void Compress (NodeCompressed& Dest, vertex& Src, hdrNODES& H)
{
// Compress plane (normal)
Dest.plane = pvCompress (Src.Plane.n);
// Compress position
CNodePositionCompressor(Dest.p,Src.Pos,H);
// CompressPos (Dest.p1,Src.P1,H);
// Sector
// R_ASSERT(Src.sector<=255);
// Dest.sector = BYTE(Src.sector);
// Light & Cover
CNodeCompressed().compress_node(Dest,Src);
// Dest.cover[0] = CompressCover(Src.cover[0]);
// Dest.cover[1] = CompressCover(Src.cover[1]);
// Dest.cover[2] = CompressCover(Src.cover[2]);
// Dest.cover[3] = CompressCover(Src.cover[3]);
Dest.cover0 = compress(Src.cover[0],15);
Dest.cover1 = compress(Src.cover[1],15);
Dest.cover2 = compress(Src.cover[2],15);
Dest.cover3 = compress(Src.cover[3],15);
// Msg ("[%.3f -> %d][%.3f -> %d][%.3f -> %d][%.3f -> %d]",
// Src.cover[0],Dest.cover0,
// Src.cover[1],Dest.cover1,
// Src.cover[2],Dest.cover2,
// Src.cover[3],Dest.cover3
// );
// Compress links
// R_ASSERT (Src.neighbours.size()<64);
// Dest.links = BYTE(Src.neighbours.size());
}
IC CNodePositionConverter::CNodePositionConverter(const SNodePositionOld &Psrc, hdrNODES &m_header, NodePosition &np)
{
Fvector Pdest;
Pdest.x = float(Psrc.x)*m_header.size;
Pdest.y = (float(Psrc.y)/65535)*m_header.size_y + m_header.aabb.min.y;
Pdest.z = float(Psrc.z)*m_header.size;
CNodePositionCompressor(np,Pdest,m_header);
np.y (Psrc.y);
}
