public void Deserialize(BinaryReader reader)
{
Width = reader.ReadInt32();
Height = reader.ReadInt32();
Stories = reader.ReadInt32();
var size = Width * Height;
Walls = new WallTile[Stories][];
for (int l=0;l<Stories;l++)
{
Walls[l] = new WallTile[size];
for (int i = 0; i < size; i++) Walls[l][i] = WallTileSerializer.Deserialize(reader);
}
Floors = new FloorTile[Stories][];
for (int l = 0; l < Stories; l++)
{
Floors[l] = new FloorTile[size];
for (int i = 0; i < size; i++) Floors[l][i] = new FloorTile { Pattern = reader.ReadUInt16() };
}
WallsDirty = reader.ReadBoolean();
FloorsDirty = reader.ReadBoolean();
}
//for first floor gen, curRoom should be 1. For floors above, it should be the last genmap result
/// <summary>
/// Generates the room map for the specified walls array.
/// </summary>
public void GenerateMap(WallTile[] Walls, FloorTile[] Floors, int width, int height, List<VMRoom> rooms)
{
Map = new uint[width*height]; //although 0 is the base of the array, room 1 is known to simantics as room 0.
//values of 0 indicate the room has not been chosen in that location yet.
bool noFloorBad = (rooms.Count > 1);
this.Width = width;
this.Height = height;
//flood fill recursively. Each time choose find and choose the first "0" as the base.
//The first recursion (outside) cannot fill into diagonals.
bool remaining = true;
bool outside = true;
while (remaining)
{
var spread = new Stack<Point>();
remaining = false;
for (int i = 0; i < Map.Length; i++)
{
if (Map[i] == 0)
{
ExpectedTile = Floors[i].Pattern;
//if (ExpectedTile == 0 && noFloorBad) continue;
if (ExpectedTile < 65534) ExpectedTile = 0;
remaining = true;
Map[i] = (ushort)rooms.Count;
spread.Push(new Point(i % width, i / width));
break;
}
}
if (remaining)
{
int rminX = spread.Peek().X;
int rmaxX = rminX;
int rminY = spread.Peek().Y;
int rmaxY = rminY;
var wallObs = new List<VMObstacle>();
ushort area = 0;
while (spread.Count > 0)
{
area++;
var item = spread.Pop();
if (item.X > rmaxX) rmaxX = item.X;
if (item.X < rminX) rminX = item.X;
if (item.Y > rmaxY) rmaxY = item.Y;
if (item.Y < rminY) rminY = item.Y;
var plusX = (item.X+1)%width;
var minX = (item.X + width - 1) % width;
var plusY = (item.Y+1)%height;
var minY = (item.Y + height - 1) % height;
var mainWalls = Walls[item.X + item.Y * width];
int obsX = item.X << 4;
int obsY = item.Y << 4;
if ((mainWalls.Segments & WallSegments.HorizontalDiag) > 0)
{
wallObs.Add(new VMObstacle(obsX + 9, obsY - 1, obsX + 17, obsY + 7));
wallObs.Add(new VMObstacle(obsX + 4, obsY + 4, obsX + 12, obsY + 12));
wallObs.Add(new VMObstacle(obsX - 1, obsY + 9, obsX + 7, obsY + 17));
}
if ((mainWalls.Segments & WallSegments.VerticalDiag) > 0)
{
wallObs.Add(new VMObstacle(obsX - 1, obsY - 1, obsX + 7, obsY + 7));
wallObs.Add(new VMObstacle(obsX + 4, obsY + 4, obsX + 12, obsY + 12));
wallObs.Add(new VMObstacle(obsX + 9, obsY + 9, obsX + 17, obsY + 17));
}
if ((byte)mainWalls.Segments > 15) continue; //don't spread on diagonals for now
var PXWalls = Walls[plusX + item.Y * width];
var PYWalls = Walls[item.X + plusY * width];
if ((mainWalls.Segments & WallSegments.TopLeft) > 0 && !mainWalls.TopLeftDoor) wallObs.Add(new VMObstacle(obsX - 3, obsY - 3, obsX + 6, obsY + 19));
if ((mainWalls.Segments & WallSegments.TopRight) > 0 && !mainWalls.TopRightDoor) wallObs.Add(new VMObstacle(obsX - 3, obsY - 3, obsX + 19, obsY + 6));
if ((mainWalls.Segments & WallSegments.BottomLeft) > 0 && !PYWalls.TopRightDoor) wallObs.Add(new VMObstacle(obsX - 3, obsY + 13, obsX + 19, obsY + 19));
if ((mainWalls.Segments & WallSegments.BottomRight) > 0 && !PXWalls.TopLeftDoor) wallObs.Add(new VMObstacle(obsX + 13, obsY - 3, obsX + 19, obsY + 19));
//
if (((PXWalls.Segments & WallSegments.TopLeft) == 0 || PXWalls.TopLeftStyle != 1))
SpreadOnto(Walls, Floors, plusX, item.Y, 0, Map, width, height, spread, (ushort)rooms.Count, ExpectedTile, noFloorBad);
if (((mainWalls.Segments & WallSegments.TopLeft) == 0 || mainWalls.TopLeftStyle != 1))
SpreadOnto(Walls, Floors, minX, item.Y, 2, Map, width, height, spread, (ushort)rooms.Count, ExpectedTile, noFloorBad);
if (((PYWalls.Segments & WallSegments.TopRight) == 0 || PYWalls.TopRightStyle != 1))
SpreadOnto(Walls, Floors, item.X, plusY, 1, Map, width, height, spread, (ushort)rooms.Count, ExpectedTile, noFloorBad);
if (((mainWalls.Segments & WallSegments.TopRight) == 0 || mainWalls.TopRightStyle != 1))
SpreadOnto(Walls, Floors, item.X, minY, 3, Map, width, height, spread, (ushort)rooms.Count, ExpectedTile, noFloorBad);
}
var bounds = new Rectangle(rminX, rminY, (rmaxX - rminX) + 1, (rmaxY - rminY) + 1);
var roomObs = GenerateRoomObs((ushort)rooms.Count, bounds);
OptimizeObstacles(wallObs);
OptimizeObstacles(roomObs);
rooms.Add(new VMRoom
{
IsOutside = outside || ExpectedTile > 65533,
IsPool = ExpectedTile > 65533,
Bounds = bounds,
WallObs = wallObs,
RoomObs = roomObs,
Area = area
});
outside = false;
}
}
}
private static void SpreadOnto(WallTile[] walls, FloorTile[] floors, int x, int y, int inDir, uint[] map, int width, int height, Stack<Point> spread, ushort room, ushort expectedTile, bool noAir)
{
var wall = walls[x + y * width];
var floor = floors[x + y * width].Pattern;
if ((expectedTile > 0 && expectedTile != floor) || (expectedTile == 0 && floor > 65533))
{
return;
}
if ((wall.Segments & WallSegments.HorizontalDiag) > 0)
{
if (inDir < 2)
{
//bottom (bottom right pattern)
if ((map[x + y * width] & (uint)0x0000FFFF)>0) return; //don't spread onto
map[x + y * width] |= room;
}
else
{
//top (bottom left pattern)
if ((map[x + y * width] & (uint)0xFFFF0000) > 0) return; //don't spread onto
map[x + y * width] |= (uint)room<<16;
}
//if (!floorMode) walls[x + y * width] = wall;
}
else if ((wall.Segments & WallSegments.VerticalDiag) > 0)
{
if (inDir > 0 && inDir < 3)
{
//left
if ((map[x + y * width] & (uint)0x0000FFFF) > 0) return; //don't spread onto
map[x + y * width] |= room;
}
else
{
//right
if ((map[x + y * width] & (uint)0xFFFF0000) > 0) return; //don't spread onto
map[x + y * width] |= (uint)room << 16;
}
//if (!floorMode) walls[x + y * width] = wall;
}
else
{
if (map[x + y * width] > 0) return;
map[x + y * width] = (uint)(room | (room<<16));
}
spread.Push(new Point(x, y));
}
private void GenerateWallData(WallTile[] walls, List<int> wallsAt, bool notTop)
{
var width = blueprint.Width;
var height = blueprint.Height;
Cuts = new WallCuts[width * height];
DownJunctions = new JunctionFlags[width * height];
UpJunctions = new JunctionFlags[width * height];
foreach (var off in wallsAt)
{
var wall = walls[off];
var x = off % width;
var y = off / width;
var result = new WallCuts();
if (notTop && WallsDownAt(x, y))
{
var cuts = GetCutEdges(off % width, off / width);
if (wall.TopLeftThick && wall.TopLeftStyle != 255)
{
if (cuts != 0)
{
if ((cuts & CutawayEdges.NegativeX) == CutawayEdges.NegativeX) result.TLCut = WallCut.Up; //if we are on the very edge of the cut we're up
else if ((cuts & CutawayEdges.PositiveY) == CutawayEdges.PositiveY) {
if ((cuts & CutawayEdges.NegativeY) == CutawayEdges.NegativeY)
{
result.TLCut = WallCut.Down; //special case, cuts at both sides... just put wall down
}
else
{
result.TLCut = WallCut.DownRightUpLeft;
}
}
else if ((cuts & CutawayEdges.NegativeY) == CutawayEdges.NegativeY)
{
result.TLCut = WallCut.DownLeftUpRight;
}
else result.TLCut = WallCut.Down;
}
else
{
result.TLCut = WallCut.Down;
}
}
if (wall.TopRightStyle == 1) //NOTE: top right style also includes diagonals!
{
if (wall.Segments == WallSegments.HorizontalDiag) {
if (cuts != 0)
{
var cutOnLeft = (cuts & (CutawayEdges.PositiveY | CutawayEdges.NegativeX)) > 0;
var cutOnRight = (cuts & (CutawayEdges.NegativeY | CutawayEdges.PositiveX)) > 0;
if (cutOnLeft && cutOnRight) result.TRCut = WallCut.Down;
else if (cutOnLeft) result.TRCut = WallCut.DownRightUpLeft;
else if (cutOnRight) result.TRCut = WallCut.DownLeftUpRight;
else result.TRCut = WallCut.Down;
}
else
{
result.TRCut = WallCut.Down;
}
}
else if (wall.Segments == WallSegments.VerticalDiag)
{
if (cuts != 0) //this info is not useful for front rotation, but is useful for sides.
{
var cutOnLeft = (cuts & (CutawayEdges.PositiveY | CutawayEdges.PositiveX)) > 0;
var cutOnRight = (cuts & (CutawayEdges.NegativeY | CutawayEdges.NegativeX)) > 0;
if (cutOnLeft && cutOnRight) result.TRCut = WallCut.Down;
else if (cutOnLeft) result.TRCut = WallCut.DownRightUpLeft;
else if (cutOnRight) result.TRCut = WallCut.DownLeftUpRight;
else result.TRCut = WallCut.Down;
}
else
{
result.TRCut = WallCut.Down;
}
}
else
{
if (cuts != 0)
{
if ((cuts & CutawayEdges.NegativeY) == CutawayEdges.NegativeY) result.TRCut = WallCut.Up; //if we are on the very edge of the cut we're up
else if ((cuts & CutawayEdges.PositiveX) == CutawayEdges.PositiveX)
{
if ((cuts & CutawayEdges.NegativeX) == CutawayEdges.NegativeX)
{ //special case, cuts at both sides... just put wall down
result.TRCut = WallCut.Down;
}
else
{
result.TRCut = WallCut.DownLeftUpRight;
}
}
else if ((cuts & CutawayEdges.NegativeX) == CutawayEdges.NegativeX)
{
result.TRCut = WallCut.DownRightUpLeft;
}
else result.TRCut = WallCut.Down;
}
else
{
result.TRCut = WallCut.Down;
}
}
}
}
//add to relevant junctions
if ((wall.Segments & WallSegments.TopLeft) > 0 && !(wall.TopLeftDoor && result.TLCut > 0) && wall.TopLeftThick)
{
if (result.TLCut > 0)
{
DownJunctions[off] |= JunctionFlags.BottomLeft;
if (y < height) DownJunctions[off + width] |= JunctionFlags.TopRight;
}
else
{
UpJunctions[off] |= JunctionFlags.BottomLeft;
if (y < height) UpJunctions[off + width] |= JunctionFlags.TopRight;
}
}
if ((wall.Segments & WallSegments.TopRight) > 0 && !(wall.TopRightDoor && result.TRCut > 0) && wall.TopRightThick)
{
if (result.TRCut > 0)
{
DownJunctions[off] |= JunctionFlags.BottomRight;
if (x < width) DownJunctions[off + 1] |= JunctionFlags.TopLeft;
}
else
{
UpJunctions[off] |= JunctionFlags.BottomRight;
if (x < width) UpJunctions[off + 1] |= JunctionFlags.TopLeft;
}
}
if (wall.Segments == WallSegments.VerticalDiag && (wall.TopRightStyle == 1 || wall.TopRightStyle == 255))
{
if (result.TRCut > 0)
{
DownJunctions[off] |= JunctionFlags.DiagBottom;
if (x < width && y < height) DownJunctions[off + 1 + width] |= JunctionFlags.DiagTop;
}
else
{
UpJunctions[off] |= JunctionFlags.DiagBottom;
if (x < width && y < height) UpJunctions[off + 1 + width] |= JunctionFlags.DiagTop;
}
}
else if (wall.Segments == WallSegments.HorizontalDiag && (wall.TopRightStyle == 1 || wall.TopRightStyle == 255))
{
if (result.TRCut > 0)
{
if (x < width) DownJunctions[off + 1] |= JunctionFlags.DiagLeft;
if (y < height) DownJunctions[off + width] |= JunctionFlags.DiagRight;
}
else
{
if (x < width) UpJunctions[off + 1] |= JunctionFlags.DiagLeft;
if (y < height) UpJunctions[off + width] |= JunctionFlags.DiagRight;
}
}
Cuts[off] = result;
}
}
private WallTile RotateWall(WorldRotation rot, WallTile input, short x, short y, sbyte level)
{
int rotN = (int)rot;
var output = new WallTile();
if (rot != 0)
{
if (input.Segments == WallSegments.HorizontalDiag)
{
output.Segments = ((rotN % 2) == 0) ? WallSegments.HorizontalDiag : WallSegments.VerticalDiag;
output.TopRightStyle = input.TopRightStyle;
switch (rotN)
{
case 1:
output.BottomRightPattern = input.BottomLeftPattern;
output.BottomLeftPattern = input.BottomRightPattern;
output.TopLeftStyle = input.TopLeftPattern;
output.TopLeftPattern = input.TopLeftStyle;
break;
case 2:
output.BottomRightPattern = input.BottomLeftPattern; //flip sides
output.BottomLeftPattern = input.BottomRightPattern;
output.TopLeftStyle = input.TopLeftPattern;
output.TopLeftPattern = input.TopLeftStyle;
break;
case 3:
output.BottomRightPattern = input.BottomRightPattern;
output.BottomLeftPattern = input.BottomLeftPattern;
output.TopLeftStyle = input.TopLeftStyle;
output.TopLeftPattern = input.TopLeftPattern;
break;
}
}
else if (input.Segments == WallSegments.VerticalDiag)
{
output.Segments = ((rotN % 2) == 0) ? WallSegments.VerticalDiag : WallSegments.HorizontalDiag;
output.TopRightStyle = input.TopRightStyle;
switch (rotN)
{
case 1:
output.BottomRightPattern = input.BottomRightPattern;
output.BottomLeftPattern = input.BottomLeftPattern;
output.TopLeftStyle = input.TopLeftStyle;
output.TopLeftPattern = input.TopLeftPattern;
break;
case 2:
output.BottomRightPattern = input.BottomLeftPattern; //flip sides
output.BottomLeftPattern = input.BottomRightPattern;
output.TopLeftStyle = input.TopLeftPattern;
output.TopLeftPattern = input.TopLeftStyle;
break;
case 3:
output.BottomRightPattern = input.BottomLeftPattern;
output.BottomLeftPattern = input.BottomRightPattern;
output.TopLeftStyle = input.TopLeftPattern;
output.TopLeftPattern = input.TopLeftStyle;
break;
}
}
else
{
switch (rotN)
{
case 1:
if ((input.Segments & WallSegments.TopLeft) > 0) output.Segments |= WallSegments.TopRight;
if ((input.Segments & WallSegments.TopRight) > 0) output.Segments |= WallSegments.BottomRight;
if ((input.Segments & WallSegments.BottomRight) > 0) output.Segments |= WallSegments.BottomLeft;
if ((input.Segments & WallSegments.BottomLeft) > 0) output.Segments |= WallSegments.TopLeft;
output.TopLeftPattern = input.BottomLeftPattern;
output.TopRightPattern = input.TopLeftPattern;
output.BottomRightPattern = input.TopRightPattern;
output.BottomLeftPattern = input.BottomRightPattern;
if (y + 1 < blueprint.Height)
{
var newLeft = blueprint.GetWall(x, (short)(y + 1), level);
output.TopLeftStyle = newLeft.TopRightStyle;
output.ObjSetTLStyle = newLeft.ObjSetTRStyle;
output.TopLeftDoor = newLeft.TopRightDoor;
}
output.TopRightStyle = input.TopLeftStyle;
output.ObjSetTRStyle = input.ObjSetTLStyle;
output.TopRightDoor = input.TopLeftDoor;
break;
case 2:
if ((input.Segments & WallSegments.TopLeft) > 0) output.Segments |= WallSegments.BottomRight;
if ((input.Segments & WallSegments.TopRight) > 0) output.Segments |= WallSegments.BottomLeft;
if ((input.Segments & WallSegments.BottomRight) > 0) output.Segments |= WallSegments.TopLeft;
if ((input.Segments & WallSegments.BottomLeft) > 0) output.Segments |= WallSegments.TopRight;
output.TopLeftPattern = input.BottomRightPattern;
output.TopRightPattern = input.BottomLeftPattern;
output.BottomRightPattern = input.TopLeftPattern;
output.BottomLeftPattern = input.TopRightPattern;
if (y + 1 < blueprint.Height)
{
var newRight = blueprint.GetWall(x, (short)(y + 1), level);
output.TopRightStyle = newRight.TopRightStyle;
output.ObjSetTRStyle = newRight.ObjSetTRStyle;
output.TopRightDoor = newRight.TopRightDoor;
}
if (x + 1 < blueprint.Width)
{
var newLeft = blueprint.GetWall((short)(x + 1), y, level);
output.TopLeftStyle = newLeft.TopLeftStyle;
output.ObjSetTLStyle = newLeft.ObjSetTLStyle;
output.TopLeftDoor = newLeft.TopLeftDoor;
}
break;
case 3:
if ((input.Segments & WallSegments.TopLeft) > 0) output.Segments |= WallSegments.BottomLeft;
if ((input.Segments & WallSegments.TopRight) > 0) output.Segments |= WallSegments.TopLeft;
if ((input.Segments & WallSegments.BottomRight) > 0) output.Segments |= WallSegments.TopRight;
if ((input.Segments & WallSegments.BottomLeft) > 0) output.Segments |= WallSegments.BottomRight;
output.TopLeftPattern = input.TopRightPattern;
output.TopRightPattern = input.BottomRightPattern;
output.BottomRightPattern = input.BottomLeftPattern;
output.BottomLeftPattern = input.TopLeftPattern;
output.TopLeftStyle = input.TopRightStyle;
output.TopLeftDoor = input.TopRightDoor;
output.ObjSetTLStyle = input.ObjSetTRStyle;
if (x + 1 < blueprint.Width)
{
var newRight = blueprint.GetWall((short)(x + 1), y, level);
output.TopRightStyle = newRight.TopLeftStyle;
output.ObjSetTRStyle = newRight.ObjSetTLStyle;
output.TopRightDoor = newRight.TopLeftDoor;
}
break;
}
}
}
else
{
output = input;
}
return output;
}
public void SetWall(short tileX, short tileY, sbyte level, WallTile wall)
{
var off = GetOffset(tileX, tileY);
WallsAt[level-1].Remove(off);
if (wall.Segments > 0) {
Walls[level - 1][off] = wall;
WallsAt[level - 1].Add(off);
}
else
{
Walls[level - 1][off] = new WallTile();
}
if (RealMode) WallsDirty = true;
Redraw = true;
}
public bool CheckWallValid(LotTilePos pos, WallTile wall)
{
if (pos.Level < 1 || pos.Level > ObjectsAt.Count || !ObjectsAt[pos.Level - 1].ContainsKey(pos.TileID)) return true;
var objs = ObjectsAt[pos.Level - 1][pos.TileID];
foreach (var id in objs)
{
var obj = VM.GetObjectById(id);
if (obj.WallChangeValid(wall, obj.Direction, false) != VMPlacementError.Success) return false;
}
return true;
}
private static PatternReplaceCount SpreadOnto(WallTile[] walls, int x, int y, int inDir, byte[] map, int width, int height, Stack<Point> spread, ushort pattern, bool floorMode)
{
PatternReplaceCount filled = new PatternReplaceCount(false);
var wall = walls[x + y * width];
if ((wall.Segments & WallSegments.HorizontalDiag) > 0 && (wall.TopRightStyle == 1 || floorMode))
{
if (inDir < 2)
{
//bottom (bottom right pattern)
if (!floorMode && wall.BottomLeftPattern != pattern)
{
filled.Add(wall.BottomLeftPattern);
wall.BottomLeftPattern = pattern;
}
map[x + y * width] |= 1;
} else
{
//top (bottom left pattern)
if (!floorMode && wall.BottomRightPattern != pattern)
{
filled.Add(wall.BottomRightPattern);
wall.BottomRightPattern = pattern;
}
map[x + y * width] |= 2;
}
if (!floorMode) walls[x + y * width] = wall;
}
else if ((wall.Segments & WallSegments.VerticalDiag) > 0 && (wall.TopRightStyle == 1 || floorMode))
{
if (inDir > 0 && inDir < 3)
{
//left
if (!floorMode && wall.BottomRightPattern != pattern)
{
filled.Add(wall.BottomRightPattern);
wall.BottomRightPattern = pattern;
}
map[x + y * width] |= 1;
}
else
{
//right
if (!floorMode && wall.BottomLeftPattern != pattern)
{
filled.Add(wall.BottomLeftPattern);
wall.BottomLeftPattern = pattern;
}
map[x + y * width] |= 2;
}
if (!floorMode) walls[x + y * width] = wall;
}
else
{
map[x + y * width] = 3;
}
spread.Push(new Point(x, y));
return filled;
}
public bool CheckWallValid(LotTilePos pos, WallTile wall)
{
var objs = SetToNextCache.GetObjectsAt(pos);
if (objs == null) return true;
foreach (var obj in objs)
{
if (obj.WallChangeValid(wall, obj.Direction, false) != VMPlacementError.Success) return false;
}
return true;
}
public VMPlacementError WallChangeValid(WallTile wall, Direction direction, bool checkUnused)
{
var placeFlags = (WallPlacementFlags)ObjectData[(int)VMStackObjectVariable.WallPlacementFlags];
bool diag = ((wall.Segments & (WallSegments.HorizontalDiag | WallSegments.VerticalDiag)) > 0);
if (diag && (placeFlags & WallPlacementFlags.DiagonalAllowed) == 0) return VMPlacementError.CantBeThroughWall; //does not allow diagonal and one is present
else if (!diag && ((placeFlags & WallPlacementFlags.DiagonalRequired) > 0)) return VMPlacementError.MustBeOnDiagonal; //needs diagonal and one is not present
int rotate = (DirectionToWallOff(direction) + 1) % 4;
int rotPart = RotateWallSegs(wall.Segments, rotate);
int useRotPart = RotateWallSegs(wall.OccupiedWalls, rotate);
if (((int)placeFlags & rotPart) != ((int)placeFlags & 15)) return VMPlacementError.MustBeAgainstWall; //walls required are not there in this configuration
//walls that we are attaching to must not be in use!
if (checkUnused && ((int)placeFlags & useRotPart) > 0) return VMPlacementError.MustBeAgainstUnusedWall;
if (((int)placeFlags & (rotPart << 8)) > 0) return VMPlacementError.CantBeThroughWall; //walls not allowed are there in this configuration
return VMPlacementError.Success;
}
public static WallTile Deserialize(BinaryReader reader)
{
var result = new WallTile();
result.Segments = (WallSegments)reader.ReadByte();
result.TopLeftPattern = reader.ReadUInt16();
result.TopRightPattern = reader.ReadUInt16();
result.BottomLeftPattern = reader.ReadUInt16();
result.BottomRightPattern = reader.ReadUInt16();
result.TopLeftStyle = reader.ReadUInt16();
result.TopRightStyle = reader.ReadUInt16();
return result;
}
public static void SerializeInto(WallTile wall, BinaryWriter writer)
{
writer.Write((byte)wall.Segments);
writer.Write(wall.TopLeftPattern);
writer.Write(wall.TopRightPattern);
writer.Write(wall.BottomLeftPattern);
writer.Write(wall.BottomRightPattern);
writer.Write(wall.TopLeftStyle);
writer.Write(wall.TopRightStyle);
}