GUIViewImageLayerObjectBase.h

#pragma once
 
#include "GUIDefinitions.h"
#include <d2d1.h>
 
#define DAFAULT_FONTSIZE 12
 
namespace FLImaging
{
    namespace GUI
    {
        class CD2DObject;
 
        enum ELayerObjectType : uint32_t
        {
            ELayerObjectType_Base = 0x0000,
            ELayerObjectType_Figure = 0x0001,
            ELayerObjectType_Text = 0x0002,
 
            ELayerObjectType_Figure_Gbr = 0x0011,
            ELayerObjectType_Figure_Dxf = 0x0021,
        };
 
        // `CGUIViewImageLayerObjectFigureRef`, `CGUIViewImageLayerObjectTextRef` 객체에서 참조하는 객체의 타입
        // The type of the object referenced in the `CGUIViewImageLayerObjectFigureRef`, `CGUIViewImageLayerObjectTextRef` object
        enum EGUIVILOReferencedObjectType
        {
            EGUIVILOReferencedObjectType_Unknown = 0,
            EGUIVILOReferencedObjectType_CGUIViewImageObjectFigure,
            EGUIVILOReferencedObjectType_CGUIViewImageObjectImageFigure,
            EGUIVILOReferencedObjectType_CFLBase,
        };
 
        class FL_EXPORT CGUIViewImageLayerObjectBase
        {
        public:
            CGUIViewImageLayerObjectBase();
            CGUIViewImageLayerObjectBase(const CGUIViewImageLayerObjectBase* pRhs);
            CGUIViewImageLayerObjectBase(const CGUIViewImageLayerObjectBase& rhs);
            virtual ~CGUIViewImageLayerObjectBase();
 
            virtual const CResult Assign(const CGUIViewImageLayerObjectBase* pRhs);
            virtual const CResult Assign(const CGUIViewImageLayerObjectBase& rhs);
            virtual CGUIViewImageLayerObjectBase* DuplicateObject() const;
            virtual CGUIViewImageLayerObjectBase* CreateObject() const;
 
            virtual void Clear();
            virtual void ClearFigure();
 
            virtual bool SetFigure(const Foundation::CFLFigure& flfFigure);
            virtual bool SetFigure(const Foundation::CFLFigure* pFlfFigure, bool bRefFigure = false);
            Foundation::CFLFigure* GetFigure() const;
 
            virtual void SetLineColor(COLORREF crLineColor);
            COLORREF GetLineColor() const;
            D2D1_COLOR_F GetLineColorD2D1() const;
 
            virtual void SetFillColor(COLORREF crFillColor);
            virtual void ClearFillColor();
            COLORREF GetFillColor() const;
            D2D1_COLOR_F GetFillColorD2D1() const;
 
            virtual void SetLineColorAlphaBlendingRatio(float f32AlphaBlendingRatio);
            float GetLineColorAlphaBlendingRatio() const;
 
            virtual void SetFillColorAlphaBlendingRatio(float f32AlphaBlendingRatio);
            float GetFillColorAlphaBlendingRatio() const;
 
            void UseScreenCoord(bool bUse);
            bool IsUsingScreenCoord() const;
 
            void Show(bool bShow);
            bool IsVisible() const;
 
            void SetDirty(bool bDirty);
            bool IsDirty() const;
 
            // 이 값이 true 일 경우, `m_pFigure`는 깊은 복사로 생성된 객체의 포인터가 아닌 단순 참조만 하는 포인터입니다. 따라서 이 값이 true 이면 `m_pFigure`의 메모리 해제를 하지 않습니다.
            bool IsRefFigure() const;
 
        protected:
            void SetLayerObjectType(ELayerObjectType eType);
        public:
            ELayerObjectType GetLayerObjectType() const;
 
        public:
            Foundation::CFLFigure* m_pFigure;
            Foundation::CFLRect<double> m_rect;
 
            bool m_bUseScreenCoord;
            bool m_bShow;
            bool m_bDirty;
            ELayerObjectType m_eLayerObjectType;
 
        protected:
            COLORREF m_crLineColor;
            D2D1_COLOR_F m_d2dcLineColor;
            COLORREF m_crFillColor;
            D2D1_COLOR_F m_d2dcFillColor;
 
            float m_f32LineColorAlphaBlendingRatio;
            float m_f32FillColorAlphaBlendingRatio;
            bool m_bRefFigure;
 
        protected:
            void ConvertColorRefToD2DColor(const COLORREF& crColor, D2D1_COLOR_F& d2dcColor) const;
 
            friend class CGUIViewImageLayer;
            friend class CGUIViewImageLayerForDrawing;
            friend class CGUIViewGraphLayer;
        };
    }
}