public TrackGain(int sampleRate, int sampleSize)
{
if(!ReplayGain.IsSupportedFormat(sampleRate, sampleSize)) {
throw new NotSupportedException("Unsupported format. Supported sample sizes are 16, 24.");
}
this.freqIndex = ReplayGain.FreqInfos.IndexOf(i => i.SampleRate == sampleRate);
this.sampleSize = sampleSize;
this.gainData = new GainData();
this.lInPreBuf = new double[ReplayGain.MAX_ORDER * 2];
this.lStepBuf = new double[ReplayGain.MAX_SAMPLES_PER_WINDOW + ReplayGain.MAX_ORDER];
this.lOutBuf = new double[ReplayGain.MAX_SAMPLES_PER_WINDOW + ReplayGain.MAX_ORDER];
this.rInPreBuf = new double[ReplayGain.MAX_ORDER * 2];
this.rStepBuf = new double[ReplayGain.MAX_SAMPLES_PER_WINDOW + ReplayGain.MAX_ORDER];
this.rOutBuf = new double[ReplayGain.MAX_SAMPLES_PER_WINDOW + ReplayGain.MAX_ORDER];
this.sampleWindow = (int)Math.Ceiling(sampleRate * ReplayGain.RMS_WINDOW_TIME);
this.lInPre = new CPtr<double>(lInPreBuf, ReplayGain.MAX_ORDER);
this.lStep = new CPtr<double>(lStepBuf, ReplayGain.MAX_ORDER);
this.lOut = new CPtr<double>(lOutBuf, ReplayGain.MAX_ORDER);
this.rInPre = new CPtr<double>(rInPreBuf, ReplayGain.MAX_ORDER);
this.rStep = new CPtr<double>(rStepBuf, ReplayGain.MAX_ORDER);
this.rOut = new CPtr<double>(rOutBuf, ReplayGain.MAX_ORDER);
}
public TrackGain(int sampleRate, int sampleSize)
{
if (!ReplayGain.IsSupportedFormat(sampleRate, sampleSize))
{
throw new NotSupportedException("Unsupported format. Supported sample sizes are 16, 24.");
}
this.freqIndex = ReplayGain.FreqInfos.IndexOf(i => i.SampleRate == sampleRate);
this.sampleSize = sampleSize;
this.gainData = new GainData();
this.lInPreBuf = new double[ReplayGain.MAX_ORDER * 2];
this.lStepBuf = new double[ReplayGain.MAX_SAMPLES_PER_WINDOW + ReplayGain.MAX_ORDER];
this.lOutBuf = new double[ReplayGain.MAX_SAMPLES_PER_WINDOW + ReplayGain.MAX_ORDER];
this.rInPreBuf = new double[ReplayGain.MAX_ORDER * 2];
this.rStepBuf = new double[ReplayGain.MAX_SAMPLES_PER_WINDOW + ReplayGain.MAX_ORDER];
this.rOutBuf = new double[ReplayGain.MAX_SAMPLES_PER_WINDOW + ReplayGain.MAX_ORDER];
this.sampleWindow = (int)Math.Ceiling(sampleRate * ReplayGain.RMS_WINDOW_TIME);
this.lInPre = new CPtr <double>(lInPreBuf, ReplayGain.MAX_ORDER);
this.lStep = new CPtr <double>(lStepBuf, ReplayGain.MAX_ORDER);
this.lOut = new CPtr <double>(lOutBuf, ReplayGain.MAX_ORDER);
this.rInPre = new CPtr <double>(rInPreBuf, ReplayGain.MAX_ORDER);
this.rStep = new CPtr <double>(rStepBuf, ReplayGain.MAX_ORDER);
this.rOut = new CPtr <double>(rOutBuf, ReplayGain.MAX_ORDER);
}
public AlbumGain()
{
this.albumData = new GainData();
}
public AlbumGain()
{
this.albumData = new GainData();
}