int TintBlock(int col)
{
FastColour rgbCol = FastColour.Unpack(col);
rgbCol *= TintColour;
return(rgbCol.Pack());
}
public static int Tint(int col, FastColour tint)
{
FastColour adjCol = FastColour.Unpack(col);
adjCol *= tint;
return(adjCol.Pack());
}
protected override void PostStretchTiles(int x1, int y1, int z1)
{
base.PostStretchTiles(x1, y1, z1);
for (int i = 0; i < isOccluder.Length; i++)
{
isOccluder[i] =
BlockInfo.BlocksLight[i] &&
BlockInfo.MinBB[i] == Vector3.Zero &&
BlockInfo.MaxBB[i] == Vector3.One &&
i != 8 && i != 9 &&
BlockInfo.Draw[i] != DrawType.TransparentThick; // goodlyay, did you hack this for leaves?
//(BlockInfo.Draw[i] != DrawType.TransparentThick && BlockInfo.Draw[i] != DrawType.Translucent); // goodlyay, did you hack this for leaves?
}
sun = env.Sunlight;
sunX = FastColour.Unpack(env.SunXSide);
sunZ = FastColour.Unpack(env.SunZSide);
sunYBottom = FastColour.Unpack(env.SunYBottom);
float darkness = 0.4f;
dark = FastColour.Unpack(FastColour.ScalePacked(env.Shadow, darkness));
darkX = FastColour.Unpack(FastColour.ScalePacked(env.ShadowXSide, darkness));
darkZ = FastColour.Unpack(FastColour.ScalePacked(env.ShadowZSide, darkness));
darkYBottom = FastColour.Unpack(FastColour.ScalePacked(env.ShadowYBottom, darkness));
}
protected int TintBlock(BlockID curBlock, int col)
{
FastColour fogCol = BlockInfo.FogColour[curBlock];
FastColour newCol = FastColour.Unpack(col);
newCol *= fogCol;
return(newCol.Pack());
}
FastColour GetBlockColorXSide(int X, int Y, int Z, out bool blocksLight)
{
blocksLight = false;
if (map.IsValidPos(X, Y, Z))
{
BlockID thisBlock = map.GetBlock(X, Y, Z);
if (isOccluder[thisBlock])
{
blocksLight = true;
}
FastColour col = blocksLight ? darkX : FastColour.Unpack(light.LightCol_XSide_Fast(X, Y, Z));
if (BlockInfo.FullBright[thisBlock])
{
col = sun;
}
return(col);
}
return(sunX);
}