private async void PlaySelectedTrack()
{
var track = GetSelectedTrack(TrackType.Track);
var cue = GetSelectedCue();
if (track != null && cue != null)
{
if (track.WaveformWrapper != null)
{
var afs2Entry = AcbFile.AcbFile.GetAfs2Entry((track.WaveformWrapper.WaveformRef != null) ? track.WaveformWrapper.WaveformRef.AwbId : ushort.MaxValue);
if (afs2Entry != null)
{
audioPlayer.Stop();
switch (track.WaveformWrapper.WaveformRef.EncodeType)
{
case EncodeType.HCA:
case EncodeType.HCA_ALT:
await audioPlayer.AsyncSetHcaAudio(afs2Entry.bytes);
break;
case EncodeType.ADX:
audioPlayer.SetAudio(ADX.Decode(afs2Entry.bytes));
break;
case EncodeType.ATRAC9:
audioPlayer.SetAudio(AT9.Decode(afs2Entry.bytes));
break;
}
//Set volume
float cueBaseVolume = cue.GetBaseVolume();
float cueRandom = cue.GetRandomVolume();
float trackBasekVolume = track.GetBaseVolume();
float trackRandom = track.GetRandomVolume();
float cueVolume = cueBaseVolume + Xv2CoreLib.Random.Range(0, cueRandom);
float trackVolume = trackBasekVolume + Xv2CoreLib.Random.Range(0, trackRandom);
float finalVolume = ((trackVolume * cueVolume) > 1f) ? 1f : trackVolume * cueVolume;
audioPlayer.SetVolume(finalVolume);
//Play
audioPlayer.Play();
//Force Update UI
CommandManager.InvalidateRequerySuggested();
}
}
}
}
private async void PlayTrack(bool loop)
{
var track = GetSelectedTrack(TrackType.Track);
var cue = GetSelectedCue();
if (track != null && cue != null)
{
if (track.WaveformWrapper != null)
{
var afs2Entry = AcbFile.AcbFile.GetAfs2Entry((track.WaveformWrapper.WaveformRef != null) ? track.WaveformWrapper.WaveformRef.AwbId : ushort.MaxValue);
if (afs2Entry != null)
{
audioPlayer.Stop();
await Task.Run(() =>
{
switch (track.WaveformWrapper.WaveformRef.EncodeType)
{
case EncodeType.HCA:
case EncodeType.HCA_ALT:
audioPlayer.SetAudio(HCA.Decode(afs2Entry.bytes));
break;
case EncodeType.ADX:
audioPlayer.SetAudio(ADX.Decode(afs2Entry.bytes));
break;
case EncodeType.ATRAC9:
audioPlayer.SetAudio(AT9.Decode(afs2Entry.bytes));
break;
case EncodeType.BCWAV:
audioPlayer.SetAudio(BC_WAV.Decode(afs2Entry.bytes));
break;
case EncodeType.DSP:
audioPlayer.SetAudio(DSP.Decode(afs2Entry.bytes));
break;
}
});
//Set volume
float cueBaseVolume = cue.GetBaseVolume();
float cueRandom = cue.GetRandomVolume();
float trackBasekVolume = track.GetBaseVolume();
float trackRandom = track.GetRandomVolume();
float cueVolume = cueBaseVolume + Xv2CoreLib.Random.Range(0, cueRandom);
float trackVolume = trackBasekVolume + Xv2CoreLib.Random.Range(0, trackRandom);
float finalVolume = ((trackVolume * cueVolume) > 1f) ? 1f : trackVolume * cueVolume;
audioPlayer.SetVolume(finalVolume);
//Set loop
if (loop)
{
if (track.WaveformWrapper.WaveformRef.EncodeType == EncodeType.HCA || track.WaveformWrapper.WaveformRef.EncodeType == EncodeType.HCA_ALT)
{
HcaMetadata meta = new HcaMetadata(afs2Entry.bytes);
if (meta.HasLoopData)
{
audioPlayer.SetLoop(meta.LoopStartMs, meta.LoopEndMs);
}
else
{
audioPlayer.SetLoop();
}
}
else
{
audioPlayer.SetLoop();
}
}
//Play
audioPlayer.Play();
//Force Update UI
CommandManager.InvalidateRequerySuggested();
}
}
}
}