void Puzzle::BreedingThread()
{
while (true)
{
boost::unique_lock<boost::mutex> lock(m_pairsAccess);
while(m_pairs.size() == 0)
m_workerTrigger.wait(lock);
std::pair<Creature*, Creature*> pair = m_pairs.front();
m_pairs.pop();
lock.unlock();
Creature* const baby = CreateBaby(pair.first, pair.second);
#ifndef USE_BASELINE
AddToNext(*baby);
AddToNext(*pair.first);
AddToNext(*pair.second);
#else
Creature* const baby2 = CreateBaby(pair.first, pair.second);
std::array<Creature*, 4> creatures;
creatures[0] = pair.first;
creatures[1] = pair.second;
creatures[2] = baby;
creatures[3] = baby2;
std::sort(creatures.begin(), creatures.end(), [](const Creature* const a, const Creature* const b)
{
return a->GetFitness() > b->GetFitness();
});
AddToNext(*creatures[0]);
AddToNext(*creatures[1]);
delete creatures[2];
delete creatures[3];
#endif
{
boost::unique_lock<boost::recursive_mutex> jobCountLock(m_jobCountAccess);
m_jobCount--;
}
try
{
boost::this_thread::interruption_point();
}
catch(boost::exception&)
{
return;
}
}
}
CHumanInFarm::CHumanInFarm(void)
{
CreateBaby();
DeadImagePath[0] = L"wugargar/deadhuman/0.png";
DeadImagePath[1] = L"wugargar/deadhuman/1.png";
DeadImagePath[2] = L"wugargar/deadhuman/2.png";
DeadImagePath[3] = L"wugargar/deadhuman/3.png";
DeadImagePath[4] = L"wugargar/deadhuman/4.png";
DeadImagePath[5] = L"wugargar/deadhuman/5.png";
}
