n Table G-14. The variable bypassFlag is set equal to 0. The possible values of the context index ctxIdx are in the range 1024 to 1030, inclusive. The value assigned to ctxIdxOffset specifies the lower value of the range of ctxIdx assigned to the corresponding binarization or binarization part of a syntax element. Rec. ITU-T H.264 (01/2012) Table G-14 - Syntax elements and associated types of binarization, maxBinIdxCtx, and ctxIdxOffset Syntax element Type of binarization maxBinIdxCtx ctxIdxOffset base_mode_flag FL, cMax=1 motion_prediction_flag_10 FL, cMax=1 motion_prediction_flag_l1 FL, cMax=1 residual_prediction_flag FL, cMax=1 G.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 G.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. 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. The parsing of each bin is specified by the following two ordered steps: Given binIdx, maxBinIdxCtx and ctxIdxOffset, ctxIdx is derived as specified in clause G.9.3.3.1. Given ctxIdx, the value of the bin from the bitstream as specified in clause 9.3.3.2 is decoded. G.9.3.3.1 Derivation process for ctxIdx Inputs to this process are binIdx, maxBinIdxCtx and ctxIdxOffset. Output of this process is ctxIdx. Table G-15 shows the assignment of ctxIdx increments (ctxIdxInc) to binIdx for all ctxIdxOffset values for the syntax elements base_mode_flag, motion_prediction_flag_10 motion_prediction_flag_11, and