BOOL TMonsterAIElement::ApplyElementAvoid(int iIndex, int iTargetIndex, TMonsterAIState * pAIState)
{
LPOBJ lpObj = &gObj[iIndex];
UTIL.SendCrywolfChattingMsg(iIndex, "Element-회피");
KANTURU_UTIL.SendKanturuChattingMsg(iIndex, "Element-회피");
BOOL bFindXY = MONSTER_UTIL.GetXYToEascape(lpObj);
if ( bFindXY )
{
MONSTER_UTIL.FindPathToMoveMonster(lpObj, lpObj->MTX, lpObj->MTY, 5, 1);
}
return FALSE;
}
BOOL TMonsterAIElement::ApplyElementMove(int iIndex, int iTargetIndex, TMonsterAIState * pAIState)
{
LPOBJ lpObj = &gObj[iIndex];
UTIL.SendCrywolfChattingMsg(iIndex, "Element-이동");
KANTURU_UTIL.SendKanturuChattingMsg(iIndex, "Element-이동");
if ( lpObj->PathStartEnd )
return FALSE;
BOOL bFindXY = FALSE;
if ( pAIState->m_iTransitionType == 2 )
bFindXY = MONSTER_UTIL.GetXYToChase(lpObj);
else
bFindXY = MONSTER_UTIL.GetXYToPatrol(lpObj);
if ( bFindXY )
MONSTER_UTIL.FindPathToMoveMonster(lpObj, lpObj->MTX, lpObj->MTY, 5, 1);
return FALSE;
}
void CDoppelganger::MoveProc(LPOBJ lpObj)
{
if(DOPPELGANGER_MAP_RANGE(lpObj->MapNumber) && lpObj->Type == OBJ_MONSTER){
for(int X=0; X < this->MonstersCount;X++){
if(this->CurrentMonster[X] == lpObj->m_Index){
lpObj->MTX = this->PosX[this->EventMap-65];
lpObj->MTY = this->PosY[this->EventMap-65];
MonsterAIUtil.FindPathToMoveMonster(lpObj,lpObj->MTX,lpObj->MTY,15,2);
}
}
}
}
BOOL TMonsterAIElement::ApplyElementGroupMove(int iIndex, int iTargetIndex, TMonsterAIState * pAIState)
{
LPOBJ lpObj = &gObj[iIndex];
UTIL.SendCrywolfChattingMsg(iIndex, "Element-그룹이동");
if ( lpObj->PathStartEnd )
return FALSE;
BOOL bFindXY = FALSE;
BOOL bFoundLeader = TRUE;
int iLeaderIndex = -1;
iLeaderIndex = TMonsterAIGroup::FindGroupLeader(lpObj->m_iGroupNumber);
if ( iLeaderIndex == -1 || gObj[iLeaderIndex].Live == FALSE )
bFoundLeader = FALSE;
if ( bFoundLeader && gObjCalDistance(lpObj, &gObj[iLeaderIndex]) > 6 )
{
lpObj->TargetNumber = iLeaderIndex;
bFindXY = MONSTER_UTIL.GetXYToChase(lpObj);
}
else if ( pAIState->m_iTransitionType == 2 )
{
bFindXY = MONSTER_UTIL.GetXYToChase(lpObj);
}
else
{
bFindXY = MONSTER_UTIL.GetXYToPatrol(lpObj);
}
if ( bFindXY )
{
if ( MONSTER_UTIL.FindPathToMoveMonster(lpObj, lpObj->MTX, lpObj->MTY, 5, TRUE) )
{
}
else
{
MONSTER_UTIL.GetXYToPatrol(lpObj);
MONSTER_UTIL.FindPathToMoveMonster(lpObj, lpObj->MTX, lpObj->MTY, 5, TRUE);
}
}
return FALSE;
}
void TMonsterAI::MonsterMove(int iIndex)
{
LPOBJ lpObj = &gObj[iIndex];
if ( MONSTER_UTIL.CheckMovingCondition(lpObj) == FALSE )
{
lpObj->PathCur = 0;
lpObj->PathCount = 0;
lpObj->PathStartEnd = 0;
memset(lpObj->PathX, 0, sizeof(lpObj->PathX));
memset(lpObj->PathY, 0, sizeof(lpObj->PathY));
memset(lpObj->PathDir, 0, sizeof(lpObj->PathY)); //check this out
return ;
}
if ( lpObj->PathCount != 0 )
{
DWORD dwMoveTime = 0;
DWORD dwDelayTime = 0;
if ( lpObj->DelayLevel != 0 )
dwDelayTime = 300;
else
dwDelayTime = 0;
lpObj->m_MoveSpeed = 300;
if ( (lpObj->PathDir[lpObj->PathCur] % 2 ) == 0 )
dwMoveTime = (DWORD)((double)(lpObj->m_MoveSpeed + dwDelayTime) * 1.3);
else
dwMoveTime = lpObj->m_MoveSpeed + dwDelayTime;
if ( (GetTickCount() - lpObj->PathTime) > dwMoveTime )
{
if ( lpObj->PathCur < 15 )
{
lpObj->X = lpObj->PathX[lpObj->PathCur];
lpObj->Y = lpObj->PathY[lpObj->PathCur];
lpObj->Dir = lpObj->PathDir[lpObj->PathCur];
lpObj->PathTime = GetTickCount();
lpObj->PathCur++;
if ( lpObj->PathCur >= lpObj->PathCount )
{
lpObj->PathCur = 0;
lpObj->PathCount = 0;
lpObj->PathStartEnd = 0;
}
}
CreateFrustrum(lpObj->X, lpObj->Y, iIndex);
}
return;
}
lpObj->PathCur = 0;
lpObj->PathCount = 0;
lpObj->PathStartEnd = 0;
memset(lpObj->PathX, 0, sizeof(lpObj->PathX));
memset(lpObj->PathY, 0, sizeof(lpObj->PathY));
memset(lpObj->PathDir, 0, sizeof(lpObj->PathY)); //check this out
}
BOOL TMonsterAIElement::ApplyElementMoveTarget(int iIndex, int iTargetIndex, TMonsterAIState * pAIState)
{
LPOBJ lpObj = &gObj[iIndex];
UTIL.SendCrywolfChattingMsg(iIndex, "Element-MoveTarget");
#if (__CUSTOM__ == 0)
KANTURU_UTIL.SendKanturuChattingMsg(iIndex, "Element-타겟이동");
#endif
if ( lpObj->PathStartEnd )
return FALSE;
if ( lpObj->X == this->m_iX &&
lpObj->Y == this->m_iY )
{
this->ApplyElementMove(iIndex, iTargetIndex, pAIState);
return FALSE;
}
BOOL bFindXY = TRUE;
int iTargetX = this->m_iX;
int iTargetY = this->m_iY;
int iTargetDistance = (int)sqrt(double(((lpObj->X - iTargetX)*(lpObj->X - iTargetX))+ ((lpObj->Y - iTargetY)*(lpObj->Y - iTargetY))));
if ( TMonsterAIElement::s_MonsterAIMovePath[lpObj->MapNumber].m_bDataLoad )
{
if ( iTargetDistance > 10 )
{
int iMinCost = 1000000;
int iMidX = -1;
int iMidY = -1;
int iSpotNum = -1;
for ( int i=0;i<MAX_MONSTER_AI_MOVE_PATH;i++)
{
TMonsterAIMovePathInfo & PathInfo = TMonsterAIElement::s_MonsterAIMovePath[lpObj->MapNumber].m_MovePathInfo[i];
float fDistX = (float)(lpObj->X - PathInfo.m_iPathX);
float fDistY = (float)(lpObj->Y - PathInfo.m_iPathY);
int iPathSpotDist = (int)sqrt( (fDistX*fDistX) + (fDistY*fDistY) );
if ( iPathSpotDist < 20 )
{
fDistX = (float)(iTargetX - PathInfo.m_iPathX);
fDistY = (float)(iTargetY - PathInfo.m_iPathY);
int iMidDist = (int)sqrt( (fDistX*fDistX) + (fDistY*fDistY) );
if ( iMinCost > iMidDist )
{
if ( iMidDist )
{
iMinCost = iMidDist;
iMidX = PathInfo.m_iPathX;
iMidY = PathInfo.m_iPathY;
iSpotNum = i;
}
}
}
}
if ( iMinCost != 1000000 )
{
iTargetX = iMidX;
iTargetY = iMidY;
}
}
}
if ( bFindXY )
{
if ( MONSTER_UTIL.FindPathToMoveMonster(lpObj, iTargetX, iTargetY, 7, FALSE) )
lpObj->PathStartEnd = 1;
else
lpObj->PathStartEnd = 0;
}
return FALSE;
}
TMonsterAIState * TMonsterAIAutomata::RunAutomata(int iIndex)
{
LPOBJ lpObj = &gObj[iIndex];
if ( MAX_AI_STATE_RANGE(lpObj->m_iCurrentAIState) == FALSE )
return NULL;
LPOBJ lpTargetObj = NULL;
int iMaxAgro = -1;
int iTargetIndex = lpObj->m_Agro.GetMaxAgroUserIndex(lpObj->m_Index);
// Search The user with Max Agro to make its enemy
if ( iTargetIndex != -1 )
{
lpTargetObj = &gObj[iTargetIndex];
if ( MONSTER_UTIL.FindMonViewportObj(lpObj->m_Index, lpTargetObj->m_Index) )
{
iMaxAgro = lpObj->m_Agro.GetAgro(iTargetIndex);
lpObj->TargetNumber = iTargetIndex;
}
else
{
lpObj->TargetNumber = -1;
lpTargetObj = NULL;
}
}
BOOL bRateSuccess = FALSE;
int iCurrentState = lpObj->m_iCurrentAIState;
int iMaxStateTransCount = this->m_AIStateTransCount[iCurrentState];
for ( int iPriority=0;iPriority<iMaxStateTransCount;iPriority++)
{
TMonsterAIState * AIState = &this->m_AIState[iCurrentState][iPriority];
BOOL bTransition = MAI_STATE_TRANS_VALUE_; // If there is an apropiate Value it is set to TRUE
// Choose the right action according Transation Type
switch ( AIState->m_iTransitionType )
{
case MAI_STATE_TRANS_NO_ENEMY:
if ( lpTargetObj == NULL )
{
bTransition = TRUE;
}
break;
case MAI_STATE_TRANS_IN_ENEMY:
if ( lpTargetObj )
{
if ( gObjCalDistance(lpObj, lpTargetObj) <= lpObj->m_AttackRange )
{
bTransition = TRUE;
}
}
break;
case MAI_STATE_TRANS_OUT_ENEMY:
if ( lpTargetObj )
{
if ( gObjCalDistance(lpObj, lpTargetObj) > lpObj->m_AttackRange )
{
bTransition = TRUE;
}
}
break;
//case MAI_STATE_TRANS_DIE_ENEMY:
case MAI_STATE_TRANS_DEC_HP:
if ( AIState->m_iTransitionValue > lpObj->Life )
{
bTransition = TRUE;
}
break;
case MAI_STATE_TRANS_IMMEDIATELY:
bTransition = TRUE;
break;
case MAI_STATE_TRANS_DEC_HP_PER:
{
AIState->m_iTransitionValue = (AIState->m_iTransitionValue > 0)? AIState->m_iTransitionValue : 0;
AIState->m_iTransitionValue = (AIState->m_iTransitionValue < 100 )? AIState->m_iTransitionValue : 100 ;
int iLife = ((float)lpObj->AddLife + lpObj->MaxLife) * (float)AIState->m_iTransitionValue / 100.0f;
if ( iLife > lpObj->Life )
{
bTransition = TRUE;
}
}
break;
case MAI_STATE_TRANS_AGRO_UP:
if ( lpTargetObj )
{
if ( iMaxAgro >= AIState->m_iTransitionValue )
{
bTransition = TRUE;
}
}
break;
case MAI_STATE_TRANS_AGRO_DOWN:
if ( lpTargetObj )
{
if ( iMaxAgro <= AIState->m_iTransitionValue )
{
bTransition = TRUE;
}
}
break;
case MAI_STATE_TRANS_GROUP_SOMMON:
if ( lpObj->m_iGroupNumber )
{
if ( TMonsterAIGroup::FindGroupMemberToSommon(lpObj->m_Index, lpObj->m_iGroupNumber, lpObj->m_iGroupMemberGuid) )
{
bTransition = TRUE;
}
}
case MAI_STATE_TRANS_GROUP_HEAL:
if ( lpObj->m_iGroupNumber )
{
if ( TMonsterAIGroup::FindGroupMemberToHeal(lpObj->m_Index, lpObj->m_iGroupNumber, lpObj->m_iGroupMemberGuid, 5) )
{
bTransition = TRUE;
}
}
break;
}
// If is Wrong State
if ( bTransition == FALSE )
continue;
if ( (rand()%100) < AIState->m_iTransitionRate )
{
bRateSuccess = TRUE;
lpObj->m_iLastAutomataDelay = AIState->m_iDelayTime;
return &this->m_AIState[iCurrentState][iPriority];
}
}
return NULL;
}