void ChunkManager::updateChunks()
{
	int chunkView = 6;
	float r = 3;

	i32v3 pos = getChunkByPos((i32v3)_cam->getPosition());

	for (int x = pos.x - r; x < pos.x + chunkView; x++)
	{
		for (int y = pos.y - r; y < pos.y + chunkView; y++)
		{
			for (int z = pos.z - r; z < pos.z + chunkView; z++)
			{
				float x2 = (x * 32);
				float y2 = (y * 32);
				float z2 = (z * 32);

				i32v3 newPos = i32v3(x, y, z);

				if (std::abs(_cam->getPosition().x - x2) < (32 * r) && std::abs(_cam->getPosition().y - y2) < (32 * r) && std::abs(_cam->getPosition().z - z2) < (32 * r))
				{
					if (chunkList[newPos] == NULL)
					{
						loadChunk(newPos.x, newPos.y, newPos.z, true);
					}
				}
				else
				{
					if (chunkList[newPos] != NULL)
					{
						unloadChunk(newPos.x, newPos.y, newPos.z);
					}
				}
			}
		}
	}
}

void ChunkManager::loadChunk(float x, float y, float z, bool threaded)
{
	mtx.lock();
	if (threaded)
	{
		i32v3 pos = i32v3(x, y, z);

		Chunk* chunk = new Chunk(this, _cam, _oneissaMath, _contentSystem, _bManager);
		chunkList[pos] = chunk;

		chunk->init((x * 32), (y * 32), (z * 32));
		chunk->fillChunk((x * 32), (y * 32), (z * 32));
		chunk->buildChunk((x * 32), (y * 32), (z * 32));

		voxelCount += chunk->voxelCount;

		if (chunk->voxelCount == 0)
		{
			chunkList[pos] = NULL;

			chunkCount--;
		}

		chunkCount++;
	}
	else
	{
		i32v3 pos = i32v3(x, y, z);

		Chunk* chunk = new Chunk(this, _cam, _oneissaMath, _contentSystem, _bManager);
		chunkList[pos] = chunk;

		chunk->init((x * 32), (y * 32), (z * 32));
		chunk->fillChunk((x * 32), (y * 32), (z * 32));
		chunk->buildChunk((x * 32), (y * 32), (z * 32));
		chunk->buildVBO();

		voxelCount += chunk->voxelCount;

		if (chunk->voxelCount == 0)
		{
			chunkList[pos] = NULL;

			chunkCount--;
		}

		chunkCount++;
	}
	mtx.unlock();
}