beardordie · December 6, 2023 06:23
diff --git a/JawAnimator.cs b/JawAnimator.cs
 [SerializeField] private AudioSource _linkedAudioSource = null;
 [SerializeField] private float _minRmsValue = 0.0001f; // minimum to consider "talking"
 [SerializeField] private Renderer _rendererToCheckVisibility = null;
 [SerializeField] private float _jawTalkSpeed = 0.12f;

 private JawStates _jawState = JawStates.Default;
 private float[] _samples = new float[512]; // For spectrum data
 private float _rmsValue; // Root mean square, representing audio level

 public enum JawStates
 {
 	Default,
 	Talking
 }

 void GetAudioData()
 {
 	_linkedAudioSource.GetSpectrumData(_samples, 0, FFTWindow.BlackmanHarris);
 }

 void CalculateRMS()
 {
 	float sum = 0;
 	for (int i = 0; i < _samples.Length; i++)
 	{
 		sum += _samples[i] * _samples[i];
 	}

 	decimal decimalValue = Math.Round((decimal)Mathf.Sqrt(sum / _samples.Length), 4);
 	_rmsValue = (float)decimalValue;
 }

 void Update()
 {
 	bool RmsIsLoudEnough()
 	{
 		GetAudioData();
 		CalculateRMS();
 		return rmsValue >= minRmsValue;
 	}

 	if (Time.frameCount % 10 == 0) // only check once every 10 frames
 	{
 		// this if condition is complex because we don't want to calculate things when not necessary. the most expensive calculation is last in the condition
 		if (_linkedAudioSource.clip != null && _linkedAudioSource.isPlaying && _rendererToCheckVisibility.isVisible && RmsIsLoudEnough())
 		{
 			if (_jawState != JawStates.Talking)
 				JawTalking();
 		}
 		else
 		{
 			if (_jawState != JawStates.Default)
 				JawShut();
 		}
 	}
 }

 void JawTalking()
 {
 	jawState = JawStates.Talking;
 	// Insert your "jaw is now talking" animation/tweening logic here. I did a simple pingponging tween of the LocalRotation of the jaw transform.
 }

 void JawShut()
 {
 	jawState = JawStates.Default;
 	// Insert your "jaw shuts" animation/tween logic here. I did a simple one-time quick tween of the LocalRotation of the jaw transform to shut and stay shut.
 }
	[SerializeField] private AudioSource _linkedAudioSource = null;
	[SerializeField] private float _minRmsValue = 0.0001f; // minimum to consider "talking"
	[SerializeField] private Renderer _rendererToCheckVisibility = null;
	[SerializeField] private float _jawTalkSpeed = 0.12f;

	private JawStates _jawState = JawStates.Default;
	private float[] _samples = new float[512]; // For spectrum data
	private float _rmsValue; // Root mean square, representing audio level

	public enum JawStates
	{
	Default,
	Talking
	}

	void GetAudioData()
	{
	_linkedAudioSource.GetSpectrumData(_samples, 0, FFTWindow.BlackmanHarris);
	}

	void CalculateRMS()
	{
	float sum = 0;
	for (int i = 0; i < _samples.Length; i++)
	{
	sum += _samples[i] * _samples[i];
	}

	decimal decimalValue = Math.Round((decimal)Mathf.Sqrt(sum / _samples.Length), 4);
	_rmsValue = (float)decimalValue;
	}

	void Update()
	{
	bool RmsIsLoudEnough()
	{
	GetAudioData();
	CalculateRMS();
	return rmsValue >= minRmsValue;
	}

	if (Time.frameCount % 10 == 0) // only check once every 10 frames
	{
	// this if condition is complex because we don't want to calculate things when not necessary. the most expensive calculation is last in the condition
	if (_linkedAudioSource.clip != null && _linkedAudioSource.isPlaying && _rendererToCheckVisibility.isVisible && RmsIsLoudEnough())
	{
	if (_jawState != JawStates.Talking)
	JawTalking();
	}
	else
	{
	if (_jawState != JawStates.Default)
	JawShut();
	}
	}
	}

	void JawTalking()
	{
	jawState = JawStates.Talking;
	// Insert your "jaw is now talking" animation/tweening logic here. I did a simple pingponging tween of the LocalRotation of the jaw transform.
	}

	void JawShut()
	{
	jawState = JawStates.Default;
	// Insert your "jaw shuts" animation/tween logic here. I did a simple one-time quick tween of the LocalRotation of the jaw transform to shut and stay shut.
	}