ImageD/d__makro__huangvisualization_8h_source.html

/****************************************************

 *   added:     10.12.2020                          *

 *   author:    David Eilenstein                    *

 *   contact:   David.Eilenstein@stud.h-da.de.de    *

 *   project:   ImageD                              *

 *   facility:  Hochschule Darmstadt, Ger           *

 ****************************************************/


#ifndef D_MAKRO_HUANGVISUALIZATION_H

#define D_MAKRO_HUANGVISUALIZATION_H


//own

#include <d_enum.h>

#include <d_error_handler.h>

#include <d_visdat_proc.h>

#include <d_plot.h>

#include <d_stat.h>

#include <d_viewer.h>

#include <d_storage.h>

#include <d_table.h>

#include <d_img_proc.h>


//Qt

#include <QMainWindow>

#include <QFileDialog>

#include <QFileInfo>

#include <QFileInfoList>

#include <QDir>

#include <QDateTime>

#include <QComboBox>

#include <QCloseEvent>

#include <QResizeEvent>

#include <QInputDialog>

#include <QDesktopServices>

#include <QUrl>


//Qt::Charts

#include <QChartView>

#include <QChart>


//general

#include <iostream>

#include <sstream>

#include <fstream>

#include <vector>

#include <algorithm>


//openCV

#include <opencv2/core/core.hpp>

#include <opencv2/highgui/highgui.hpp>

#include <opencv2/imgproc/imgproc.hpp>


//namespaces

using namespace std;

//using namespace cv; (prohibited because of abigous names with qtdatavisualization)

#include <d_opencv_typedefs.h>


namespace Ui {

class D_MAKRO_HuangVisualization;

}


class D_MAKRO_HuangVisualization : public QMainWindow

{

    Q_OBJECT


public:

    explicit D_MAKRO_HuangVisualization(D_Storage *pStorage, QWidget *parent = nullptr);

    ~D_MAKRO_HuangVisualization();


    void closeEvent(QCloseEvent *event);

    void resizeEvent(QResizeEvent *event);

    void set_ClosingPossible(bool closeable)     {ClosingPossible = closeable;}


private slots:


    void Update_Ui();

    void Update_Image_Out();

    void Update_Image_In();

    void Update_Image_Mask();


    void Update_Plot_Hist();

    void Update_Plot_Mass();


    void Load_Image();

    void Get_Mask();

    void Load_Mask();

    void Generate_Mask();

    void Get_Quantil();


    void Pad_Image();

    void Init_ImgOut();


    void Proc_StepDetail();

    void Proc_StepValue();

    void Proc_StepPixel();

    void Proc_StepLine();

    void Proc_Full();


    void Init_Position();

    void Init_Hist();

    void Init_Quantile();

    void Init_Masses();

    void Init_PointLists();

    void Init_HistLegend();


    void Step_SaveLineBegin();

    void Step_LoadLineBegin();


    void Step_Pixel_ChangePos();

    void Step_Pixel_ChangePointLists();


    void Step_Point_ChangeAddRem();

    void Step_Point_Change_Hist();

    void Step_Point_Change_Masses_Add();

    void Step_Point_Change_Masses_Rem();

    void Step_Point_Check_Masses();


    void Step_Point_Quantil_Decrease_Change_Mass_Greater();

    void Step_Point_Quantil_Decrease_Change_Quantil();

    void Step_Point_Quantil_Decrease_Change_Mass_Quantil();

    void Step_Point_Quantil_Decrease_Change_Mass_Smaller();


    void Step_Point_Quantil_Increase_Change_Mass_Smaller();

    void Step_Point_Quantil_Increase_Change_Quantil();

    void Step_Point_Quantil_Increase_Change_Mass_Quantil();

    void Step_Point_Quantil_Increase_Change_Mass_Greater();


    void Step_Point_End();


    void Step_Pixel_WriteOut();

    void Step_Pixel_Change_Direction();


    void on_pushButton_VideoGuide_clicked();


private:

    Ui::D_MAKRO_HuangVisualization *ui;

    bool ClosingPossible = false;


    //states ------------------------------------------


    bool state_img_loaded = false;

    bool state_mask_loaded = false;

    bool state_quantil_rel_set = false;

    bool state_img_padded = false;

    bool state_img_out_init = false;


    //Storage ----------------------------------------------


    D_Storage *pStore;


    //Stuff to show things -----------------------------------


    D_Viewer Viewer_In;

    D_Viewer Viewer_Mask_InColor;

    D_Viewer Viewer_Mask_InGray;

    D_Viewer Viewer_Mask_Out;

    D_Viewer Viewer_Mask_Binary;

    D_Viewer Viewer_Out;

    D_Viewer Viewer_Hist;

    D_Viewer Viewer_Hist_Legend;

    D_Viewer Viewer_Mass;


    QLabel *pLabelStatus;


    //Images ------------------------------------------


    //in

    Mat MA_ImgIn_Load;

    Mat MA_ImgIn_Gray;

    Mat MA_ImgIn_GrayPadded;

    Mat MA_ImgIn_GrayPadded3Ch;

    Mat MA_ImgIn_Show;

    //out

    Mat MA_ImgOut_Gray;

    //Mat MA_ImgOut_Show;

    //Hist and Mass

    Mat MA_Hist;

    Mat MA_Hist_Legend;

    Mat MA_Mass;


    //mask

    Mat MA_MaskLoad;

    Mat MA_MaskBinary;

    Mat MA_MaskBinary_3C;

    Mat MA_MaskShow_Binary;

    Mat MA_MaskShow_In_Color;

    Mat MA_MaskShow_In_Gray;

    Mat MA_MaskShow_Out;

    //image sizes

    int img_in_sy;

    int img_in_sx;


    //parameters and variables for algorithm -------------------------


    //mask parameters

    //sizes

    int mask_sx;

    int mask_sy;

    //centers

    int mask_cx;

    int mask_cy;

    //center to border

    int mask_c2l;

    int mask_c2r;

    int mask_c2t;

    int mask_c2b;


    //mask to point lists parameters

    vector<Point> vBorderL;

    vector<Point> vBorderR;

    vector<Point> vBorderT;

    vector<Point> vBorderB;

    size_t mask_relevant_px_count;


    //hist

    vector<size_t> hist;

    vector<size_t> hist_line_begin;


    //looping parameters

    bool at_end = false;

    int pos_x;

    int pos_y;

    int direction = c_DIR2D_R;


    //masses

    size_t mass_smaller;

    size_t mass_smaller_line_begin;

    size_t mass_smaller_or_median;

    size_t mass_smaller_or_median_line_begin;

    size_t mass_quantil;

    size_t mass_quantil_line_begin;

    size_t mass_greater;

    size_t mass_greater_line_begin;

    size_t mass_greater_or_median;

    size_t mass_greater_or_median_line_begin;


    //quantil

    double quantil_relPos;

    double quantil_val;

    double quantil_val_line_begin;


    //mass check values

    double mass_smaller_or_equal_needed;

    double mass_greater_or_equal_needed;


    //add remove list and step length

    vector<Point> *vBorderAdd;

    vector<Point> *vBorderRem;

    int dx_to_prev_pos;

    int dy_to_prev_pos;


    //looping add/remove values

    size_t i_add_rem = 0;


    //values to add/remove

    uchar val_add;

    uchar val_rem;


    //mass checks

    bool check_smaller;

    bool check_greater;


    enum PROC_STEP {

        STEP_INIT_POSITION,

        STEP_INIT_QUANTILE,

        STEP_INIT_HIST,

        STEP_INIT_MASSES,

        STEP_INIT_POINT_LISTS,


        STEP_SAVE_LINE_BEGIN,

        STEP_LOAD_LINE_BEGIN,


        STEP_PIXEL_CHANGE_POS,

        STEP_PIXEL_CHANGE_POINT_LISTS,


        STEP_POINT_CHANGE_ADD_REM,

        STEP_POINT_CHANGE_HIST,

        STEP_POINT_CHANGE_MASSES_ADD,

        STEP_POINT_CHANGE_MASSES_REM,

        STEP_POINT_CHECK_MASSES,

        STEP_POINT_QUANTIL_DECREASE_CHANGE_MASS_GREATER,

        STEP_POINT_QUANTIL_DECREASE_CHANGE_QUANTIL,

        STEP_POINT_QUANTIL_DECREASE_CHANGE_MASS_QUANTIL,

        STEP_POINT_QUANTIL_DECREASE_CHANGE_MASS_SMALLER,


        STEP_POINT_QUANTIL_INCREASE_CHANGE_MASS_SMALLER,

        STEP_POINT_QUANTIL_INCREASE_CHANGE_MASS_QUANTILE,

        STEP_POINT_QUANTIL_INCREASE_CHANGE_QUANTIL,

        STEP_POINT_QUANTIL_INCREASE_CHANGE_MASS_GREATER,


        STEP_POINT_END,


        STEP_PIXEL_WRITE_OUT,

        STEP_PIXEL_CHANGE_DIRECTION,


        STEP_END,


        STEP_NUMBER_OF

    };

    size_t step_next = STEP_INIT_POSITION;

};


#endif // D_MAKRO_HUANGVISUALIZATION_H