public List <B45ChunkDataHeader> ReadAllChunkHeader(out int out_svn_key, int read_ref_svnkey)
{
int highest_svn_key = -1;
List <B45ChunkDataHeader> ret = new List <B45ChunkDataHeader>();
fileBA.ReadHeader();
fileUV.ReadHeader();
int chunkCount = fileBA.GetChunkCount();
for (int i = 0; i < chunkCount; i++)
{
B45ChunkDataHeader cd = new B45ChunkDataHeader();
cd._chunkPos = fileBA.chunkCoords[i];
cd.svn_key_ba = fileBA.svn_keys_ba[i];
cd.svn_key = fileUV.svn_keys_uv[i];
if (cd.svn_key_ba <= read_ref_svnkey)
{
continue;
}
// fileUV.AttachUVData(i, cd);
ret.Add(cd);
if (highest_svn_key < cd.svn_key_ba)
{
highest_svn_key = cd.svn_key_ba;
}
}
out_svn_key = highest_svn_key;
return(ret);
}
public static B45ChunkDataHeader ReadChunkHeader(uLink.BitStream stream, params object[] codecOptions)
{
B45ChunkDataHeader header = new B45ChunkDataHeader();
stream.TryRead <IntVector3>(out header._chunkPos);
stream.TryRead <int>(out header.svn_key);
stream.TryRead <int>(out header.svn_key_ba);
return(header);
}
public static void WriteChunkHeader(uLink.BitStream stream, object obj, params object[] codecOptions)
{
B45ChunkDataHeader header = obj as B45ChunkDataHeader;
if (null != header)
{
stream.Write(header._chunkPos);
stream.Write(header.svn_key);
stream.Write(header.svn_key_ba);
}
}
