void ApplyGain(float[] data)
{
targetGain = TargetEqualizeVolume / AudioUtils.GetMaxAmplitude(data);;
if (targetGain > MaxEqualization)
{
targetGain = MaxEqualization;
}
if (targetGain < currentGain)
{
currentGain = targetGain;
}
AudioUtils.ApplyGain(data, currentGain);
}
void Update()
{
if (recording == null)
{
Setup();
return;
}
var now = Microphone.GetPosition(null);
var length = now - lastPos;
if (now < lastPos)
{
lastPos = 0;
length = now;
}
Profiler.BeginSample("Voip Encode");
while (length >= recordingBuffer.Length)
{
if (recording.GetData(recordingBuffer, lastPos))
{
//Send..
var amplitude = AudioUtils.GetMaxAmplitude(recordingBuffer);
if (amplitude >= minAmplitude)
{
index++;
if (OnAudioGenerated != null)
{
chunkCount++;
//Downsample if needed.
if (recordingBuffer != resampleBuffer)
{
AudioUtils.Downsample(recordingBuffer, resampleBuffer);
}
var data = encoder.Encode(resampleBuffer);
bytes += data.Length + 11;
OnAudioGenerated(new VoipFragment(index, data, encoder.mode));
}
}
}
length -= recordingBuffer.Length;
lastPos += recordingBuffer.Length;
}
Profiler.EndSample();
UpdateStats();
}