void Start()
{
ForceScreenOrientation.SetScreenOrientation(ScreenOrientation.Portrait);
m_PitchTracker = new PitchTracker();
m_PitchTracker.SampleRate = AudioSettings.outputSampleRate;
m_CalibratedLowPitch = m_LowPitchReference;
m_CalibratedHighPitch = m_HighPitchReference;
CalibrateHighPitchButton.onClick.AddListener(CalibrateHighPitch);
CalibrateLowPitchButton.onClick.AddListener(CalibrateLowPitch);
ShowCalibrationTestButton.gameObject.SetActive(false); // at the start the user has not calibrated his pitch yet, so he should not be able to test it
ShowCalibrationTestButton.onClick.AddListener(ShowCalibrationTestWindow);
ShowCalibrationButton.onClick.AddListener(ShowCalibrationWindow);
FinishCalibrationButton.onClick.AddListener(SaveCalibration);
if (LoadCalibration())
{
Hide();
}
else
{
Show();
}
}
private void OnPitchDetected(PitchTracker sender, PitchTracker.PitchRecord pitchRecord)
{
if (pitchRecord.MidiNote != 0)
{
PitchPlatformerManager.Instance.SetPitchValue(m_Note, pitchRecord.MidiNote);
}
// recognized pitch is within bounds of min and max note
if (pitchRecord.MidiNote >= m_MinimumNote && pitchRecord.MidiNote <= m_MaximumNote)
{
var currentValue = m_Material.GetFloat("_DissolveValue");
m_Material.SetFloat("_DissolveValue", Mathf.Clamp01(currentValue + m_StepSize));
}
}
void Start()
{
if (LevelManager.InstanceExists)
{
LevelManager.Instance.RegisterGameObjectWithRoboy(LevelsParent, new Vector3(-1f, 0.2f, HeightRange * 1.1f), Quaternion.identity);
}
PitchRecognizer = new PitchTracker();
PitchRecognizer.SampleRate = AudioSettings.outputSampleRate;
PitchRecognizer.PitchDetected += (sender, pitch) => { PitchValueText.text = pitch.MidiNote.ToString(); };
PitchPlatformerEvents.ReachedGoalEvent += () => LevelUI.SetActive(true);
m_Levels = LevelsParent.GetComponentsInChildren <PitchPlatformLevel>(true);
}
