void slimaudio_output_vol_adjust(slimaudio_t *audio)
{
if ( audio->vol_adjust > 1.0 )
audio->vol_adjust = 1.0;
#ifdef EMPEG
audio->volume = audio->vol_adjust + (audio->replay_gain - 1);
if (audio->volume < 0)
audio->volume = 0;
#else
audio->volume = audio->vol_adjust * audio->replay_gain;
#endif
if ( ( audio->volume == -1.0 ) || ( audio->volume > 1.0 ) )
audio->volume = 1.0;
DEBUGF("vol_adjust:%f replay_gain:%f start_replay_gain:%f\n",
audio->vol_adjust, audio->replay_gain, audio->start_replay_gain);
#ifndef PORTAUDIO_DEV
if (audio->px_mixer != NULL) {
#if defined(EMPEG)
Px_SetMasterVolume(audio->px_mixer, (PxVolume)audio->volume);
DEBUGF("master volume %f\n", Px_GetMasterVolume(audio->px_mixer));
#elif defined(sun)
Px_SetOutputVolume(audio->px_mixer, 0, (PxVolume)audio->volume);
DEBUGF("output volume %f\n", Px_GetOutputVolume(audio->px_mixer, 0));
#else
Px_SetPCMOutputVolume(audio->px_mixer, (PxVolume)audio->volume);
DEBUGF("pcm volume %f\n", Px_GetPCMOutputVolume(audio->px_mixer));
#endif
}
#endif
}
void MpPortAudioMixer::setOutputVolume(int i, MpAudioVolume volume)
{
OsLock lock(MpPortAudioDriver::ms_driverMutex);
if (m_pxMixer)
{
Px_SetOutputVolume(m_pxMixer, i, volume);
}
}
