ndant coded picture is identical to the array mbType for the target primary coded picture. motion_match_flagli equal to 1 indicates that, for each macroblock mbAddr in the target layer representation of the target primary coded picture for which the derived macroblock type mbType[ mbAddr ] represents a P or B macroblock type, the variables and arrays mbType[ mbAddr ], subMbType[ mbAddr], predFlagL0[ mbAddr ], predFlagL1[ mbAddr refIdxL0[ mbAddr refIdxL1 mbAddr ], mvL0[ mbAddr ], and mvL mbAddr ] for the target redundant coded picture are identical to the corresponding variables and arrays for the target primary coded picture. residual_match_flag[i equal to 1 indicates that, for each macroblock mbAddr in the target layer representation of the target primary coded picture for which the derived macroblock type mbType[ mbAddr ] represents a P or B macroblock type, the associated reconstructed residual sample values in the arrays rSL, rSCb, and rScr for the target redundant coded picture are identical or close to the corresponding reconstructed residual sample values for the target primary coded picture. intra_samples_match_flag[ij equal to 1 indicates that, for each macroblock mbAddr in the target layer representation of the target primary coded picture for which the derived macroblock type mbType[ mbAddr ] represents an I macroblock type, the associated reconstructed sample values in the arrays cSL, cSCb, and cScr for the target redundant coded picture are identical or close to the corresponding reconstructed sample values for the target primary coded picture. Rec. ITU-T H.264 (01/2012) G.13.2.11 Temporal level zero dependency representation index SEI message semantics The temporal level zero dependency representation index SEI message provides a mechanism for detecting whether a dependency representation with temporal_id equal to 0 required for decoding the current access unit is available when NAL unit losses are expected during transport. Let setOfDId be a set of dependency_id values that is derived as follows: I