void UpdateDisplay()
{
// Show the detector results
if (detector.Pitch > 1.0f)
{
if (detector.Pitch >= 1000.0f)
{
detectorPitch.text = (detector.Pitch / 1000.0f).ToString("F4");
detectorUnits.text = "kHz";
}
else
{
detectorPitch.text = detector.Pitch.ToString("F3");
detectorUnits.text = "Hz";
}
detectorMidiNote.text = PitchDsp.GetNoteName(detector.MidiNote, true, true);
detectorMidiCents.text = detector.MidiCents.ToString();
//var diffPercent = 100.0 - (100.0f * this.GeneratorPitch / curPitchRecord.Pitch);
//if (diffPercent >= 0.0f)
// detectorError.text = "+" + diffPercent.ToString("F3");
//else
//detectorError.text = diffPercent.ToString("F3");
}
else
{
detectorPitch.text = "--";
detectorUnits.text = "Hz";
detectorError.text = "--";
detectorMidiNote.text = "--";
detectorMidiCents.text = "--";
}
}
//Before i looked in to using MIDI , i had attempted to create methods that as it turns out, worked the same way.
//private void Note_start()
//{
// var curPitchRecord = m_pitchTracker.CurrentPitchRecord;
// float freq = curPitchRecord.Pitch;
// StartDuration = this.TimeInterval;
// CurrentFrequency = ((int)freq);
//}
//private void Note_End()
//{
// EndDuration = this.TimeInterval;
// if (Recording)
// {
// RecordString = TheRecorder.AddNextNote(CurrentFrequency, (int)(EndDuration - StartDuration));
// }
//}
private void UpdateDisplay()
{
// Show the detector results
var curPitchRecord = m_pitchTracker.CurrentPitchRecord; // places the current pitch in to the curpitchrecord variable
var curNote = PitchDsp.GetNoteName(curPitchRecord.MidiNote, true, true);
if (curPitchRecord.Pitch > 1.0f) // if a significant value is given
{
if (curPitchRecord.Pitch >= 1000.0f) // for the purpose of converting the units from khz to hz
{
pFrequencyValueLbl.Text = (curPitchRecord.Pitch / 1000.0f).ToString("F4"); // converts given value in to khz
pFrequencyUnitsLbl.Text = "kHz"; // sho9ws that value is in khz
}
else //if pitch !>= 1000, then it is in hz
{
pFrequencyValueLbl.Text = curPitchRecord.Pitch.ToString("F3"); //no need to convert to khz
pFrequencyUnitsLbl.Text = "Hz"; // shows that value is in hz
}
noteValueLbl.Text = curNote;
noteList.Add(curNote);
nListView.SubItems.Add(curNote);
}
}
public static string NoteToName(int note)
{
return(PitchDsp.GetNoteName(note, true, true));
}