CBaseAI *CAIFactory::CreateAI( CMonster *pMonster )
{
CBaseAI *pAI = CreateAI( pMonster->GetAIType() );
if( pAI != NULL )
{
pAI->SetAIType( pMonster->GetAIType() );
pAI->SetOwner( pMonster );
}
return pAI;
}
/*
TODO:
Check if TileGrid[y][x] is actually avaliable,
else dont spawn the creature
*/
Creature::Creature(uint64 ObjID, Map* pMap, uint16 x, uint16 y, CreatureTemplate* pTemplate) :
Unit (ObjID),
pTemplate (pTemplate)
{
Position = Vector2i(x, y);
this->pMap = pMap;
pMap->AddToTileGrid(this);
this->Health = pTemplate->MaxHealth;
this->Power = pTemplate->MaxPower;
pAI = CreateAI(pTemplate->ScriptName, this);
MovementGenerator = new Pathfinder(this);
}
AI* AIFactory::CreateAI(unsigned which){
switch(which){
case 0:
return CreateAI();
case 1:
return CreateAlfaAI();
case 2:
return CreateMoveOrderingAlfaAI();
}
// fancyesd ai in all other cases
// because unsigned it will be more fancy
return CreateMoveOrderingAlfaZorbristAI();
}
KAILogic* KAIManager::GetAILogic(int nAIType)
{
KAILogic* pLogic = NULL;
KAIInfo* pInfo = NULL;
KAI_TABLE::iterator it = m_AITable.find(nAIType);
KGLOG_PROCESS_ERROR(it != m_AITable.end());
pInfo = &it->second;
if (!pInfo->pLogic)
{
pInfo->pLogic = CreateAI(nAIType, pInfo->dwScriptID);
}
pLogic = pInfo->pLogic;
Exit0:
return pLogic;
}
BOOL KAIManager::LoadAITabFile()
{
BOOL bResult = false;
int nRetCode = false;
ITabFile* piAITabFile = NULL;
char szFilePath[] = SETTING_DIR"/AIType.tab";
int nHeight = 0;
char szColumnName[MAX_PATH] = "";
BOOL bAILevelValid = false;
uint64_t u64Key = 0;
std::pair<KAI_TABLE::iterator, bool> RetPair;
piAITabFile = g_OpenTabFile(szFilePath);
if (!piAITabFile)
{
KGLogPrintf(KGLOG_ERR, "[AI] Unable to open table file \"%s\"\n", szFilePath);
goto Exit0;
}
nHeight = piAITabFile->GetHeight();
KGLOG_PROCESS_ERROR(nHeight > 1);
m_nMaxAILevel = 0;
for (int nRow = 2; nRow <= nHeight; nRow++)
{
int nAIType = 0;
DWORD dwScriptID = 0;
char szScriptPath[MAX_PATH];
KAIInfo AIInfo;
nRetCode = piAITabFile->GetInteger(nRow, "AIType", 0, &nAIType);
KGLOG_PROCESS_ERROR(nRetCode);
KGLOG_PROCESS_ERROR(nAIType >= 0);
nRetCode = piAITabFile->GetString(nRow, "ScriptFile", "", szScriptPath, sizeof(szScriptPath));
KGLOG_PROCESS_ERROR(nRetCode);
dwScriptID = g_FileNameHash(szScriptPath);
KGLOG_PROCESS_ERROR(dwScriptID);
AIInfo.dwScriptID = dwScriptID;
for (int i = 0; i < countof(AIInfo.nAIOP); ++i)
{
sprintf(szColumnName, "AIOperation%02d", i + 1);
nRetCode = piAITabFile->GetInteger(nRow, szColumnName, 0, &AIInfo.nAIOP[i]);
KGLOG_PROCESS_ERROR(nRetCode);
}
nRetCode = piAITabFile->GetInteger(nRow, "AILevelValid", 0, &bAILevelValid);
KGLOG_PROCESS_ERROR(nRetCode > 0);
AIInfo.bAILevelValid = bAILevelValid;
AIInfo.nAILevel = 0;
AIInfo.dwAIGroupID = 0;
if (bAILevelValid)
{
nRetCode = piAITabFile->GetInteger(nRow, "AILevel", 0, &AIInfo.nAILevel);
KGLOG_PROCESS_ERROR(nRetCode > 0);
nRetCode = piAITabFile->GetInteger(nRow, "AIGroupID", DEFAULT_AI_GROUP_ID, (int*)&AIInfo.dwAIGroupID);
KGLOG_PROCESS_ERROR(nRetCode);
u64Key = MAKE_INT64(AIInfo.dwAIGroupID, AIInfo.nAILevel);
m_AILevelTable[u64Key].push_back(nAIType);
if (AIInfo.nAILevel > m_nMaxAILevel)
m_nMaxAILevel = AIInfo.nAILevel;
}
AIInfo.pLogic = NULL;
m_AITable[nAIType] = AIInfo;
}
{
int nCount = (int)m_AITable.size();
int nIndex = 1;
for (KAI_TABLE::iterator it = m_AITable.begin();it != m_AITable.end(); ++it, ++nIndex)
{
#if (defined(_MSC_VER) || defined(__ICL)) //WINDOWS
cprintf("******************************>: Setup AI scripts : %d/%d\r", nIndex, nCount);
#endif
it->second.pLogic = CreateAI(it->first, it->second.dwScriptID);
}
#if (defined(_MSC_VER) || defined(__ICL)) //WINDOWS
cprintf("\n");
#endif
}
bResult = true;
Exit0:
if (!bResult)
{
m_AITable.clear();
}
KG_COM_RELEASE(piAITabFile);
return bResult;
}
//need to differentiate between ships and projectiles
void CEntitiesFactory::AddComponents(CEntity * const entity, const SEntityParams * params) {
if(params->GetType() == EET_SHIP) {
/* JSON COMPONENTS */
const rapidjson::Value &ship = m_doc[static_cast<const SShipParams *>
(params)->GetShipName().c_str()];
const rapidjson::Value ¶meters = ship.FindMember("parameters")->value;
//ship params
int16 linearSpeed = static_cast<int16>(parameters["linearSpeed"].GetInt());
int16 angularSpeed = static_cast<int16>(parameters["angularSpeed"].GetInt());
uint16 energy = static_cast<uint16>(parameters["energy"].GetInt());
float energyChargeRate = static_cast<float>(parameters["energyChargeRate"].GetFloat());
int16 hitpoints = static_cast<int16>(parameters["hitpoints"].GetInt());
CCompShipParams * shipParamsComp = new CCompShipParams(entity, linearSpeed, angularSpeed,
energy, energyChargeRate, hitpoints);
entity->AddComponent(shipParamsComp);
//components
const rapidjson::Value &components = ship.FindMember("components")->value;
for (rapidjson::Value::ConstMemberIterator itr = components.MemberBegin();
itr != components.MemberEnd(); ++itr) {
if (!strcmp(itr->name.GetString(), "ai")
&& static_cast<const SShipParams *>(params)->IsAI()) {
CComponent * comp = CreateAI(entity, itr->value["name"].GetString());
entity->AddComponent(comp);
//entity already has CCompShipParams, so set it's isAI to true
SSetAIMsg setAIMsg(true);
entity->ReceiveMessage(setAIMsg);
} else if(!strcmp(itr->name.GetString(), "primaryWeapon")) {
CComponent * comp = CreateWeapon(entity, 0, itr);
entity->AddComponent(comp);
} else if(!strcmp(itr->name.GetString(), "secondaryWeapon")) {
CComponent * comp = CreateWeapon(entity, 1, itr);
entity->AddComponent(comp);
} else {
CComponent * newComp = CreateComponent(entity, itr);
if (newComp != nullptr) {
entity->AddComponent(newComp);
}
}
}
} else if(params->GetType() == EET_PROJECTILE) {
const SProjectileParams * projParams = static_cast<const SProjectileParams *>(params);
CCompTransform * transformComp = new CCompTransform(entity, 0, 0, 0);
entity->AddComponent(transformComp);
Sprite * sprt = new Sprite(projParams->GetImage());
CCompRender * renderComp = new CCompRender(entity, sprt);
entity->AddComponent(renderComp);
SGetLinSpeedMsg getLinSpeedMsg;
entity->ReceiveMessage(getLinSpeedMsg);
SGetAngSpeedMsg getAngSpeedMsg;
entity->ReceiveMessage(getAngSpeedMsg);
CCompProjectileMove * projMoveComp = new CCompProjectileMove(entity,
getLinSpeedMsg.GetLinSpeed(), getAngSpeedMsg.GetAngSpeed());
entity->AddComponent(projMoveComp);
CCompProjParams * projParamsComp = new CCompProjParams(entity, projParams->GetDamage());
entity->AddComponent(projParamsComp);
SSetRotMsg setRotMsg(projParams->GetRot());
entity->ReceiveMessage(setRotMsg);
SSetPosMsg setPosMsg(projParams->GetX(), projParams->GetY());
entity->ReceiveMessage(setPosMsg);
} else if (params->GetType() == EET_EXPLOSION) {
const SExplosionParams * explParams = static_cast<const SExplosionParams *>(params);
const rapidjson::Value &explosion = m_doc[static_cast<const SExplosionParams *>
(params)->GetExplName().c_str()];
//ship params
Image * img = ResourceManager::Instance().LoadImage(explosion["image"].GetString(), 4, 4);
img->SetMidHandle();
float lifeTime = static_cast<float>(explosion["lifetime"].GetFloat());
int16 fps = static_cast<int16>(explosion["fps"].GetInt());
Sprite * sprt = new Sprite(img);
sprt->SetFrameRange(0, 15);
CCompRender * renderComp = new CCompRender(entity, sprt);
entity->AddComponent(renderComp);
entity->AddComponent(new CCompTransform(entity,
explParams->GetX(), explParams->GetY(), explParams->GetRot()));
entity->AddComponent(new CCompExplParams(entity, fps, lifeTime));
SSetRotMsg setRotMsg(explParams->GetRot());
entity->ReceiveMessage(setRotMsg);
SSetPosMsg setPosMsg(explParams->GetX(), explParams->GetY());
entity->ReceiveMessage(setPosMsg);
SSetFPSMsg setFPSMsg(fps);
entity->ReceiveMessage(setFPSMsg);
} else if (params->GetType() == EET_DECOY) {
const SDecoyParams * decoyParams = static_cast<const SDecoyParams *>(params);
Sprite * sprt = new Sprite(decoyParams->GetImg());
CCompRender * compRender = new CCompRender(entity, sprt);
entity->AddComponent(compRender);
CCompTransform * transfComp = new CCompTransform(entity, decoyParams->GetX(),
decoyParams->GetY(), decoyParams->GetRot());
entity->AddComponent(transfComp);
CCompDecoyParams * decoyComp = new CCompDecoyParams(entity, decoyParams->GetLifeTime(),
decoyParams->GetDamage(), decoyParams->GetAttractFactor());
entity->AddComponent(decoyComp);
CCompTractorDecoy * tractorDecoyComp = new CCompTractorDecoy(entity,
decoyParams->GetLifeTime());
entity->AddComponent(tractorDecoyComp);
SSetRotMsg setRotMsg(decoyParams->GetRot());
entity->ReceiveMessage(setRotMsg);
SSetPosMsg setPosMsg(decoyParams->GetX(), decoyParams->GetY());
entity->ReceiveMessage(setPosMsg);
} else if (params->GetType() == EET_BOT) {
const SBotParams * botParams = static_cast<const SBotParams *>(params);
Sprite * sprt = new Sprite(botParams->GetImg());
CCompRender * compRender = new CCompRender(entity, sprt);
entity->AddComponent(compRender);
SSetFPSMsg setFpsMsg(20);
compRender->ReceiveMessage(setFpsMsg);
CCompTransform * transfComp = new CCompTransform(entity, botParams->GetX(),
botParams->GetY(), 0.f);
entity->AddComponent(transfComp);
CCompBotParams * botParamsComp = new CCompBotParams(entity,
botParams->GetLifeTime(), botParams->GetDamage(), botParams->GetSpeed());
entity->AddComponent(botParamsComp);
CCompAIBot * botAIComp = new CCompAIBot(entity, botParams->GetLifeTime());
entity->AddComponent(botAIComp);
SSetRotMsg setRotMsg(0.f);
entity->ReceiveMessage(setRotMsg);
SSetPosMsg setPosMsg(botParams->GetX(), botParams->GetY());
entity->ReceiveMessage(setPosMsg);
}
CCompCollision * colComp = new CCompCollision(entity);
entity->AddComponent(colComp);
}