Searched refs:fEner (Results 1 – 1 of 1) sorted by relevance
1311 fEner = 0.f; in ComfortNoiseExcitation_G729()1314 fEner += pGaussianExc[i] * pGaussianExc[i]; in ComfortNoiseExcitation_G729()1319 fFact /= (Ipp32f)sqrt(fEner); in ComfortNoiseExcitation_G729()1332 fEner = 0.f; in ComfortNoiseExcitation_G729()1336 fEner += CurrentExcitation[i] * CurrentExcitation[i]; in ComfortNoiseExcitation_G729()1349 discriminant = fInterExc * fInterExc - 4.f * (fEner - k); in ComfortNoiseExcitation_G729()1396 static Ipp32s quantEnergy(Ipp32f fEner, Ipp32f *pDstQEnergy) in quantEnergy() argument1401 if(fEner <= MIN_ENER) { /* MIN_ENER <=> -8dB */ in quantEnergy()1406 fEnergydB = (Ipp32f)10. * (Ipp32f)log10(fEner); in quantEnergy()1438 averageEnergy = (*fEner) * fFact[0]; in QuantSIDGain_G729B()[all …]