bool OMXPlayerAudio::OpenDecoder()
{
bool bAudioRenderOpen = false;
m_decoder = new COMXAudio();
m_decoder->SetClock(m_av_clock);
if(m_use_passthrough)
m_passthrough = IsPassthrough(m_hints);
if(!m_passthrough && m_use_hw_decode)
m_hw_decode = COMXAudio::HWDecode(m_hints.codec);
if(m_passthrough || m_use_hw_decode)
{
if(m_passthrough)
m_hw_decode = false;
bAudioRenderOpen = m_decoder->Initialize(m_device.substr(4), m_pChannelMap,
m_hints, m_av_clock, m_passthrough,
m_hw_decode, m_boost_on_downmix);
}
else
{
unsigned int downmix_channels = m_hints.channels;
/* omx needs 6 channels packed into 8 for PCM */
if(m_hints.channels == 6)
m_hints.channels = 8;
bAudioRenderOpen = m_decoder->Initialize(m_device.substr(4), m_hints.channels, m_pChannelMap,
downmix_channels, m_hints.samplerate, m_hints.bitspersample,
false, m_boost_on_downmix, false, m_passthrough);
}
m_codec_name = m_omx_reader->GetCodecName(OMXSTREAM_AUDIO);
if(!bAudioRenderOpen)
{
delete m_decoder;
m_decoder = NULL;
return false;
}
else
{
if(m_passthrough)
{
ofLog(OF_LOG_VERBOSE, "Audio codec %s channels %d samplerate %d bitspersample %d\n",
m_codec_name.c_str(), 2, m_hints.samplerate, m_hints.bitspersample);
}
else
{
ofLog(OF_LOG_VERBOSE, "Audio codec %s channels %d samplerate %d bitspersample %d\n",
m_codec_name.c_str(), m_hints.channels, m_hints.samplerate, m_hints.bitspersample);
}
}
return true;
}
bool OMXPlayerAudio::OpenDecoder()
{
bool bAudioRenderOpen = false;
m_decoder = new COMXAudio();
if(m_use_passthrough)
m_passthrough = IsPassthrough(m_hints);
if(!m_passthrough && m_use_hw_decode)
m_hw_decode = COMXAudio::HWDecode(m_hints.codec);
if(m_passthrough || m_use_hw_decode)
{
if(m_passthrough)
m_hw_decode = false;
bAudioRenderOpen = m_decoder->Initialize(m_device.substr(4), m_pChannelMap,
m_hints, m_av_clock, m_passthrough,
m_hw_decode, m_boost_on_downmix, m_initialVolume, m_fifo_size);
}
else
{
unsigned int downmix_channels = m_hints.channels;
bAudioRenderOpen = m_decoder->Initialize(m_device.substr(4), m_hints.channels, m_pChannelMap,
downmix_channels, m_hints.samplerate, m_pAudioCodec->GetBitsPerSample(),
m_boost_on_downmix, m_av_clock, m_passthrough, m_initialVolume, m_fifo_size);
}
m_codec_name = m_omx_reader->GetCodecName(OMXSTREAM_AUDIO);
if(!bAudioRenderOpen)
{
delete m_decoder;
m_decoder = NULL;
return false;
}
else
{
if(m_passthrough)
{
printf("Audio codec %s passthrough channels %d samplerate %d bitspersample %d\n",
m_codec_name.c_str(), m_hints.channels, m_hints.samplerate, m_hints.bitspersample);
}
else
{
printf("Audio codec %s channels %d samplerate %d bitspersample %d\n",
m_codec_name.c_str(), m_hints.channels, m_hints.samplerate, m_hints.bitspersample);
}
}
return true;
}
bool OMXPlayerAudio::OpenDecoder()
{
bool bAudioRenderOpen = false;
m_decoder = new COMXAudio();
if(m_use_passthrough)
m_passthrough = IsPassthrough(m_hints);
if(!m_passthrough && m_use_hw_decode)
m_hw_decode = COMXAudio::HWDecode(m_hints.codec);
if(m_passthrough)
m_hw_decode = false;
bAudioRenderOpen = m_decoder->Initialize(m_device, m_hints.channels, m_pAudioCodec->GetChannelMap(),
m_hints, m_layout, m_hints.samplerate, m_pAudioCodec->GetBitsPerSample(), m_boost_on_downmix,
m_av_clock, m_passthrough, m_hw_decode, m_live, m_fifo_size);
m_codec_name = m_omx_reader->GetCodecName(OMXSTREAM_AUDIO);
if(!bAudioRenderOpen)
{
delete m_decoder;
m_decoder = NULL;
return false;
}
/* else
{
if(m_passthrough)
{
printf("Audio codec %s passthrough channels %d samplerate %d bitspersample %d\n",
m_codec_name.c_str(), m_hints.channels, m_hints.samplerate, m_hints.bitspersample);
}
else
{
printf("Audio codec %s channels %d samplerate %d bitspersample %d\n",
m_codec_name.c_str(), m_hints.channels, m_hints.samplerate, m_hints.bitspersample);
}
}
*/
// setup current volume settings
m_decoder->SetVolume(m_CurrentVolume);
m_decoder->SetMute(m_mute);
m_decoder->SetDynamicRangeCompression(m_amplification);
return true;
}
