public void RePrioritizeProcessingChunkList()
{
lock (processingChunkList) {
if (processingChunkListSortIndex >= processingChunkList.Count)
{
processingChunkListSortIndex = 0;
}
int startIndex = processingChunkListSortIndex;
while (processingChunkListSortIndex < processingChunkList.Count &&
processingChunkListSortIndex < startIndex + Configuration.PERFORMANCE_MAX_PROCESSING_CHUNK_LIST_REPRIORITIZE_BATCH)
{
Chunk chunk = processingChunkList.Values[processingChunkListSortIndex];
Vector3 position;
position.x = chunk.WorldPosition().x *Chunk.SIZE;
position.y = chunk.WorldPosition().y *Chunk.SIZE;
position.z = chunk.WorldPosition().z *Chunk.SIZE;
int priority = RenderService.PriorityRelativeToCamera(position);
while (processingChunkList.ContainsKey(priority))
{
priority++;
}
processingChunkList.RemoveAt(processingChunkListSortIndex);
processingChunkList.Add(priority, chunk);
processingChunkListSortIndex++;
}
}
}
public void FlushProcessingChunkListModifications()
{
lock (addToProcessingChunkList) {
lock (processingChunkList) {
for (int i = 0; i < addToProcessingChunkList.Count; i++)
{
Chunk addChunk = addToProcessingChunkList[i];
Vector3 position;
position.x = addChunk.WorldPosition().x *Chunk.SIZE;
position.y = addChunk.WorldPosition().y *Chunk.SIZE;
position.z = addChunk.WorldPosition().z *Chunk.SIZE;
int priority = RenderService.PriorityRelativeToCamera(position);
while (processingChunkList.ContainsKey(priority))
{
priority++;
}
processingChunkList.Add(priority, addChunk);
}
}
addToProcessingChunkList.Clear();
}
}