bool UpdateClapForTracker <T>(uint currentTick, SongObjectTracker <T> tracker, bool clapSettingEnabled) where T : SongObject
{
if (tracker.currentIndex < tracker.objects.Count)
{
SongObject so = tracker.objects[tracker.currentIndex];
bool shouldClap = false;
// Advance tracker to the next object that is ahead of the current tick
while (tracker.currentIndex < tracker.objects.Count && tracker.objects[tracker.currentIndex].tick <= currentTick)
{
++tracker.currentIndex;
shouldClap = true;
}
if (clapSettingEnabled && ObjectCanClap(so) && shouldClap)
{
sampleStream.volume = GameSettings.sfxVolume * GameSettings.vol_master;
sampleStream.pan = GameSettings.audio_pan;
sampleStream.Play();
return(true);
}
}
return(false);
}
public override void SystemEnter()
{
sampleStream = ChartEditor.Instance.sfxAudioStreams.GetSample(SkinKeys.clap);
Debug.Assert(sampleStream != null && sampleStream.isValid);
float currentAudioTime = playFromTime;
ChartEditor editor = ChartEditor.Instance;
Song currentSong = editor.currentSong;
uint currentTick = currentSong.TimeToTick(currentAudioTime, currentSong.resolution);
noteTracker = new SongObjectTracker <Note>(ChartEditor.Instance.currentChart.notes, currentTick);
spTracker = new SongObjectTracker <Starpower>(ChartEditor.Instance.currentChart.starPower, currentTick);
chartEventTracker = new SongObjectTracker <ChartEvent>(ChartEditor.Instance.currentChart.events, currentTick);
bpmTracker = new SongObjectTracker <BPM>(ChartEditor.Instance.currentSong.bpms, currentTick);
tsTracker = new SongObjectTracker <TimeSignature>(ChartEditor.Instance.currentSong.timeSignatures, currentTick);
sectionTracker = new SongObjectTracker <Section>(ChartEditor.Instance.currentSong.sections, currentTick);
eventsTracker = new SongObjectTracker <Event>(ChartEditor.Instance.currentSong.events, currentTick);
}
