Method handleSpawnWave

source/rooms/RoomPortalWave.cpp:421–482

}

void RoomPortalWave::handleSpawnWave()
{
    // We start by checking that the spawnable wave list is up to date
    int64_t curTurn = getGameMap()->getTurnNumber();
    for(auto it = mRoomPortalWaveDataSpawnable.begin(); it != mRoomPortalWaveDataSpawnable.end();)
    {
        RoomPortalWaveData* roomPortalWaveData = *it;
        if(roomPortalWaveData->mSpawnTurnMin > curTurn)
        {
            // Cannot spawn the wave anymore
            it = mRoomPortalWaveDataSpawnable.erase(it);
            mRoomPortalWaveDataNotSpawnable.push_back(roomPortalWaveData);
            continue;
        }

        if((roomPortalWaveData->mSpawnTurnMax != -1) &&
           (roomPortalWaveData->mSpawnTurnMax < curTurn))
        {
            it = mRoomPortalWaveDataSpawnable.erase(it);
            mRoomPortalWaveDataNotSpawnable.push_back(roomPortalWaveData);
            continue;
        }

        ++it;
    }

    // Now we check in the not spawnable list if a wave is available
    for(auto it = mRoomPortalWaveDataNotSpawnable.begin(); it != mRoomPortalWaveDataNotSpawnable.end();)
    {
        RoomPortalWaveData* roomPortalWaveData = *it;
        if(roomPortalWaveData->mSpawnTurnMin > curTurn)
        {
            ++it;
            continue;
        }

        if((roomPortalWaveData->mSpawnTurnMax != -1) &&
           (roomPortalWaveData->mSpawnTurnMax < curTurn))
        {
            ++it;
            continue;
        }

        // The wave is spawnable
        it = mRoomPortalWaveDataNotSpawnable.erase(it);
        mRoomPortalWaveDataSpawnable.push_back(roomPortalWaveData);
    }

    if(mRoomPortalWaveDataSpawnable.empty())
        return;

    // Portal waves is not concerned about creature limit per seat. Only by the absolute limit
    uint32_t maxCreatures = ConfigManager::getSingleton().getMaxCreaturesPerSeatAbsolute();
    uint32_t numCreatures = getSeat()->getNumCreaturesFighters();

    if(numCreatures >= maxCreatures)
        return;