 Table 9-17 60..63 60..63 60..63 60..63 prev_intra4x4_pred_mode_flag Table 9-17 rem_intra4x4_pred_mode Table 9-17 mb_pred() prev_intra8x8_pred_mode_flag Table 9-17 rem_intra8x8_pred_mode Table 9-17 intra_chroma_pred_mode Table 9-17 64..67 64..67 64..67 64..67 ref_idx_10 Table 9-16 54..59 54..59 ref_idx_11 Table 9-16 54..59 mvd_10[][][0] Table 9-15 40..46 40..46 mb_pred() and sub_mb_pred() mvd_11[][][0] Table 9-15 40..46 mvd_10[][][1] Table 9-15 47..53 47..53 mvd_11[][]1] Table 9-15 47..53 Table 9-13 sub_mb_pred() sub_mb_type[] 21..23 36..39 Table 9-14 Rec. ITU-T H.264 (01/2012) Table 9-11 - Association of ctxIdx and syntax elements for each slice type in the initialisation process Slice type Syntax element Table P, SP Table 9-18 85..104 85..104 85..104 85..104 coded_block_flag Table 9-25 460..483 460..483 460..483 460..483 Table 9-33 1012..1023 1012..1023 1012..1023 Table 9-19 105..165 105..165 105..165 105..165 Table 9-22 277..337 277..337 277..337 277..337 Table 9-24 402..416 402..416 402..416 Table 9-24 436..450 436..450 436..450 significant_coeff_flag[] Table 9-26 484..571 484..571 484..571 Table 9-30 776..863 776..863 776..863 Table 9-28 660..689 660..689 660..689 Table 9-29 718..747 718..747 718..747 residual_block_cabac() Table 9-20 166..226 166..226 166..226 166..226 Table 9-23 338..398 338..398 338..398 338..398 Table 9-24 417..425 417..425 417..425 Table 9-24 451..459 451..459 451..459 last_significant_coeff_flag[) Table 9-27 572..659 572..659 572..659 Table 9-31 864..951 864..951 864..951 Table 9-28 690..707 690..707 690..707 Table 9-29 748..765 748..765 748..765 Table 9-21 227..275 227..275 227..275 227..275 Table 9-24 426..435 426..435 426..435 coeff_abs_level_minus1[] Table 9-32 952..1011 952..1011 952..1011 Table 9-28 708..717 708..717 708..717 Table 9-29 766..775 766..775 766..775 NOTE 2 - ctxIdx equal to 276 is associated with the end of slice flag and the bin of mb_type, which specifies the I PCM macroblock type. The decoding process specified in clause 9.3.3.2.4 applies to ctxIdx equal to 276. 