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类Censor (private (成员变量 (3通道图，用于先阅后扫 PageImageVec m_RGBImages;, 单通道图…

- - - - bool check_one_page(ExamPage& one_page, cv::Mat& page_image);
        
        bool check_page_size(ExamPage& one_page, cv::Mat& page_image);
        
        bool check_abpaper_rect(ExamPage& one_page, cv::Mat& page_image, Transformer& transformer);
        
        bool check_four_anchors(ExamPage& one_page, cv::Mat& page_image);
        
        bool check_top_anchors(ExamPage& one_page, cv::Mat& page_image, Transformer& transformer);
        
        bool locate_top_anchors(TopPositionAnchors& top_anchors, cv::Mat& pageimage, cv::Rect<double>& top_anchor_area);
        
        bool check_left_anchors(ExamPage& one_page, cv::Mat& page_image, Transformer& transformer);
        
        bool locate_left_anchors(LeftPositionAnchors& left_anchors, cv::Mat& page_image, cv::Rect& left_anchor_area);
        
        bool check_omr_school_number(ExamPage& one_page, cv::Mat& page_image, Transformer& transformer);
        
        bool locate_omr_school_blocks(ExamPage& one_page, cv::Mat& page_image);
        
        bool LocateFourAnchors(std::vector<std::vector<cv::Rect_<double>> >& fourAnchors);
        
        bool check_barcode_school_number(ExamPage& one_page, cv::Mat& page_image, Transformer& transformer);
        
        bool check_optional_subjectives(ExamPage& one_page, cv::Mat& page_image, Transformer& transformer);
        
        bool check_absent_rects(ExamPage& one_page, cv::Mat& page_image, Transformer& transformer);
        
        通过前一个块的调整误差来调整后一个块
        void update_one_question(cv::Mat& page_image, std::vector<OmrRect>& blocks, int expand_space, double& x_error, double& y_error);
        
        bool construct_rect(ExamPage& one_page, cv::Point& grid, OmrRect& cons);
        
        根据二维index和顶部与左部的定位块来组合出选项块的实际坐标
        bool construct_rect(ExamPage& one_page, int col_index, int rowindex, cv::Rect<double>& cons);
        
        std::vector<cv::Rect> detect_blocks(cv::Mat &image, cv::Rect roi, int refW = 0, int refH = 0);
        
        void detect_blocks(cv::Mat &image, cv::Rect roi, std::vector<cv::Rect>& blocks);
        
        void split_to_rows(std::vector<OmrObjectives>& objectives, std::vector<std::vector<OmrObjectives*>>& rows);
        
        void split_to_rows(std::vector<OmrObjectives>& objectives, std::vector<std::vector<std::shared_ptr<OmrObjectives> >>& rows);
        
        根据左部和顶部的定位块来组合处实际的坐标
        void construct_one_question_rects(ExamPage& one_page, std::vector<OmrRect>& blocks, std::vector<OmrPoint>& grids);
        
        bool check_page_numbers(ExamPage& one_page, cv::Mat& page_image, Transformer& transformer);
        
        按 TL TR DL DR 的顺序对四个定位点进行排序
        void sort_fouranchors(std::vector<cv::Rect<double>>& four_anchors);
        
        根据不同的答题卡创建不同的主观题分数识别器
        std::shared_ptr<SubjectiveQuestionScoreRecognizer> MakeSubjectiveScoreCalculator(SubjectiveScoreBar& scorebar);
        
        可视化一份试卷所有的识别结果
        void visualization(ExamPage& one_page, cv::Mat& page_image, std::string save_name);
        
        bool check_page_barcode(ExamPage& one_page, cv::Mat& page_image, Transformer& transformer);
        
        bool check_title_rects(ExamPage& one_page, cv::Mat& page_image, Transformer& transformer);
        
        bool check_omr_objective_groups(ExamPage& one_page, cv::Mat& page_image, Transformer& transformer);
        
        bool check_subjective_scores(ExamPage& one_page, cv::Mat& page_image, Transformer& transformer);
        
        bool check_judge_scores(ExamPage& one_page, cv::Mat& page_image, Transformer& transformer);
        
        根据不同的答题卡创建不同的主观题打分块定位器
        std::shared_ptr<ScoreBlockLocator> MakeScoreBlockLocator(SubjectiveScoreBar& scorebar);
        
        void GatherScoreArea(std::vector<ScoreArea>& scoreAreas, ScoreArea& area);
        
        填空题打分识别void recognize_mark_of_judge_score_blocks(cv::Mat& rgb_page_image, JudgeScoreBlocks& scorebar, int pageIndx);
        
        主观题打分识别void recognize_mark_of_subjectives(cv::Mat& rgb_page_image, SubjectiveScoreBar& scorebar, int pageIndex);
        
        填空题给分块的定位void adjust_judge_score_blocks(cv::Mat& page_image, JudgeScoreBlocks& scoreBlocks);
        
        主观题给分块的定位void adjust_subjective_scorebar(cv::Mat& page_image, SubjectiveScoreBar& scorebar);
        
        void adjust_objective_position_in_group(cv::Mat& page_image, OmrObjectivesGroup& group);
        
        bool locate_objective_anchors(cv::Mat& page_image, OmrObjectivesGroup& group);
        
        获取一组填涂块的关键信息，如块间距，尺寸，排列方向等
        bool analyse_one_question_rects(std::vector<OmrRect>& blocks, double& row_gap, double& col_gap, double& block_w, double& block_h, int& dir);
        
        可视化一份试卷所有的填涂识别结果
        void visualization2(ExamPage& one_page, cv::Mat& page_image, std::string save_name);
        
        定位一个选做题的块位置
        void check_one_optional_subjective(cv::Mat& page_image, OptionalSubjectives& optionalSbj);
        
        int checkresult(std::vector<cv::Rect<double> > ideals, std::vector<cv::Rect> actuals);
        
        bool samerect(cv::Rect<double>& ideal, cv::Rect& actual, int x_err = 15, int y_err = 15, int w_err = 8, int h_err = 8);
        
        bool update_rect(cv::Mat& pageimage, cv::Rect<double>& ideal, int expand_space = 6);
        
        std::vector<cv::Rect> ToRects(std::vector<OmrRect>& omrRects);
- - - - ScoreArea(std::string& tihao, cv::Rect& area, int pageIndex) : m_tihao(tihao), m_area(area), m_pageIndex(pageIndex){}