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[GT]Disix

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À propos de [GT]Disix

  • Rang
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  • Date de naissance 17/03/1994
  1. partage [Partage] Armure Lycan

    Au plaisir
  2. partage [Partage] Armure Lycan

    Merci !
  3. tutoriel [C++] Informations sur les entités

    Ah d'accord , Merci !
  4. tutoriel [C++] Informations sur les entités

    Pour le client il me semble que sa peux causer quelques erreurs , Merci à toi !
  5. partage [Partage] Armure Lycan

    Bonjour à tous , je vous partage 3 armures pour Lycan . Les textures et GR2 sont bien présentes mais ils manquent les icônes. Voici les screens: Lien de téléchargement: Contenu Masqué Source : FG Cdt, [GT]Disix
  6. tutoriel [C++] Informations sur les entités

    Merci !
  7. tutoriel [C++] Informations sur les entités

    Merci bien l'ami
  8. tutoriel [C++] Informations sur les entités

    Sa me fait plaisir
  9. tutoriel [C++] Informations sur les entités

    Bonjour à tous , j'ai décidé de partagé et d'expliquer comment implanter les systèmes que j'ai sur mon DD. (Tous fonctionnel) Aujourd'hui , ce sera un système qui vous permet de voir ce que drop le mob que vous pointez. !!!!! ATTENTION AUX TABULATIONS!!!!! 1) Pré-requis: -Source Server/Client -Un client On va commencer par les sources Serveur: Ouvre le fichier service.h qui ce trouve dans le dossier common : Ajouter: #define __SEND_TARGET_INFO__ Maintenant aller dans game/src puis ouvrez le fichier char.h: Cherchez: ////////////////////////////////////////////////////////////////////////////////// // Basic Points Ajoutez en dessous : #ifdef __SEND_TARGET_INFO__ private: DWORD dwLastTargetInfoPulse; public: DWORD GetLastTargetInfoPulse() const { return dwLastTargetInfoPulse; } void SetLastTargetInfoPulse(DWORD pulse) { dwLastTargetInfoPulse = pulse; } #endif Ouvrez le dossier char.cpp: Cherchez: #include "DragonSoul.h" Puis ajoutez en dessous: #ifdef __SEND_TARGET_INFO__ #include #include using namespace std; #endif Cherchez: m_dwKillerPID = 0; Puis ajoutez en dessous: #ifdef __SEND_TARGET_INFO__ dwLastTargetInfoPulse = 0; #endif Maintenant , ouvrez le fichier input.h Cherchez: void Roulette(LPCHARACTER ch, const char* c_pData); Ajoutez en dessous: #ifdef __SEND_TARGET_INFO__ void TargetInfoLoad(LPCHARACTER ch, const char* c_pData); #endif Ouvrez le dossier input_main.cpp: Cherchez: static int __deposit_limit() { return (1000*10000); // 1õ¸¸ } Ajoutez en dessous: #ifdef __SEND_TARGET_INFO__ void CInputMain::TargetInfoLoad(LPCHARACTER ch, const char* c_pData) { TPacketCGTargetInfoLoad* p = (TPacketCGTargetInfoLoad*)c_pData; TPacketGCTargetInfo pInfo; pInfo.header = HEADER_GC_TARGET_INFO; static std::vector s_vec_item; s_vec_item.clear(); LPITEM pkInfoItem; LPCHARACTER m_pkChrTarget = CHARACTER_MANAGER::instance().Find(p->dwVID); // if (m_pkChrTarget && (m_pkChrTarget->IsMonster() || m_pkChrTarget->IsStone())) // { // if (thecore_heart->pulse - (int) ch->GetLastTargetInfoPulse() < passes_per_sec * 3) // return; // ch->SetLastTargetInfoPulse(thecore_heart->pulse); if (ITEM_MANAGER::instance().CreateDropItemVector(m_pkChrTarget, ch, s_vec_item) && (m_pkChrTarget->IsMonster() || m_pkChrTarget->IsStone())) { if (s_vec_item.size() == 0); else if (s_vec_item.size() == 1) { pkInfoItem = s_vec_item[0]; pInfo.dwVID = m_pkChrTarget->GetVID(); pInfo.race = m_pkChrTarget->GetRaceNum(); pInfo.dwVnum = pkInfoItem->GetVnum(); pInfo.count = pkInfoItem->GetCount(); ch->GetDesc()->Packet(&pInfo, sizeof(TPacketGCTargetInfo)); } else { int iItemIdx = s_vec_item.size() - 1; while (iItemIdx >= 0) { pkInfoItem = s_vec_item[iItemIdx--]; if (!pkInfoItem) { sys_err("pkInfoItem null in vector idx %d", iItemIdx + 1); continue; } pInfo.dwVID = m_pkChrTarget->GetVID(); pInfo.race = m_pkChrTarget->GetRaceNum(); pInfo.dwVnum = pkInfoItem->GetVnum(); pInfo.count = pkInfoItem->GetCount(); ch->GetDesc()->Packet(&pInfo, sizeof(TPacketGCTargetInfo)); } } } // } } #endif Cherchez: case HEADER_CG_XTRAP_ACK: { TPacketXTrapCSVerify* p = reinterpret_cast((void*)c_pData); CXTrapManager::instance().Verify_CSStep3(d->GetCharacter(), p->bPacketData); } break; Mettez en dessous : #ifdef __SEND_TARGET_INFO__ case HEADER_CG_TARGET_INFO_LOAD: { TargetInfoLoad(ch, c_pData); } break; #endif Ouvre le fichier item_manager.cpp: Cherchez: bool ITEM_MANAGER::GetDropPct(LPCHARACTER pkChr, LPCHARACTER pkKiller, OUT int& iDeltaPercent, OUT int& iRandRange) Ajoutez en dessous: #ifdef __SEND_TARGET_INFO__ bool ITEM_MANAGER::CreateDropItemVector(LPCHARACTER pkChr, LPCHARACTER pkKiller, std::vector & vec_item) { if (pkChr->IsPolymorphed() || pkChr->IsPC()) { return false; } int iLevel = pkKiller->GetLevel(); BYTE bRank = pkChr->GetMobRank(); LPITEM item = NULL; std::vector::iterator it = g_vec_pkCommonDropItem[bRank].begin(); while (it != g_vec_pkCommonDropItem[bRank].end()) { const CItemDropInfo & c_rInfo = *(it++); if (iLevel < c_rInfo.m_iLevelStart || iLevel > c_rInfo.m_iLevelEnd) continue; TItemTable * table = GetTable(c_rInfo.m_dwVnum); if (!table) continue; item = NULL; if (table->bType == ITEM_POLYMORPH) { if (c_rInfo.m_dwVnum == pkChr->GetPolymorphItemVnum()) { item = CreateItem(c_rInfo.m_dwVnum, 1, 0, true); if (item) item->SetSocket(0, pkChr->GetRaceNum()); } } else item = CreateItem(c_rInfo.m_dwVnum, 1, 0, true); if (item) vec_item.push_back(item); } // Drop Item Group { itertype(m_map_pkDropItemGroup) it; it = m_map_pkDropItemGroup.find(pkChr->GetRaceNum()); if (it != m_map_pkDropItemGroup.end()) { typeof(it->second->GetVector()) v = it->second->GetVector(); for (DWORD i = 0; i < v.size(); ++i) { item = CreateItem(v[i].dwVnum, v[i].iCount, 0, true); if (item) { if (item->GetType() == ITEM_POLYMORPH) { if (item->GetVnum() == pkChr->GetPolymorphItemVnum()) { item->SetSocket(0, pkChr->GetRaceNum()); } } vec_item.push_back(item); } } } } // MobDropItem Group { itertype(m_map_pkMobItemGroup) it; it = m_map_pkMobItemGroup.find(pkChr->GetRaceNum()); if ( it != m_map_pkMobItemGroup.end() ) { CMobItemGroup* pGroup = it->second; // MOB_DROP_ITEM_BUG_FIX // 20050805.myevan.MobDropItem ? ???? ?? ?? CMobItemGroup::GetOne() ??? ?? ?? ?? if (pGroup && !pGroup->IsEmpty()) { const CMobItemGroup::SMobItemGroupInfo& info = pGroup->GetOne(); item = CreateItem(info.dwItemVnum, info.iCount, 0, true, info.iRarePct); if (item) vec_item.push_back(item); } // END_OF_MOB_DROP_ITEM_BUG_FIX } } // Level Item Group { itertype(m_map_pkLevelItemGroup) it; it = m_map_pkLevelItemGroup.find(pkChr->GetRaceNum()); if ( it != m_map_pkLevelItemGroup.end() ) { if ( it->second->GetLevelLimit() <= (DWORD)iLevel ) { typeof(it->second->GetVector()) v = it->second->GetVector(); for ( DWORD i=0; i < v.size(); i++ ) { DWORD dwVnum = v[i].dwVNum; item = CreateItem(dwVnum, v[i].iCount, 0, true); if ( item ) vec_item.push_back(item); } } } } // BuyerTheitGloves Item Group { // by mhh ?? ??? ??? ?? drop ? ???? ?? if (pkKiller->GetPremiumRemainSeconds(PREMIUM_ITEM) > 0 || pkKiller->IsEquipUniqueGroup(UNIQUE_GROUP_DOUBLE_ITEM)) { itertype(m_map_pkGloveItemGroup) it; it = m_map_pkGloveItemGroup.find(pkChr->GetRaceNum()); if (it != m_map_pkGloveItemGroup.end()) { typeof(it->second->GetVector()) v = it->second->GetVector(); for (DWORD i = 0; i < v.size(); ++i) { DWORD dwVnum = v[i].dwVnum; item = CreateItem(dwVnum, v[i].iCount, 0, true); if (item) vec_item.push_back(item); } } } } // ?? if (pkChr->GetMobDropItemVnum()) { itertype(m_map_dwEtcItemDropProb) it = m_map_dwEtcItemDropProb.find(pkChr->GetMobDropItemVnum()); if (it != m_map_dwEtcItemDropProb.end()) { item = CreateItem(pkChr->GetMobDropItemVnum(), 1, 0, true); if (item) vec_item.push_back(item); } } if (pkChr->IsStone()) { if (pkChr->GetDropMetinStoneVnum()) { item = CreateItem(pkChr->GetDropMetinStoneVnum(), 1, 0, true); if (item) vec_item.push_back(item); } } return vec_item.size(); } #endif Ouvrez le fichier item_manager.h Cherchez: bool CreateDropItem(LPCHARACTER pkChr, LPCHARACTER pkKiller, std::vector & vec_item); Ajoutez en dessous: #ifdef __SEND_TARGET_INFO__ bool CreateDropItemVector(LPCHARACTER pkChr, LPCHARACTER pkKiller, std::vector & vec_item); #endif Ouvrez le fichier packet.h Cherchez: HEADER_GC_TARGET = 63, Mettez en dessous: #ifdef __SEND_TARGET_INFO__ HEADER_GC_TARGET_INFO = 58, HEADER_CG_TARGET_INFO_LOAD = 59, #endif Cherchez: typedef struct packet_target Ajoutez apres la fonction: #ifdef __SEND_TARGET_INFO__ typedef struct packet_target_info { BYTE header; DWORD dwVID; DWORD race; DWORD dwVnum; BYTE count; } TPacketGCTargetInfo; typedef struct packet_target_info_load { BYTE header; DWORD dwVID; } TPacketCGTargetInfoLoad; #endif Ouvre le fichiez packet_info.cpp Cherchez: Set(HEADER_CG_STATE_CHECKER, sizeof(BYTE), "ServerStateCheck", false); Ajoutez en dessous: #ifdef __SEND_TARGET_INFO__ Set(HEADER_CG_TARGET_INFO_LOAD, sizeof(TPacketCGTargetInfoLoad), "TargetInfoLoad", true); #endif Voilà on en a fini avec la partie "Source Server" , maintenant attaquons la partie "Source client": Aller dans le dossier UserInterface: Cherchez le fichier Locale_inc.h Ajoutez: #define ENABLE_SEND_TARGET_INFO Ouvrez le fichier Packet.h Cherchez: HEADER_GC_TARGET = 63, Ajoutez en dessous: #ifdef ENABLE_SEND_TARGET_INFO HEADER_GC_TARGET_INFO = 58, HEADER_CG_TARGET_INFO_LOAD = 59, #endif Cherchez: typedef struct packet_target Ajoutez après la fonction: #ifdef ENABLE_SEND_TARGET_INFO typedef struct packet_target_info { BYTE header; DWORD dwVID; DWORD race; DWORD dwVnum; BYTE count; } TPacketGCTargetInfo; typedef struct packet_target_info_load { BYTE header; DWORD dwVID; } TPacketCGTargetInfoLoad; #endif Ouvrez le fichier PythonApplicationModule.cpp Cherchez: #ifdef ENABLE_COSTUME_SYSTEM Ajoutez en dessous: #ifdef ENABLE_SEND_TARGET_INFO PyModule_AddIntConstant(poModule, "ENABLE_SEND_TARGET_INFO", 1); #else PyModule_AddIntConstant(poModule, "ENABLE_SEND_TARGET_INFO", 0); #endif Ouvrez le fichier PythonNetworkStream.cpp Cherchez: Set(HEADER_GC_TARGET, CNetworkPacketHeaderMap::TPacketType(sizeof(TPacketGCTarget), STATIC_SIZE_PACKET)); Ajoutez en dessous: #ifdef ENABLE_SEND_TARGET_INFO Set(HEADER_GC_TARGET_INFO, CNetworkPacketHeaderMap::TPacketType(sizeof(TPacketGCTargetInfo), STATIC_SIZE_PACKET)); #endif Ouvrez le fichier PythonNetworkStream.h Cherchez: bool RecvDamageInfoPacket(); Inserez en dessous : #ifdef ENABLE_SEND_TARGET_INFO bool RecvTargetInfoPacket(); public: bool SendTargetInfoLoadPacket(DWORD dwVID); protected: #endif Ouvre le fichier PythonNetworkStreamModule.cpp Cherchez: PyObject* netConnectToAccountServer(PyObject* poSelf, PyObject* poArgs) Ajoutez après la fonction : #ifdef ENABLE_SEND_TARGET_INFO PyObject* netTargetInfoLoad(PyObject* poSelf, PyObject* poArgs) { DWORD dwVID; if (!PyArg_ParseTuple(poArgs, "i", &dwVID)) { return Py_BuildException(); } if (dwVID < 0) { return Py_BuildNone(); } CPythonNetworkStream& rns = CPythonNetworkStream::Instance(); rns.SendTargetInfoLoadPacket(dwVID); return Py_BuildNone(); } #endif Cherchez: { "ConnectToAccountServer", netConnectToAccountServer, METH_VARARGS }, Ajoutez en dessous: #ifdef ENABLE_SEND_TARGET_INFO { "SendTargetInfoLoad", netTargetInfoLoad, METH_VARARGS }, #endif Ouvrez le fichier PythonNetworkStreamPhaseGame.cpp Cherchez: case HEADER_GC_TARGET: Ajoutez en dessous: #ifdef ENABLE_SEND_TARGET_INFO case HEADER_GC_TARGET_INFO: ret = RecvTargetInfoPacket(); break; #endif Cherchez : bool CPythonNetworkStream::RecvTargetPacket() Ajoutez en dessous: #ifdef ENABLE_SEND_TARGET_INFO bool CPythonNetworkStream::RecvTargetInfoPacket() { TPacketGCTargetInfo pInfoTargetPacket; if (!Recv(sizeof(TPacketGCTargetInfo), &pInfoTargetPacket)) { Tracen("Recv Info Target Packet Error"); return false; } CInstanceBase * pInstPlayer = CPythonCharacterManager::Instance().GetMainInstancePtr(); CInstanceBase * pInstTarget = CPythonCharacterManager::Instance().GetInstancePtr(pInfoTargetPacket.dwVID); if (pInstPlayer && pInstTarget) { if (!pInstTarget->IsDead()) { if (pInstTarget->IsEnemy() || pInstTarget->IsStone()) { PyCallClassMemberFunc(m_apoPhaseWnd[PHASE_WINDOW_GAME], "BINARY_AddTargetMonsterDropInfo", Py_BuildValue("(iii)", pInfoTargetPacket.race, pInfoTargetPacket.dwVnum, pInfoTargetPacket.count)); PyCallClassMemberFunc(m_apoPhaseWnd[PHASE_WINDOW_GAME], "BINARY_RefreshTargetMonsterDropInfo", Py_BuildValue("(i)", pInfoTargetPacket.race)); } else PyCallClassMemberFunc(m_apoPhaseWnd[PHASE_WINDOW_GAME], "CloseTargetBoard", Py_BuildValue("()")); // m_pInstTarget = pInstTarget; } } else { PyCallClassMemberFunc(m_apoPhaseWnd[PHASE_WINDOW_GAME], "CloseTargetBoard", Py_BuildValue("()")); } return true; } #endif Cherchez : bool CPythonNetworkStream::RecvObserverAddPacket() Ajoutez après la fonction: #ifdef ENABLE_SEND_TARGET_INFO bool CPythonNetworkStream::SendTargetInfoLoadPacket(DWORD dwVID) { TPacketCGTargetInfoLoad TargetInfoLoadPacket; TargetInfoLoadPacket.header = HEADER_CG_TARGET_INFO_LOAD; TargetInfoLoadPacket.dwVID = dwVID; if (!Send(sizeof(TargetInfoLoadPacket), &TargetInfoLoadPacket)) return false; return SendSequence(); } #endif Ouvrez le fichier PythonNonPlayer.cpp Cherchez: void CPythonNonPlayer::GetMatchableMobList(int iLevel, int iInterval, TMobTableList * pMobTableList) Ajoutez après la fonction: #ifdef ENABLE_SEND_TARGET_INFO DWORD CPythonNonPlayer::GetMonsterMaxHP(DWORD dwVnum) { const CPythonNonPlayer::TMobTable * c_pTable = GetTable(dwVnum); if (!c_pTable) { DWORD dwMaxHP = 0; return dwMaxHP; } return c_pTable->dwMaxHP; } DWORD CPythonNonPlayer::GetMonsterRaceFlag(DWORD dwVnum) { const CPythonNonPlayer::TMobTable * c_pTable = GetTable(dwVnum); if (!c_pTable) { DWORD dwRaceFlag = 0; return dwRaceFlag; } return c_pTable->dwRaceFlag; } DWORD CPythonNonPlayer::GetMonsterLevel(DWORD dwVnum) { const CPythonNonPlayer::TMobTable * c_pTable = GetTable(dwVnum); if (!c_pTable) { DWORD level = 0; return level; } return c_pTable->bLevel; } DWORD CPythonNonPlayer::GetMonsterDamage1(DWORD dwVnum) { const CPythonNonPlayer::TMobTable * c_pTable = GetTable(dwVnum); if (!c_pTable) { DWORD range = 0; return range; } return c_pTable->dwDamageRange[0]; } DWORD CPythonNonPlayer::GetMonsterDamage2(DWORD dwVnum) { const CPythonNonPlayer::TMobTable * c_pTable = GetTable(dwVnum); if (!c_pTable) { DWORD range = 0; return range; } return c_pTable->dwDamageRange[1]; } DWORD CPythonNonPlayer::GetMonsterExp(DWORD dwVnum) { const CPythonNonPlayer::TMobTable * c_pTable = GetTable(dwVnum); if (!c_pTable) { DWORD dwExp = 0; return dwExp; } return c_pTable->dwExp; } float CPythonNonPlayer::GetMonsterDamageMultiply(DWORD dwVnum) { const CPythonNonPlayer::TMobTable * c_pTable = GetTable(dwVnum); if (!c_pTable) { DWORD fDamMultiply = 0; return fDamMultiply; } return c_pTable->fDamMultiply; } DWORD CPythonNonPlayer::GetMonsterST(DWORD dwVnum) { const CPythonNonPlayer::TMobTable * c_pTable = GetTable(dwVnum); if (!c_pTable) { DWORD bStr = 0; return bStr; } return c_pTable->bStr; } DWORD CPythonNonPlayer::GetMonsterDX(DWORD dwVnum) { const CPythonNonPlayer::TMobTable * c_pTable = GetTable(dwVnum); if (!c_pTable) { DWORD bDex = 0; return bDex; } return c_pTable->bDex; } bool CPythonNonPlayer::IsMonsterStone(DWORD dwVnum) { const CPythonNonPlayer::TMobTable * c_pTable = GetTable(dwVnum); if (!c_pTable) { DWORD bType = 0; return bType; } return c_pTable->bType == 2; } #endif Ouvrez le fichier PythonNonPlayer.h Cherchez: const char* GetMonsterName(DWORD dwVnum); Ajoutez en dessous : #ifdef ENABLE_SEND_TARGET_INFO // TARGET_INFO DWORD GetMonsterMaxHP(DWORD dwVnum); DWORD GetMonsterRaceFlag(DWORD dwVnum); DWORD GetMonsterLevel(DWORD dwVnum); DWORD GetMonsterDamage1(DWORD dwVnum); DWORD GetMonsterDamage2(DWORD dwVnum); DWORD GetMonsterExp(DWORD dwVnum); float GetMonsterDamageMultiply(DWORD dwVnum); DWORD GetMonsterST(DWORD dwVnum); DWORD GetMonsterDX(DWORD dwVnum); bool IsMonsterStone(DWORD dwVnum); #endif Enfin , ouvrez le fichier PythonNonPlayerModule.cpp Cherchez: PyObject * nonplayerLoadNonPlayerData(PyObject * poSelf, PyObject * poArgs) Ajoutez après la fonction: #ifdef ENABLE_SEND_TARGET_INFO PyObject * nonplayerGetMonsterMaxHP(PyObject * poSelf, PyObject * poArgs) { int race; if (!PyTuple_GetInteger(poArgs, 0, &race)) return Py_BuildException(); CPythonNonPlayer& rkNonPlayer=CPythonNonPlayer::Instance(); return Py_BuildValue("i", rkNonPlayer.GetMonsterMaxHP(race)); } PyObject * nonplayerGetRaceNumByVID(PyObject * poSelf, PyObject * poArgs) { int iVirtualID; if (!PyTuple_GetInteger(poArgs, 0, &iVirtualID)) return Py_BuildException(); CInstanceBase * pInstance = CPythonCharacterManager::Instance().GetInstancePtr(iVirtualID); if (!pInstance) return Py_BuildValue("i", -1); const CPythonNonPlayer::TMobTable * pMobTable = CPythonNonPlayer::Instance().GetTable(pInstance->GetVirtualNumber()); if (!pMobTable) return Py_BuildValue("i", -1); return Py_BuildValue("i", pMobTable->dwVnum); } PyObject * nonplayerGetMonsterRaceFlag(PyObject * poSelf, PyObject * poArgs) { int race; if (!PyTuple_GetInteger(poArgs, 0, &race)) return Py_BuildException(); CPythonNonPlayer& rkNonPlayer=CPythonNonPlayer::Instance(); return Py_BuildValue("i", rkNonPlayer.GetMonsterRaceFlag(race)); } PyObject * nonplayerGetMonsterLevel(PyObject * poSelf, PyObject * poArgs) { int race; if (!PyTuple_GetInteger(poArgs, 0, &race)) return Py_BuildException(); CPythonNonPlayer& rkNonPlayer=CPythonNonPlayer::Instance(); return Py_BuildValue("i", rkNonPlayer.GetMonsterLevel(race)); } PyObject * nonplayerGetMonsterDamage(PyObject * poSelf, PyObject * poArgs) { int race; if (!PyTuple_GetInteger(poArgs, 0, &race)) return Py_BuildException(); CPythonNonPlayer& rkNonPlayer=CPythonNonPlayer::Instance(); DWORD dmg1 = rkNonPlayer.GetMonsterDamage1(race); DWORD dmg2 = rkNonPlayer.GetMonsterDamage2(race); return Py_BuildValue("ii", dmg1,dmg2); } PyObject * nonplayerGetMonsterExp(PyObject * poSelf, PyObject * poArgs) { int race; if (!PyTuple_GetInteger(poArgs, 0, &race)) return Py_BuildException(); CPythonNonPlayer& rkNonPlayer=CPythonNonPlayer::Instance(); return Py_BuildValue("i", rkNonPlayer.GetMonsterExp(race)); } PyObject * nonplayerGetMonsterDamageMultiply(PyObject * poSelf, PyObject * poArgs) { int race; if (!PyTuple_GetInteger(poArgs, 0, &race)) return Py_BuildException(); CPythonNonPlayer& rkNonPlayer=CPythonNonPlayer::Instance(); return Py_BuildValue("f", rkNonPlayer.GetMonsterDamageMultiply(race)); } PyObject * nonplayerGetMonsterST(PyObject * poSelf, PyObject * poArgs) { int race; if (!PyTuple_GetInteger(poArgs, 0, &race)) return Py_BuildException(); CPythonNonPlayer& rkNonPlayer=CPythonNonPlayer::Instance(); return Py_BuildValue("i", rkNonPlayer.GetMonsterST(race)); } PyObject * nonplayerGetMonsterDX(PyObject * poSelf, PyObject * poArgs) { int race; if (!PyTuple_GetInteger(poArgs, 0, &race)) return Py_BuildException(); CPythonNonPlayer& rkNonPlayer=CPythonNonPlayer::Instance(); return Py_BuildValue("i", rkNonPlayer.GetMonsterDX(race)); } PyObject * nonplayerIsMonsterStone(PyObject * poSelf, PyObject * poArgs) { int race; if (!PyTuple_GetInteger(poArgs, 0, &race)) return Py_BuildException(); CPythonNonPlayer& rkNonPlayer = CPythonNonPlayer::Instance(); return Py_BuildValue("i", rkNonPlayer.IsMonsterStone(race) ? 1 : 0); } #endif Cherchez: { "GetMonsterName", nonplayerGetMonsterName, METH_VARARGS }, Ajoutez en dessous: #ifdef ENABLE_SEND_TARGET_INFO // TARGET_INFO { "GetRaceNumByVID", nonplayerGetRaceNumByVID, METH_VARARGS }, { "GetMonsterMaxHP", nonplayerGetMonsterMaxHP, METH_VARARGS }, { "GetMonsterRaceFlag", nonplayerGetMonsterRaceFlag, METH_VARARGS }, { "GetMonsterLevel", nonplayerGetMonsterLevel, METH_VARARGS }, { "GetMonsterDamage", nonplayerGetMonsterDamage, METH_VARARGS }, { "GetMonsterExp", nonplayerGetMonsterExp, METH_VARARGS }, { "GetMonsterDamageMultiply", nonplayerGetMonsterDamageMultiply, METH_VARARGS }, { "GetMonsterST", nonplayerGetMonsterST, METH_VARARGS }, { "GetMonsterDX", nonplayerGetMonsterDX, METH_VARARGS }, { "IsMonsterStone", nonplayerIsMonsterStone, METH_VARARGS }, #endif Voilà , nous avons enfin terminez la partie Source , pour le coté Client , vous devez depacker locale et root , les choses à modifier sont dans l'archive à télécharger : Contenu Masqué EDIT: Screen: Source: FreaksGamers
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