lag equal to 0, and (x, y) equal to (0,0) or (8, 4) for both constituent frames XXXXXXXX XXXXXXXX XXXXXXXX XXXXXXXX Upconversion XXXXXXXX XXXXXXXX processing XXXXXXXX XXXXXXXX XXXXXXXX XXXXXXXX XXXXXXXX XXXXXXXX XXXXXXXX XXXXXXXX XXXXXXXX Samples of color component plane of Upconverted color XXXXXXXX Top-bottom constituent frame 0 component plane of packing constituent frame 0 rearrangement 000000oo 00oooooo 0000oooo 000000o 00000ooO 00000000 Interleaved color 00oooooo 00000ooo component plane of a 0000000o top-bottom packed Upconversion decoded frame 00000ooo 000ooooo processing 0000oooo 0000oooo 000oooo Samples of color Upconverted color component plane of component plane of constituent frame 1 constituent frame 1 Figure D-9- Rearrangement and upconversion of top-bottom packing arrangement with frame packing_arrangement_type equal to 4,quincunx_sampling_flag equal to 0, (x, y) equal to (8, 12) for constituent frame 0, and (x, y) equal to (0,0) or (8, ,4) for constituent frame 1 Rec. ITU-T H.264 (01/2012) XXXXXXXX XXXXXXXX XXXXXXXX Upconversion XXXXXXXX processing XXXXXXX XXXXXXXX XXXXXXXX XXXXXXXX X XX0000 Samples of color Upconverted color X X X component plane of component plane of XXX000C Side-by-side constituent frame 0 constituent frame 0 quincunx packing KXXX0000 rearrangement XXXX00O XXXX0ooC 00ooooo XXXX0000 Side-by-side packed color 000ooo component plane of a 0ooooooo decoded frame with Upconversion 0000ooo quincunx sampling processing 00000o 0000ooo 0000ooo Samples of color Upconverted color component plane of component plane of constituent frame 1 constituent frame 1 Figure D-10 - Rearrangement and upconversion of side-by-side packing arrangement with quincunx sampling frame_packing_arrangement_type equal to 3 with quincunx_sampling_flag equal to 1) 00000000 Sequentially decoded frames with Samples of color 00000000 component plane of temporal interleaving frame arrangement 00000000 constituent frames 0 00000o00 0ooooooo xXXXXXX 000000oo 000ooooo 00000000 Temporal xxxxxxXX interleaving decomposition