public static void RebuildMixCastAudioDevices(int samplingRate)
{
MixCast.Settings.audioDevices.Clear();
for (int i = 0; i < devices.Count; i++)
{
if (devices[i] != null)
{
MixCastData.AudioCalibrationData audioDevice = new MixCastData.AudioCalibrationData();
audioDevice.audioDeviceName = devices[i].name;
audioDevice.audioDeviceAltName = devices[i].altname;
if (devices[i].outputs.Count > 0)
{
int index = Utility.Find.Index <AudioInfo>(devices[i].outputs, o => o != null && o.samplingRate == samplingRate);
AudioInfo output;
output = devices[i].outputs[index >= 0 ? index : 0];
audioDevice.avgBytesPerSec = output.avgBytesPerSec;
audioDevice.bitsPerSample = output.bitPerSample;
audioDevice.blockAlign = output.blockAlign;
audioDevice.channel = output.channel;
audioDevice.samplingRate = output.samplingRate;
}
MixCast.Settings.audioDevices.Add(audioDevice);
}
}
}
public RETURNCHANGETYPE PlayWithSettings(MixCastData.CameraCalibrationData cam)
{
if (_suppressingPlayback)
{
return(RETURNCHANGETYPE.NothingNewDoNothing);
}
cam.audioData.delayMs = (int)cam.bufferTime;
micData = AudioDeviceManager.GetAudioDeviceByAltName(cam.audioData.audioAltName);
if (cam != null)
{
if (micData != null)
{
return(SetPlay(cam.audioData.audioAltName, (int)micData.channel, (int)micData.samplingRate, (int)micData.bitsPerSample,
cam.audioData.audioConfig, cam.audioData.volume, cam.audioData.desktopVolume, cam.audioData.delayMs));
}
cam.audioData.useAudioInput = false; // mic is null
return(SetPlay("", 0, 0, 0, cam.audioData.audioConfig, 0.0f, cam.audioData.desktopVolume, cam.audioData.delayMs));
}
return(SetPlay("", 0, 0, 0, MixCastAV.AUDIOCONFIG.NO_AUDIO, 0.0f, 0.0f, 0));
}
