public override FrequencyBand[] GetBands(SamplesResolution resolution)
{
var diapasons = new FrequencyBand[_milestones.Length + 1];
var coefficient = (float)resolution / MaximalFrequency;
Debug.Log("Band shrink coefficient: " + coefficient);
var min = Mathf.FloorToInt(MinimalFrequency * coefficient);
var max = Mathf.FloorToInt(MaximalFrequency * coefficient);
_milestones = Sort(_milestones);
var previousMilestone = min;
for (var i = 0; i <= _milestones.Length; i++)
{
if (i == _milestones.Length)
{
diapasons[i] = new FrequencyBand(previousMilestone, max);
Debug.Log("Created diapason: #" + i + ": " + diapasons[i].Min + " - " + diapasons[i].Max);
}
else
{
var shrankValue = _milestones[i].GetShrankValue(coefficient);
diapasons[i] = new FrequencyBand(previousMilestone, shrankValue);
previousMilestone = shrankValue;
Debug.Log("Created diapason #" + i + ": " + diapasons[i].Min + " - " + diapasons[i].Max);
}
}
return(diapasons);
}
public override FrequencyBand[] GetBands(SamplesResolution resolution)
{
var coefficient = (float)resolution / MaximalFrequency;
Debug.Log("Band shrink coefficient: " + coefficient);
var min = Mathf.FloorToInt(MinimalFrequency * coefficient);
var max = Mathf.FloorToInt(MaximalFrequency * coefficient);
var diapasons = RangeFrequency(min, max);
Debug.Log("Diapasons: " + diapasons.Length);
var previousMilestone = min;
for (var i = 0; i <= _milestones.Count; i++)
{
if (i == _milestones.Count)
{
// Creating last diapason
diapasons[i] = new FrequencyBand(previousMilestone, max);
Debug.Log("Created diapason: #" + i + ": " + diapasons[i].Min + " - " + diapasons[i].Max);
}
else
{
var shrankValue = _milestones[i].FrequencyValue;
diapasons[i] = new FrequencyBand(previousMilestone, shrankValue);
previousMilestone = shrankValue;
Debug.Log("Created diapason #" + i + ": " + diapasons[i].Min + " - " + diapasons[i].Max);
}
}
return(diapasons);
}
public void Initialize(SamplesResolution resolution)
{
_visualizer.Initialize();
_spectrumDataProcessor.Initialize(_bandsProvider.GetBands(resolution));
_spectrumBuffer = new SpectrumBuffer(_spectrumDataProcessor.BandedSpectrumData.Length, _bufferReductor, _clamp, _useClamp);
}
public virtual FrequencyBand[] GetBands(SamplesResolution resolution)
{
return(new FrequencyBand[0]);
}
