void Update(uint32 diff)
{
if (GetData(DATA_ONYXIA) == IN_PROGRESS)
{
if (OnyxiaLiftoffTimer && OnyxiaLiftoffTimer <= diff)
{
OnyxiaLiftoffTimer = 0;
if (ManyWhelpsCounter >= 50)
_bAchievManyWhelpsHandleIt = true;
} else OnyxiaLiftoffTimer -= diff;
}
if (!FloorEruptionGUIDQueue.empty())
{
if (EruptTimer <= diff)
{
uint32 treeHeight = 0;
do
{
treeHeight = (*FloorEruptionGUID[1].find(FloorEruptionGUIDQueue.front())).second;
FloorEruption(FloorEruptionGUIDQueue.front());
FloorEruptionGUIDQueue.pop();
} while (!FloorEruptionGUIDQueue.empty() && (*FloorEruptionGUID[1].find(FloorEruptionGUIDQueue.front())).second == treeHeight);
EruptTimer = 1000;
}
else
EruptTimer -= diff;
}
}
void Update(uint32 uiDiff)
{
if(GetData(TYPE_ONYXIA) == IN_PROGRESS)
{
if(uiOnyxiaKillTimer > uiDiff)
uiOnyxiaKillTimer -= uiDiff;
else
uiOnyxiaKillTimer = 0;
if(uiOnyxiaLiftoffTimer != 0 && uiOnyxiaLiftoffTimer <= uiDiff)
{
uiOnyxiaLiftoffTimer = 0;
if (uiManyWhelpsCounter >= 50)
bAchievManyWhelpsHandleIt = true;
} else uiOnyxiaLiftoffTimer -= uiDiff;
}
if (!FloorEruptionGUIDQueue.empty())
{
if (m_uiEruptTimer <= uiDiff)
{
uint32 treeHeight = 0;
do
{
treeHeight = (*FloorEruptionGUID[1].find(FloorEruptionGUIDQueue.front())).second;
FloorEruption(FloorEruptionGUIDQueue.front());
FloorEruptionGUIDQueue.pop();
} while (!FloorEruptionGUIDQueue.empty() && (*FloorEruptionGUID[1].find(FloorEruptionGUIDQueue.front())).second == treeHeight);
m_uiEruptTimer = 1000;
}
else
m_uiEruptTimer -= uiDiff;
}
}
void Update(uint32 diff) override
{
if (GetBossState(DATA_ONYXIA) == IN_PROGRESS)
{
if (onyxiaLiftoffTimer && onyxiaLiftoffTimer <= diff)
{
onyxiaLiftoffTimer = 0;
if (manyWhelpsCounter >= 50)
achievManyWhelpsHandleIt = true;
} else onyxiaLiftoffTimer -= diff;
}
if (!FloorEruptionGUIDQueue.empty())
{
if (eruptTimer <= diff)
{
ObjectGuid frontGuid = FloorEruptionGUIDQueue.front();
std::map<ObjectGuid, uint32>::iterator itr = FloorEruptionGUID[1].find(frontGuid);
if (itr != FloorEruptionGUID[1].end())
{
uint32 treeHeight = itr->second;
do
{
FloorEruption(frontGuid);
FloorEruptionGUIDQueue.pop();
if (FloorEruptionGUIDQueue.empty())
break;
frontGuid = FloorEruptionGUIDQueue.front();
itr = FloorEruptionGUID[1].find(frontGuid);
} while (itr != FloorEruptionGUID[1].end() && itr->second == treeHeight);
}
eruptTimer = 1000;
}
else
eruptTimer -= diff;
}
}
void Update(uint32 Diff)
{
if (GetData(DATA_ONYXIA) == IN_PROGRESS)
{
if (OnyxiaLiftoffTimer && OnyxiaLiftoffTimer <= Diff)
{
OnyxiaLiftoffTimer = 0;
if (ManyWhelpsCounter >= 50)
AchievManyWhelpsHandleIt = true;
} else OnyxiaLiftoffTimer -= Diff;
}
if (!FloorEruptionGUIDQueue.empty())
{
if (EruptTimer <= Diff)
{
uint64 frontGuid = FloorEruptionGUIDQueue.front();
std::map<uint64, uint32>::iterator itr = FloorEruptionGUID[1].find(frontGuid);
if (itr != FloorEruptionGUID[1].end())
{
uint32 treeHeight = itr->second;
do
{
FloorEruption(frontGuid);
FloorEruptionGUIDQueue.pop();
if (FloorEruptionGUIDQueue.empty())
break;
frontGuid = FloorEruptionGUIDQueue.front();
itr = FloorEruptionGUID[1].find(frontGuid);
} while (itr != FloorEruptionGUID[1].end() && itr->second == treeHeight);
}
EruptTimer = 1000;
}
else
EruptTimer -= Diff;
}
}
