ew component are the DPB output time and the CPB removal time of the picture n containing the view component. The marking and storage of the current decoded picture is specified as follows: If the current picture is a reference picture, the marking and storage process for reference pictures as specified in clause C.2.4.1 is invoked. Otherwise (the current picture is a non-reference picture), the storage process for non-reference pictures as specified in clause C.2.4.2 is invoked. C.2.4.1 Marking and storage of a reference picture into the DPB The current picture is stored in the DPB as follows: If the current decoded picture is a second field (in decoding order) of a complementary reference field pair, and the first field of the pair is still in the DPB, the current decoded picture is stored in the same frame buffer as the first field of the pair. Otherwise, the current decoded picture is stored in an empty frame buffer, and the DPB fullness is incremented by When the coded video sequence conforms to one or more of the profiles specified in Annex G and the decoding process specified in Annex G is applied and the current picture has store_ref_base_pic_flag equal to 1 (i.e., the current picture is associated with a reference base picture), the associated reference base picture is stored in the DPB as follows: If the reference base picture is a second field (in decoding order) of a complementary reference base field pair, and the first field of the pair is still in the DPB, the reference base picture is stored in the same frame buffer as the first field of the pair. Otherwise, the reference base picture is stored in an empty frame buffer, and the DPB fullness is incremented by Rec. ITU-T H.264 (01/2012) C.2.4.2 Storage of a non-reference picture into the DPB The variable storePicFlag is derived as follows: If any of the following conditions are true, storePicFlag is set equal to 1: the current picture n has OutputFlag equal to 1 and to,dpb(n) > t,(n), the decoding process specified in Annex H is used and the current