/// <summary>
/// The pitch was detected - add the record
/// </summary>
/// <param name="pitch"></param>
private void AddPitchRecord(float pitch)
{
var midiNote = 0;
var midiCents = 0;
PitchDsp.PitchToMidiNote(pitch, out midiNote, out midiCents);
var record = new PitchRecord();
record.RecordIndex = m_curPitchIndex;
record.Pitch = pitch;
record.MidiNote = midiNote;
record.MidiCents = midiCents;
m_curPitchRecord = record;
if (m_recordPitchRecords)
{
if (m_pitchRecordHistorySize > 0 && m_pitchRecords.Count >= m_pitchRecordHistorySize)
{
m_pitchRecords.RemoveAt(0);
}
m_pitchRecords.Add(record);
}
if (this.PitchDetected != null)
{
this.PitchDetected(this, record);
}
}
private void CalibrateLowPitch()
{
MicrophoneManager.Instance.StartRecording();
m_GetPitchCoroutine = StartCoroutine(GetPitchAverage((value) =>
{
int midiNote, cents;
bool isMidiNote = PitchDsp.PitchToMidiNote(m_CalibratedLowPitch, out midiNote, out cents);
if (float.IsNaN(value) || !isMidiNote || value > m_CalibratedHighPitch)
{
WarningManager.Instance.ShowWarning("Please try to hum in a deeper voice.");
ResetCalibration(LowPitchDuration);
return;
}
m_CalibratedLowPitch = value;
CalibratedLowNote = midiNote;
ResetCalibration(LowPitchDuration, LowPitchVisualization);
CheckForCalibrationTest();
}, m_LowPitchReference, m_HighPitchReference, LowPitchDuration));
}