/// <summary>
/// Inits any manully placed tiles. This is required because some tiles may be placed manually in the level
/// prefab at design time which wouldn't allow them to get initialized in the same order with other spawned tiles.
/// So these have to be separatelly inititalized after the board determines its neighbors and links.
/// </summary>
public void InitBoardTiles()
{
// Ensure the board has at least one possible match (but not already made matches).
int numTries = 0;
// matchesUndoer.OnNewTileSpawned = (newTile) => {
// newTile.enabled = false;
// };
//
// possibleMatchGenerator.OnNewTileSpawned = (newTile) => {
// newTile.enabled = false;
// };
MatchesUndoer matchesUndoer = new MatchesUndoer(Board);
PossibleMatchesFinder possibleMatchesFinder = new PossibleMatchesFinder(Board);
PossibleMatchGenerator possibleMatchGenerator = new PossibleMatchGenerator(Board);
while ((numTries++) < 10 && (matchesUndoer.FindMatchesAndUndo(true) || numTries == 1))
{
if (!possibleMatchesFinder.FindFirstPossibleMatch())
{
Debug.LogWarning("Forcing a rematch! Last tiles init failed");
possibleMatchGenerator.GenerateMatch(true);
}
}
// matchesUndoer.OnNewTileSpawned = null;
// possibleMatchGenerator.OnNewTileSpawned = null;
List <Match3Tile> tilesToInitAfterBoardAttach = new List <Match3Tile>(32);
// Init all tiles that on the board that haven't been initialized.
Board.ApplyActionToAll((boardPiece) =>
{
if (boardPiece.TileRef != null && !(boardPiece.TileRef as Match3Tile).WasInitialized)
{
// Set the tile's board piece owner (because it might have been manually placed at design time).
// Correctly attach the tile to the board piece as if it would have been spawned at run-time.
AbstractTile tile = boardPiece.TileRef;
boardPiece.TileRef = null;
tile.BoardPieceRef = null;
tile.InitComponent();
boardPiece.Tile = tile;
tilesToInitAfterBoardAttach.Add(tile as Match3Tile);
// (tile as Match3Tile).InitAfterAttachedToBoard();
}
});
// Execute InitAfterAttachedToBoard for all above initialized tiles. (like Unity does first Awake, then Start for all game objects).
for (int i = 0; i < tilesToInitAfterBoardAttach.Count; i++)
{
tilesToInitAfterBoardAttach[i].InitAfterAttachedToBoard();
}
}
/// <summary>
/// Defined to also give this component the ability to be enabled/disabled.
/// </summary>
void Start()
{
board = Match3BoardGameLogic.Instance.boardData;
// Register to the board's OnStable event.
Debug.Log("[BoardShuffleController] Registering to the board's OnStableBoard event...");
Match3BoardGameLogic.OnStableBoard += OnStableBoardEvent;
matchesFinder = new MatchesFinder(board);
possibleMatchesFinder = new PossibleMatchesFinder(board);
matchesUndoer = new MatchesUndoer(board);
possibleMatchGenerator = new PossibleMatchGenerator(board);
}
/// <summary>
/// Defined to also give this component the ability to be enabled/disabled.
/// </summary>
void Start()
{
board = Match3BoardGameLogic.Instance.boardData;
// Register to the board's OnStable event.
Debug.Log("[BoardShuffleController] Registering to the board's OnStableBoard event...");
Match3BoardGameLogic.OnStableBoard += OnStableBoardEvent;
matchesFinder = new MatchesFinder(board);
possibleMatchesFinder = new PossibleMatchesFinder(board);
matchesUndoer = new MatchesUndoer(board);
possibleMatchGenerator = new PossibleMatchGenerator(board);
}
/// <summary>
/// Inits any manully placed tiles. This is required because some tiles may be placed manually in the level
/// prefab at design time which wouldn't allow them to get initialized in the same order with other spawned tiles.
/// So these have to be separatelly inititalized after the board determines its neighbors and links.
/// </summary>
public void InitBoardTiles()
{
// Ensure the board has at least one possible match (but not already made matches).
int numTries = 0;
// matchesUndoer.OnNewTileSpawned = (newTile) => {
// newTile.enabled = false;
// };
//
// possibleMatchGenerator.OnNewTileSpawned = (newTile) => {
// newTile.enabled = false;
// };
MatchesUndoer matchesUndoer = new MatchesUndoer(Board);
PossibleMatchesFinder possibleMatchesFinder = new PossibleMatchesFinder(Board);
PossibleMatchGenerator possibleMatchGenerator = new PossibleMatchGenerator(Board);
while ((numTries++) < 10 && (matchesUndoer.FindMatchesAndUndo(true) || numTries == 1))
{
if ( !possibleMatchesFinder.FindFirstPossibleMatch() )
{
Debug.LogWarning("Forcing a rematch! Last tiles init failed");
possibleMatchGenerator.GenerateMatch(true);
}
}
// matchesUndoer.OnNewTileSpawned = null;
// possibleMatchGenerator.OnNewTileSpawned = null;
List<Match3Tile> tilesToInitAfterBoardAttach = new List<Match3Tile>(32);
// Init all tiles that on the board that haven't been initialized.
Board.ApplyActionToAll((boardPiece) =>
{
if ( boardPiece.TileRef != null && !(boardPiece.TileRef as Match3Tile).WasInitialized )
{
// Set the tile's board piece owner (because it might have been manually placed at design time).
// Correctly attach the tile to the board piece as if it would have been spawned at run-time.
AbstractTile tile = boardPiece.TileRef;
boardPiece.TileRef = null;
tile.BoardPieceRef = null;
tile.InitComponent();
boardPiece.Tile = tile;
tilesToInitAfterBoardAttach.Add(tile as Match3Tile);
// (tile as Match3Tile).InitAfterAttachedToBoard();
}
});
// Execute InitAfterAttachedToBoard for all above initialized tiles. (like Unity does first Awake, then Start for all game objects).
for(int i = 0; i < tilesToInitAfterBoardAttach.Count; i++) {
tilesToInitAfterBoardAttach[i].InitAfterAttachedToBoard();
}
}
