingSkill; 253 int m_nTargetCC; 254 short m_nSequenceCC; 255 256 // 257 // target of current enemy 258 int m_nTargetCE; 259 260 // 261 // 3D Animation, Effect and Sound 262 // 263 int m_nSR_SpellcastingBaseForCls; 264 int m_nSR_SpellcastedBaseForCls; 265 int m_nSR_SpellcastingBaseForElement; 266 int m_nSR_SpellcastingBaseForUnderAttack; 267 268 short m_nPrevCbtSt; // previous combat state, try to keep sync with combat state in combat data 269 // check this state to see if someone change the combat state from other gene 270 271 short m_nTimeLine; 272 273 ICombatState* m_theStates[Combat::CBS_End]; 274 short m_nSequenceGen; 275}; 276 277#endif