/* resamples/remixes new audio to the designated main audio output format */
static void process_audio(obs_source_t source, const struct source_audio *audio)
{
if (source->sample_info.samples_per_sec != audio->samples_per_sec ||
source->sample_info.format != audio->format ||
source->sample_info.speakers != audio->speakers)
reset_resampler(source, audio);
if (source->audio_failed)
return;
if (source->resampler) {
void *output;
uint32_t frames;
uint64_t offset;
audio_resampler_resample(source->resampler, &output, &frames,
audio->data, audio->frames, &offset);
copy_audio_data(source, output, frames,
audio->timestamp - offset);
} else {
copy_audio_data(source, audio->data, audio->frames,
audio->timestamp);
}
}
/* resamples/remixes new audio to the designated main audio output format */
static void process_audio(obs_source_t source, const struct source_audio *audio)
{
if (source->sample_info.samples_per_sec != audio->samples_per_sec ||
source->sample_info.format != audio->format ||
source->sample_info.speakers != audio->speakers)
reset_resampler(source, audio);
if (source->audio_failed)
return;
if (source->resampler) {
uint8_t *output[MAX_AV_PLANES];
uint32_t frames;
uint64_t offset;
memset(output, 0, sizeof(output));
audio_resampler_resample(source->resampler,
output, &frames, &offset,
audio->data, audio->frames);
copy_audio_data(source, (const uint8_t *const *)output, frames,
audio->timestamp - offset);
} else {
copy_audio_data(source, audio->data, audio->frames,
audio->timestamp);
}
}
