void SetTile(int index, int order, int frameCount)
{
var(floorIndex, floor) = _logicalMap.GetFloor(index);
var(ceilingIndex, ceiling) = _logicalMap.GetCeiling(index);
var(wallIndex, wall) = _logicalMap.GetWall(index);
EtmTileFlags flags = 0;
if (floor != null)
{
if ((floor.Properties & FloorAndCeiling.FcFlags.BackAndForth) != 0)
{
flags |= EtmTileFlags.FloorBackAndForth;
}
if ((floor.Properties & FloorAndCeiling.FcFlags.SelfIlluminating) != 0)
{
flags |= EtmTileFlags.SelfIlluminating;
}
}
if (ceiling != null)
{
if ((ceiling.Properties & FloorAndCeiling.FcFlags.BackAndForth) != 0)
{
flags |= EtmTileFlags.CeilingBackAndForth;
}
if ((ceiling.Properties & FloorAndCeiling.FcFlags.SelfIlluminating) != 0)
{
flags |= EtmTileFlags.SelfIlluminating;
}
}
if (wall != null)
{
if ((wall.Properties & Wall.WallFlags.BackAndForth) != 0)
{
flags |= EtmTileFlags.WallBackAndForth;
}
if ((wall.Properties & Wall.WallFlags.AlphaTested) != 0)
{
flags |= EtmTileFlags.Translucent | (EtmTileFlags)((uint)wall.TransparentColour << 24);
}
if ((wall.Properties & Wall.WallFlags.SelfIlluminating) != 0)
{
flags |= EtmTileFlags.SelfIlluminating;
}
}
_tilemap.SetTile(order, floorIndex, ceilingIndex, wallIndex, frameCount, flags);
}
void SetTile(int index, int order, int frameCount)
{
byte floorIndex = _floors[index];
byte ceilingIndex = _ceilings[index];
int contents = _contents[index];
byte wallIndex = (byte)(contents < 100 || contents - 100 >= _wallCount
? contents
: contents - 100);
EtmTileFlags flags = 0;
_tilemap.SetTile(order, floorIndex, ceilingIndex, wallIndex, frameCount, flags);
}