internal void SetupStep()
{
Debug.LogFormat("SetupStep: {0} ({1})", step.ToString(), (int)step);
switch (step)
{
case Step.OneFlip:
gui.ShowText(tr["DragToFlip"]);
solution.Hide();
WaitAndHint(new Move(0, Side.Right), 1);
break;
case Step.TwoFlip: {
gui.ShowText(tr["FlipAgain"]);
solution.Hide();
controller.SetPuzzle(Puzzle.TutorialTwoFlips());
WaitAndHint(new Move(1, Side.Left), 2f);
} break;
case Step.TwoFlipAgain:
gui.ShowText(tr["InsideOut"]);
controller.SetPuzzle(Puzzle.TutorialTwoFlipsAgain());
WaitAndHint(new Move(1, Side.Right), 3f);
break;
case Step.FlipToMatch: {
gui.ShowText(tr["FlipToMatch"]);
solution.Show();
var puzzle = Puzzle.TutorialPuzzleOne(controller.Current);
controller.SetPuzzle(puzzle);
controller.FlipFinished += AdvanceIfMatches;
} break;
case Step.MatchInMinMoves: {
gui.ShowText(tr["OptimalSolutions"]);
var puzzle = Puzzle.TutorialPuzzleTwo();
controller.SetPuzzle(puzzle);
gui.movesDisplay.Init(0, 2, false);
gui.movesDisplay.Show();
movesArrow.Blink();
controller.NumMovesChanged += gui.OnNumMovesChanged;
controller.FlipFinished += AdvanceIfSolved;
} break;
case Step.LevelProgression: {
gui.ShowText(tr["LevelDetails"]);
gui.levelDetail.gameObject.SetActive(true);
gui.levelDetail.OnHoverEnter += OnLevelHoverEnter;
} break;
case Step.Ready: {
gui.ShowText(tr["StartPlaying"]);
Settings.Instance.TutorialDone = true;
Tracking.Track(Tracking.LEVEL_TUTORIAL_DONE);
Invoke("StartGame", 2);
} break;
}
}
public void SetValue(int val, bool solved)
{
var old = current;
current = val;
UpdateMovesText();
if (val == max && old < val && !solved)
{
movesSign.Blink();
}
}