search for: type_no_voice_act

Hi Peter, Can you say a little bit more about what you're doing exactly with the information you're exposing and how? unfortunately, I don't have a concrete proposal in mind right now. That's in part because I don't quite understand the use case, but also because it's really hard to expose this kind of information in a way that both avoids breaking application with new

...if (error != OPUS_OK) { return OPUSVAD_OPUS_ERROR; } cur_signal_type = internalflags.prevSignalType; if ((vad->cur_state == STATE_NO_STATE) && (cur_signal_type == TYPE_UNVOICED || cur_signal_type == TYPE_VOICED) && (vad->prev_signal_type == TYPE_NO_VOICE_ACTIVITY)) { ... Our library uses this information to apply end pointing on voice-based audio. For example, we work with many customers implementing speech-enabled TV set-top-box solutions. We offer a small library that does some start and end of speech detection on the audio so they can understa...