/**
** Mix into buffer.
**
** @param buffer Buffer to be filled with samples. Buffer must be big enough.
** @param samples Number of samples.
*/
static void MixIntoBuffer(void *buffer, int samples)
{
// FIXME: can save the memset here, if first channel sets the values
memset(Audio.MixerBuffer, 0, samples * sizeof(*Audio.MixerBuffer));
if (EffectsEnabled) {
// Add channels to mixer buffer
MixChannelsToStereo32(Audio.MixerBuffer, samples);
}
if (MusicEnabled) {
// Add music to mixer buffer
MixMusicToStereo32(Audio.MixerBuffer, samples);
}
ClipMixToStereo16(Audio.MixerBuffer, samples, (short *)buffer);
}
/**
** Mix into buffer.
**
** @param buffer Buffer to be filled with samples. Buffer must be big enough.
** @param samples Number of samples.
*/
static void MixIntoBuffer(void *buffer, int samples)
{
// FIXME: can save the memset here, if first channel sets the values
memset(Audio.MixerBuffer, 0, samples * sizeof(*Audio.MixerBuffer));
if (EffectsEnabled) {
// Add channels to mixer buffer
MixChannelsToStereo32(Audio.MixerBuffer, samples);
}
if (MusicEnabled) {
// Add music to mixer buffer
MixMusicToStereo32(Audio.MixerBuffer, samples);
}
ClipMixToStereo16(Audio.MixerBuffer, samples, (short *)buffer);
#ifdef USE_OAML
if (enableOAML && oaml) {
oaml->SetAudioFormat(Audio.Format.freq, Audio.Format.channels, SDL_AUDIO_BITSIZE(Audio.Format.format) / 8);
oaml->MixToBuffer(buffer, samples);
}
#endif
}