void SendVoiceIfReady()
{
int currentPosition = Microphone.GetPosition(_currentMic);
//Debug.Log(currentPosition + " " + Microphone.IsRecording(_currentMic));
if (currentPosition < _previousPosition)
{
_numTimesLooped++;
}
//int numSourceSamples = !_mumbleClient.UseSyntheticSource ? NumSamplesInMicBuffer : TestingClipToUse.samples;
int totalSamples = currentPosition + _numTimesLooped * NumSamplesInMicBuffer;
//int totalSamples = currentPosition + _numTimesLooped * numSourceSamples;
_previousPosition = currentPosition;
while (totalSamples - _totalNumSamplesSent >= NumSamplesPerOutgoingPacket)
{
PcmArray newData = _mumbleClient.GetAvailablePcmArray();
if (!_mumbleClient.UseSyntheticSource)
{
SendAudioClip.GetData(newData.Pcm, _totalNumSamplesSent % NumSamplesInMicBuffer);
}
else
{
TestingClipToUse.GetData(newData.Pcm, _totalNumSamplesSent % TestingClipToUse.samples);
}
//Debug.Log(Time.frameCount + " " + currentPosition);
_totalNumSamplesSent += NumSamplesPerOutgoingPacket;
if (VoiceSendingType == MicType.Amplitude)
{
if (AmplitudeHigherThan(MinAmplitude, newData.Pcm))
{
_sampleNumberOfLastMinAmplitudeVoice = _totalNumSamplesSent;
_mumbleClient.SendVoicePacket(newData);
}
else
{
if (_totalNumSamplesSent > _sampleNumberOfLastMinAmplitudeVoice + _voiceHoldSamples)
{
_mumbleClient.ReleasePcmArray(newData);
continue;
}
_mumbleClient.SendVoicePacket(newData);
// If this is the sample before the hold turns off, stop sending after it's sent
if (_totalNumSamplesSent + NumSamplesPerOutgoingPacket > _sampleNumberOfLastMinAmplitudeVoice + _voiceHoldSamples)
{
_mumbleClient.StopSendingVoice();
}
}
}
else
{
_mumbleClient.SendVoicePacket(newData);
}
}
}
