Cu segmentation Information Extraction (updated)

This article focuses on the csdn blogs of feixiang_john, hevc_cjl, zhuix7788, yangxiao_xiang, and others to learn and use the content of Cu segmentation. For details, refer to their blog:
Feixiang_john: hevc/h.265 reference code tracking

Http://blog.csdn.net/feixiang_john/article/details/7876227#comments

Hevc_cjl: The final division of Cu

Http://blog.csdn.net/hevc_cjl/article/details/8275260

Http://blog.csdn.net/hevc_cjl/article/details/8299529

Http://blog.csdn.net/hevc_cjl/article/details/8639835

Zhuix7788: mode and Division information

Http://blog.csdn.net/zhuix7788/article/details/8214685

Yangxiao_xiang: hevc intra-Frame Prediction encoding-LCU quad-tree Block

Http://blog.csdn.net/yangxiao_xiang/article/details/8270723

Http://blog.csdn.net/yangxiao_xiang/article/details/8275181

Http://blog.csdn.net/yangxiao_xiang/article/details/8478283

Add the header file # include <fstream> to the beginning of the CPP file.

========================================================== ========================================================== ==================================================================/// Public Member functions // ============================================ ========================================================== ===================================================/ ** \ Param rpccu pointer of Cu data class * // a Summary of the methods used to obtain the optimal Cu Division: // after calling xcompresscu in Hm (at least after compresscu calls it, the optimal Pu is m_ppcbestcu [0]), // after calling ENC Before odecu (or later, as long as the pccu has not been modified), // execute a similar statement on the pccu parameter of compresscu: pccu-> getdepth (uiabspartidx ), // you can obtain the depth of 4x4 blocks whose Z order is uiabspartidx. If the depth of each 4x4 block of the entire Cu is determined, then its division is naturally determined. Void tenccu: compresscu (tcomdatacu * & rpccu) {// initialize Cu data m_ppcbestcu [0]-> initcu (rpccu-> getpic (), rpccu-> getaddr ()); m_ppctempcu [0]-> initcu (rpccu-> getpic (), rpccu-> getaddr (); # If between m_addsaddepth = 0; m_lcupredictionsad = 0; m_temporalsad = 0; # endif // analysis of Cu xcompresscu (m_ppcbestcu [0], m_ppctempcu [0], 0 ); // obtain the optimal Pu: m_ppcbestcu [0] // ======= LCU Split unit Depth Information Transmission Output: 2013.3.27 ==================== uint lcudepth [256]; ofstream OUTFILE ("basketballdrillcu.txt", IOS: In | IOs :: APP); For (INT I = 0; I <256; I + = 4) // The maximum Cu split is 8x8, and the storage split information is 4x4, therefore, I + = 4 processes {lcudepth [I] = m_ppcbestcu [0]-> getdepth (I); OUTFILE <lcudepth [I] <; OUTFILE <Endl ;} // else # If adaptive_qp_selection if (m_pcenccfg-> getuseadaptqpselect () {If (rpccu-> getslice ()-> Ge Tslicetype ()! = I _slice) // iiii {xlcucollectarlstats (rpccu); }}# endif}

Note: because it is the first frame of basketballdrive. YUV, and the resolution is 1920x1080, the number of pixels is not a multiple of 8, so the split of the last line is abnormal.