nge specified in clause G.8.1.4.1 (when SpatialResolutionChangeFlag is equal to 0) or after completion the base decoding process for slices with resolution change specified in clause G.8.1.4.2 (when SpatialResolutionChangeFlag is equal to 1). NOTE - Due to the constraint specified in clause G.8.8.1, the number of motion vectors for the layer representation with DQId equal to 0 is additionally constrained as specified in Annex A. The number of bits of macroblock_layer( and macroblock_layer_in_scalable_extension() data for any macroblock in any layer representation is not greater than 128 + RawMbBits. Depending on entropy_coding_mode_flag, the bits of macroblock_layer() data are counted as follows: If entropy_coding_mode_flag is equal to 0, the number of bits of macroblock_layer() data is given by the number of bits in the macroblock_layer() syntax structure for a macroblock. Otherwise (entropy_coding_mode_flag is equal to 1), the number of bits of macroblock_layer( data for a macroblock is given by the number of times read bits( is called in clauses 9.3.3.2.2 and 9.3.3.2.3 when parsing the macroblock_layer() associated with the macroblock. k) The variable dependentDId specified at the beginning of this clause shall not exceed 3. 1) For each layer representation present in an access unit that has MinNoInterLayerPredFlag equal to 0, the following applies: 1. The variables numILIntraPredSamples and numRefLayerILIntraPredMbs are derived as specified in the derivation process for variables related to inter-layer intra prediction in clause G.8.6.2.5 with DQId being the input. 2. The following constraint shall be obeyed. numRefLayeILIntraPrdMbs*256<1.5*numILIntraPredSample (G-368) m) When MaxRefLayerDQId is greater than or equal to 0 for a particular layer representation, the value of level_idc in the SVC sequence parameter set that is referenced by the particular layer representation shall represent a level that is greater than or equal to the level that is represented by the value of level_ide or (level_idc and constra