public LipSyncRuntimeRecognizer(ERecognizerLanguage recognizingLanguage, int windowSize, float amplitudeThreshold)
{
this.recognizingLanguage = recognizingLanguage;
this.windowSize = Mathf.ClosestPowerOfTwo(windowSize);
this.playingAudioData = new float[this.windowSize];
this.playingAudioSpectrum = new float[this.windowSize];
this.amplitudeThreshold = amplitudeThreshold;
this.gaussianFilter = MathToolBox.GenerateGaussianFilter(FILTER_SIZE, FILTER_DEVIATION_SQUARE);
this.smoothedAudioSpectrum = new float[this.windowSize];
this.peakValues = new float[FORMANT_COUNT];
this.peakPositions = new int[FORMANT_COUNT];
this.formantArray = new float[FORMANT_COUNT];
}
public LipSyncOfflineRecognizer(ERecognizerLanguage recognizingLanguage, float amplitudeThreshold, int windowSize, int shiftStepSize)
{
this.recognizingLanguage = recognizingLanguage;
this.windowSize = Mathf.ClosestPowerOfTwo(windowSize);
this.shiftStepSize = shiftStepSize;
this.amplitudeThreshold = amplitudeThreshold;
this.gaussianFilter = MathToolBox.GenerateGaussianFilter(FILTER_SIZE, FILTER_DEVIATION_SQUARE);
this.windowArray = MathToolBox.GenerateWindow(windowSize, MathToolBox.EWindowType.Hamming);
this.smoothedAudioSpectrum = new float[this.windowSize];
this.peakValues = new float[FORMANT_COUNT];
this.peakPositions = new int[FORMANT_COUNT];
this.formantArray = new float[FORMANT_COUNT];
}