void Start()
{
board = new GameObject[8, 8];
selectedPiece = null;
script = this.GetComponent <PiecesGenerator>();
pieces = script.GeneratePieces(set);
initGame.InitPieces(board, pieces);
}
internal static Slot GenerateSlot(int id)
{
// 2, 5, 3, 5
if (!slotHolder.ContainsKey(id))
{
return(new Slot {
Id = id, BlackPieces = new List <IPiece>(), WhitePieces = new List <IPiece>()
});
}
switch (id)
{
case 1:
return(new Slot {
Id = id, BlackPieces = new List <IPiece>(), WhitePieces = PiecesGenerator.GenerateWhite(slotHolder[id])
});
case 6:
return(new Slot {
Id = id, BlackPieces = PiecesGenerator.GenerateBlack(slotHolder[id]), WhitePieces = new List <IPiece>()
});
case 8:
return(new Slot {
Id = id, BlackPieces = PiecesGenerator.GenerateBlack(slotHolder[id]), WhitePieces = new List <IPiece>()
});
case 12:
return(new Slot {
Id = id, BlackPieces = new List <IPiece>(), WhitePieces = PiecesGenerator.GenerateWhite(slotHolder[id])
});
// TODO: order this
case 13:
return(new Slot {
Id = id, BlackPieces = PiecesGenerator.GenerateBlack(slotHolder[id]), WhitePieces = new List <IPiece>()
});
case 17:
return(new Slot {
Id = id, BlackPieces = new List <IPiece>(), WhitePieces = PiecesGenerator.GenerateWhite(slotHolder[id])
});
case 19:
return(new Slot {
Id = id, BlackPieces = new List <IPiece>(), WhitePieces = PiecesGenerator.GenerateWhite(slotHolder[id])
});
case 24:
return(new Slot {
Id = id, BlackPieces = PiecesGenerator.GenerateBlack(slotHolder[id]), WhitePieces = new List <IPiece>()
});
default:
return(null);
}
}
public Puzzle(Sprite image, Vector2Int size, Sprite connection)
{
this.image = image;
this.width = size.x;
this.height = size.y;
connectionsMap = GenerateConnectionsMap(width, height);
pieces = PiecesGenerator.SliceImage(image, connectionsMap, connection);
imageSize = new Vector3(image.rect.width, image.rect.height) / image.pixelsPerUnit;
pieceSize = new Vector3(imageSize.x / width, imageSize.y / height);
}
