public virtual void copy(SBRData that)
{
bsFrameClass = that.bsFrameClass;
bsAddHarmonicFlag = that.bsAddHarmonicFlag;
bsNumEnv = that.bsNumEnv;
Utilities.copy(bsFreqRes, that.bsFreqRes);
bsNumNoise = that.bsNumNoise;
Utilities.copy(bsDfEnv, that.bsDfEnv);
Utilities.copy(bsDfNoise, that.bsDfNoise);
Utilities.copy(bsInvfMode, that.bsInvfMode);
Utilities.copy(bsAddHarmonic, that.bsAddHarmonic);
bsAmpRes = that.bsAmpRes;
// State variables
Utilities.copy(synthesisFilterbankSamples, that.synthesisFilterbankSamples);
Utilities.copy(analysisFilterbankSamples, that.analysisFilterbankSamples);
synthesisFilterbankSamplesOffset = that.synthesisFilterbankSamplesOffset;
Utilities.copy(eA, that.eA);
Utilities.copy(bwArray, that.bwArray);
Utilities.copy(W, that.W);
Utilities.copy(Y, that.Y);
Utilities.copy(gTemp, that.gTemp);
Utilities.copy(qTemp, that.qTemp);
Utilities.copy(sIndexmapped, that.sIndexmapped);
Utilities.copy(envFacs, that.envFacs);
Utilities.copy(noiseFacs, that.noiseFacs);
Utilities.copy(tEnv, that.tEnv);
tEnvNumEnvOld = that.tEnvNumEnvOld;
Utilities.copy(tQ, that.tQ);
fIndexnoise = that.fIndexnoise;
fIndexsine = that.fIndexsine;
}
public SpectralBandReplication()
{
for (int i = 0; i < data.Length; i++)
{
data[i] = new SBRData();
}
}