private void ProcessInternal(float value)
{
// Add value to running average
if (_sampleCount > 0)
{
_state -= _samples[(_sampleIndex + 1) == _samples.Length ? 0 : (_sampleIndex + 1)];
}
InsertSample(value);
_state += value;
value = (float)/*Math.Sqrt*/ (_state / _sampleCount);
//_state = (_state * 0.9995f) + ((outputVol * outputVol) * 0.0005f);
//outputVol = (float)Math.Sqrt(_state);
// Adjust gain with error value
float error = _targetAmp - value;
if (_isAdaptAllowed)
{
_gain = _gainIntegrator.Process(error);
_gain = Math.Max(Math.Min(_gain, _maxGain), 0);
if (_gain == _maxGain)
{
_gainIntegrator.SetValue(_maxGain);
}
}
}
public AGC(float targetAmplitude, float maxGain)
{
_targetAmp = targetAmplitude;
_maxGain = maxGain;
_state = 0f;
_samples = new float[200];
_isAdaptAllowed = true;
_gainIntegrator = new Integrator(1f, (1f / 44100f) * 1000f);
_gainIntegrator.SetValue(1.0f);
_gain = 1.0f;
_clampLevel = 1.0f;
}
