public IEnumerator computeIsosurfaceAsyn()
{
int chunksRebuilt = 0;
if (chunkDataList == null)
{
yield break;
}
Mesh ret;
for (int i = 0; i < chunkDataList.Count; i++)
{
if (chunkDataList[i] != null && chunkDataList[i].Length > 0)
{
swBlock45.setInputChunkData(chunkDataList[i]);
// MonoBehaviour.print("blocks in chunk : " + B45ChunkData.numDots_d(chunkDataList[i]));
ret = swBlock45.RebuildMeshSM();
usedMaterialIndicesList.Add(swBlock45.getMaterialMap());
outputMesh.Add(ret);
// retbm = swBlock45.RebuildMeshByMaterial();
// outputMeshByMaterial.Add(retbm);
chunksRebuilt++;
if ((chunksRebuilt % Block45Constants.NumChunksPerFrame) == 0)
{
chunksRebuilt = 0;
yield return(0);
}
}
}
chunkDataList.Clear();
}
public void Exec()
{
reqToProceed = null;
lock (_reqList)
reqToProceed = PickReqToProceed();
if (reqToProceed == null)
{
return;
}
swBlock45.setInputChunkData(_chunkDataToProceed);
swBlock45.Rebuild();
SurfExtractReqB45 req = reqToProceed as SurfExtractReqB45;
//usedMaterialIndicesList.Add(swBlock45.getMaterialMap());
int chunkTotalVerts = swBlock45.verts.Count;
if (chunkTotalVerts > 0)
{
int chunkVertsCntThreshold = reqToProceed.MeshSplitThreshold;
if (chunkTotalVerts <= chunkVertsCntThreshold)
{
req.verts = swBlock45.verts.ToArray();
req.uvs = swBlock45.uvs.ToArray();
req.matCnt = swBlock45.matCnt;
req.materialMap = swBlock45.materialMap;
foreach (List <int> indice in swBlock45.subMeshIndices)
{
req.subMeshIndices.Add(indice.ToArray());
}
}
else
{
Debug.LogError("[SurfB45_CPU]:Out Of chunkVertsCntThreshold.");
}
}
lock (_reqFinishedList)
_reqFinishedList.Add(reqToProceed);
_chunkDataToProceed = null;
}