// Working thread for the pool
ThreadResult * ThreadPoolWork(ThreadOrder * order)
{
ThreadString * next = (ThreadString *)order;
ChunkPrefs prefs = next->prefs;
Chunk * chunk = next->chunk;
chunk->pref = prefs;
// Alpha
if (prefs.version == ALPHA)
{
chunk->Load(next->file);
}
// Beta
else if (prefs.version == BETA)
{
chunk->Load((BYTE *)next->file.c_str(), next->file.size());
}
if (chunk->isValid())
{
chunk->CreateImage();
return (ThreadResult *)1;
}
return (ThreadResult *)0;
}
void ChunkManager::CreateNewChunk(int x, int y, int z) {
ChunkCoordKey key(x, y, z);
//std::cout << "Create chunk: " << key.x << " " << key.y << " " << key.z << std::endl;
Chunk* chunk = new Chunk(m_renderer, this);
chunk->SetGrid(x, y, z);
m_chunkMapMutex.lock();
m_chunkMap[key] = chunk;
m_chunkMapMutex.unlock();
chunk->Load();
chunk->SetNeedsRebuild(true, true);
chunk->RebuildMesh();
// UpdateChunkNeighbors(chunk, x, y, z);
}
// Load singlethreaded
void Level::LoadSingle()
{
// Go through all files
Chunk * temp = 0;
while (files.empty() == false && cancel == false)
{
if (prefs.version == ALPHA)
{
temp = new Chunk();
// Load chunk
temp->pref = prefs;
temp->Load(files.top());
files.pop();
// Everything is fine
if (temp->isValid())
{
temp->CreateImage();
chunks.push_back(temp);
}
else
{
// Display correct total chunks
--total;
// Evade memory leak
delete temp;
}
// Do some aftermath
result = chunks.size();
work = total - result;
done = ((float)result/(float)total);
}
else if (prefs.version == BETA)
{
RegionReader region = RegionReader();
region.Load(files.top());
files.pop();
// Reduce amount
total -= 1024 - region.GetAmountChunks();
// Go through region
for (int i = 0; i < region.GetAmountChunks() && cancel == false; ++i)
{
temp = new Chunk();
// Load chunk
temp->pref = prefs;
UINT size = 0;
BYTE * data = region.GetChunk(i, size);
temp->Load(data, size);
// Everything is fine
if (temp->isValid())
{
temp->CreateImage();
chunks.push_back(temp);
}
else
{
// Display correct total chunks
--total;
// Evade memory leak
delete temp;
}
// Do some aftermath
result = chunks.size();
work = total - result;
done = ((float)result/(float)total);
}
}
}
}