void BoardCreate()
{
groups = new Dictionary <int, CellGroup>();
Lib.RemoveObjects(rootCells);
// create groups for each piece and places them in the starting position
for (int y = 0; y < sizeBoardY; y++)
{
for (int x = 0; x < sizeBoardX; x++)
{
CellGroup group = Lib.AddObject <CellGroup>(prefGroup, rootCells, true);
group.index = x + y * sizeBoardX;
Cell cell = group.cells[0];
DC_Cell data = new DC_Cell();
data.posX = x;
data.posY = y;
data.sizeBoardX = sizeBoardX;
data.sizeBoardY = sizeBoardY;
data.sizePictX = pictBack.localScale.x;
data.sizePictY = pictBack.localScale.y;
data.sizeCellX = sizeCellX;
data.sizeCellY = sizeCellY;
cell.SetData(data);
cell.draw.SetData(data);
group.UpdateIndex();
groups.Add(group.index, group);
cell.mesh.gameObject.SetActive(false);
}
}
// generates texture with pieces of puzzle
StartCoroutine(DrawingCells());
}
// set game data when loading windows
void SetData(object[] args)
{
GameType game = (GameType)args [0];
labelTitle.text = game.title; // название
// картинки
foreach (Sprite image in game.images)
{
UIImageItem item = Lib.AddObject <UIImageItem>(prefImage, rootImages);
item.SetData(image);
}
}
void BoardStartGame(object[] args)
{
// load game
image = (Sprite)args [0]; // picture
Lib.RemoveObjects(rootScene);
// load the game from the content list
Board board = Lib.AddObject <Board>(content.games [gameID].board, rootScene);
board.SendMessage("SetData", SendMessageOptions.DontRequireReceiver);
// load the game interface window
UIRoot.CloseAll();
UIRoot.Load(WindowName.Win_Board);
}
