public FaceInfo(Coord _coord, Range1D _range, Direction _dir, ILightDataProvider _lightDataProvider)
{
coord = _coord;
lightLevel = 0; // _range.top_light_level;
direction = _dir;
blockType = _range.blockType; // arg.. duplications...
range = _range;
lightDataProvider = _lightDataProvider;
}
private void newFaceSetAtCoord(AlignedCoord coord, BlockType type, Direction dir, byte lightLevel, ILightDataProvider lightDataProvider)
{
//TODO: figure out what we should really to in this case.
// maybe some kind of look up table re: which block type wins?
int currentLookupIndex = indexOfFaceSetAtCoord(coord, dir);
if (indexRepresentsAnOccupiedCoord(currentLookupIndex)) //
{
// remove
// b.bug("represents an occupied coord: cur lookup index: " + currentLookupIndex + " direction: " + dir);
FaceSet currentOccupantFaceSet = faceSets[currentLookupIndex];
currentOccupantFaceSet.removeFaceAtCoord(coord); // hang on to your hats! (no bugs please!)
}
// b.bug("adding a new face set at coord: " + coord.toString() );
int faceSetsCount = faceSets.Count;
FaceSet fs = new FaceSet(type, dir, coord, lightLevel, lightDataProvider);
faceSets.Add(fs);
int nudge_lookup = ((int)dir % 2 == 0) ? 0 : 1; // pos dirs are 0, 2 and 4
faceSetTable[coord.across * 2 + nudge_lookup, coord.up] = faceSetsCount + FaceAggregator.FACETABLE_LOOKUP_SHIFT;
}
public Range1D range; // new (oh no!)
public FaceInfo(Coord _coord, byte _lightlev, Direction _dir, BlockType block_type, ILightDataProvider _lightDataProvider)
{
coord = _coord; lightLevel = _lightlev; direction = _dir; blockType = block_type;
range = Range1D.theErsatzNullRange();
lightDataProvider = _lightDataProvider;
}
public Chunk()
{
meshBuilder = new MeshBuilder(this);
lightDataProvider = new LightDataProvider(this);
}
