 is present and consists of the TU binarization of CodedBlockPatternChroma with cMax = 2. The relationship between the value of the syntax element coded_block_pattern and the values of CodedBlockPatternLuma and CodedBlockPatternChroma is given as specified in clause 7.4.5. 9.3.2.7 Binarization process for mb_qp_delta Input to this process is a request for a binarization for the syntax element mb_qp_delta. Output of this process is the binarization of the syntax element. The bin string of mb_qp_delta is derived by the U binarization of the mapped value of the syntax element mb_qp_delta, where the assignment rule between the signed value of mb_qp_delta and its mapped value is given as specified in Table 9-3. 9.3.3 Decoding process flow Input to this process is a binarization of the requested syntax element, maxBinIdxCtx, bypassFlag and ctxIdxOffset as specified in clause 9.3.2. Output of this process is the value of the syntax element. This process specifies how each bit of a bit string is parsed for each syntax element. Rec. ITU-T H.264 (01/2012) After parsing each bit, the resulting bit string is compared to all bin strings of the binarization of the syntax element and the following applies: - If the bit string is equal to one of the bin strings, the corresponding value of the syntax element is the output. Otherwise (the bit string is not equal to one of the bin strings), the next bit is parsed. While parsing each bin, the variable binIdx is incremented by 1 starting with binIdx being set equal to 0 for the first bin. When the binarization of the corresponding syntax element consists of a prefix and a suffix binarization part,, the variable binIdx is set equal to 0 for the first bin of each part of the bin string (prefix part or suffix part). In this case, after parsing the prefix bit string, the parsing process of the suffix bit string related to the binarizations specified in clauses 9.3.2.3 and 9.3.2.5 is invoked depending on the resulting prefix bit string as specified in clauses 9.3.2.3 and 9.3.2.5. Note tha