public static RoomFormat BuildRoomData()
{
RoomFormat room = new RoomFormat {
main = new Dictionary <string, Dictionary <string, ArrayList> >(),
bg = new Dictionary <string, Dictionary <string, ArrayList> >(),
fg = new Dictionary <string, Dictionary <string, ArrayList> >(),
obj = new Dictionary <string, Dictionary <string, ArrayList> >()
};
return(room);
}
public static void GenerateRoom(RoomScene room, LevelContent levelContent, byte roomId)
{
// NOTE: If room properties are NULL, the LevelFormat probably broke and it needs to be updated (or level data was invalid structure).
RoomFormat roomData = levelContent.data.rooms[roomId];
if (roomData.bg != null)
{
RoomGenerate.GenerateTileLayer(room, roomData.bg, LayerEnum.bg);
}
if (roomData.main != null)
{
RoomGenerate.GenerateTileLayer(room, roomData.main, LayerEnum.main);
}
if (roomData.obj != null)
{
RoomGenerate.GenerateObjectLayer(room, roomData.obj);
}
if (roomData.fg != null)
{
RoomGenerate.GenerateTileLayer(room, roomData.fg, LayerEnum.fg);
}
// Build "Barrier Wall" around Level. Designed to protect against objects crossing tile path.
short maxX = (short)(room.tilemap.XCount + (byte)TilemapEnum.GapLeft + (byte)TilemapEnum.GapRight - 1);
short maxY = (short)(room.tilemap.YCount + (byte)TilemapEnum.GapUp + (byte)TilemapEnum.GapDown - 1);
for (short y = 0; y <= maxY; y++)
{
room.tilemap.SetMainTile(0, y, (byte)TileEnum.BarrierWall, 0);
room.tilemap.SetMainTile(maxX, y, (byte)TileEnum.BarrierWall, 0);
}
for (short x = 0; x <= maxX; x++)
{
room.tilemap.SetMainTile(x, 0, (byte)TileEnum.BarrierWall, 0);
room.tilemap.SetMainTile(x, maxY, (byte)TileEnum.BarrierWall, 0);
}
}
public static void DetectRoomSize(RoomFormat roomData, out short xCount, out short yCount)
{
// Prepare Minimum Width and Height for Level
xCount = (byte)TilemapEnum.MinWidth;
yCount = (byte)TilemapEnum.MinHeight;
// Scan the full level to determine it's size:
if (roomData.bg != null)
{
RoomGenerate.DetectLayerSize(roomData.bg, ref xCount, ref yCount);
}
if (roomData.main != null)
{
RoomGenerate.DetectLayerSize(roomData.main, ref xCount, ref yCount);
}
if (roomData.obj != null)
{
RoomGenerate.DetectLayerSize(roomData.obj, ref xCount, ref yCount);
}
if (roomData.fg != null)
{
RoomGenerate.DetectLayerSize(roomData.fg, ref xCount, ref yCount);
}
}
public void DeleteTileOnLayer(LayerEnum layerEnum, byte roomID, short gridX, short gridY)
{
RoomFormat roomData = this.data.rooms[roomID];
string strX = gridX.ToString();
string strY = gridY.ToString();
if (layerEnum == LayerEnum.obj && roomData.obj.ContainsKey(strY))
{
roomData.obj[strY].Remove(strX);
}
else if (layerEnum == LayerEnum.main && roomData.main.ContainsKey(strY))
{
roomData.main[strY].Remove(strX);
}
else if (layerEnum == LayerEnum.fg && roomData.fg.ContainsKey(strY))
{
roomData.fg[strY].Remove(strX);
}
else if (layerEnum == LayerEnum.bg && roomData.bg.ContainsKey(strY))
{
roomData.bg[strY].Remove(strX);
}
}
public void DeleteTile(byte roomID, short gridX, short gridY)
{
RoomFormat roomData = this.data.rooms[roomID];
string strX = gridX.ToString();
string strY = gridY.ToString();
if (roomData.obj.ContainsKey(strY))
{
roomData.obj[strY].Remove(strX);
}
if (roomData.main.ContainsKey(strY))
{
roomData.main[strY].Remove(strX);
}
if (roomData.fg.ContainsKey(strY))
{
roomData.fg[strY].Remove(strX);
}
if (roomData.bg.ContainsKey(strY))
{
roomData.bg[strY].Remove(strX);
}
}
public static Dictionary <string, Dictionary <string, ArrayList> > GetLayerData(RoomFormat roomData, LayerEnum layerEnum)
{
if (layerEnum == LayerEnum.main)
{
return(roomData.main);
}
if (layerEnum == LayerEnum.obj)
{
return(roomData.obj);
}
if (layerEnum == LayerEnum.bg)
{
return(roomData.bg);
}
if (layerEnum == LayerEnum.fg)
{
return(roomData.fg);
}
return(null);
}