Lines Matching full:quantized
503 No sign bits are decoded, because the table of the quantized spectral values
504 has got a valid sign at the quantized spectral lines.
571 pQuantValBase = aQuantTable[pCodebook[codewordOffset]]; /* get base address of quantized values belonging to current codebook */
572 pQuantVal = pQuantValBase + branchValue; /* set pointer to first valid line [of 2 or 4 quantized values] */
610 description: Decodes the codeword body, writes out result and counts the number of quantized
692 /* body completely decoded; branchValue is valid, set pQuantVal to first (of two or four) quantized spectral coefficients */
693 pQuantValBase = aQuantTable[pCodebook[codewordOffset]]; /* get base address of quantized values belonging to current codebook */
694 pQuantVal = pQuantValBase + branchValue; /* set pointer to first valid line [of 2 or 4 quantized values] */
698 /* codeword decoding result is written out here: Write out 2 or 4 quantized spectral values with probably */
920 /* set pQuantVol to first (of two or four) quantized spectral coefficients */
921 pQuantValBase = aQuantTable[ESCAPE_CODEBOOK]; /* get base address of quantized values belonging to current codebook */
922 pQuantVal = pQuantValBase + branchValue; /* set pointer to first valid line [of 2 or 4 quantized values] */
930 /* codeword decoding result is written out here: Write out 2 or 4 quantized spectral values with probably */
983 quantized spectral values is 16. The 'flagB' is used in case of decoding
1064 /* get a quantized spectral value (which was decoded in previous state) which is not zero. [This value will get a sign] */
1070 /* put negative sign together with quantized spectral value; if carryBit is zero, the sign is ok already; no write operation necessary in this case */
1084 /* restore pointer to first decoded quantized value [ = original pResultPointr] from index iNode prepared in State_BODY_SIGN_ESC__BODY */
1255 completely, assemble quantized-spectral-escape-coefficient and replace the
