protected override void OnUpdate(float time, float previousTime)
{
if (_PlayOver)
{
return;
}
if (audioClip == null)
{
return;
}
if (source != null && !_PlayLoop)
{
float currentTimeLength = time - clipOffset;
if (currentTimeLength > audioClip.length)
{
_PlayOver = true;
return;
}
var weight = Easing.Ease(EaseType.QuadraticInOut, 0, 1, GetClipWeight(time));
var totalVolume = weight * volume * track.weight;
AudioSampler.Sample(source, audioClip, currentTimeLength, previousTime - clipOffset, totalVolume, track.ignoreTimeScale);
source.panStereo = Mathf.Clamp01(stereoPan + track.stereoPan);
source.loop = _PlayLoop;
if (!string.IsNullOrEmpty(subtitlesText))
{
var lerpColor = subtitlesColor;
lerpColor.a = weight;
DirectorGUI.UpdateSubtitles(string.Format("{0}{1}", parent is ActorAudioTrack? (actor.name + ": ") : "", subtitlesText), lerpColor);
}
}
}
protected override void OnUpdate(float time, float previousTime)
{
if (source != null)
{
var weight = Easing.Ease(EaseType.QuadraticInOut, 0, 1, GetClipWeight(time));
var settings = track.sampleSettings;
settings.volume *= weight * volume;
settings.pitch *= pitch;
settings.pan += stereoPan;
AudioSampler.Sample(source, audioClip, time - clipOffset, previousTime - clipOffset, settings);
if (AutoJawSync != null)
{
AutoJawSync.SyncUpdate();
}
if (!string.IsNullOrEmpty(subtitlesText))
{
var lerpColor = subtitlesColor;
lerpColor.a = weight;
DirectorGUI.UpdateSubtitles(string.Format("{0}{1}", parent is ActorAudioTrack ? (actor.name.Replace("(Clone)", "") + ": ") : "", subtitlesText), lerpColor);
}
}
}
public void Update()
{
if (AudioSampler.Instance.AudioPlaybackState == AudioPlaybackState.Playing)
{
double[] _dAudioSamples = AudioSampler.Instance.GetSamples();
if (_detector != null)
{
_detector.UpdatePLP(ref _dAudioSamples, AudioSampler.Instance.ChannelCount, AudioSampler.Instance.ClipFrequency);
}
_fftRawBins = AudioSampler.Instance.GetFFTOutputBins(ref _dAudioSamples);
System.Array.Clear(_fftSegregated, 0, _fftSegregated.Length);
AudioSampler.BinFFTOutput(ref _fftRawBins, ref _fftSegregated, 2, AudioSampler.Instance.ClipFrequency, _frequenciesToMonitor);
AudioSampler.NormalizeFFTOutput(ref _fftSegregated, AudioSampler.Instance.ClipFrequency);
for (int i = 0; i < _fftSegregated.Length; ++i)
{
float barCount = (float)_fftSegregated[i];
if (barCount > _barHeights [i])
{
_barHeights [i] = barCount;
}
if (_barHeights [i] > 0)
{
_barHeights [i] -= Mathf.Min(_decayRate, _barHeights[i]);
}
}
}
}
public void Awake()
{
AudioSampler.InstantiateSampler(AudioSamplerType.Local);
_commonRect = new Rect();
_fftSegregated = new double[_frequenciesToMonitor.Length];
_barHeights = new float[_fftSegregated.Length];
}
public static void RegenerateAudioSampleMask()
{
if (Selection.objects != null && Selection.objects.Any(obj => (obj is AudioSampleMask)))
{
var masks = Selection.objects
.Where(obj => obj is AudioSampleMask)
.Select(mask => (AudioSampleMask)mask);
foreach (var mask in masks)
{
if (mask != null && mask.clip != null)
{
mask.values = AudioSampler.LoadSamples(mask.clip, SAMPLE_STEP_SIZE);
}
}
}
}
public static void CreateAudioSampleMask()
{
if (Selection.objects != null && Selection.objects.Any(obj => (obj is AudioClip)))
{
var clips = Selection.objects
.Where(obj => obj is AudioClip)
.Select(clip => (AudioClip)clip);
foreach (var clip in clips)
{
AudioSampleMask newMask = ScriptableObject.CreateInstance <AudioSampleMask>();
newMask.clip = clip;
newMask.values = AudioSampler.LoadSamples(clip, SAMPLE_STEP_SIZE);
string path = AssetDatabase.GetAssetPath(clip).Split('.')[0];
AssetDatabase.CreateAsset(newMask, path + "_Mask.asset");
}
}
}
