public void ThreadBuildTransExec()
{
surfExtractorTrans.Init();
List <IntVector4> locTransPosList = new List <IntVector4>();
List <VFVoxelChunkData> locTransChunkList = new List <VFVoxelChunkData>();
while (bTransVoxelEnabled)
{
if (curStatus == ETransBuildStatus.Status_ToBuild)
{
locTransPosList = transRebuildList.Keys.ToList();
locTransChunkList = transRebuildList.Values.ToList();
for (int i = 0; i < locTransChunkList.Count; i++)
{
VFVoxelChunkData cdata = locTransChunkList[i];
//if(cdata.LOD != 0) continue;
if (cdata.LOD == LODOctreeMan._maxLod || null == (System.Object)cdata.ChunkGo)
{
continue;
}
int oldFaceMask = null == (System.Object)cdata.ChunkGo.TransvoxelGo ? 0 : cdata.ChunkGo.TransvoxelGo._faceMask;
int faceMask = 0;
int curLod = cdata.LOD;
int posMask = (-1) << (curLod + 1);
for (int dirIdx = 0; dirIdx < Transvoxel.Lengyel.Tables.TransitionFaceDir.Length; dirIdx++)
{
IntVector3 unitOfs = Transvoxel.Lengyel.Tables.TransitionFaceDir[dirIdx];
IntVector4 nearLow = new IntVector4((cdata.ChunkPosLod.x + (unitOfs.x << curLod)) & posMask,
(cdata.ChunkPosLod.y + (unitOfs.y << curLod)) & posMask,
(cdata.ChunkPosLod.z + (unitOfs.z << curLod)) & posMask,
curLod + 1);
if (locTransPosList.Contains(nearLow))
{
faceMask |= 1 << dirIdx;
}
}
if (faceMask == oldFaceMask)
{
continue;
}
surfExtractorTrans.AddSurfExtractReq(new SurfExtractReqTrans(faceMask, cdata));
}
surfExtractorTrans.Exec();
curStatus = ETransBuildStatus.Status_FinBuild;
}
System.Threading.Thread.Sleep(16);
}
curStatus = ETransBuildStatus.Status_Idle;
}
public static void CheckGenSurfExtractor()
{
// Init indice
s_indiceMax = new int[SurfExtractorsMan.c_vertsCntMax]; // max number of vertices in an unity mesh
for (int i = 0; i < SurfExtractorsMan.c_vertsCntMax; i++)
{
s_indiceMax [i] = i;
}
s_indice4Pool = new int[SurfExtractorsMan.c_vertsCnt4Pool];
Array.Copy(s_indiceMax, s_indice4Pool, SurfExtractorsMan.c_vertsCnt4Pool);
// Init extractor
if (_vxSurfOpt != null && _vxSurfOpt.CompareTo(oclManager.CurOclOpt) == 0)
{
_vxSurfExtractor.Reset();
}
else
{
if (_vxSurfExtractor != null)
{
_vxSurfExtractor.CleanUp();
}
#if UNITY_EDITOR
oclManager.CurOclOpt = oclManager.OclOptionList[0];
//oclManager.CurOclOpt = "aa";
//oclManager.CurOclOpt = "OpenCL|NVIDIA CUDA |GeForce GTX 560".Replace(' ', '_');
//oclManager.CurOclOpt = "OpenCL|Intel(R) OpenCL | Intel(R) Core(TM) i3-2100 CPU @ 3.10GHz".Replace(' ', '_');
#endif
oclManager.InitOclFromOpt();
if (oclManager.ActiveOclMan != null)
{
_vxSurfExtractor = new SurfExtractorOclMC();
_vxSurfExtractor.Init();
}
else
{
_vxSurfExtractor = new SurfExtractorCpuMC();
_vxSurfExtractor.Init();
}
_vxSurfOpt = string.Copy(oclManager.CurOclOpt);
}
if (_b45BuildSurfExtractor != null)
{
_b45BuildSurfExtractor.CleanUp();
}
_b45BuildSurfExtractor = new SurfExtractorCpuB45();
_b45BuildSurfExtractor.Init();
}