private void Start()
{
oCurrentScale = this.transform.localScale;
oMaxScale = oCurrentScale.x * oChangeScaleCoef + oCurrentScale.x;
oMinScale = oCurrentScale.x - oCurrentScale.x * oChangeScaleCoef;
tempScaleCoefArray = new float[2];
pScaleCoefArray = new float[2];
LinearCoefSelection(AudioAnalysis.GetMaxSoundCoef(), AudioAnalysis.GetMinSoundCoef(), oMaxScale, oMinScale, pScaleCoefArray);
}
private float GetScaleSoundHigher(float soundValue)
{
float lowBorder, highBorder;
float minSoundCoef = AudioAnalysis.GetMinSoundCoef();
float maxSoundCoef = AudioAnalysis.GetMaxSoundCoef();
float x = soundValue / maxSoundCoef;
if (soundValue % maxSoundCoef > 0)
{
x++;
}
highBorder = (int)x * maxSoundCoef;
lowBorder = (int)x * minSoundCoef;
LinearCoefSelection(highBorder, lowBorder, oMaxScale, oMinScale, tempScaleCoefArray);
return(UpdateValueWithLinearCoef(tempScaleCoefArray, soundValue));
}
private float CountNewScaleValue(float soundValue)
{
if (soundValue > AudioAnalysis.GetMaxSoundCoef())
{
//return GetScaleSoundHigher(soundValue);
return(0);
}
else if (soundValue < AudioAnalysis.GetMinSoundCoef())
{
return(0);
}
else
{
return(UpdateValueWithLinearCoef(pScaleCoefArray, soundValue));
}
}