void Start()
{
longestMatchFinder.board = board;
matches = new PieceMatches();
board.OnBoardStateChanged += OnTurn;
board.OnBoardStateChanged += EvaluateFailState;
}
// instantly remove all pieces in the given match set
public void RemovePieces(PieceMatches matches)
{
foreach (MatchData match in matches)
{
RemovePiece(match);
}
}
// Remove a set of pieces from the board in a timed sequence
IEnumerator RemoveSequenceCoroutine(PieceMatches matches)
{
int i = 0;
int scoreIndex = 0;
foreach (MatchData match in matches)
{
Debug.Assert(match.piece != null);
// inform game of this so that scores can be added etc.
game.OnPiecePopped(match.piece, scoreIndex);
int x = match.x;
int y = match.y;
Debug.Assert(tiles[x, y].contents != null);
// return the piece to the pile - it'll get deactivated here, and reset when next requested
piecesPool.Return(tiles[x, y].contents.gameObject);
// tile no longer contains a piece
tiles[x, y].contents = null;
// To cause the particles to burst again they need to be stopped / moved / started
particles.Stop(false, ParticleSystemStopBehavior.StopEmitting);
particles.transform.position = tiles[x, y].transform.position;
particles.Play();
// pop sound
randomPitchSources.GetRandom().PlayOneShot(pieceExplodeSound, popVolume);
yield return(removeTileDelayWaiters[i]);
// wait gets shorter with each pop so it speeds up
i = Mathf.Min(i + 1, removeWaiterArraySize - 1);
// next score
scoreIndex++;
}
// drop all the floating pieces now
ShuffleDown(true);
// all done - let whoever wants to know know
if (OnBoardStateChanged != null)
{
OnBoardStateChanged.Invoke();
}
if (OnRemovePiecesSequenceComplete != null)
{
OnRemovePiecesSequenceComplete.Invoke();
}
}
public void RemoveSequence(PieceMatches matches)
{
StartCoroutine(RemoveSequenceCoroutine(matches));
}
