DefinitionsGUIFixedView.h

#pragma once
#include "DefinitionsGUI.h"
#include <unordered_map>


namespace FLImaging
{
    namespace GUI
    {
        enum EFixedViewPlacementSetSyncNumberPolicy
        {
            EFixedViewPlacementSetSyncNumberPolicy_NoOp = 0,

            EFixedViewPlacementSetSyncNumberPolicy_ReindexBestEffort,

            EFixedViewPlacementSetSyncNumberPolicy_RecreateMismatched,

            EFixedViewPlacementSetSyncNumberPolicy_RecreateAll,
 
            EFixedViewPlacementSetSyncNumberPolicy_Count,
        };
 
        enum EFixedViewPropertyFlag : uint64_t
        {
            EFixedViewPropertyFlag_ConstantTitle,
            EFixedViewPropertyFlag_ViewImage_PixelAccuracyX,
            EFixedViewPropertyFlag_ViewImage_PixelAccuracyY,
            EFixedViewPropertyFlag_ViewImage_PixelAccuracyUnit,
            EFixedViewPropertyFlag_ViewImage_ImageFigureBorderWidth,
            EFixedViewPropertyFlag_ViewImage_ImageFigureOpacityBorder,
            EFixedViewPropertyFlag_ViewImage_ImageFigureOpacityFill,
            EFixedViewPropertyFlag_ViewImage_ImageFigureTextOpacityBorder,
            EFixedViewPropertyFlag_ViewImage_ImageFigureTextOpacityFill,
            EFixedViewPropertyFlag_ViewImage_ImageFigureTextFont,
            EFixedViewPropertyFlag_ViewImage_ImageFigureRealSizeText,
            EFixedViewPropertyFlag_ViewImage_FigureObjectInformationTextVisibility,
            EFixedViewPropertyFlag_ViewImage_FigureObjectInformationTextRealSize,
            EFixedViewPropertyFlag_ViewImage_FigureObjectInformationTextFontSize,
            EFixedViewPropertyFlag_ViewImage_FigureObjectInformationTextOption,
            EFixedViewPropertyFlag_ViewImage_FigureObjectInformationTextNotation,
            EFixedViewPropertyFlag_ViewImage_FigureObjectInformationTextDecimalPlaces,
            EFixedViewPropertyFlag_ViewImage_FigureObjectInformationTextNotationForPixelAccuracy,
            EFixedViewPropertyFlag_ViewImage_FigureObjectInformationTextDecimalPlacesForPixelAccuracy,
            EFixedViewPropertyFlag_ViewImage_FigureObjectMagnetToImage,
            EFixedViewPropertyFlag_ViewImage_FigureObjectAngleMagnet,
 
            EFixedViewPropertyFlag_ViewImage_CreateImage_Width,
            EFixedViewPropertyFlag_ViewImage_CreateImage_Height,
            EFixedViewPropertyFlag_ViewImage_CreateImage_Channel,
            EFixedViewPropertyFlag_ViewImage_CreateImage_SepChannel,
            EFixedViewPropertyFlag_ViewImage_CreateImage_Depth,
            EFixedViewPropertyFlag_ViewImage_CreateImage_ValueType,
            EFixedViewPropertyFlag_ViewImage_CreateImage_AlignByte,
            EFixedViewPropertyFlag_ViewImage_CreateImage_WidthStepByte,
            EFixedViewPropertyFlag_ViewImage_CreateImage_FillSameVal,
            EFixedViewPropertyFlag_ViewImage_CreateImage_PixelValue,
 
            EFixedViewPropertyFlag_ViewImage_ConfirmActions,
            EFixedViewPropertyFlag_ViewImage_AutoZoomFitTriggerFlags,
            EFixedViewPropertyFlag_ViewImage_AutoZoomFitTolerance,
 
            EFixedViewPropertyFlag_Count,
 
            EFixedViewPropertyFlag_ViewDrawing_PixelAccuracyX = EFixedViewPropertyFlag_ViewImage_PixelAccuracyX,
            EFixedViewPropertyFlag_ViewDrawing_PixelAccuracyY = EFixedViewPropertyFlag_ViewImage_PixelAccuracyY,
            EFixedViewPropertyFlag_ViewDrawing_PixelAccuracyUnit = EFixedViewPropertyFlag_ViewImage_PixelAccuracyUnit,
        };
 
        typedef struct FL_EXPORT sFixedViewDeclarationProperty
        {
            sFixedViewDeclarationProperty();
            sFixedViewDeclarationProperty(const sFixedViewDeclarationProperty& rhs);
            sFixedViewDeclarationProperty(const sFixedViewDeclarationProperty* pRhs);
            const sFixedViewDeclarationProperty& operator=(const sFixedViewDeclarationProperty& rhs);
            const CResult Assign(const sFixedViewDeclarationProperty& rhs);
            const CResult Assign(const sFixedViewDeclarationProperty* pRhs);
 
            virtual ~sFixedViewDeclarationProperty();
 
            virtual bool GetFlag(EFixedViewPropertyFlag e) const;
            virtual void SetFlag(EFixedViewPropertyFlag e, bool bFlag = true);
            virtual void SetAllFlags(bool bFlag = true);
 
            bool* m_pArrBSaveItems;
 
            Base::CFLString<wchar_t> strViewName;
            Base::CFLString<wchar_t> strConstantTitle;
 
            double f64PAX;
            double f64PAY;
            Foundation::ELengthUnit eLenUnit;
 
            // prefix IF means ImageFigure
            int32_t i32IFBorderWidth;
            float f32IFOpacityBorder;
            float f32IFOpacityFill;
            float f32IFTextOpacityBorder;
            float f32IFTextOpacityFill;
            bool bIFRealSizeText;
            LOGFONT lfIFFont;
 
            // prefix Viof means ViewImageObjectFigure
            bool bViofInfoTextVisibility;
            bool bViofInfoTextRealSize;
            float f32ViofInfoTextFontSize;
            EFigureObjectInformationText eViofInfoTextOption;
            bool bViofInfoTextNotation;
            uint32_t u32ViofInfoTextDecimalPlaces;
            bool bViofInfoTextNotationForPixelAccuracy;
            uint32_t u32ViofInfoTextDecimalPlacesForPixelAccuracy;
            bool bViofMagnetToImage;
            bool bViofAngleMagnet;
 
            // prefix CI means Create Image
            int32_t i32CIWidth;
            int32_t i32CIHeight;
            int32_t i32CIChannel;
            bool bCISepChannel;
            int32_t i32CIDepth;
            Base::EValueType eCIValueType;
            int32_t i32CIAlignByte;
            int32_t i32CIWSB;
            bool bCIFillSameVal;
            Base::CMultiVar<double> mvCIChValD;
            Base::CMultiVar<uint64_t> mvCIChValULL;
            Base::CMultiVar<int64_t> mvCIChValLL;
 
            std::unordered_map<uint32_t, bool>& mapConfirmActions;
            EGUIViewImageAutoZoomFitTriggerFlags eAutoZoomFitTriggerFlags;
            double f64AutoZoomFitImageSizeDiffToleranceRatio;
 
        }SFixedViewDeclarationProperty;
    }
}