ImgCodecOhc.h

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#ifndef __ImgCodecOhc_h
#define __ImgCodecOhc_h

#include <fstream>
#include "include.h"
//#include "mat.h"
//#include "vec.h"
#include "ImgCodecDefine.h"

namespace oph
{
    class OPH_DLL ImgCodecOhc {
    public: /* method */
        ImgCodecOhc();
        ImgCodecOhc(const std::string &_fname);
        ImgCodecOhc(const std::string &_fname, const oph::ohcHeader &_Header);
        virtual ~ImgCodecOhc() = 0;
        virtual void initOHCheader();
        virtual void releaseFldData();
        void releaseOHCheader();
        void releaseCodeBuffer();

        bool setFileName(const std::string &_fname);
        bool setOHCheader(const oph::ohcHeader &_Header);

        void getOHCheader(oph::ohcHeader &_Header);
        void getFieldInfo(oph::ohcFieldInfoHeader &_FieldInfo, std::vector<double_t> &_wavlenTable);

        void getComplexFieldData(OphComplexField& cmplx_field, uint wavelen_idx) { cmplx_field = field_cmplx[wavelen_idx]; }
        void getComplexFieldData(Complex<Real>** cmplx_field, uint wavelen_idx);

        void getComplexFieldData(OphComplexField** cmplx_field);
        void getComplexFieldData(Complex<Real>*** cmplx_field);


    protected: /* field */
        std::string fname;
        //void* buf = nullptr; //coded data
        float*  buf_f32 = nullptr; //coded data
        double* buf_f64 = nullptr; //coded data     
        std::vector<OphComplexField> field_cmplx; //Real & Imagine data
        std::vector<std::string> linkFilePath;

        oph::ohcHeader* Header = nullptr;
    };


    /* Load *.ohc file format to Complex field data */
    class OPH_DLL ImgDecoderOhc : public ImgCodecOhc {
    public:
        ImgDecoderOhc();
        ImgDecoderOhc(const std::string &_fname);
        ImgDecoderOhc(const std::string &_fname, const oph::ohcHeader &_Header);
        virtual ~ImgDecoderOhc();
        virtual void releaseFldData();

        //Get field Info parameters functions
        ivec2       getNumOfPixel();
        vec2        getPixelPitch();
        oph::LenUnit        getPixelPitchUnit();
        uint        getNumOfWavlen();
        oph::ColorType  getColorType();
        oph::ColorArran getColorArrange();
        oph::LenUnit        getUnitOfWavlen();
        oph::CompresType    getCompressedFormatType();
        void getWavelength(std::vector<double_t> &wavlen_array);
        void getLinkFilePath(std::vector<std::string> &linkFilePath_array);

        bool load();

    protected:
        void fieldToComplex(void);

        bool bLoadFile = false;
        //template<typename T> bool decodeFieldData();
        //template<typename T> Real decodePhase(const T phase, const Real min_p, const Real max_p, const double min_T, const double max_T);
        bool decodeFieldData();

        //Only Amplitude Encoding or Only Phase Encoding or Amplitude & Phase data
        std::vector<OphRealField> field_ampli;
        std::vector<OphRealField> field_phase;
        std::ifstream File;
    };


    /* Save Complex field data to *.ohc file format */
    class OPH_DLL ImgEncoderOhc : public ImgCodecOhc {
    public:
        ImgEncoderOhc();
        ImgEncoderOhc(const std::string &_fname);
        ImgEncoderOhc(const std::string &_fname, const ohcHeader &_Header);
        virtual ~ImgEncoderOhc();
        void initOHCheader();

        //Set field Info parameters functions
        void setNumOfPixel(const uint _pxNumX, const uint _pxNumY);
        void setNumOfPixel(const ivec2 _pxNum);
        void setPixelPitch(const double _pxPitchX, const double _pxPitchY, const LenUnit unit = LenUnit::m);
        void setPixelPitch(const vec2 _pxPitch, const LenUnit unit = LenUnit::m);
        void setNumOfWavlen(const uint n_wavlens);
        void setWavelength(const Real _wavlen, const LenUnit _unit = LenUnit::m);
        void setColorType(const ColorType _clrType);
        void setColorArrange(const ColorArran _clrArrange);
        void setUnitOfWavlen(const LenUnit unit);
        void setFieldEncoding(const FldStore _fldStore, const FldCodeType _fldCodeType); //const DataType _cmplxFldType = DataType::Float64);
        void setPhaseEncoding(const BPhaseCode _bPhaseCode, const double _phaseCodeMin, const double _phaseCodeMax);
        void setPhaseEncoding(const BPhaseCode _bPhaseCode, const vec2 _phaseCodeRange);
        //void setCompressedFormatType(const CompresType _comprsType);

        void addWavelengthNComplexFieldData(const Real wavlen, const OphComplexField &data);
        void addComplexFieldData(const OphComplexField &data);
        void addComplexFieldData(const Complex<Real> *data);
        void addWavelength(const Real wavlen);
        void clearWavelength();
        //void addLinkFilePath(const std::string &path);

        bool save();

    protected:
        //template<typename T> uint64_t encodeFieldData();
        //template<typename T> T encodePhase(const Real phase_angle, const Real min_p, const Real max_p, const double min_T, const double max_T);
        uint64_t encodeFieldData();

        std::ofstream File;
    };
}

#endif // !__ImgCodecOhc_h