QtVisionFrom/algorithm.h

#ifndef ALGORITHM_H
#define ALGORITHM_H

#include "algorithmbase.h"
#include <string>

class CannyEdge : public AlgorithmBase {

public:
    struct RuntimeParamsCannyEdge: public RuntimeParamsBase {
        int edgeCount;
        cv::Mat inputimage;
        cv::Mat outimage;
    } runtimeParams;
public:
    AlgorithmMeta cannyMeta;
    
    CannyEdge();
    ~CannyEdge() override = default;
    
    void process(cv::Mat image) override;
    AlgorithmMeta getParams() override;
    void setParams(const AlgorithmMeta& params) override;

    RuntimeParamsBase* getRuntimeParams() override
    {
        return &runtimeParams;
    }

public:
    // Store runtime parameters after process

};

class Thresholding : public AlgorithmBase {
public:
    std::string AlgoritName;
    int Thresh;
    int MaxVal;
    int Type;
    
    Thresholding();
    ~Thresholding() override = default;
    
    void process(cv::Mat image) override;
    AlgorithmMeta getParams() override;
    void setParams(const AlgorithmMeta& params) override;
    RuntimeParamsBase* getRuntimeParams() override {
        return &runtimeParams;
    }
    
    // Runtime parameters storage
    struct RuntimeParamsThresholding : public RuntimeParamsBase {
        cv::Mat inputimage;
        int whitePixelCount;
        cv::Mat outimage;
    } runtimeParams;
};

class GaussianBlur : public AlgorithmBase {
public:
    std::string AlgoritName;
    int KernelSize;
    double SigmaX;
    double SigmaY;
    
    GaussianBlur();
    ~GaussianBlur() override = default;
    
    void process(cv::Mat image) override;
    AlgorithmMeta getParams() override;
    void setParams(const AlgorithmMeta& params) override;
    RuntimeParamsBase* getRuntimeParams() override {
        return &runtimeParams;
    }
    
    // Runtime parameters storage
    struct RuntimeParamsGaussianBlur : public RuntimeParamsBase {
        cv::Mat inputimage;
        cv::Mat outimage;
    } runtimeParams;
};

class MedianBlur : public AlgorithmBase {
public:
    std::string AlgoritName;
    int KernelSize;
    
    MedianBlur();
    ~MedianBlur() override = default;
    
    void process(cv::Mat image) override;
    AlgorithmMeta getParams() override;
    void setParams(const AlgorithmMeta& params) override;
    RuntimeParamsBase* getRuntimeParams() override {
        return &runtimeParams;
    }
    
    // Runtime parameters storage
    struct RuntimeParamsGaussianBlur : public RuntimeParamsBase {
        cv::Mat inputimage;
        cv::Mat outimage;
    } runtimeParams;
};

class Dilate : public AlgorithmBase {
public:
    std::string AlgoritName;
    int KernerSize;
    int Iterations;
    
    Dilate();
    ~Dilate() override = default;
    
    void process(cv::Mat image) override;
    AlgorithmMeta getParams() override;
    void setParams(const AlgorithmMeta& params) override;
    RuntimeParamsBase* getRuntimeParams() override {
        return &runtimeParams;
    }
    
    // Runtime parameters storage
    struct RuntimeParamsDilate : public RuntimeParamsBase {
        cv::Mat inputimage;
        cv::Mat outimage;

    } runtimeParams;
};

class Erode : public AlgorithmBase {
public:
    std::string AlgoritName;
    int KernerSize;
    int Iterations;
    
    Erode();
    ~Erode() override = default;
    
    void process(cv::Mat image) override;
    AlgorithmMeta getParams() override;
    void setParams(const AlgorithmMeta& params) override;
    RuntimeParamsBase* getRuntimeParams() override {
        return &runtimeParams;
    }
    
    // Runtime parameters storage
    struct RuntimeParamsErode : public RuntimeParamsBase {
        cv::Mat inputimage;
        cv::Mat outimage;
    } runtimeParams;
};

class Grayscale : public AlgorithmBase {
public:
    std::string AlgoritName;
    
    Grayscale();
    ~Grayscale() override = default;
    
    void process(cv::Mat image) override;
    AlgorithmMeta getParams() override;
    void setParams(const AlgorithmMeta& params) override;
    RuntimeParamsBase* getRuntimeParams() override {
        return &runtimeParams;
    }
    
    // Runtime parameters storage
    struct RuntimeParamsGrayscale : public RuntimeParamsBase {
        cv::Mat inputimage;
        cv::Mat outimage;
    } runtimeParams;
};

class HistogramEqualization : public AlgorithmBase {
public:
    std::string AlgoritName;
    
    HistogramEqualization();
    ~HistogramEqualization() override = default;
    
    void process(cv::Mat image) override;
    AlgorithmMeta getParams() override;
    void setParams(const AlgorithmMeta& params) override;
    RuntimeParamsBase* getRuntimeParams() override {
        return &runtimeParams;
    }
    
    // Runtime parameters storage
    struct RuntimeParamsHistogramEqualization : public RuntimeParamsBase {
        cv::Mat inputimage;
        cv::Mat outimage;
    } runtimeParams;
};

class FindContours : public AlgorithmBase {
public:
    std::string AlgoritName;
    int Mode; // RETR_TREE
    int Method; // CHAIN_APPROX_SIMPLE
    
    FindContours();
    ~FindContours() override = default;
    
    void process(cv::Mat image) override;
    AlgorithmMeta getParams() override;
    void setParams(const AlgorithmMeta& params) override;
    RuntimeParamsBase* getRuntimeParams() override {
        return &runtimeParams;
    }
    
    // Runtime parameters storage
    struct RuntimeParamsFindContours : public RuntimeParamsBase {
        cv::Mat inputimage;
        cv::Mat outimage;
        int contourCount;
    } runtimeParams;
};

#endif // ALGORITHM_H