void drawEQ()
{
bg_drawRect(10, 100 - 32, 245, 100 - 32, soundEQMedianColor);
bg_drawRect(10, 100 + 32, 245, 100 + 32, soundEQMedianColor);
uint16 *bgBuffer = bg_backBuffer();
switch(getSourceFmt())
{
case SRC_WAV:
case SRC_FLAC:
case SRC_MP3:
{
s16 *lTmp = lBuffer;
s16 *rTmp = rBuffer;
if(getSoundChannels() == 1)
rTmp = lTmp;
for(int i=0;i<236;i++)
{
bgBuffer[10 + i + ((68 - (lTmp[sampleWidth * i] >> 11)) << 8)] = soundEQDataColor;
bgBuffer[10 + i + ((132 - (rTmp[sampleWidth * i] >> 11)) << 8)] = soundEQDataColor;
}
break;
}
case SRC_MIKMOD:
case SRC_AAC:
{
if(getSoundChannels() == 1)
{
s16 *tmp = lBuffer;
for(int i=0;i<236;i++)
{
bgBuffer[10 + i + ((68 - (tmp[sampleWidth * i] >> 11)) << 8)] = soundEQDataColor;
bgBuffer[10 + i + ((132 - (tmp[sampleWidth * i] >> 11)) << 8)] = soundEQDataColor;
}
}
else
{
s16 *lTmp = lBuffer;
s16 *rTmp = lBuffer + 1;
for(int i=0;i<236;i++)
{
bgBuffer[10 + i + ((68 - (lTmp[sampleWidth * i << 1] >> 11)) << 8)] = soundEQDataColor;
bgBuffer[10 + i + ((132 - (rTmp[sampleWidth * i << 1] >> 11)) << 8)] = soundEQDataColor;
}
}
break;
}
void SoundProcessor::process() {
#ifdef _FMOD_SOUND
for(std::list<FMOD::Channel*>::iterator i = soundChannel.begin(); i!=soundChannel.end();)
{
bool is_playing = false;
(*i)->isPlaying(&is_playing);
if(!is_playing) {
i = soundChannel.erase(i);
}
else ++i;
}
for(std::list<std::pair<Sound*, float> >::iterator i = soundsToPlay.begin(); i != soundsToPlay.end(); ++i)
if((soundChannel.size() < getSoundChannels()))
{
FMOD::Channel* mychannel = NULL;
soundEngine->playSound(FMOD_CHANNEL_FREE, i->first->getData(), 0, &mychannel);
mychannel->setPan(i->second);
mychannel->setVolume((float)(getSoundVolume()/100.0));
soundChannel.push_back(mychannel);
}
#elif _SDL_MIXER_SOUND
for(std::list<std::pair<boost::shared_ptr<const Sound>, float> >::iterator i = soundsToPlay.begin(); i != soundsToPlay.end(); ++i)
if((soundChannel.size() < soundConfiguration->getSoundChannels()))
{
int mychannel = -1;
mychannel = Mix_PlayChannel(-1, i->first->getData(), 0);
if(mychannel == -1) {
std::ostringstream os;
os << "ERROR (SoundProcessor::process()): " << Mix_GetError();
throw SDLException(os.str());
} else
soundChannel.push_back(mychannel);
int rightVolume = static_cast<int>(254.0 * i->second);
Mix_SetPanning(mychannel, static_cast<Uint8>(254 - rightVolume), static_cast<Uint8>(rightVolume));
// Mix_SetDistance TODO
// int Mix_SetPosition(int channel, Sint16 angle, Uint8 distance) TODO
}
#endif
soundsToPlay.clear();
// ------ END SOUND ENGINE -------
}
