private void _SetSoundStreamingOn()
{
int level = _GetCurrentStreamingQualityLevel();
if (level >= m_cachedSound_bgms.Count)
{
level = m_cachedSound_bgms.Count - 1;
}
lock (m_soundSystemLock)
{
m_soundIsStreaming = true;
m_isPlaySignal = true;
m_streamBGMSound = m_cachedSound_bgms[level];
m_streamSoundHandle = m_audioPlayer.PlayHandledSound(m_cachedSound_signal);
}
}
private void _InitializeSoundSystem()
{
m_soundIsStreaming = false;
m_isPlaySignal = false;
m_audioPlayer = Audio.AudioPlaybackEngine.Instance;
m_soundSystemLock = new object();
m_cachedSound_signal = new Audio.CachedSound(kSoundFilePath_Signal);
m_cachedSound_bgms = new List <Audio.CachedSound>();
for (int i = 0; i < kSoundFilePath_BGMs.Length; ++i)
{
m_cachedSound_bgms.Add(new Audio.CachedSound(kSoundFilePath_BGMs[i], true));
}
m_cachedSound_purchase = new Audio.CachedSound(kSoundFilePath_Purchase);
m_cachedSound_received = new Audio.CachedSound(kSoundFilePath_Received);
m_streamSoundHandle.insertedProvider = null;
m_streamSoundHandle.sourceProvider = null;
}
public SoundSourceHandle PlayHandledSound(CachedSound sound)
{
return(AddMixerInputWithHandle(new CachedSoundSampleProvider(sound)));
}
public void PlaySound(CachedSound sound)
{
AddMixerInput(new CachedSoundSampleProvider(sound));
}
public CachedSoundSampleProvider(CachedSound cachedSound)
{
this.cachedSound = cachedSound;
}
