void WaveManager::Update(const Time& tiElapsed)
{
if(state != Wave::State::Finished)
{
// Si no quedan enemigos, se pasa al estado de cargar
if(WorldState::Instance()->vEnemies->empty() && state == Wave::State::Waiting)
state = Wave::State::Loading;
// Se cuenta el tiempo, excepto cuando se está en espera
if(state != Wave::State::Waiting)
*timeElapsed += tiElapsed;
if(state == Wave::State::Loading) // Estado de espera a comenzar a insertar la oleada
{
if(!cambiado){
waveCounter++;
StatusManager::Instance()->IncrementInt(Parameters::countingWaves, 1);
cambiado = true;
}
if(timeElapsed->AsSeconds() >= timeInBetweenWaves->AsSeconds())
{
cambiado = false;
timeElapsed->SetSeconds(0.f);
state = Wave::State::Running;
InsertEnemy();
}
}
else if(state == Wave::State::Running) // Estado de inserción de oleada
{
if(timeElapsed->AsSeconds() >= timeInBetweenEnemies->AsSeconds())
{
*timeElapsed -= *timeInBetweenEnemies;
InsertEnemy();
}
}
}
/*
if(state == Wave::State::Running) std::cout << "State: Running" << std::endl;
else if(state == Wave::State::Waiting) std::cout << "State: Waiting" << std::endl;
else if(state == Wave::State::Loading) std::cout << "State: Loading" << std::endl;
else if(state == Wave::State::Finished) std::cout << "State: Finished" << std::endl; */
}
void MergeHeaps(Heap * &H1, Heap * &H2, int &N1 ,int &N2, int Region)
{
int NewSize = N1 + N2;
N1 = 0;
N2 = NewSize;
Heap *NewHeap = CreateHeap(NewSize);
while (H1->Count>0)
{
Enemy *Temp = RemoveEnemy(H1);
Temp->Region = Region;
InsertEnemy(NewHeap, Temp);
}
while (H2->Count>0)
{
Enemy *Temp = RemoveEnemy(H2);
InsertEnemy(NewHeap, Temp);
}
delete H2->HeapE;
delete H2;
H2 = NewHeap;
}
