public WaterChunksMerger(string fileFilter, int fileX = -1, int fileZ = -1)
{
_fileLog = fileFilter + "[" + fileX + "," + fileZ + "]";
_waterReader = new VFDataReader(VFVoxelTerrain.MapDataPath_Zip + "/water", OnChunkDataLoad, false);
_terraReader = new VFDataReader(VFVoxelTerrain.MapDataPath_Zip + "/map", OnChunkDataLoad, false);
River2Voxel.ReadRiverChunksList(ref _riverChunkFileList, fileFilter, fileX, fileZ);
_chunkPosList = _riverChunkFileList.Keys.Cast <IntVector4>().ToList();
}
byte[] MergeWaterData(IntVector4 chunkPos, byte[] baseChunkData)
{
List <string> files = _riverChunkFileList[chunkPos];
int n = files.Count;
if (n > 0)
{
byte[] chunkData = baseChunkData;
for (int i = 0; i < n; i++)
{
chunkData = VFDataReader.MergeChunkData(chunkData, File.ReadAllBytes(files[i]), chunkPos.w);
}
if (chunkPos.w == 0) // || chunkData.Length > VFVoxel.c_VTSize){ //let waterchunk_lod(not full/empty) do minus
{
VFVoxelChunkData tChunk = _terraReader.ReadChunkImm(chunkPos);
chunkData = VFDataReader.MinusChunkData(chunkData, tChunk.DataVT, 0);
}
return(chunkData);
}
return(baseChunkData);
}
public River2Voxel()
{
terraReader = new VFDataReader(VFVoxelTerrain.MapDataPath_Zip + "/map", OnChunkDataLoad);
waterReader = new VFDataReader(VFVoxelTerrain.MapDataPath_Zip + "/water", OnChunkDataLoad);
}
