public virtual bool SelectAction(WinTypeAction w)
{
if (ActionSelected)
{
return(false);
}
ActionSelected = true;
IsAnimating = true;
OnActionSelected?.Invoke(w);
return(true);
}
public void ActionSelected(WinTypeAction w)
{
AcceptingInputs = false;
int currentScene = SceneHelpers.GetCurrentLevelBuildIndex();
// if we're not going to the next scene, cancel the load of the next scene
if (w != WinTypeAction.Next)
{
cts.Cancel();
}
MMVibrationManager.Haptic(HapticTypes.Selection);
switch (w)
{
case WinTypeAction.Menu:
GameManager.Instance.LoadScene(SceneHelpers.MenuBuildIndex, StartCoroutine(winType.WhenTilesOffScreen()));
break;
case WinTypeAction.Reset:
GameManager.Instance.ShowAd();
Reset(false);
break;
case WinTypeAction.LevelSelect:
GoToLevelSelect(false);
break;
case WinTypeAction.Next:
// TODO: All this logic can be removed once we've guaranteed that every world has 10 levels
int current_bi = SceneHelpers.GetCurrentLevelBuildIndex();
int current_bi_world = SceneHelpers.GetWorldFromBuildIndex(current_bi);
int next_bi = SceneHelpers.GetNextLevelBuildIndex();
int next_bi_world = SceneHelpers.GetWorldFromBuildIndex(next_bi);
if (next_bi < SceneHelpers.SceneCount || (current_bi_world > 0 && current_bi_world < next_bi_world))
{
GameManager.Instance.ShowAd();
// hide objects in the current level so that as the wintype animation is playing, we see the next level
HideLevel();
// once the tiles are offscreen, we can finally unload the level
StartCoroutine(winType.WhenTilesOffScreen(() => {
GameManager.Instance.UnloadScene(currentScene, null);
}));
}
else
{
GoToLevelSelect(false);
}
break;
}
}
