RoomIdentity GenerateSingleRoom(bool firstRoom)
{
//Skeleton structure
GameObject room = new GameObject();
room.transform.position = Vector3.forward * -20;
room.name = "room";
RoomIdentity roomIdentity = room.AddComponent <RoomIdentity> ();
roomIdentity.gmref = room;
//Room Dimension Generation
int roomWidth = Mathf.CeilToInt(Random.value * (_minMaxRoomTileSize.y - _minMaxRoomTileSize.x));
int roomHeight = Mathf.CeilToInt(Random.value * (_minMaxRoomTileSize.y - _minMaxRoomTileSize.x));
//Floor
GameObject floor = Instantiate(_floor, Vector3.zero, Quaternion.identity, room.transform);
floor.transform.localPosition = Vector3.zero;
RoomGeography floorScript = floor.GetComponent <RoomGeography> ();
floorScript.SetSprite(_floorSprite);
floorScript.SetSize(new Vector3(roomWidth * _tileSize, roomHeight * _tileSize));
//Walls
MakeWall(roomWidth * _tileSize, 0, ((roomHeight * _tileSize) / 2) + _tileSize / 2, 0, room);
MakeWall(roomHeight * _tileSize, ((-roomWidth * _tileSize) / 2) - _tileSize / 2, 0, 90, room);
MakeWall(roomWidth * _tileSize, 0, ((-roomHeight * _tileSize) / 2) - _tileSize / 2, 180, room);
MakeWall(roomHeight * _tileSize, ((roomWidth * _tileSize) / 2) + _tileSize / 2, 0, -90, room);
//Corners
MakeCorner(((roomWidth * _tileSize) / 2) + _tileSize / 2, ((roomHeight * _tileSize) / 2) + _tileSize / 2, -90, room);
MakeCorner(((-roomWidth * _tileSize) / 2) - _tileSize / 2, ((-roomHeight * _tileSize) / 2) - _tileSize / 2, 90, room);
MakeCorner(((-roomWidth * _tileSize) / 2) - _tileSize / 2, ((roomHeight * _tileSize) / 2) + _tileSize / 2, 0, room);
MakeCorner(((roomWidth * _tileSize) / 2) + _tileSize / 2, ((-roomHeight * _tileSize) / 2) - _tileSize / 2, 180, room);
//Let the room generate its content
roomIdentity.GenerateContent();
return(roomIdentity);
}
void GenerateFirstRoom()
{
RoomIdentity room = GenerateSingleRoom(true);
room.gmref.transform.position = Vector3.zero;
}
