void OnOutputAnalyzed(MicrophoneFeed.MicrophoneOutput output)
{
// track volume
volumeSequence.Add(output.volume);
if (volumeSequence.Count() > VOLUME_THRESHOLD_SAMPLES)
{
volumeSequence.RemoveAt(0);
}
// count average volume
RawVolumeEvent?.Invoke(volumeSequence.Average());
if (IsOverVolumeThreshold && volumeSequence.Average() < volumeThreshold)
{
// flip if volume sequence goes under
IsOverVolumeThreshold = false;
ThresholdEnd?.Invoke();
}
if (!IsOverVolumeThreshold && volumeSequence.Average() > volumeThreshold)
{
// flip if volume sequence goes under
IsOverVolumeThreshold = true;
ThresholdStart?.Invoke();
}
var detectedNote = mapOutputsToNote(outputs);
// track output cycle if we are over volume threshold
if (IsOverVolumeThreshold)
{
outputs.Add(output);
}
/*
* Debug.Log(new
* {
* noteName = detectedNote.NoteName,
* musical = pitchToMusicalNote(output.pitch),
* volume = output.volume,
* IsOverVolumeThreshold,
* });*/
}
void MicrophoneFeed_OutputAnalyzed(MicrophoneFeed.MicrophoneOutput output)
{
var sensitivity = SequenceDetector.Instance.sensitivityValue;
var range = 1 - Mathf.Clamp01(sensitivity) * 0.5f;
var volumePercentage = output.volume / range;
var distortionAmount = distortionByVolume.Evaluate(volumePercentage);
if (volume.profile.TryGetSettings(out distortion))
{
if (distortionAmount > 0)
{
distortion.enabled.value = true;
distortion.intensity.value = -distortionAmount;
}
else
{
distortion.enabled.value = false;
}
}
}