is derived for picture n - 1. b) The difference between consecutive output times of pictures from the DPB as specified in clause C.2.2, satisfies the constraint that n ) >= Max( svcPicSizeInMbs MaxMBPS, fR ), where MaxMBPS is the value specified in Table A-1 for picture n, and svcPicSizeInMbs is derived for picture n, provided that picture n is a picture that is output and is not the last picture of the bitstream that is output. Rec. ITU-T H.264 (01/2012) PicWidthInMbs FrameHeightInMbs MaxFS, where MaxFS is specified in Table A-1. PicWidthInMbs and FrameHeightInMbs are the derived variables for the layer representation with DQId equal to dqIdMax. PicWidthInMbs <= Sqrt( MaxFS * 8), where MaxFS is specified in Table A-1 and PicWidthInMbs is the derived variable for the layer representation with DQId equal to dqIdMax. FrameHeightInMbs <= Sqrt( MaxFS where MaxFS is specified in Table A-1 and FrameHeightInMbs is the derived variable for the layer representation with DQId equal to dqIdMax. f) max_dec_frame_buffering <= MaxDpbFrames, where MaxDpbFrames is equal ( MaxDpbMbs / PicWidthInMbs * FrameHeightInMbs), 16) and MaxDpbMbs is specified in Table A-1. PicWidthInMbs and FrameHeightInMbs are the derived variables for the layer representation with DQId equal to dqIdMax. g) The vertical motion vector component range does not exceed MaxVmvR in units of luma frame samples, where MaxVmvR is specified in Table A-1. h) The horizontal motion vector range does not exceed the range of -2048 to 2047.75, inclusive, in units of luma samples. For each layer representation, the total number of motion vectors per two macroblocks mbAddrA and mbAddrB with (mbAddrA + 1) equal to mbAddrB does not exceed MaxMvsPer2Mb, where MaxMvsPer2Mb is specified in Table A-1 given the level that is indicated in the SVC sequence parameter set that is referenced by the layer representation. The number of motion vectors for each macroblock is the value of the variable MvCnt after the completion of the base decoding process for slices without resolution cha