lagL1[ mbAddrCol refldxL0[mbAddrCol], efIdxL1[ mbAddrCol vL0[ mbAddrCol], and mvL1[ mbAddrCol ], respectively, that have been derived for the layer picture colPic that is associated with DQId equal to 0. q) In clause 8.4.1.2.1, the macroblock mbAddrCol is interpreted as coded in an Intra macroblock prediction mode when mbType[ mbAddrCol ] that has been derived for the layer picture colPic that is associated with DQId equal to 0 is equal to I_16x16,I_8x8,I_4x4, or I PCM. r) In clause 8.4.1.2.1, the syntax element mb_type of the macroblock with address mbAddrCol inside the picture colPic is replaced with mbType[ mbAddrCol that has been derived for the layer picture colPic that is associated with DQId equal to 0 and the syntax element list sub_mb_type of the macroblock with address mbAddrCol inside the picture colPic is replaced with the list subMbType[ mbAddrCol that has been derived for the layer picture colPic that is associated with DQId equal to 0. s) In clause 8.4.1.2.2, the co-located macroblock is treated as field macroblock when fieldMbColPicFlag[ mbAddrCol is equal to 1, it is treated as frame macroblock when fieldMbColPicFlag[ mbAddrCol ] is equal to 0. The array fieldMbColPicFlag specifies the array fieldMbFlag that was derived by the process in clause G.8.1.5.1 for the layer representation with DQId equal to 0. The macroblock address mbAddrCol is the macroblock address of the co-located macroblock as derived in clause 8.4.1.2.1. The reference index predictors refIdxPredL0 and refIdxPredL1, the motion vector predictors mvPredL0 and mvPredL1, and the variable myCntInc are derived as follows: If mbType[ CurrMbAddr ] is equal to P_Skip, the reference index predictor refIdxPredL1 is set equal to -1, both components of the motion vector predictor mvPredL1 are set equal to 0, the variable myCntInc is set equal to 1, and the derivation process for luma motion vectors for skipped macroblocks in P slices as specified in clause 8.4.1.1 is invoked with the outputs being assigned to the motion vector predictor mvPre