public static void ReadCompletedThreadedChunkWork(CompletedThreadedChunkWork ctcw)
{
AssignedWorkContainer awc;
switch (ctcw.WorkType)
{
case CompletedWorkType.Generate:
{
//add the chunk to the dict.
CompletedChunkGenerationWork ccgw = ctcw as CompletedChunkGenerationWork;
AssignedWork.TryGetValue(ccgw.Chunk.ChunkPos, out awc);
awc.RemoveAssignedJob(JobType.Generate);
ChunkCollection.TryAdd(ccgw.Chunk.ChunkPos, ccgw.Chunk);
ccgw.Chunk.SetGenerated();
break;
}
case CompletedWorkType.ValidateDrawing:
{
CompletedChunkPendingDrawingWork ccpdw = ctcw as CompletedChunkPendingDrawingWork;
AssignedWork.TryGetValue(ccpdw.ChunkPos, out awc);
awc.RemoveAssignedJob(JobType.Draw);
if (ccpdw.CanDraw)
{
DrawChunk(ccpdw.ChunkPos);
}
else
{
foreach (Vector3 pos in ccpdw.ChunksToGenerate)
{
GenerateChunk(pos);
}
TryDrawingChunk(ccpdw.ChunkPos);
}
break;
}
case CompletedWorkType.Draw:
{
CheckCompletedDrawingWork(ctcw as CompletedSubChunkDrawingWork);
break;
}
case CompletedWorkType.LoadViewDistance:
{
CheckCompletedViewDistanceLoaderWork(ctcw as CompletedViewDistanceLoaderWork);
break;
}
case CompletedWorkType.UnloadOutsideViewDistance:
{
CheckCompletedViewDistanceUnloaderWork(ctcw as CompletedThreadedViewDistanceUnloader);
break;
}
}
}
public void TestChunkGeneration(Vector3 cPos)
{
ThreadedChunkGeneration tcg = new ThreadedChunkGeneration(cPos);
System.Diagnostics.Stopwatch watch = new System.Diagnostics.Stopwatch();
watch.Start();
CompletedChunkGenerationWork ccgw = tcg.Work() as CompletedChunkGenerationWork;
watch.Stop();
Debug.Log("Completed generation of chunk " + cPos.ToString() + " in " + ((double)watch.Elapsed.Ticks / (double)System.TimeSpan.TicksPerMillisecond).ToString() + "ms");
ChunkHandler.TryAddChunk(ccgw.Chunk);
}
