void SlideTile(TileSlot movedTile, Direction direction)
{
if (!movedTile.neighbours.ContainsKey(direction))
{
return;
}
SlidingTile tileA = movedTile.tile;
SlidingTile tileB = movedTile.neighbours[direction].tile;
movedTile.tile = tileB;
movedTile.neighbours[direction].tile = tileA;
SetTileCoords(tileA, movedTile.neighbours[direction].position);
SetTileCoords(tileB, movedTile.position);
UpdateEmptySlot();
}
void GenerateTiles()
{
List <Sprite> tileImages = new List <Sprite>(Resources.LoadAll <Sprite>(puzzleImage.name));
#region GenerateTiles
for (int i = 0; i < 9; i += 1)
{
Position tilePos = (Position)i + 1;
Vector3 tileCoord = new Vector3(offset[tilePos].x * tileSize, 0, offset[tilePos].y * tileSize);
SlidingTile newTile = Instantiate(tileObject, transform).GetComponent <SlidingTile>();
newTile.SetImage(tileImages[i]);
newTile.position = tilePos;
newTile.transform.localPosition = tileCoord;
tiles.Add(new TileSlot(newTile, tilePos));
}
#endregion GenerateTiles
Debug.Log(tiles.Count);
#region AssignNeighbours
for (int i = 0; i < tiles.Count; i += 1)
{
switch (tiles[i].position)
{
case Position.TopLeft:
tiles[i].neighbours.Add(Direction.RIGHT, TileAtPos(Position.TopCenter));
tiles[i].neighbours.Add(Direction.DOWN, TileAtPos(Position.MidLeft));
break;
case Position.TopCenter:
tiles[i].neighbours.Add(Direction.RIGHT, TileAtPos(Position.TopRight));
tiles[i].neighbours.Add(Direction.DOWN, TileAtPos(Position.MidCenter));
tiles[i].neighbours.Add(Direction.LEFT, TileAtPos(Position.TopLeft));
break;
case Position.TopRight:
tiles[i].neighbours.Add(Direction.DOWN, TileAtPos(Position.MidRight));
tiles[i].neighbours.Add(Direction.LEFT, TileAtPos(Position.TopCenter));
break;
case Position.MidLeft:
tiles[i].neighbours.Add(Direction.UP, TileAtPos(Position.TopLeft));
tiles[i].neighbours.Add(Direction.RIGHT, TileAtPos(Position.MidCenter));
tiles[i].neighbours.Add(Direction.DOWN, TileAtPos(Position.BotLeft));
break;
case Position.MidCenter:
tiles[i].neighbours.Add(Direction.UP, TileAtPos(Position.TopCenter));
tiles[i].neighbours.Add(Direction.RIGHT, TileAtPos(Position.MidRight));
tiles[i].neighbours.Add(Direction.DOWN, TileAtPos(Position.BotCenter));
tiles[i].neighbours.Add(Direction.LEFT, TileAtPos(Position.MidLeft));
break;
case Position.MidRight:
tiles[i].neighbours.Add(Direction.UP, TileAtPos(Position.TopRight));
tiles[i].neighbours.Add(Direction.DOWN, TileAtPos(Position.MidCenter));
tiles[i].neighbours.Add(Direction.LEFT, TileAtPos(Position.BotRight));
break;
case Position.BotLeft:
tiles[i].neighbours.Add(Direction.UP, TileAtPos(Position.MidLeft));
tiles[i].neighbours.Add(Direction.RIGHT, TileAtPos(Position.BotCenter));
break;
case Position.BotCenter:
tiles[i].neighbours.Add(Direction.UP, TileAtPos(Position.MidCenter));
tiles[i].neighbours.Add(Direction.RIGHT, TileAtPos(Position.BotLeft));
tiles[i].neighbours.Add(Direction.LEFT, TileAtPos(Position.BotRight));
break;
case Position.BotRight:
tiles[i].neighbours.Add(Direction.UP, TileAtPos(Position.MidRight));
tiles[i].neighbours.Add(Direction.LEFT, TileAtPos(Position.BotCenter));
break;
}
}
#endregion AssignNeighbours
}
public TileSlot(SlidingTile _tile, Position _pos)
{
tile = _tile;
position = _pos;
Debug.Log(position.ToString());
}
void SetTileCoords(SlidingTile tile, Position pos)
{
Vector3 tileCoord = new Vector3(offset[pos].x * tileSize, 0, offset[pos].y * tileSize);
tile.transform.localPosition = tileCoord;
}
