abcccc/twopoint.h

#ifndef TWOPOINT_H
#define TWOPOINT_H

#include <QObject>
#include <QThread>
#include <opencv2/opencv.hpp>


#include <QMap>


class twoPoint : public QObject
{
    Q_OBJECT
public:
    explicit twoPoint(QObject *parent = nullptr);

    void addlow(cv::Mat img,int id);
    void addhigh(cv::Mat img, int id);
    void onepoint(cv::Mat img);
    void onepoint();
    void calc();
    void savek();
    void saveb();

    void savelow();
    void savehigh();

    void on(cv::Size s);
    void off();


    void loaddata();
    void setdim(int value);

    void savedata();

    void dbon();
    void dboff();
    void setpara(double range);


    void saveData(cv::Mat );
    void calcData();
    void runData(cv::Mat );

    void meanmat(cv::Mat);


    void save();
public slots:
    void slotprocimg(cv::Mat);
signals:
    void signalsendimg(cv::Mat);



private:
    cv::Mat lowtemp;
    cv::Mat hightemp;
    cv::Mat kmat;
    cv::Mat bmat;
    bool ready;
    QThread* thread;

    bool b_savelow;
    bool b_savehigh;
    int n_savelow;
    int n_savehigh;
    bool b_onepoint;

    int vardim;

    double base;
    int opnum; //opnum onepoint number

    int c;

    bool bdb; //bool deblind
    double dbrange;

    double high ,low , kmean;

    QMap<double,cv::Mat> datas;
    QMap<double,cv::Mat> rmpk;
    QMap<double,cv::Mat> rmpb;

    int stagecount;
    double* stages;
    double* kstages;
    double* bstages;


    cv::Mat msave;
    bool b_save;
    int n_save;


};

#endif // TWOPOINT_H