public void LoadChunk(Vector3i chunkPos)
{
Chunk chunk = chunkPool.Get();
chunk.Setup(chunkPos, this);
// Skip generating if outside terrain generator bounds
if (chunk.CheckTerrainBounds())
{
chunk.GenerateVoxelData();
}
// Notify adjacent chunks this chunk can be used for meshing
chunk.FillAdjChunks();
// Added the chunk to the dictionary
chunkMap.Add(chunkPos, chunk);
// Mark the chunk position as complete and remove from the queue
chunkQueue.Remove(chunkPos);
}
public IEnumerator LoadChunkThreaded(Vector3i chunkPos)
{
Chunk chunk = chunkPool.Get();
chunk.Setup(chunkPos, this);
// Skip generating if outside terrain generator bounds
if (chunk.CheckTerrainBounds())
{
// Start a new thread to generate the voxel data
threadCount++;
bool done = false;
Thread thread = new Thread(() =>
{
chunk.GenerateVoxelData();
done = true;
})
{
Priority = System.Threading.ThreadPriority.BelowNormal
};
thread.Start();
// Corountine waits for the thread to finish before continuing on the main thread
while (!done)
{
yield return(null);
}
threadCount--;
}
// Notify adjacent chunks this chunk can be used for meshing
chunk.FillAdjChunks();
// Added the chunk to the dictionary
chunkMap.Add(chunkPos, chunk);
// Mark the chunk position as complete and remove from the queue
// This is needed for threaded loading as there is a delay between dequeuing and it being added to the chunkMap
chunkQueue.Remove(chunkPos);
}
