TensorLabelsIsotropicRatio.h

#pragma once
 
#if _MSC_VER >= 1900 && defined(_M_X64)
 
#include "TensorLabels.h"
 
#include <atomic>
 
namespace FLImaging
{
    namespace AI
    {
        class FL_EXPORT CValidationImageExtractorDL;
 
        template <typename T>
        class FL_EXPORT CTensorLabelsIsotropicRatio : public CTensorLabels<T>
        {
        public:
            CTensorLabelsIsotropicRatio();
 
            CTensorLabelsIsotropicRatio(const CTensorLabelsIsotropicRatio<T>& tsr, bool bDeepCopy = true);
 
            virtual ~CTensorLabelsIsotropicRatio();
 
            virtual const CResult GetBinaryData(Base::CFLData& fldBinary, bool bSuperClass = false, int32_t i32Version = -1, bool bDumpMode = false) const override;
            virtual const CResult GetBinaryData(Base::CFLData* pFldBinary, bool bSuperClass = false, int32_t i32Version = -1, bool bDumpMode = false) const override;
 
            virtual const CResult SetBinaryData(const Base::CFLData& fldBinary, int64_t* pI64Offset = nullptr) override;
            virtual const CResult SetBinaryData(const Base::CFLData* pFldBinary, int64_t* pI64Offset = nullptr) override;
 
            virtual const CResult Create(const Base::CFLImage& fli, bool bNormalize = true, std::atomic<int32_t>* pI32CurrentPreparingTensorIndex = nullptr, std::atomic<int32_t>* pI32CurrentPreparingLabelIndex = nullptr, bool *pBAbort = nullptr);
            virtual const CResult Create(const Base::CFLImage* pFli, bool bNormalize = true, std::atomic<int32_t>* pI32CurrentPreparingTensorIndex = nullptr, std::atomic<int32_t>* pI32CurrentPreparingLabelIndex = nullptr, bool *pBAbort = nullptr);
            virtual const CResult Create(const Base::CFLImage& fli, const std::vector<int64_t>& vctNewSize, EResizeMethod eResizeMethod, bool bROIExtraction, bool bNormalize, const Base::CMultiVar<T>& mvBlankColor, ImageProcessing::EInterpolationMethod eInterpolationMethod, std::atomic<int32_t>* pI32CurrentPreparingTensorIndex, bool* pBAbort) override;
            virtual const CResult Create(const Base::CFLImage* pFli, const std::vector<int64_t>& vctNewSize, EResizeMethod eResizeMethod, bool bROIExtraction, bool bNormalize, const Base::CMultiVar<T>& mvBlankColor, ImageProcessing::EInterpolationMethod eInterpolationMethod, std::atomic<int32_t>* pI32CurrentPreparingTensorIndex, bool* pBAbort) override;
            virtual const CResult Create(const Base::CFLImage& fli, const std::vector<int64_t>& vctNewSize, EResizeMethod eResizeMethod = EResizeMethod_ScaleAllAxises, bool bROIExtraction = false, bool bNormalize = true, const Base::CMultiVar<T>& mvBlankColor = 0., ImageProcessing::EInterpolationMethod eInterpolationMethod = ImageProcessing::EInterpolationMethod_Bilinear, std::atomic<int32_t>* pI32CurrentPreparingTensorIndex = nullptr, std::atomic<int32_t>* pI32CurrentPreparingLabelIndex = nullptr, bool *pBAbort = nullptr);
            virtual const CResult Create(const Base::CFLImage* pFli, const std::vector<int64_t>& vctNewSize, EResizeMethod eResizeMethod = EResizeMethod_ScaleAllAxises, bool bROIExtraction = false, bool bNormalize = true, const Base::CMultiVar<T>& mvBlankColor = 0., ImageProcessing::EInterpolationMethod eInterpolationMethod = ImageProcessing::EInterpolationMethod_Bilinear, std::atomic<int32_t>* pI32CurrentPreparingTensorIndex = nullptr, std::atomic<int32_t>* pI32CurrentPreparingLabelIndex = nullptr, bool *pBAbort = nullptr);
 
            virtual const CResult Create(const wchar_t* pWcFilePath, const std::vector<int64_t>& vctNewSize, EResizeMethod eResizeMethod = EResizeMethod_ScaleAllAxises, bool bROIExtraction = false, bool bNormalize = true, const Base::CMultiVar<T>& mvBlankColor = 0., bool bRecursive = false, ImageProcessing::EInterpolationMethod eInterpolationMethod = ImageProcessing::EInterpolationMethod_Bilinear);
            virtual const CResult Create(const wchar_t* pWcFilePath, const std::initializer_list<int64_t>& ilNewSize, EResizeMethod eResizeMethod = EResizeMethod_ScaleAllAxises, bool bROIExtraction = false, bool bNormalize = true, const Base::CMultiVar<T>& mvBlankColor = 0., bool bRecursive = false, ImageProcessing::EInterpolationMethod eInterpolationMethod = ImageProcessing::EInterpolationMethod_Bilinear);
 
            virtual const CResult Assign(const CTensor<T>* pTsr, bool bDeepCopy = true) override;
 
            virtual const CResult Assign(const CTensorLabelsIsotropicRatio<T>& tsr, bool bDeepCopy = true);
            virtual const CResult Assign(const CTensorLabelsIsotropicRatio<T>* pTsr, bool bDeepCopy = true);
 
            virtual const CResult Append(const Base::CFLImage* pFli, EResizeMethod eResizeMethod = EResizeMethod_ScaleAllAxises, bool bROIExtraction = false, bool bNormalize = true, const Base::CMultiVar<T>& mvBlankColor = 0., ImageProcessing::EInterpolationMethod eInterpolationMethod = ImageProcessing::EInterpolationMethod_Bilinear, std::atomic<int32_t>* pI32CurrentPreparingTensorIndex = nullptr, std::atomic<int32_t>* pI32CurrentPreparingLabelIndex = nullptr, bool *pBAbort = nullptr);
            virtual const CResult Append(const wchar_t* pWcFilePath, bool bRecursive = false) override;
 
            virtual const CResult Initialize() override;
            virtual const CResult Clear() override;
 
            virtual const CResult SetBatchParameters(const CTensorImages<T>& tsr) override;
            virtual const CResult SetBatchParameters(const CTensorLabelsIsotropicRatio<T>& tsr);
 
            virtual const CResult SetAlignMode(EAlignMode eAlignMode = EAlignMode_Left);
            virtual EAlignMode GetAlignMode();
 
            virtual const CResult EnableAngleReflection(bool bAngleReflection = false);
            virtual bool IsAngleReflectionEnable();
 
            virtual const CResult EnableHorizental(bool bHorizental = true);
            virtual bool IsHorizentalEnable();
 
            virtual CTensorLabelsIsotropicRatio<T>& Evaluate() override;
 
            virtual CComputationalBase<T>* Clone() const override;
            virtual const CResult Swap(CComputationalBase<T>& cbSwap) override;
 
            virtual const CResult LoadTensor(const std::vector<int64_t>& vctBatchIndices) override;
 
 
            DeclareGetClassType();
            SupportToDuplicateObject(CTensorLabelsIsotropicRatio, *this);
        protected:
            virtual const CResult DecodeLabels(const wchar_t* pWcsImagePath, Base::CFLImage* pFli = nullptr) override;
            virtual const CResult AddLabel(const wchar_t* pWcsName, Foundation::CFLFigure* pFlfLabel, bool bFile = false);
 
            virtual const CResult CropImage(const Base::CFLImage* pFliSrc, Base::CFLImage* pFliDst, int64_t i64Width, int64_t i64Height, const Base::CMultiVar<T>& mvBlankColor, std::atomic<int32_t>* pI32CurrentPreparingLabelIndex = nullptr, bool* pBAbort = nullptr);
            virtual const CResult CropImage(const std::vector<int64_t>& vctBatchIndices, const Base::CFLImage* pFliSrc, Base::CFLImage* pFliDst, int64_t i64Width, int64_t i64Height, const Base::CMultiVar<T>& mvBlankColor, std::atomic<int32_t>* pI32CurrentPreparingLabelIndex = nullptr, bool* pBAbort = nullptr);
            virtual const CResult CropImageUnit(const Base::CFLImage* pFliSrc, Base::CFLImage* pFliDst, int32_t i32FigureNum, int64_t i64Width, int64_t i64Height);
            virtual const CResult CropImageUnit(const Base::CFLImage* pFliSrc, Base::CFLImagePage* pFliDstPage, int32_t i32FigureNum, int64_t i64Width, int64_t i64Height);
 
        protected:
 
            std::vector<std::pair<int32_t, int32_t>>& m_vctPageFigureNum;
 
            EAlignMode m_eAlignMode;
            bool m_bAngleReflection;
            bool m_bHorizontal;
            bool m_bSequenceLabel;
 
        private:
            friend class CValidationImageExtractorDL;
        public:
            DeclareGetSignletonObject(CTensorLabelsIsotropicRatio);
        };
 
        #define CCGFTensorLabelsIsotropicRatio(...) (*(new CTensorLabelsIsotropicRatio<float>(__VA_ARGS__)))
        #define CCGDTensorLabelsIsotropicRatio(...) (*(new CTensorLabelsIsotropicRatio<double>(__VA_ARGS__)))
 
        typedef CTensorLabelsIsotropicRatio<float> CTensorLabelsIsotropicRatioF;
        typedef CTensorLabelsIsotropicRatio<double> CTensorLabelsIsotropicRatioD;
    }
}
 
#endif