void Update()
{
if (playOnAwake && defaultSong)
{
playOnAwake = false;
PlaySong(defaultSong);
}
if (!songStartEventInvoked && songHasStarted && songPosition >= 0)
{
songStartEventInvoked = true;
onSongStart.Invoke();
}
// If we need to automatically handle play/pause according to the timescale;
if (songHasStarted && songStartEventInvoked && autoTimeScalePause)
{
if (!songPaused && Time.timeScale == 0)
{
PauseSong();
}
else if (songPaused && Time.timeScale == 1)
{
ResumeSong();
}
}
//Sync the tracks position with the audio
if (!songPaused && songHasStarted)
{
songPosition = (float)(AudioSettings.dspTime - dspStartTime - delay - accumulatedPauseTime);
trackManager.UpdateTrack(songPosition, secPerBeat);
onSongProgress.Invoke(songPosition);
if (inverseProgressFill)
{
onSongProgressFill.Invoke(1 - (songPosition / currentSongItem.clip.length));
}
else
{
onSongProgressFill.Invoke(songPosition / currentSongItem.clip.length);
}
if (songPosition >= 0)
{
if (progressAsPercentage)
{
onSongProgressDisplay.Invoke(Math.Truncate(songPosition / currentSongItem.clip.length * 100) + "%");
}
else
{
var now = new DateTime((long)songPosition * TimeSpan.TicksPerSecond);
onSongProgressDisplay.Invoke(now.ToString("mm:ss"));
}
}
}
if (songHasStarted && currentSongItem.clip && songPosition >= currentSongItem.clip.length)
{
songHasStarted = false;
songStartEventInvoked = false;
resultsScreenObject.SetActive(true);
resultsScreenObject.GetComponent <StarHandler>().starsAchieved();
ResultsVinheta.GetComponent <AudioSource>().Play();
onSongFinished.Invoke();
trackManager.ClearAllTracks();
//If its looping, we replay the current song
if (looping)
{
PlaySong(currentSongItem);
}
}
}
