private void Reset()
{
this.SetOutputListener(false);
if (this.proc != null)
{
this.proc.Dispose();
this.proc = null;
}
}
private void Init()
{
this.proc = new WebRTCAudioProcessor(this.Logger, this.localVoice.Info.FrameSize, this.localVoice.Info.SamplingRate,
this.localVoice.Info.Channels, this.outputSampleRate, this.reverseChannels);
this.proc.AEC = this.AEC;
this.proc.AECMobile = this.AECMobile;
this.proc.AECMRoutingMode = 4;
this.proc.AECStreamDelayMs = this.ReverseStreamDelayMs;
this.proc.HighPass = this.HighPass;
this.proc.NoiseSuppression = this.NoiseSuppression;
this.proc.AGC = this.AGC;
this.proc.VAD = this.VAD;
this.proc.Bypass = this.Bypass;
}
private void Init()
{
this.proc = new WebRTCAudioProcessor(this.Logger, this.localVoice.Info.FrameSize, this.localVoice.Info.SamplingRate,
this.localVoice.Info.Channels, this.outputSampleRate, this.reverseChannels);
#if !UNITY_EDITOR && (UNITY_IOS || UNITY_ANDROID)
this.proc.AEC = false;
this.proc.AECMobile = this.AEC;
#else
this.proc.AEC = this.AEC;
this.proc.AECMobile = false;
#endif
this.proc.AECStreamDelayMs = this.ReverseStreamDelayMs;
this.proc.HighPass = this.HighPass;
this.proc.NoiseSuppression = this.NoiseSuppression;
this.proc.AGC = this.AGC;
this.proc.VAD = this.VAD;
this.proc.Bypass = this.Bypass;
}
