// Array dirs = Enum.GetValues(typeof(Dir));
public TileBase[,] MakeDungeonFloor(DungeonParams dungeonParams)
{
this.roomSize = dungeonParams.roomSize;
this.corridorLength = dungeonParams.corridorLength;
this.maxSize = dungeonParams.maxSize;
this.roomCount = dungeonParams.roomCount;
this.corridorWidth = dungeonParams.corridorWidth;
TileBase[,] roomTiles = new TileBase[0, 0];
while (dungeonParams.tries != 0)
{
tempCorridor = Rect.zero;
rooms = new List <Rect>();
corridors = new List <Rect>();
roomTiles = GenBigRoom(new TileBase[maxSize.x, maxSize.y], new Vector2Int(roomSize.y, roomSize.y), Dir.RIGHT);
if (rooms.Count < roomCount.x)
{
dungeonParams.tries--;
continue;
}
;
return(roomTiles);
}
Debug.Log("Failed to produce enough rooms! Current count: " + rooms.Count);
return(roomTiles);
}
// DungeonParams params;
public void GenAndRender()
{
digger = new RoomDigger();
DungeonParams dungeonParams = new DungeonParams(roomSize, corridorLength, maxSize, roomCount, tries, corridorWidth);
TileBase[,] hey = digger.MakeDungeonFloor(dungeonParams);
RenderTiles(hey);
}
[DllImport("DungeonGenerator", CallingConvention = CallingConvention.Cdecl)] private static extern IntPtr Lib_Dungeon_paramsConstructor(DungeonParams _params);
public Dungeon(DungeonParams p)
{
m_handle = Lib_Dungeon_paramsConstructor(p);
}
[DllImport("DungeonGenerator", CallingConvention = CallingConvention.Cdecl)] private static extern void Lib_Dungeon_setParams(IntPtr _this, DungeonParams _params);
