FLImaging 6.5.8.1
FLFigure.h
1#pragma once
2
9#include <cstdint>
10
11#include "FLFigureForwardDeclaration.h"
12#include "DefinitionsFigure.h"
13#include "FLFigureAttribute.h"
14
16namespace FLImaging
17{
19 namespace Foundation
20 {
26 class FL_EXPORT CFLFigure : public Base::CFLBase
27 {
28 public:
29
37 virtual void Clear();
38
52 virtual const CResult Load(const wchar_t* pWcsFileName) sealed;
53
67 virtual const CResult Save(const wchar_t* pWcsFileName) const sealed;
68
82 virtual const CResult SetName(const wchar_t* pWcsName) sealed;
83
97 virtual const CResult SetName(const wchar_t wcName) sealed;
98
108 virtual const wchar_t* GetName() const sealed;
109
119 virtual const CResult ClearName() sealed;
120
136 virtual const CResult EnableRasterOperation(bool bSet);
137
149 virtual bool IsRasterOperationEnabled() const;
150
164 virtual const CResult EnableRasterRegionOutline(bool bSet) sealed;
165
175 virtual bool IsRasterRegionOutlineEnabled() const sealed;
176
190 virtual const CResult SetRasterRegionOutlineThickness(float f32Thickness) sealed;
191
201 virtual float GetRasterRegionOutlineThickness() const sealed;
202
214 virtual const CResult SetAttributeDrawingLineColor(uint32_t u32LineColor) sealed;
215
231 virtual const CResult SetAttributeDrawingLineColor(uint8_t u8Blue, uint8_t u8Green, uint8_t u8Red) sealed;
232
244 virtual const CResult GetAttributeDrawingLineColor(uint32_t& u32LineColor) const sealed;
245
255 virtual const CResult ClearAttributeDrawingLineColor() sealed;
256
268 virtual const CResult SetAttributeDrawingLineWidth(int32_t i32LineWidth) sealed;
269
281 virtual const CResult GetAttributeDrawingLineWidth(int32_t& i32LineWidth) const sealed;
282
292 virtual const CResult ClearAttributeDrawingLineWidth() sealed;
293
305 virtual const CResult SetAttributeDrawingFillColor(uint32_t u32FillColor) sealed;
306
322 virtual const CResult SetAttributeDrawingFillColor(uint8_t u8Blue, uint8_t u8Green, uint8_t u8Red) sealed;
323
335 virtual const CResult GetAttributeDrawingFillColor(uint32_t& u32FillColor) const sealed;
336
346 virtual const CResult ClearAttributeDrawingFillColor() sealed;
347
361 virtual const CResult SetAttributeDrawingPenStyle(EAttributeDrawingPenStyle ePenStyle) sealed;
362
376 virtual const CResult GetAttributeDrawingPenStyle(EAttributeDrawingPenStyle& ePenStyle) const sealed;
377
387 virtual const CResult ClearAttributeDrawingPenStyle() sealed;
388
400 virtual const CResult SetAttributeDrawingLineColorAlphaRatio(float f32LineColorAlphaRatio) sealed;
401
413 virtual const CResult GetAttributeDrawingLineColorAlphaRatio(float& f32LineColorAlphaRatio) const sealed;
414
424 virtual const CResult ClearAttributeDrawingLineColorAlphaRatio() sealed;
425
437 virtual const CResult SetAttributeDrawingFillColorAlphaRatio(float f32FillColorAlphaRatio) sealed;
438
450 virtual const CResult GetAttributeDrawingFillColorAlphaRatio(float& f32FillColorAlphaRatio) const sealed;
451
461 virtual const CResult ClearAttributeDrawingFillColorAlphaRatio() sealed;
462
474 virtual const CResult SetAttributeDrawingEdgeColor(uint32_t u32EdgeColor) sealed;
475
491 virtual const CResult SetAttributeDrawingEdgeColor(uint8_t u8Blue, uint8_t u8Green, uint8_t u8Red) sealed;
492
504 virtual const CResult GetAttributeDrawingEdgeColor(uint32_t& u32EdgeColor) const sealed;
505
515 virtual const CResult ClearAttributeDrawingEdgeColor() sealed;
516
528 virtual const CResult EnableAttributeDrawingRealSizeLineWidth(bool bEnable) sealed;
529
541 virtual const CResult IsAttributeDrawingRealSizeLineWidthEnabled(bool& bEnabled) const sealed;
542
552 virtual const CResult ClearAttributeDrawingRealSizeLineWidth() sealed;
553
561 virtual bool IsValid() const override;
562
570 virtual bool IsFigureValid() const;
571
581 virtual EFigureDeclType GetDeclType() const = 0;
582
592 virtual EFigureTemplateType GetTemplateType() const;
593
594
602 virtual double GetWidth() const;
603
611 virtual double GetHeight() const;
612
620 virtual double GetAngle() const;
621
629 virtual double GetArea() const;
630
638 virtual double GetPerimeter() const;
639
647 virtual double GetLength() const;
648
656 virtual double GetMinimumEnclosingRectangleWidth() const;
657
665 virtual double GetMinimumEnclosingRectangleHeight() const;
666
674 virtual double GetMinimumEnclosingRectangleAngle() const;
675
683 virtual double GetMinimumEnclosingRectangleArea() const;
684
692 virtual double GetMinimumEnclosingRectanglePerimeter() const;
693
701 virtual double GetMinimumEnclosingRectangleLongSideLength() const;
702
710 virtual double GetMinimumEnclosingRectangleShortSideLength() const;
711
719 virtual double GetMinimumEnclosingRectangleShortLongRatio() const;
720
730 virtual EWindingDirection GetWindingDirection() const;
731
743 virtual const CResult ReverseSequence();
744
758 virtual uint64_t GetVertexCountRecursive(EIncludingRegionType eType = EIncludingRegionType_All) const;
759
781 virtual const CResult GetVertexCount(CFLFigureArray& flfaResult, EIncludingRegionType eType = EIncludingRegionType_All, bool bRecursive = true) const;
782
804 virtual const CResult GetVertexCount(CFLFigureArray* pFlfaResult, EIncludingRegionType eType = EIncludingRegionType_All, bool bRecursive = true) const;
805
821 virtual const CResult MeasureThickness(double& f64Thickness, double f64SamplingStep = 1.) const;
822
838 virtual const CResult MeasureThickness(double* pF64Thickness, double f64SamplingStep = 1.) const;
839
851 virtual const CResult MakeFigureValid();
852
864 virtual const CResult MakeFigureInvalid();
865
879 virtual const CResult Inflate(int32_t i32HalfSize);
880
894 virtual const CResult Inflate(int64_t i64HalfSize);
895
909 virtual const CResult Inflate(float f32HalfSize);
910
924 virtual const CResult Inflate(double f64HalfSize);
925
943 virtual const CResult Inflate(int32_t left, int32_t top, int32_t right, int32_t bottom);
944
962 virtual const CResult Inflate(int64_t left, int64_t top, int64_t right, int64_t bottom);
963
981 virtual const CResult Inflate(float left, float top, float right, float bottom);
982
1000 virtual const CResult Inflate(double left, double top, double right, double bottom);
1001
1015 virtual const CResult Inflate(int32_t width, int32_t height);
1016
1030 virtual const CResult Inflate(int64_t width, int64_t height);
1031
1045 virtual const CResult Inflate(float width, float height);
1046
1060 virtual const CResult Inflate(double width, double height);
1061
1075 virtual const CResult Inflate(const CFLPoint<int32_t>& point);
1076
1090 virtual const CResult Inflate(const CFLPoint<int32_t>* pPoint);
1091
1105 virtual const CResult Inflate(const CFLPoint<int64_t>& point);
1106
1120 virtual const CResult Inflate(const CFLPoint<int64_t>* pPoint);
1121
1135 virtual const CResult Inflate(const CFLPoint<float>& point);
1136
1150 virtual const CResult Inflate(const CFLPoint<float>* pPoint);
1151
1165 virtual const CResult Inflate(const CFLPoint<double>& point);
1166
1180 virtual const CResult Inflate(const CFLPoint<double>* pPoint);
1181
1195 virtual const CResult Inflate(const CFLLine<int32_t>& line);
1196
1210 virtual const CResult Inflate(const CFLLine<int32_t>* pLine);
1211
1225 virtual const CResult Inflate(const CFLLine<int64_t>& line);
1226
1240 virtual const CResult Inflate(const CFLLine<int64_t>* pLine);
1241
1255 virtual const CResult Inflate(const CFLLine<float>& line);
1256
1270 virtual const CResult Inflate(const CFLLine<float>* pLine);
1271
1285 virtual const CResult Inflate(const CFLLine<double>& line);
1286
1300 virtual const CResult Inflate(const CFLLine<double>* pLine);
1301
1315 virtual const CResult Inflate(const CFLRect<int32_t>& rect);
1316
1330 virtual const CResult Inflate(const CFLRect<int32_t>* pRect);
1331
1345 virtual const CResult Inflate(const CFLRect<int64_t>& rect);
1346
1360 virtual const CResult Inflate(const CFLRect<int64_t>* pRect);
1361
1375 virtual const CResult Inflate(const CFLRect<float>& rect);
1376
1390 virtual const CResult Inflate(const CFLRect<float>* pRect);
1391
1405 virtual const CResult Inflate(const CFLRect<double>& rect);
1406
1420 virtual const CResult Inflate(const CFLRect<double>* pRect);
1421
1439 virtual const CResult Scale(int32_t i32PivotX, int32_t i32PivotY, double f64RatioX, double f64RatioY);
1440
1458 virtual const CResult Scale(int64_t i64PivotX, int64_t i64PivotY, double f64RatioX, double f64RatioY);
1459
1477 virtual const CResult Scale(float f32PivotX, float f32PivotY, double f64RatioX, double f64RatioY);
1478
1496 virtual const CResult Scale(double f64PivotX, double f64PivotY, double f64RatioX, double f64RatioY);
1497
1515 virtual const CResult Scale(const CFLPoint<int32_t>& flpPivot, double f64RatioX, double f64RatioY);
1516
1534 virtual const CResult Scale(const CFLPoint<int32_t>* pFlpPivot, double f64RatioX, double f64RatioY);
1535
1553 virtual const CResult Scale(const CFLPoint<int64_t>& flpPivot, double f64RatioX, double f64RatioY);
1554
1572 virtual const CResult Scale(const CFLPoint<int64_t>* pFlpPivot, double f64RatioX, double f64RatioY);
1573
1591 virtual const CResult Scale(const CFLPoint<float>& flpPivot, double f64RatioX, double f64RatioY);
1592
1610 virtual const CResult Scale(const CFLPoint<float>* pFlpPivot, double f64RatioX, double f64RatioY);
1611
1629 virtual const CResult Scale(const CFLPoint<double>& flpPivot, double f64RatioX, double f64RatioY);
1630
1648 virtual const CResult Scale(const CFLPoint<double>* pFlpPivot, double f64RatioX, double f64RatioY);
1649
1665 virtual const CResult Extend(int32_t i32HalfSize);
1666
1682 virtual const CResult Extend(int64_t i64HalfSize);
1683
1699 virtual const CResult Extend(float f32HalfSize);
1700
1716 virtual const CResult Extend(double f64HalfSize);
1717
1735 virtual const CResult Extend(int32_t i32HalfWidth, int32_t i32HalfHeight);
1736
1754 virtual const CResult Extend(int64_t i64HalfWidth, int64_t i64HalfHeight);
1755
1773 virtual const CResult Extend(float f32HalfWidth, float f32HalfHeight);
1774
1792 virtual const CResult Extend(double f64HalfWidth, double f64HalfHeight);
1793
1815 virtual const CResult Extend(int32_t left, int32_t top, int32_t right, int32_t bottom);
1816
1838 virtual const CResult Extend(int64_t left, int64_t top, int64_t right, int64_t bottom);
1839
1861 virtual const CResult Extend(float left, float top, float right, float bottom);
1862
1884 virtual const CResult Extend(double left, double top, double right, double bottom);
1885
1903 virtual const CResult Extend(const Base::TPoint<int32_t>& tpSize);
1904
1922 virtual const CResult Extend(const Base::TPoint<int32_t>* pTpSize);
1923
1941 virtual const CResult Extend(const Base::TPoint<int64_t>& tpSize);
1942
1960 virtual const CResult Extend(const Base::TPoint<int64_t>* pTpSize);
1961
1979 virtual const CResult Extend(const Base::TPoint<float>& tpSize);
1980
1998 virtual const CResult Extend(const Base::TPoint<float>* pTpSize);
1999
2017 virtual const CResult Extend(const Base::TPoint<double>& tpSize);
2018
2036 virtual const CResult Extend(const Base::TPoint<double>* pTpSize);
2037
2055 virtual const CResult Extend(const Base::TRect<int32_t>& trSize);
2056
2074 virtual const CResult Extend(const Base::TRect<int32_t>* pTrSize);
2075
2093 virtual const CResult Extend(const Base::TRect<int64_t>& trSize);
2094
2112 virtual const CResult Extend(const Base::TRect<int64_t>* pTrSize);
2113
2131 virtual const CResult Extend(const Base::TRect<float>& trSize);
2132
2150 virtual const CResult Extend(const Base::TRect<float>* pTrSize);
2151
2169 virtual const CResult Extend(const Base::TRect<double>& trSize);
2170
2188 virtual const CResult Extend(const Base::TRect<double>* pTrSize);
2189
2207 virtual const CResult Extend(const CFLPoint<int32_t>& flpSize);
2208
2226 virtual const CResult Extend(const CFLPoint<int32_t>* pFlpSize);
2227
2245 virtual const CResult Extend(const CFLPoint<int64_t>& flpSize);
2246
2264 virtual const CResult Extend(const CFLPoint<int64_t>* pFlpSize);
2265
2283 virtual const CResult Extend(const CFLPoint<float>& flpSize);
2284
2302 virtual const CResult Extend(const CFLPoint<float>* pFlpSize);
2303
2321 virtual const CResult Extend(const CFLPoint<double>& flpSize);
2322
2340 virtual const CResult Extend(const CFLPoint<double>* pFlpSize);
2341
2359 virtual const CResult Extend(const CFLLine<int32_t>& fllSize);
2360
2378 virtual const CResult Extend(const CFLLine<int32_t>* pFllSize);
2379
2397 virtual const CResult Extend(const CFLLine<int64_t>& fllSize);
2398
2416 virtual const CResult Extend(const CFLLine<int64_t>* pFllSize);
2417
2435 virtual const CResult Extend(const CFLLine<float>& fllSize);
2436
2454 virtual const CResult Extend(const CFLLine<float>* pFllSize);
2455
2473 virtual const CResult Extend(const CFLLine<double>& fllSize);
2474
2492 virtual const CResult Extend(const CFLLine<double>* pFllSize);
2493
2511 virtual const CResult Extend(const CFLRect<int32_t>& flrSize);
2512
2530 virtual const CResult Extend(const CFLRect<int32_t>* pFlrSize);
2531
2549 virtual const CResult Extend(const CFLRect<int64_t>& flrSize);
2550
2568 virtual const CResult Extend(const CFLRect<int64_t>* pFlrSize);
2569
2587 virtual const CResult Extend(const CFLRect<float>& flrSize);
2588
2606 virtual const CResult Extend(const CFLRect<float>* pFlrSize);
2607
2625 virtual const CResult Extend(const CFLRect<double>& flrSize);
2626
2644 virtual const CResult Extend(const CFLRect<double>* pFlrSize);
2645
2655 virtual bool IsCollision(const CFLFigure& figure) const;
2656
2666 virtual bool IsCollision(const CFLFigure* pFigure) const;
2667
2679 virtual bool IsCollision(const Base::TPoint<int32_t>& point) const;
2680
2692 virtual bool IsCollision(const Base::TPoint<int32_t>* pPoint) const;
2693
2705 virtual bool IsCollision(const Base::TPoint<int64_t>& point) const;
2706
2718 virtual bool IsCollision(const Base::TPoint<int64_t>* pPoint) const;
2719
2731 virtual bool IsCollision(const Base::TPoint<float>& point) const;
2732
2744 virtual bool IsCollision(const Base::TPoint<float>* pPoint) const;
2745
2757 virtual bool IsCollision(const Base::TPoint<double>& point) const;
2758
2770 virtual bool IsCollision(const Base::TPoint<double>* pPoint) const;
2771
2783 virtual bool IsCollision(const Base::TRect<int32_t>& rect) const;
2784
2796 virtual bool IsCollision(const Base::TRect<int32_t>* pRect) const;
2797
2809 virtual bool IsCollision(const Base::TRect<int64_t>& rect) const;
2810
2822 virtual bool IsCollision(const Base::TRect<int64_t>* pRect) const;
2823
2835 virtual bool IsCollision(const Base::TRect<float>& rect) const;
2836
2848 virtual bool IsCollision(const Base::TRect<float>* pRect) const;
2849
2861 virtual bool IsCollision(const Base::TRect<double>& rect) const;
2862
2874 virtual bool IsCollision(const Base::TRect<double>* pRect) const;
2875
2887 virtual bool IsCollision(const CFLPoint<int32_t>& point) const;
2888
2900 virtual bool IsCollision(const CFLPoint<int32_t>* pPoint) const;
2901
2913 virtual bool IsCollision(const CFLPoint<int64_t>& point) const;
2914
2926 virtual bool IsCollision(const CFLPoint<int64_t>* pPoint) const;
2927
2939 virtual bool IsCollision(const CFLPoint<float>& point) const;
2940
2952 virtual bool IsCollision(const CFLPoint<float>* pPoint) const;
2953
2965 virtual bool IsCollision(const CFLPoint<double>& point) const;
2966
2978 virtual bool IsCollision(const CFLPoint<double>* pPoint) const;
2979
2991 virtual bool IsCollision(const CFLLine<int32_t>& line) const;
2992
3004 virtual bool IsCollision(const CFLLine<int32_t>* pLine) const;
3005
3017 virtual bool IsCollision(const CFLLine<int64_t>& line) const;
3018
3030 virtual bool IsCollision(const CFLLine<int64_t>* pLine) const;
3031
3043 virtual bool IsCollision(const CFLLine<float>& line) const;
3044
3056 virtual bool IsCollision(const CFLLine<float>* pLine) const;
3057
3069 virtual bool IsCollision(const CFLLine<double>& line) const;
3070
3082 virtual bool IsCollision(const CFLLine<double>* pLine) const;
3083
3095 virtual bool IsCollision(const CFLRect<int32_t>& rect) const;
3096
3108 virtual bool IsCollision(const CFLRect<int32_t>* pRect) const;
3109
3121 virtual bool IsCollision(const CFLRect<int64_t>& rect) const;
3122
3134 virtual bool IsCollision(const CFLRect<int64_t>* pRect) const;
3135
3147 virtual bool IsCollision(const CFLRect<float>& rect) const;
3148
3160 virtual bool IsCollision(const CFLRect<float>* pRect) const;
3161
3173 virtual bool IsCollision(const CFLRect<double>& rect) const;
3174
3186 virtual bool IsCollision(const CFLRect<double>* pRect) const;
3187
3199 virtual bool IsCollision(const CFLRoundRect<int32_t>& flrr) const;
3200
3212 virtual bool IsCollision(const CFLRoundRect<int32_t>* pFlrr) const;
3213
3225 virtual bool IsCollision(const CFLRoundRect<int64_t>& flrr) const;
3226
3238 virtual bool IsCollision(const CFLRoundRect<int64_t>* pFlrr) const;
3239
3251 virtual bool IsCollision(const CFLRoundRect<float>& flrr) const;
3252
3264 virtual bool IsCollision(const CFLRoundRect<float>* pFlrr) const;
3265
3277 virtual bool IsCollision(const CFLRoundRect<double>& flrr) const;
3278
3290 virtual bool IsCollision(const CFLRoundRect<double>* pFlrr) const;
3291
3303 virtual bool IsCollision(const CFLQuad<int32_t>& quad) const;
3304
3316 virtual bool IsCollision(const CFLQuad<int32_t>* pQuad) const;
3317
3329 virtual bool IsCollision(const CFLQuad<int64_t>& quad) const;
3330
3342 virtual bool IsCollision(const CFLQuad<int64_t>* pQuad) const;
3343
3355 virtual bool IsCollision(const CFLQuad<float>& quad) const;
3356
3368 virtual bool IsCollision(const CFLQuad<float>* pQuad) const;
3369
3381 virtual bool IsCollision(const CFLQuad<double>& quad) const;
3382
3394 virtual bool IsCollision(const CFLQuad<double>* pQuad) const;
3395
3407 virtual bool IsCollision(const CFLCircle<int32_t>& cir) const;
3408
3420 virtual bool IsCollision(const CFLCircle<int32_t>* pCir) const;
3421
3433 virtual bool IsCollision(const CFLCircle<int64_t>& cir) const;
3434
3446 virtual bool IsCollision(const CFLCircle<int64_t>* pCir) const;
3447
3459 virtual bool IsCollision(const CFLCircle<float>& cir) const;
3460
3472 virtual bool IsCollision(const CFLCircle<float>* pCir) const;
3473
3485 virtual bool IsCollision(const CFLCircle<double>& cir) const;
3486
3498 virtual bool IsCollision(const CFLCircle<double>* pCir) const;
3499
3511 virtual bool IsCollision(const CFLEllipse<int32_t>& ell) const;
3512
3524 virtual bool IsCollision(const CFLEllipse<int32_t>* pEll) const;
3525
3537 virtual bool IsCollision(const CFLEllipse<int64_t>& ell) const;
3538
3550 virtual bool IsCollision(const CFLEllipse<int64_t>* pEll) const;
3551
3563 virtual bool IsCollision(const CFLEllipse<float>& ell) const;
3564
3576 virtual bool IsCollision(const CFLEllipse<float>* pEll) const;
3577
3589 virtual bool IsCollision(const CFLEllipse<double>& ell) const;
3590
3602 virtual bool IsCollision(const CFLEllipse<double>* pEll) const;
3603
3615 virtual bool IsCollision(const CFLDoughnut<int32_t>& doughnut) const;
3616
3628 virtual bool IsCollision(const CFLDoughnut<int32_t>* pDoughnut) const;
3629
3641 virtual bool IsCollision(const CFLDoughnut<int64_t>& doughnut) const;
3642
3654 virtual bool IsCollision(const CFLDoughnut<int64_t>* pDoughnut) const;
3655
3667 virtual bool IsCollision(const CFLDoughnut<float>& doughnut) const;
3668
3680 virtual bool IsCollision(const CFLDoughnut<float>* pDoughnut) const;
3681
3693 virtual bool IsCollision(const CFLDoughnut<double>& doughnut) const;
3694
3706 virtual bool IsCollision(const CFLDoughnut<double>* pDoughnut) const;
3707
3719 virtual bool IsCollision(const CFLCubicSpline& flcs) const;
3720
3732 virtual bool IsCollision(const CFLCubicSpline* pFlcs) const;
3733
3745 virtual bool IsCollision(const CFLBezierQuadraticCurve& flbc2) const;
3746
3758 virtual bool IsCollision(const CFLBezierQuadraticCurve* pFlbc2) const;
3759
3771 virtual bool IsCollision(const CFLBezierCubicCurve& flbc3) const;
3772
3784 virtual bool IsCollision(const CFLBezierCubicCurve* pFlbc3) const;
3785
3797 virtual bool IsCollision(const CFLBezierQuarticCurve& flbc4) const;
3798
3810 virtual bool IsCollision(const CFLBezierQuarticCurve* pFlbc4) const;
3811
3823 virtual bool IsCollision(const CFLRegion& flrg) const;
3824
3836 virtual bool IsCollision(const CFLRegion* pFlrg) const;
3837
3849 virtual bool IsCollision(const CFLComplexRegion& flcr) const;
3850
3862 virtual bool IsCollision(const CFLComplexRegion* pFlcr) const;
3863
3875 virtual bool IsCollision(const CFLFigureArray& flfa) const;
3876
3888 virtual bool IsCollision(const CFLFigureArray* pFlfa) const;
3889
3901 virtual bool IsCollision(const CFLPointArray& flpa) const;
3902
3914 virtual bool IsCollision(const CFLPointArray* pFlpa) const;
3915
3916
3932 virtual const CResult GetIntersection(const CFLFigure& figure, CFLFigureArray* pFlfaResult) const;
3933
3949 virtual const CResult GetIntersection(const CFLFigure* pFigure, CFLFigureArray* pFlfaResult) const;
3950
3968 virtual const CResult GetIntersection(const CFLLine<int32_t>& line, CFLFigureArray* pFlfaResult) const;
3969
3987 virtual const CResult GetIntersection(const CFLLine<int32_t>* pLine, CFLFigureArray* pFlfaResult) const;
3988
4006 virtual const CResult GetIntersection(const CFLLine<int64_t>& line, CFLFigureArray* pFlfaResult) const;
4007
4025 virtual const CResult GetIntersection(const CFLLine<int64_t>* pLine, CFLFigureArray* pFlfaResult) const;
4026
4044 virtual const CResult GetIntersection(const CFLLine<float>& line, CFLFigureArray* pFlfaResult) const;
4045
4063 virtual const CResult GetIntersection(const CFLLine<float>* pLine, CFLFigureArray* pFlfaResult) const;
4064
4082 virtual const CResult GetIntersection(const CFLLine<double>& line, CFLFigureArray* pFlfaResult) const;
4083
4101 virtual const CResult GetIntersection(const CFLLine<double>* pLine, CFLFigureArray* pFlfaResult) const;
4102
4120 virtual const CResult GetIntersection(const CFLRect<int32_t>& rect, CFLFigureArray* pFlfaResult) const;
4121
4139 virtual const CResult GetIntersection(const CFLRect<int32_t>* pRect, CFLFigureArray* pFlfaResult) const;
4140
4158 virtual const CResult GetIntersection(const CFLRect<int64_t>& rect, CFLFigureArray* pFlfaResult) const;
4159
4177 virtual const CResult GetIntersection(const CFLRect<int64_t>* pRect, CFLFigureArray* pFlfaResult) const;
4178
4196 virtual const CResult GetIntersection(const CFLRect<float>& rect, CFLFigureArray* pFlfaResult) const;
4197
4215 virtual const CResult GetIntersection(const CFLRect<float>* pRect, CFLFigureArray* pFlfaResult) const;
4216
4234 virtual const CResult GetIntersection(const CFLRect<double>& rect, CFLFigureArray* pFlfaResult) const;
4235
4253 virtual const CResult GetIntersection(const CFLRect<double>* pRect, CFLFigureArray* pFlfaResult) const;
4254
4272 virtual const CResult GetIntersection(const CFLRoundRect<int32_t>& flrr, CFLFigureArray* pFlfaResult) const;
4273
4291 virtual const CResult GetIntersection(const CFLRoundRect<int32_t>* pFlrr, CFLFigureArray* pFlfaResult) const;
4292
4310 virtual const CResult GetIntersection(const CFLRoundRect<int64_t>& flrr, CFLFigureArray* pFlfaResult) const;
4311
4329 virtual const CResult GetIntersection(const CFLRoundRect<int64_t>* pFlrr, CFLFigureArray* pFlfaResult) const;
4330
4348 virtual const CResult GetIntersection(const CFLRoundRect<float>& flrr, CFLFigureArray* pFlfaResult) const;
4349
4367 virtual const CResult GetIntersection(const CFLRoundRect<float>* pFlrr, CFLFigureArray* pFlfaResult) const;
4368
4386 virtual const CResult GetIntersection(const CFLRoundRect<double>& flrr, CFLFigureArray* pFlfaResult) const;
4387
4405 virtual const CResult GetIntersection(const CFLRoundRect<double>* pFlrr, CFLFigureArray* pFlfaResult) const;
4406
4424 virtual const CResult GetIntersection(const CFLQuad<int32_t>& quad, CFLFigureArray* pFlfaResult) const;
4425
4443 virtual const CResult GetIntersection(const CFLQuad<int32_t>* pQuad, CFLFigureArray* pFlfaResult) const;
4444
4462 virtual const CResult GetIntersection(const CFLQuad<int64_t>& quad, CFLFigureArray* pFlfaResult) const;
4463
4481 virtual const CResult GetIntersection(const CFLQuad<int64_t>* pQuad, CFLFigureArray* pFlfaResult) const;
4482
4500 virtual const CResult GetIntersection(const CFLQuad<float>& quad, CFLFigureArray* pFlfaResult) const;
4501
4519 virtual const CResult GetIntersection(const CFLQuad<float>* pQuad, CFLFigureArray* pFlfaResult) const;
4520
4538 virtual const CResult GetIntersection(const CFLQuad<double>& quad, CFLFigureArray* pFlfaResult) const;
4539
4557 virtual const CResult GetIntersection(const CFLQuad<double>* pQuad, CFLFigureArray* pFlfaResult) const;
4558
4576 virtual const CResult GetIntersection(const CFLCircle<int32_t>& cir, CFLFigureArray* pFlfaResult) const;
4577
4595 virtual const CResult GetIntersection(const CFLCircle<int32_t>* pCir, CFLFigureArray* pFlfaResult) const;
4596
4614 virtual const CResult GetIntersection(const CFLCircle<int64_t>& cir, CFLFigureArray* pFlfaResult) const;
4615
4633 virtual const CResult GetIntersection(const CFLCircle<int64_t>* pCir, CFLFigureArray* pFlfaResult) const;
4634
4652 virtual const CResult GetIntersection(const CFLCircle<float>& cir, CFLFigureArray* pFlfaResult) const;
4653
4671 virtual const CResult GetIntersection(const CFLCircle<float>* pCir, CFLFigureArray* pFlfaResult) const;
4672
4690 virtual const CResult GetIntersection(const CFLCircle<double>& cir, CFLFigureArray* pFlfaResult) const;
4691
4709 virtual const CResult GetIntersection(const CFLCircle<double>* pCir, CFLFigureArray* pFlfaResult) const;
4710
4728 virtual const CResult GetIntersection(const CFLEllipse<int32_t>& ell, CFLFigureArray* pFlfaResult) const;
4729
4747 virtual const CResult GetIntersection(const CFLEllipse<int32_t>* pEll, CFLFigureArray* pFlfaResult) const;
4748
4766 virtual const CResult GetIntersection(const CFLEllipse<int64_t>& ell, CFLFigureArray* pFlfaResult) const;
4767
4785 virtual const CResult GetIntersection(const CFLEllipse<int64_t>* pEll, CFLFigureArray* pFlfaResult) const;
4786
4804 virtual const CResult GetIntersection(const CFLEllipse<float>& ell, CFLFigureArray* pFlfaResult) const;
4805
4823 virtual const CResult GetIntersection(const CFLEllipse<float>* pEll, CFLFigureArray* pFlfaResult) const;
4824
4842 virtual const CResult GetIntersection(const CFLEllipse<double>& ell, CFLFigureArray* pFlfaResult) const;
4843
4861 virtual const CResult GetIntersection(const CFLEllipse<double>* pEll, CFLFigureArray* pFlfaResult) const;
4862
4880 virtual const CResult GetIntersection(const CFLDoughnut<int32_t>& doughnut, CFLFigureArray* pFlfaResult) const;
4881
4899 virtual const CResult GetIntersection(const CFLDoughnut<int32_t>* pDoughnut, CFLFigureArray* pFlfaResult) const;
4900
4918 virtual const CResult GetIntersection(const CFLDoughnut<int64_t>& doughnut, CFLFigureArray* pFlfaResult) const;
4919
4937 virtual const CResult GetIntersection(const CFLDoughnut<int64_t>* pDoughnut, CFLFigureArray* pFlfaResult) const;
4938
4956 virtual const CResult GetIntersection(const CFLDoughnut<float>& doughnut, CFLFigureArray* pFlfaResult) const;
4957
4975 virtual const CResult GetIntersection(const CFLDoughnut<float>* pDoughnut, CFLFigureArray* pFlfaResult) const;
4976
4994 virtual const CResult GetIntersection(const CFLDoughnut<double>& doughnut, CFLFigureArray* pFlfaResult) const;
4995
5013 virtual const CResult GetIntersection(const CFLDoughnut<double>* pDoughnut, CFLFigureArray* pFlfaResult) const;
5014
5032 virtual const CResult GetIntersection(const CFLRegion& flrg, CFLFigureArray* pFlfaResult) const;
5033
5051 virtual const CResult GetIntersection(const CFLRegion* pFlrg, CFLFigureArray* pFlfaResult) const;
5052
5070 virtual const CResult GetIntersection(const CFLCubicSpline& flcs, CFLFigureArray* pFlfaResult) const;
5071
5089 virtual const CResult GetIntersection(const CFLCubicSpline* pFlcs, CFLFigureArray* pFlfaResult) const;
5090
5108 virtual const CResult GetIntersection(const CFLBezierQuadraticCurve& flbc2, CFLFigureArray* pFlfaResult) const;
5109
5127 virtual const CResult GetIntersection(const CFLBezierQuadraticCurve* pFlbc2, CFLFigureArray* pFlfaResult) const;
5128
5146 virtual const CResult GetIntersection(const CFLBezierCubicCurve& flbc3, CFLFigureArray* pFlfaResult) const;
5147
5165 virtual const CResult GetIntersection(const CFLBezierCubicCurve* pFlbc3, CFLFigureArray* pFlfaResult) const;
5166
5184 virtual const CResult GetIntersection(const CFLBezierQuarticCurve& flbc4, CFLFigureArray* pFlfaResult) const;
5185
5203 virtual const CResult GetIntersection(const CFLBezierQuarticCurve* pFlbc4, CFLFigureArray* pFlfaResult) const;
5204
5222 virtual const CResult GetIntersection(const CFLComplexRegion& flcr, CFLFigureArray* pFlfaResult) const;
5223
5241 virtual const CResult GetIntersection(const CFLComplexRegion* pFlcr, CFLFigureArray* pFlfaResult) const;
5242
5258 virtual const CResult GetIntersection(const CFLFigureArray& flfaOperand, CFLFigureArray* pFlfaResult) const;
5259
5275 virtual const CResult GetIntersection(const CFLFigureArray* pFlfaOperand, CFLFigureArray* pFlfaResult) const;
5276
5277
5278
5288 virtual CFLPoint<double> GetCenter() const;
5289
5303 virtual const CResult GetCenter(int32_t& x, int32_t& y) const;
5304
5318 virtual const CResult GetCenter(int32_t* x, int32_t* y) const;
5319
5333 virtual const CResult GetCenter(int64_t& x, int64_t& y) const;
5334
5348 virtual const CResult GetCenter(int64_t* x, int64_t* y) const;
5349
5363 virtual const CResult GetCenter(float& x, float& y) const;
5364
5378 virtual const CResult GetCenter(float* x, float* y) const;
5379
5393 virtual const CResult GetCenter(double& x, double& y) const;
5394
5408 virtual const CResult GetCenter(double* x, double* y) const;
5409
5410
5424 virtual const CResult GetCenter(Foundation::CFLPoint<int32_t>& point) const;
5425
5439 virtual const CResult GetCenter(Foundation::CFLPoint<int32_t>* pPoint) const;
5440
5454 virtual const CResult GetCenter(Foundation::CFLPoint<int64_t>& point) const;
5455
5469 virtual const CResult GetCenter(Foundation::CFLPoint<int64_t>* pPoint) const;
5470
5484 virtual const CResult GetCenter(Foundation::CFLPoint<float>& point) const;
5485
5499 virtual const CResult GetCenter(Foundation::CFLPoint<float>* pPoint) const;
5500
5514 virtual const CResult GetCenter(Foundation::CFLPoint<double>& point) const;
5515
5529 virtual const CResult GetCenter(Foundation::CFLPoint<double>* pPoint) const;
5530
5540 virtual CFLPoint<double> GetCenterOfGravity() const;
5541
5555 virtual const CResult GetCenterOfGravity(int32_t& x, int32_t& y) const;
5556
5570 virtual const CResult GetCenterOfGravity(int32_t* x, int32_t* y) const;
5571
5585 virtual const CResult GetCenterOfGravity(int64_t& x, int64_t& y) const;
5586
5600 virtual const CResult GetCenterOfGravity(int64_t* x, int64_t* y) const;
5601
5615 virtual const CResult GetCenterOfGravity(float& x, float& y) const;
5616
5630 virtual const CResult GetCenterOfGravity(float* x, float* y) const;
5631
5645 virtual const CResult GetCenterOfGravity(double& x, double& y) const;
5646
5660 virtual const CResult GetCenterOfGravity(double* x, double* y) const;
5661
5675 virtual const CResult GetCenterOfGravity(Foundation::CFLPoint<int32_t>& point) const;
5676
5690 virtual const CResult GetCenterOfGravity(Foundation::CFLPoint<int32_t>* pPoint) const;
5691
5705 virtual const CResult GetCenterOfGravity(Foundation::CFLPoint<int64_t>& point) const;
5706
5720 virtual const CResult GetCenterOfGravity(Foundation::CFLPoint<int64_t>* pPoint) const;
5721
5735 virtual const CResult GetCenterOfGravity(Foundation::CFLPoint<float>& point) const;
5736
5750 virtual const CResult GetCenterOfGravity(Foundation::CFLPoint<float>* pPoint) const;
5751
5765 virtual const CResult GetCenterOfGravity(Foundation::CFLPoint<double>& point) const;
5766
5780 virtual const CResult GetCenterOfGravity(Foundation::CFLPoint<double>* pPoint) const;
5781
5791 virtual CFLPoint<double> GetMinimumEnclosingRectangleCenter() const;
5792
5806 virtual const CResult GetMinimumEnclosingRectangleCenter(int32_t& x, int32_t& y) const;
5807
5821 virtual const CResult GetMinimumEnclosingRectangleCenter(int32_t* x, int32_t* y) const;
5822
5836 virtual const CResult GetMinimumEnclosingRectangleCenter(int64_t& x, int64_t& y) const;
5837
5851 virtual const CResult GetMinimumEnclosingRectangleCenter(int64_t* x, int64_t* y) const;
5852
5866 virtual const CResult GetMinimumEnclosingRectangleCenter(float& x, float& y) const;
5867
5881 virtual const CResult GetMinimumEnclosingRectangleCenter(float* x, float* y) const;
5882
5896 virtual const CResult GetMinimumEnclosingRectangleCenter(double& x, double& y) const;
5897
5911 virtual const CResult GetMinimumEnclosingRectangleCenter(double* x, double* y) const;
5912
5926 virtual const CResult GetMinimumEnclosingRectangleCenter(Foundation::CFLPoint<int32_t>& point) const;
5927
5941 virtual const CResult GetMinimumEnclosingRectangleCenter(Foundation::CFLPoint<int32_t>* pPoint) const;
5942
5956 virtual const CResult GetMinimumEnclosingRectangleCenter(Foundation::CFLPoint<int64_t>& point) const;
5957
5971 virtual const CResult GetMinimumEnclosingRectangleCenter(Foundation::CFLPoint<int64_t>* pPoint) const;
5972
5986 virtual const CResult GetMinimumEnclosingRectangleCenter(Foundation::CFLPoint<float>& point) const;
5987
6001 virtual const CResult GetMinimumEnclosingRectangleCenter(Foundation::CFLPoint<float>* pPoint) const;
6002
6016 virtual const CResult GetMinimumEnclosingRectangleCenter(Foundation::CFLPoint<double>& point) const;
6017
6031 virtual const CResult GetMinimumEnclosingRectangleCenter(Foundation::CFLPoint<double>* pPoint) const;
6032
6033
6041 virtual CFLRect<double> GetBoundaryRect() const;
6042
6060 virtual const CResult GetBoundaryRect(int32_t& left, int32_t& top, int32_t& right, int32_t& bottom) const;
6061
6079 virtual const CResult GetBoundaryRect(int32_t* pLeft, int32_t* pTop, int32_t* pRight, int32_t* pBottom) const;
6080
6098 virtual const CResult GetBoundaryRect(int64_t& left, int64_t& top, int64_t& right, int64_t& bottom) const;
6099
6117 virtual const CResult GetBoundaryRect(int64_t* pLeft, int64_t* pTop, int64_t* pRight, int64_t* pBottom) const;
6118
6136 virtual const CResult GetBoundaryRect(float& left, float& top, float& right, float& bottom) const;
6137
6155 virtual const CResult GetBoundaryRect(float* pLeft, float* pTop, float* pRight, float* pBottom) const;
6156
6174 virtual const CResult GetBoundaryRect(double& left, double& top, double& right, double& bottom) const;
6175
6193 virtual const CResult GetBoundaryRect(double* pLeft, double* pTop, double* pRight, double* pBottom) const;
6194
6208 virtual const CResult GetBoundaryRect(CFLRect<int32_t>& rect) const;
6209
6223 virtual const CResult GetBoundaryRect(CFLRect<int32_t>* pRect) const;
6224
6238 virtual const CResult GetBoundaryRect(CFLRect<int64_t>& rect) const;
6239
6253 virtual const CResult GetBoundaryRect(CFLRect<int64_t>* pRect) const;
6254
6268 virtual const CResult GetBoundaryRect(CFLRect<float>& rect) const;
6269
6283 virtual const CResult GetBoundaryRect(CFLRect<float>* pRect) const;
6284
6298 virtual const CResult GetBoundaryRect(CFLRect<double>& rect) const;
6299
6313 virtual const CResult GetBoundaryRect(CFLRect<double>* pRect) const;
6314
6315
6327 virtual const CResult Offset(int32_t val);
6328
6340 virtual const CResult Offset(int64_t val);
6341
6353 virtual const CResult Offset(float val);
6354
6366 virtual const CResult Offset(double val);
6367
6381 virtual const CResult Offset(int32_t x, int32_t y);
6382
6396 virtual const CResult Offset(int64_t x, int64_t y);
6397
6411 virtual const CResult Offset(float x, float y);
6412
6426 virtual const CResult Offset(double x, double y);
6427
6441 virtual const CResult Offset(const CFLPoint<int32_t>& point);
6442
6456 virtual const CResult Offset(const CFLPoint<int32_t>* pPoint);
6457
6471 virtual const CResult Offset(const CFLPoint<int64_t>& point);
6472
6486 virtual const CResult Offset(const CFLPoint<int64_t>* pPoint);
6487
6501 virtual const CResult Offset(const CFLPoint<float>& point);
6502
6516 virtual const CResult Offset(const CFLPoint<float>* pPoint);
6517
6531 virtual const CResult Offset(const CFLPoint<double>& point);
6532
6546 virtual const CResult Offset(const CFLPoint<double>* pPoint);
6547
6561 virtual const CResult Multiply(int32_t i32Mul);
6562
6576 virtual const CResult Multiply(int64_t i64Mul);
6577
6591 virtual const CResult Multiply(float f32Mul);
6592
6606 virtual const CResult Multiply(double f64Mul);
6607
6623 virtual const CResult Multiply(int32_t i32MulX, int32_t i32MulY);
6624
6640 virtual const CResult Multiply(int64_t i64MulX, int64_t i64MulY);
6641
6657 virtual const CResult Multiply(float f32MulX, float f32MulY);
6658
6674 virtual const CResult Multiply(double f64MulX, double f64MulY);
6675
6691 virtual const CResult Multiply(const CFLPoint<int32_t>& flp);
6692
6708 virtual const CResult Multiply(const CFLPoint<int32_t>* pFlp);
6709
6725 virtual const CResult Multiply(const CFLPoint<int64_t>& flp);
6726
6742 virtual const CResult Multiply(const CFLPoint<int64_t>* pFlp);
6743
6759 virtual const CResult Multiply(const CFLPoint<float>& flp);
6760
6776 virtual const CResult Multiply(const CFLPoint<float>* pFlp);
6777
6793 virtual const CResult Multiply(const CFLPoint<double>& flp);
6794
6810 virtual const CResult Multiply(const CFLPoint<double>* pFlp);
6811
6812
6830 virtual const CResult GetRasterRegion(CFLFigureArray& flfa, const CFLPoint<int64_t>* pFlpImageSize) const;
6831
6849 virtual const CResult GetRasterRegion(CFLFigureArray* pFlfaResult, const CFLPoint<int64_t>* pFlpImageSize) const;
6850
6868 virtual const CResult GetRasterRegion(CFLFigureArray& flfa, const CFLRect<int64_t>* pFlrROI = nullptr) const;
6869
6887 virtual const CResult GetRasterRegion(CFLFigureArray* pFlfaResult, const CFLRect<int64_t>* pFlrROI = nullptr) const;
6888
6908 virtual const CResult GetRasterRegion(Base::CFLArray<Base::TRect<int32_t>>& flaResult, const CFLPoint<int64_t>* pFlpImageSize) const;
6909
6929 virtual const CResult GetRasterRegion(Base::CFLArray<Base::TRect<int32_t>>* pFlaResult, const CFLPoint<int64_t>* pFlpImageSize) const;
6930
6950 virtual const CResult GetRasterRegion(Base::CFLArray<Base::TRect<int32_t>>& flaResult, const CFLRect<int64_t>* pFlrROI = nullptr) const;
6951
6971 virtual const CResult GetRasterRegion(Base::CFLArray<Base::TRect<int32_t>>* pFlaResult, const CFLRect<int64_t>* pFlrROI = nullptr) const;
6972
6992 virtual const CResult GetRasterRegion(Base::CFLArray<Base::TRect<int64_t>>& flaResult, const CFLPoint<int64_t>* pFlpImageSize) const;
6993
7013 virtual const CResult GetRasterRegion(Base::CFLArray<Base::TRect<int64_t>>* pFlaResult, const CFLPoint<int64_t>* pFlpImageSize) const;
7014
7034 virtual const CResult GetRasterRegion(Base::CFLArray<Base::TRect<int64_t>>& flaResult, const CFLRect<int64_t>* pFlrROI = nullptr) const;
7035
7055 virtual const CResult GetRasterRegion(Base::CFLArray<Base::TRect<int64_t>>* pFlaResult, const CFLRect<int64_t>* pFlrROI = nullptr) const;
7056
7076 virtual const CResult GetRasterRegion(Base::CFLArray<Base::TRect<float>>& flaResult, const CFLPoint<int64_t>* pFlpImageSize) const;
7077
7097 virtual const CResult GetRasterRegion(Base::CFLArray<Base::TRect<float>>* pFlaResult, const CFLPoint<int64_t>* pFlpImageSize) const;
7098
7118 virtual const CResult GetRasterRegion(Base::CFLArray<Base::TRect<float>>& flaResult, const CFLRect<int64_t>* pFlrROI = nullptr) const;
7119
7139 virtual const CResult GetRasterRegion(Base::CFLArray<Base::TRect<float>>* pFlaResult, const CFLRect<int64_t>* pFlrROI = nullptr) const;
7140
7160 virtual const CResult GetRasterRegion(Base::CFLArray<Base::TRect<double>>& flaResult, const CFLPoint<int64_t>* pFlpImageSize) const;
7161
7181 virtual const CResult GetRasterRegion(Base::CFLArray<Base::TRect<double>>* pFlaResult, const CFLPoint<int64_t>* pFlpImageSize) const;
7182
7202 virtual const CResult GetRasterRegion(Base::CFLArray<Base::TRect<double>>& flaResult, const CFLRect<int64_t>* pFlrROI = nullptr) const;
7203
7223 virtual const CResult GetRasterRegion(Base::CFLArray<Base::TRect<double>>* pFlaResult, const CFLRect<int64_t>* pFlrROI = nullptr) const;
7224
7246 virtual const CResult GetRasterRegion(Base::CFLArray<Base::TPoint3<int32_t>>& flaResult, const CFLRect<int64_t>* pFlrROI = nullptr) const;
7247
7269 virtual const CResult GetRasterRegion(Base::CFLArray<Base::TPoint3<int32_t>>* pFlaResult, const CFLRect<int64_t>* pFlrROI = nullptr) const;
7270
7271
7285 virtual const CResult Set(const Base::CFLImage& fli);
7286
7300 virtual const CResult Set(const Base::CFLImage* pFli);
7301
7315 virtual const CResult Set(const Base::CFLImagePage& flip);
7316
7330 virtual const CResult Set(const Base::CFLImagePage* pFlip);
7331
7343 virtual const CResult Set(const CFLFigure& flf);
7344
7356 virtual const CResult Set(const CFLFigure* pFlf);
7357
7358
7376 virtual const CResult GetRegionOfIntersection(const CFLFigure& figure, CFLFigureArray* pFlfaResult) const;
7377
7395 virtual const CResult GetRegionOfIntersection(const CFLFigure* pFigure, CFLFigureArray* pFlfaResult) const;
7396
7416 virtual const CResult GetRegionOfIntersection(const CFLRect<int32_t>& rect, CFLFigureArray* pFlfaResult) const;
7417
7437 virtual const CResult GetRegionOfIntersection(const CFLRect<int32_t>* pRect, CFLFigureArray* pFlfaResult) const;
7438
7458 virtual const CResult GetRegionOfIntersection(const CFLRect<int64_t>& rect, CFLFigureArray* pFlfaResult) const;
7459
7479 virtual const CResult GetRegionOfIntersection(const CFLRect<int64_t>* pRect, CFLFigureArray* pFlfaResult) const;
7480
7500 virtual const CResult GetRegionOfIntersection(const CFLRect<float>& rect, CFLFigureArray* pFlfaResult) const;
7501
7521 virtual const CResult GetRegionOfIntersection(const CFLRect<float>* pRect, CFLFigureArray* pFlfaResult) const;
7522
7542 virtual const CResult GetRegionOfIntersection(const CFLRect<double>& rect, CFLFigureArray* pFlfaResult) const;
7543
7563 virtual const CResult GetRegionOfIntersection(const CFLRect<double>* pRect, CFLFigureArray* pFlfaResult) const;
7564
7584 virtual const CResult GetRegionOfIntersection(const CFLRoundRect<int32_t>& flrr, CFLFigureArray* pFlfaResult) const;
7585
7605 virtual const CResult GetRegionOfIntersection(const CFLRoundRect<int32_t>* pFlrr, CFLFigureArray* pFlfaResult) const;
7606
7626 virtual const CResult GetRegionOfIntersection(const CFLRoundRect<int64_t>& flrr, CFLFigureArray* pFlfaResult) const;
7627
7647 virtual const CResult GetRegionOfIntersection(const CFLRoundRect<int64_t>* pFlrr, CFLFigureArray* pFlfaResult) const;
7648
7668 virtual const CResult GetRegionOfIntersection(const CFLRoundRect<float>& flrr, CFLFigureArray* pFlfaResult) const;
7669
7689 virtual const CResult GetRegionOfIntersection(const CFLRoundRect<float>* pFlrr, CFLFigureArray* pFlfaResult) const;
7690
7710 virtual const CResult GetRegionOfIntersection(const CFLRoundRect<double>& flrr, CFLFigureArray* pFlfaResult) const;
7711
7731 virtual const CResult GetRegionOfIntersection(const CFLRoundRect<double>* pFlrr, CFLFigureArray* pFlfaResult) const;
7732
7752 virtual const CResult GetRegionOfIntersection(const CFLQuad<int32_t>& quad, CFLFigureArray* pFlfaResult) const;
7753
7773 virtual const CResult GetRegionOfIntersection(const CFLQuad<int32_t>* pQuad, CFLFigureArray* pFlfaResult) const;
7774
7794 virtual const CResult GetRegionOfIntersection(const CFLQuad<int64_t>& quad, CFLFigureArray* pFlfaResult) const;
7795
7815 virtual const CResult GetRegionOfIntersection(const CFLQuad<int64_t>* pQuad, CFLFigureArray* pFlfaResult) const;
7816
7836 virtual const CResult GetRegionOfIntersection(const CFLQuad<float>& quad, CFLFigureArray* pFlfaResult) const;
7837
7857 virtual const CResult GetRegionOfIntersection(const CFLQuad<float>* pQuad, CFLFigureArray* pFlfaResult) const;
7858
7878 virtual const CResult GetRegionOfIntersection(const CFLQuad<double>& quad, CFLFigureArray* pFlfaResult) const;
7879
7899 virtual const CResult GetRegionOfIntersection(const CFLQuad<double>* pQuad, CFLFigureArray* pFlfaResult) const;
7900
7901
7921 virtual const CResult GetRegionOfIntersection(const CFLCircle<int32_t>& cir, CFLFigureArray* pFlfaResult) const;
7922
7942 virtual const CResult GetRegionOfIntersection(const CFLCircle<int32_t>* pCir, CFLFigureArray* pFlfaResult) const;
7943
7963 virtual const CResult GetRegionOfIntersection(const CFLCircle<int64_t>& cir, CFLFigureArray* pFlfaResult) const;
7964
7984 virtual const CResult GetRegionOfIntersection(const CFLCircle<int64_t>* pCir, CFLFigureArray* pFlfaResult) const;
7985
8005 virtual const CResult GetRegionOfIntersection(const CFLCircle<float>& cir, CFLFigureArray* pFlfaResult) const;
8006
8026 virtual const CResult GetRegionOfIntersection(const CFLCircle<float>* pCir, CFLFigureArray* pFlfaResult) const;
8027
8047 virtual const CResult GetRegionOfIntersection(const CFLCircle<double>& cir, CFLFigureArray* pFlfaResult) const;
8048
8068 virtual const CResult GetRegionOfIntersection(const CFLCircle<double>* pCir, CFLFigureArray* pFlfaResult) const;
8069
8089 virtual const CResult GetRegionOfIntersection(const CFLEllipse<int32_t>& ell, CFLFigureArray* pFlfaResult) const;
8090
8110 virtual const CResult GetRegionOfIntersection(const CFLEllipse<int32_t>* pEll, CFLFigureArray* pFlfaResult) const;
8111
8131 virtual const CResult GetRegionOfIntersection(const CFLEllipse<int64_t>& ell, CFLFigureArray* pFlfaResult) const;
8132
8152 virtual const CResult GetRegionOfIntersection(const CFLEllipse<int64_t>* pEll, CFLFigureArray* pFlfaResult) const;
8153
8173 virtual const CResult GetRegionOfIntersection(const CFLEllipse<float>& ell, CFLFigureArray* pFlfaResult) const;
8174
8194 virtual const CResult GetRegionOfIntersection(const CFLEllipse<float>* pEll, CFLFigureArray* pFlfaResult) const;
8195
8215 virtual const CResult GetRegionOfIntersection(const CFLEllipse<double>& ell, CFLFigureArray* pFlfaResult) const;
8216
8236 virtual const CResult GetRegionOfIntersection(const CFLEllipse<double>* pEll, CFLFigureArray* pFlfaResult) const;
8237
8257 virtual const CResult GetRegionOfIntersection(const CFLDoughnut<int32_t>& doughnut, CFLFigureArray* pFlfaResult) const;
8258
8278 virtual const CResult GetRegionOfIntersection(const CFLDoughnut<int32_t>* pDoughnut, CFLFigureArray* pFlfaResult) const;
8279
8299 virtual const CResult GetRegionOfIntersection(const CFLDoughnut<int64_t>& doughnut, CFLFigureArray* pFlfaResult) const;
8300
8320 virtual const CResult GetRegionOfIntersection(const CFLDoughnut<int64_t>* pDoughnut, CFLFigureArray* pFlfaResult) const;
8321
8341 virtual const CResult GetRegionOfIntersection(const CFLDoughnut<float>& doughnut, CFLFigureArray* pFlfaResult) const;
8342
8362 virtual const CResult GetRegionOfIntersection(const CFLDoughnut<float>* pDoughnut, CFLFigureArray* pFlfaResult) const;
8363
8383 virtual const CResult GetRegionOfIntersection(const CFLDoughnut<double>& doughnut, CFLFigureArray* pFlfaResult) const;
8384
8404 virtual const CResult GetRegionOfIntersection(const CFLDoughnut<double>* pDoughnut, CFLFigureArray* pFlfaResult) const;
8405
8425 virtual const CResult GetRegionOfIntersection(const CFLRegion& flrg, CFLFigureArray* pFlfaResult) const;
8426
8446 virtual const CResult GetRegionOfIntersection(const CFLRegion* pFlrg, CFLFigureArray* pFlfaResult) const;
8447
8467 virtual const CResult GetRegionOfIntersection(const CFLComplexRegion& flcr, CFLFigureArray* pFlfaResult) const;
8468
8488 virtual const CResult GetRegionOfIntersection(const CFLComplexRegion* pFlcr, CFLFigureArray* pFlfaResult) const;
8489
8507 virtual const CResult GetRegionOfIntersection(const CFLFigureArray& flfaOperand, CFLFigureArray* pFlfaResult) const;
8508
8526 virtual const CResult GetRegionOfIntersection(const CFLFigureArray* pFlfaOperand, CFLFigureArray* pFlfaResult) const;
8527
8545 virtual const CResult GetRegionOfUnion(const CFLFigure& figure, CFLFigureArray* pFlfaResult) const;
8546
8564 virtual const CResult GetRegionOfUnion(const CFLFigure* pFigure, CFLFigureArray* pFlfaResult) const;
8565
8585 virtual const CResult GetRegionOfUnion(const CFLRect<int32_t>& rect, CFLFigureArray* pFlfaResult) const;
8586
8606 virtual const CResult GetRegionOfUnion(const CFLRect<int32_t>* pRect, CFLFigureArray* pFlfaResult) const;
8607
8627 virtual const CResult GetRegionOfUnion(const CFLRect<int64_t>& rect, CFLFigureArray* pFlfaResult) const;
8628
8648 virtual const CResult GetRegionOfUnion(const CFLRect<int64_t>* pRect, CFLFigureArray* pFlfaResult) const;
8649
8669 virtual const CResult GetRegionOfUnion(const CFLRect<float>& rect, CFLFigureArray* pFlfaResult) const;
8670
8690 virtual const CResult GetRegionOfUnion(const CFLRect<float>* pRect, CFLFigureArray* pFlfaResult) const;
8691
8711 virtual const CResult GetRegionOfUnion(const CFLRect<double>& rect, CFLFigureArray* pFlfaResult) const;
8712
8732 virtual const CResult GetRegionOfUnion(const CFLRect<double>* pRect, CFLFigureArray* pFlfaResult) const;
8733
8753 virtual const CResult GetRegionOfUnion(const CFLRoundRect<int32_t>& flrr, CFLFigureArray* pFlfaResult) const;
8754
8774 virtual const CResult GetRegionOfUnion(const CFLRoundRect<int32_t>* pFlrr, CFLFigureArray* pFlfaResult) const;
8775
8795 virtual const CResult GetRegionOfUnion(const CFLRoundRect<int64_t>& flrr, CFLFigureArray* pFlfaResult) const;
8796
8816 virtual const CResult GetRegionOfUnion(const CFLRoundRect<int64_t>* pFlrr, CFLFigureArray* pFlfaResult) const;
8817
8837 virtual const CResult GetRegionOfUnion(const CFLRoundRect<float>& flrr, CFLFigureArray* pFlfaResult) const;
8838
8858 virtual const CResult GetRegionOfUnion(const CFLRoundRect<float>* pFlrr, CFLFigureArray* pFlfaResult) const;
8859
8879 virtual const CResult GetRegionOfUnion(const CFLRoundRect<double>& flrr, CFLFigureArray* pFlfaResult) const;
8880
8900 virtual const CResult GetRegionOfUnion(const CFLRoundRect<double>* pFlrr, CFLFigureArray* pFlfaResult) const;
8901
8921 virtual const CResult GetRegionOfUnion(const CFLQuad<int32_t>& quad, CFLFigureArray* pFlfaResult) const;
8922
8942 virtual const CResult GetRegionOfUnion(const CFLQuad<int32_t>* pQuad, CFLFigureArray* pFlfaResult) const;
8943
8963 virtual const CResult GetRegionOfUnion(const CFLQuad<int64_t>& quad, CFLFigureArray* pFlfaResult) const;
8964
8984 virtual const CResult GetRegionOfUnion(const CFLQuad<int64_t>* pQuad, CFLFigureArray* pFlfaResult) const;
8985
9005 virtual const CResult GetRegionOfUnion(const CFLQuad<float>& quad, CFLFigureArray* pFlfaResult) const;
9006
9026 virtual const CResult GetRegionOfUnion(const CFLQuad<float>* pQuad, CFLFigureArray* pFlfaResult) const;
9027
9047 virtual const CResult GetRegionOfUnion(const CFLQuad<double>& quad, CFLFigureArray* pFlfaResult) const;
9048
9068 virtual const CResult GetRegionOfUnion(const CFLQuad<double>* pQuad, CFLFigureArray* pFlfaResult) const;
9069
9089 virtual const CResult GetRegionOfUnion(const CFLCircle<int32_t>& cir, CFLFigureArray* pFlfaResult) const;
9090
9110 virtual const CResult GetRegionOfUnion(const CFLCircle<int32_t>* pCir, CFLFigureArray* pFlfaResult) const;
9111
9131 virtual const CResult GetRegionOfUnion(const CFLCircle<int64_t>& cir, CFLFigureArray* pFlfaResult) const;
9132
9152 virtual const CResult GetRegionOfUnion(const CFLCircle<int64_t>* pCir, CFLFigureArray* pFlfaResult) const;
9153
9173 virtual const CResult GetRegionOfUnion(const CFLCircle<float>& cir, CFLFigureArray* pFlfaResult) const;
9174
9194 virtual const CResult GetRegionOfUnion(const CFLCircle<float>* pCir, CFLFigureArray* pFlfaResult) const;
9195
9215 virtual const CResult GetRegionOfUnion(const CFLCircle<double>& cir, CFLFigureArray* pFlfaResult) const;
9216
9236 virtual const CResult GetRegionOfUnion(const CFLCircle<double>* pCir, CFLFigureArray* pFlfaResult) const;
9237
9257 virtual const CResult GetRegionOfUnion(const CFLEllipse<int32_t>& ell, CFLFigureArray* pFlfaResult) const;
9258
9278 virtual const CResult GetRegionOfUnion(const CFLEllipse<int32_t>* pEll, CFLFigureArray* pFlfaResult) const;
9279
9299 virtual const CResult GetRegionOfUnion(const CFLEllipse<int64_t>& ell, CFLFigureArray* pFlfaResult) const;
9300
9320 virtual const CResult GetRegionOfUnion(const CFLEllipse<int64_t>* pEll, CFLFigureArray* pFlfaResult) const;
9321
9341 virtual const CResult GetRegionOfUnion(const CFLEllipse<float>& ell, CFLFigureArray* pFlfaResult) const;
9342
9362 virtual const CResult GetRegionOfUnion(const CFLEllipse<float>* pEll, CFLFigureArray* pFlfaResult) const;
9363
9383 virtual const CResult GetRegionOfUnion(const CFLEllipse<double>& ell, CFLFigureArray* pFlfaResult) const;
9384
9404 virtual const CResult GetRegionOfUnion(const CFLEllipse<double>* pEll, CFLFigureArray* pFlfaResult) const;
9405
9425 virtual const CResult GetRegionOfUnion(const CFLDoughnut<int32_t>& doughnut, CFLFigureArray* pFlfaResult) const;
9426
9446 virtual const CResult GetRegionOfUnion(const CFLDoughnut<int32_t>* pDoughnut, CFLFigureArray* pFlfaResult) const;
9447
9467 virtual const CResult GetRegionOfUnion(const CFLDoughnut<int64_t>& doughnut, CFLFigureArray* pFlfaResult) const;
9468
9488 virtual const CResult GetRegionOfUnion(const CFLDoughnut<int64_t>* pDoughnut, CFLFigureArray* pFlfaResult) const;
9489
9509 virtual const CResult GetRegionOfUnion(const CFLDoughnut<float>& doughnut, CFLFigureArray* pFlfaResult) const;
9510
9530 virtual const CResult GetRegionOfUnion(const CFLDoughnut<float>* pDoughnut, CFLFigureArray* pFlfaResult) const;
9531
9551 virtual const CResult GetRegionOfUnion(const CFLDoughnut<double>& doughnut, CFLFigureArray* pFlfaResult) const;
9552
9572 virtual const CResult GetRegionOfUnion(const CFLDoughnut<double>* pDoughnut, CFLFigureArray* pFlfaResult) const;
9573
9593 virtual const CResult GetRegionOfUnion(const CFLRegion& flrg, CFLFigureArray* pFlfaResult) const;
9594
9614 virtual const CResult GetRegionOfUnion(const CFLRegion* pFlrg, CFLFigureArray* pFlfaResult) const;
9615
9635 virtual const CResult GetRegionOfUnion(const CFLComplexRegion& flcr, CFLFigureArray* pFlfaResult) const;
9636
9656 virtual const CResult GetRegionOfUnion(const CFLComplexRegion* pFlcr, CFLFigureArray* pFlfaResult) const;
9657
9675 virtual const CResult GetRegionOfUnion(const CFLFigureArray& flfaOperand, CFLFigureArray* pFlfaResult) const;
9676
9694 virtual const CResult GetRegionOfUnion(const CFLFigureArray* pFlfaOperand, CFLFigureArray* pFlfaResult) const;
9695
9696
9714 virtual const CResult GetRegionOfSubtraction(const CFLFigure& figure, CFLFigureArray* pFlfaResult) const;
9715
9733 virtual const CResult GetRegionOfSubtraction(const CFLFigure* pFigure, CFLFigureArray* pFlfaResult) const;
9734
9754 virtual const CResult GetRegionOfSubtraction(const CFLRect<int32_t>& rect, CFLFigureArray* pFlfaResult) const;
9755
9775 virtual const CResult GetRegionOfSubtraction(const CFLRect<int32_t>* pRect, CFLFigureArray* pFlfaResult) const;
9776
9796 virtual const CResult GetRegionOfSubtraction(const CFLRect<int64_t>& rect, CFLFigureArray* pFlfaResult) const;
9797
9817 virtual const CResult GetRegionOfSubtraction(const CFLRect<int64_t>* pRect, CFLFigureArray* pFlfaResult) const;
9818
9838 virtual const CResult GetRegionOfSubtraction(const CFLRect<float>& rect, CFLFigureArray* pFlfaResult) const;
9839
9859 virtual const CResult GetRegionOfSubtraction(const CFLRect<float>* pRect, CFLFigureArray* pFlfaResult) const;
9860
9880 virtual const CResult GetRegionOfSubtraction(const CFLRect<double>& rect, CFLFigureArray* pFlfaResult) const;
9881
9901 virtual const CResult GetRegionOfSubtraction(const CFLRect<double>* pRect, CFLFigureArray* pFlfaResult) const;
9902
9922 virtual const CResult GetRegionOfSubtraction(const CFLRoundRect<int32_t>& flrr, CFLFigureArray* pFlfaResult) const;
9923
9943 virtual const CResult GetRegionOfSubtraction(const CFLRoundRect<int32_t>* pFlrr, CFLFigureArray* pFlfaResult) const;
9944
9964 virtual const CResult GetRegionOfSubtraction(const CFLRoundRect<int64_t>& flrr, CFLFigureArray* pFlfaResult) const;
9965
9985 virtual const CResult GetRegionOfSubtraction(const CFLRoundRect<int64_t>* pFlrr, CFLFigureArray* pFlfaResult) const;
9986
10006 virtual const CResult GetRegionOfSubtraction(const CFLRoundRect<float>& flrr, CFLFigureArray* pFlfaResult) const;
10007
10027 virtual const CResult GetRegionOfSubtraction(const CFLRoundRect<float>* pFlrr, CFLFigureArray* pFlfaResult) const;
10028
10048 virtual const CResult GetRegionOfSubtraction(const CFLRoundRect<double>& flrr, CFLFigureArray* pFlfaResult) const;
10049
10069 virtual const CResult GetRegionOfSubtraction(const CFLRoundRect<double>* pFlrr, CFLFigureArray* pFlfaResult) const;
10070
10090 virtual const CResult GetRegionOfSubtraction(const CFLQuad<int32_t>& quad, CFLFigureArray* pFlfaResult) const;
10091
10111 virtual const CResult GetRegionOfSubtraction(const CFLQuad<int32_t>* pQuad, CFLFigureArray* pFlfaResult) const;
10112
10132 virtual const CResult GetRegionOfSubtraction(const CFLQuad<int64_t>& quad, CFLFigureArray* pFlfaResult) const;
10133
10153 virtual const CResult GetRegionOfSubtraction(const CFLQuad<int64_t>* pQuad, CFLFigureArray* pFlfaResult) const;
10154
10174 virtual const CResult GetRegionOfSubtraction(const CFLQuad<float>& quad, CFLFigureArray* pFlfaResult) const;
10175
10195 virtual const CResult GetRegionOfSubtraction(const CFLQuad<float>* pQuad, CFLFigureArray* pFlfaResult) const;
10196
10216 virtual const CResult GetRegionOfSubtraction(const CFLQuad<double>& quad, CFLFigureArray* pFlfaResult) const;
10217
10237 virtual const CResult GetRegionOfSubtraction(const CFLQuad<double>* pQuad, CFLFigureArray* pFlfaResult) const;
10238
10239
10259 virtual const CResult GetRegionOfSubtraction(const CFLCircle<int32_t>& cir, CFLFigureArray* pFlfaResult) const;
10260
10280 virtual const CResult GetRegionOfSubtraction(const CFLCircle<int32_t>* pCir, CFLFigureArray* pFlfaResult) const;
10281
10301 virtual const CResult GetRegionOfSubtraction(const CFLCircle<int64_t>& cir, CFLFigureArray* pFlfaResult) const;
10302
10322 virtual const CResult GetRegionOfSubtraction(const CFLCircle<int64_t>* pCir, CFLFigureArray* pFlfaResult) const;
10323
10343 virtual const CResult GetRegionOfSubtraction(const CFLCircle<float>& cir, CFLFigureArray* pFlfaResult) const;
10344
10364 virtual const CResult GetRegionOfSubtraction(const CFLCircle<float>* pCir, CFLFigureArray* pFlfaResult) const;
10365
10385 virtual const CResult GetRegionOfSubtraction(const CFLCircle<double>& cir, CFLFigureArray* pFlfaResult) const;
10386
10406 virtual const CResult GetRegionOfSubtraction(const CFLCircle<double>* pCir, CFLFigureArray* pFlfaResult) const;
10407
10427 virtual const CResult GetRegionOfSubtraction(const CFLEllipse<int32_t>& ell, CFLFigureArray* pFlfaResult) const;
10428
10448 virtual const CResult GetRegionOfSubtraction(const CFLEllipse<int32_t>* pEll, CFLFigureArray* pFlfaResult) const;
10449
10469 virtual const CResult GetRegionOfSubtraction(const CFLEllipse<int64_t>& ell, CFLFigureArray* pFlfaResult) const;
10470
10490 virtual const CResult GetRegionOfSubtraction(const CFLEllipse<int64_t>* pEll, CFLFigureArray* pFlfaResult) const;
10491
10511 virtual const CResult GetRegionOfSubtraction(const CFLEllipse<float>& ell, CFLFigureArray* pFlfaResult) const;
10512
10532 virtual const CResult GetRegionOfSubtraction(const CFLEllipse<float>* pEll, CFLFigureArray* pFlfaResult) const;
10533
10553 virtual const CResult GetRegionOfSubtraction(const CFLEllipse<double>& ell, CFLFigureArray* pFlfaResult) const;
10554
10574 virtual const CResult GetRegionOfSubtraction(const CFLEllipse<double>* pEll, CFLFigureArray* pFlfaResult) const;
10575
10595 virtual const CResult GetRegionOfSubtraction(const CFLDoughnut<int32_t>& doughnut, CFLFigureArray* pFlfaResult) const;
10596
10616 virtual const CResult GetRegionOfSubtraction(const CFLDoughnut<int32_t>* pDoughnut, CFLFigureArray* pFlfaResult) const;
10617
10637 virtual const CResult GetRegionOfSubtraction(const CFLDoughnut<int64_t>& doughnut, CFLFigureArray* pFlfaResult) const;
10638
10658 virtual const CResult GetRegionOfSubtraction(const CFLDoughnut<int64_t>* pDoughnut, CFLFigureArray* pFlfaResult) const;
10659
10679 virtual const CResult GetRegionOfSubtraction(const CFLDoughnut<float>& doughnut, CFLFigureArray* pFlfaResult) const;
10680
10700 virtual const CResult GetRegionOfSubtraction(const CFLDoughnut<float>* pDoughnut, CFLFigureArray* pFlfaResult) const;
10701
10721 virtual const CResult GetRegionOfSubtraction(const CFLDoughnut<double>& doughnut, CFLFigureArray* pFlfaResult) const;
10722
10742 virtual const CResult GetRegionOfSubtraction(const CFLDoughnut<double>* pDoughnut, CFLFigureArray* pFlfaResult) const;
10743
10763 virtual const CResult GetRegionOfSubtraction(const CFLRegion& flrg, CFLFigureArray* pFlfaResult) const;
10764
10784 virtual const CResult GetRegionOfSubtraction(const CFLRegion* pFlrg, CFLFigureArray* pFlfaResult) const;
10785
10805 virtual const CResult GetRegionOfSubtraction(const CFLComplexRegion& flcr, CFLFigureArray* pFlfaResult) const;
10806
10826 virtual const CResult GetRegionOfSubtraction(const CFLComplexRegion* pFlcr, CFLFigureArray* pFlfaResult) const;
10827
10845 virtual const CResult GetRegionOfSubtraction(const CFLFigureArray& flfaOperand, CFLFigureArray* pFlfaResult) const;
10846
10864 virtual const CResult GetRegionOfSubtraction(const CFLFigureArray* pFlfaOperand, CFLFigureArray* pFlfaResult) const;
10865
10866
10884 virtual const CResult GetRegionOfExclusiveOr(const CFLFigure& figure, CFLFigureArray* pFlfaResult) const;
10885
10903 virtual const CResult GetRegionOfExclusiveOr(const CFLFigure* pFigure, CFLFigureArray* pFlfaResult) const;
10904
10924 virtual const CResult GetRegionOfExclusiveOr(const CFLRect<int32_t>& rect, CFLFigureArray* pFlfaResult) const;
10925
10945 virtual const CResult GetRegionOfExclusiveOr(const CFLRect<int32_t>* pRect, CFLFigureArray* pFlfaResult) const;
10946
10966 virtual const CResult GetRegionOfExclusiveOr(const CFLRect<int64_t>& rect, CFLFigureArray* pFlfaResult) const;
10967
10987 virtual const CResult GetRegionOfExclusiveOr(const CFLRect<int64_t>* pRect, CFLFigureArray* pFlfaResult) const;
10988
11008 virtual const CResult GetRegionOfExclusiveOr(const CFLRect<float>& rect, CFLFigureArray* pFlfaResult) const;
11009
11029 virtual const CResult GetRegionOfExclusiveOr(const CFLRect<float>* pRect, CFLFigureArray* pFlfaResult) const;
11030
11050 virtual const CResult GetRegionOfExclusiveOr(const CFLRect<double>& rect, CFLFigureArray* pFlfaResult) const;
11051
11071 virtual const CResult GetRegionOfExclusiveOr(const CFLRect<double>* pRect, CFLFigureArray* pFlfaResult) const;
11072
11092 virtual const CResult GetRegionOfExclusiveOr(const CFLRoundRect<int32_t>& flrr, CFLFigureArray* pFlfaResult) const;
11093
11113 virtual const CResult GetRegionOfExclusiveOr(const CFLRoundRect<int32_t>* pFlrr, CFLFigureArray* pFlfaResult) const;
11114
11134 virtual const CResult GetRegionOfExclusiveOr(const CFLRoundRect<int64_t>& flrr, CFLFigureArray* pFlfaResult) const;
11135
11155 virtual const CResult GetRegionOfExclusiveOr(const CFLRoundRect<int64_t>* pFlrr, CFLFigureArray* pFlfaResult) const;
11156
11176 virtual const CResult GetRegionOfExclusiveOr(const CFLRoundRect<float>& flrr, CFLFigureArray* pFlfaResult) const;
11177
11197 virtual const CResult GetRegionOfExclusiveOr(const CFLRoundRect<float>* pFlrr, CFLFigureArray* pFlfaResult) const;
11198
11218 virtual const CResult GetRegionOfExclusiveOr(const CFLRoundRect<double>& flrr, CFLFigureArray* pFlfaResult) const;
11219
11239 virtual const CResult GetRegionOfExclusiveOr(const CFLRoundRect<double>* pFlrr, CFLFigureArray* pFlfaResult) const;
11240
11260 virtual const CResult GetRegionOfExclusiveOr(const CFLQuad<int32_t>& quad, CFLFigureArray* pFlfaResult) const;
11261
11281 virtual const CResult GetRegionOfExclusiveOr(const CFLQuad<int32_t>* pQuad, CFLFigureArray* pFlfaResult) const;
11282
11302 virtual const CResult GetRegionOfExclusiveOr(const CFLQuad<int64_t>& quad, CFLFigureArray* pFlfaResult) const;
11303
11323 virtual const CResult GetRegionOfExclusiveOr(const CFLQuad<int64_t>* pQuad, CFLFigureArray* pFlfaResult) const;
11324
11344 virtual const CResult GetRegionOfExclusiveOr(const CFLQuad<float>& quad, CFLFigureArray* pFlfaResult) const;
11345
11365 virtual const CResult GetRegionOfExclusiveOr(const CFLQuad<float>* pQuad, CFLFigureArray* pFlfaResult) const;
11366
11386 virtual const CResult GetRegionOfExclusiveOr(const CFLQuad<double>& quad, CFLFigureArray* pFlfaResult) const;
11387
11407 virtual const CResult GetRegionOfExclusiveOr(const CFLQuad<double>* pQuad, CFLFigureArray* pFlfaResult) const;
11408
11428 virtual const CResult GetRegionOfExclusiveOr(const CFLCircle<int32_t>& cir, CFLFigureArray* pFlfaResult) const;
11429
11449 virtual const CResult GetRegionOfExclusiveOr(const CFLCircle<int32_t>* pCir, CFLFigureArray* pFlfaResult) const;
11450
11470 virtual const CResult GetRegionOfExclusiveOr(const CFLCircle<int64_t>& cir, CFLFigureArray* pFlfaResult) const;
11471
11491 virtual const CResult GetRegionOfExclusiveOr(const CFLCircle<int64_t>* pCir, CFLFigureArray* pFlfaResult) const;
11492
11512 virtual const CResult GetRegionOfExclusiveOr(const CFLCircle<float>& cir, CFLFigureArray* pFlfaResult) const;
11513
11533 virtual const CResult GetRegionOfExclusiveOr(const CFLCircle<float>* pCir, CFLFigureArray* pFlfaResult) const;
11534
11554 virtual const CResult GetRegionOfExclusiveOr(const CFLCircle<double>& cir, CFLFigureArray* pFlfaResult) const;
11555
11575 virtual const CResult GetRegionOfExclusiveOr(const CFLCircle<double>* pCir, CFLFigureArray* pFlfaResult) const;
11576
11596 virtual const CResult GetRegionOfExclusiveOr(const CFLEllipse<int32_t>& ell, CFLFigureArray* pFlfaResult) const;
11597
11617 virtual const CResult GetRegionOfExclusiveOr(const CFLEllipse<int32_t>* pEll, CFLFigureArray* pFlfaResult) const;
11618
11638 virtual const CResult GetRegionOfExclusiveOr(const CFLEllipse<int64_t>& ell, CFLFigureArray* pFlfaResult) const;
11639
11659 virtual const CResult GetRegionOfExclusiveOr(const CFLEllipse<int64_t>* pEll, CFLFigureArray* pFlfaResult) const;
11660
11680 virtual const CResult GetRegionOfExclusiveOr(const CFLEllipse<float>& ell, CFLFigureArray* pFlfaResult) const;
11681
11701 virtual const CResult GetRegionOfExclusiveOr(const CFLEllipse<float>* pEll, CFLFigureArray* pFlfaResult) const;
11702
11722 virtual const CResult GetRegionOfExclusiveOr(const CFLEllipse<double>& ell, CFLFigureArray* pFlfaResult) const;
11723
11743 virtual const CResult GetRegionOfExclusiveOr(const CFLEllipse<double>* pEll, CFLFigureArray* pFlfaResult) const;
11744
11764 virtual const CResult GetRegionOfExclusiveOr(const CFLDoughnut<int32_t>& doughnut, CFLFigureArray* pFlfaResult) const;
11765
11785 virtual const CResult GetRegionOfExclusiveOr(const CFLDoughnut<int32_t>* pDoughnut, CFLFigureArray* pFlfaResult) const;
11786
11806 virtual const CResult GetRegionOfExclusiveOr(const CFLDoughnut<int64_t>& doughnut, CFLFigureArray* pFlfaResult) const;
11807
11827 virtual const CResult GetRegionOfExclusiveOr(const CFLDoughnut<int64_t>* pDoughnut, CFLFigureArray* pFlfaResult) const;
11828
11848 virtual const CResult GetRegionOfExclusiveOr(const CFLDoughnut<float>& doughnut, CFLFigureArray* pFlfaResult) const;
11849
11869 virtual const CResult GetRegionOfExclusiveOr(const CFLDoughnut<float>* pDoughnut, CFLFigureArray* pFlfaResult) const;
11870
11890 virtual const CResult GetRegionOfExclusiveOr(const CFLDoughnut<double>& doughnut, CFLFigureArray* pFlfaResult) const;
11891
11911 virtual const CResult GetRegionOfExclusiveOr(const CFLDoughnut<double>* pDoughnut, CFLFigureArray* pFlfaResult) const;
11912
11932 virtual const CResult GetRegionOfExclusiveOr(const CFLRegion& flrg, CFLFigureArray* pFlfaResult) const;
11933
11953 virtual const CResult GetRegionOfExclusiveOr(const CFLRegion* pFlrg, CFLFigureArray* pFlfaResult) const;
11954
11974 virtual const CResult GetRegionOfExclusiveOr(const CFLComplexRegion& flcr, CFLFigureArray* pFlfaResult) const;
11975
11995 virtual const CResult GetRegionOfExclusiveOr(const CFLComplexRegion* pFlcr, CFLFigureArray* pFlfaResult) const;
11996
12014 virtual const CResult GetRegionOfExclusiveOr(const CFLFigureArray& flfaOperand, CFLFigureArray* pFlfaResult) const;
12015
12033 virtual const CResult GetRegionOfExclusiveOr(const CFLFigureArray* pFlfaOperand, CFLFigureArray* pFlfaResult) const;
12034
12035
12051 virtual const CResult Rotate(double f64Angle, int32_t i32PivotX, int32_t i32PivotY);
12052
12068 virtual const CResult Rotate(double f64Angle, int64_t i64PivotX, int64_t i64PivotY);
12069
12085 virtual const CResult Rotate(double f64Angle, float f32PivotX, float f32PivotY);
12086
12102 virtual const CResult Rotate(double f64Angle, double f64PivotX, double f64PivotY);
12103
12104
12120 virtual const CResult Rotate(double f64Angle, const CFLPoint<int32_t>& flpPivot);
12121
12137 virtual const CResult Rotate(double f64Angle, const CFLPoint<int32_t>* pFlpPivot);
12138
12154 virtual const CResult Rotate(double f64Angle, const CFLPoint<int64_t>& flpPivot);
12155
12171 virtual const CResult Rotate(double f64Angle, const CFLPoint<int64_t>* pFlpPivot);
12172
12188 virtual const CResult Rotate(double f64Angle, const CFLPoint<float>& flpPivot);
12189
12205 virtual const CResult Rotate(double f64Angle, const CFLPoint<float>* pFlpPivot);
12206
12222 virtual const CResult Rotate(double f64Angle, const CFLPoint<double>& flpPivot);
12223
12239 virtual const CResult Rotate(double f64Angle, const CFLPoint<double>* pFlpPivot);
12240
12258 virtual const CResult Flip(EFigureFlipDirection eDirection, int32_t i32PivotX, int32_t i32PivotY);
12259
12277 virtual const CResult Flip(EFigureFlipDirection eDirection, int64_t i64PivotX, int64_t i64PivotY);
12278
12296 virtual const CResult Flip(EFigureFlipDirection eDirection, float f32PivotX, float f32PivotY);
12297
12315 virtual const CResult Flip(EFigureFlipDirection eDirection, double f64PivotX, double f64PivotY);
12316
12334 virtual const CResult Flip(EFigureFlipDirection eDirection, const CFLPoint<int32_t>& flpPivot);
12335
12353 virtual const CResult Flip(EFigureFlipDirection eDirection, const CFLPoint<int32_t>* pFlpPivot);
12354
12372 virtual const CResult Flip(EFigureFlipDirection eDirection, const CFLPoint<int64_t>& flpPivot);
12373
12391 virtual const CResult Flip(EFigureFlipDirection eDirection, const CFLPoint<int64_t>* pFlpPivot);
12392
12410 virtual const CResult Flip(EFigureFlipDirection eDirection, const CFLPoint<float>& flpPivot);
12411
12429 virtual const CResult Flip(EFigureFlipDirection eDirection, const CFLPoint<float>* pFlpPivot);
12430
12448 virtual const CResult Flip(EFigureFlipDirection eDirection, const CFLPoint<double>& flpPivot);
12449
12467 virtual const CResult Flip(EFigureFlipDirection eDirection, const CFLPoint<double>* pFlpPivot);
12468
12492 virtual const CResult Warp(const CFLQuad<double>& flqSourceRegion, const CFLQuad<double>& flqTargetRegion, CFLFigureArray& flfaResult, EWarpingType eWarpingType = EWarpingType_Bilinear) const;
12493
12517 virtual const CResult Warp(const CFLQuad<double>* pFlqSourceRegion, const CFLQuad<double>* pFlqTargetRegion, CFLFigureArray& flfaResult, EWarpingType eWarpingType = EWarpingType_Bilinear) const;
12518
12542 virtual const CResult Warp(const CFLQuad<double>& flqSourceRegion, const CFLQuad<double>& flqTargetRegion, CFLFigureArray* pFlfaResult, EWarpingType eWarpingType = EWarpingType_Bilinear) const;
12543
12567 virtual const CResult Warp(const CFLQuad<double>* pFlqSourceRegion, const CFLQuad<double>* pFlqTargetRegion, CFLFigureArray* pFlfaResult, EWarpingType eWarpingType = EWarpingType_Bilinear) const;
12568
12594 virtual const CResult Warp(const CFLPointArray& flpaSource, const CFLPointArray& flpaTarget, CFLFigureArray& flfaResult, EWarpingType eWarpingType = EWarpingType_Bicubic, int32_t i32Extension = 2) const;
12595
12621 virtual const CResult Warp(const CFLPointArray* pFlpaSource, const CFLPointArray* pFlpaTarget, CFLFigureArray& flfaResult, EWarpingType eWarpingType = EWarpingType_Bicubic, int32_t i32Extension = 2) const;
12622
12648 virtual const CResult Warp(const CFLPointArray& flpaSource, const CFLPointArray& flpaTarget, CFLFigureArray* pFlfaResult, EWarpingType eWarpingType = EWarpingType_Bicubic, int32_t i32Extension = 2) const;
12649
12675 virtual const CResult Warp(const CFLPointArray* pFlpaSource, const CFLPointArray* pFlpaTarget, CFLFigureArray* pFlfaResult, EWarpingType eWarpingType = EWarpingType_Bicubic, int32_t i32Extension = 2) const;
12676
12698 virtual const CResult Dilate(int64_t i64HalfWidthSize, int64_t i64HalfHeightSize, CFLFigureArray& flfaResultFigure, EKernelShape eKernelShape = EKernelShape_Rectangle) const;
12699
12721 virtual const CResult Dilate(int64_t i64HalfWidthSize, int64_t i64HalfHeightSize, CFLFigureArray* pFlfaResultFigure, EKernelShape eKernelShape = EKernelShape_Rectangle) const;
12722
12738 virtual const CResult Dilate(const CFLFigure& flfKernel, CFLFigureArray& flfaResultFigure) const;
12739
12755 virtual const CResult Dilate(const CFLFigure* pFlfKernel, CFLFigureArray& flfaResultFigure) const;
12756
12772 virtual const CResult Dilate(const CFLFigure& flfKernel, CFLFigureArray* pFlfaResultFigure) const;
12773
12789 virtual const CResult Dilate(const CFLFigure* pFlfKernel, CFLFigureArray* pFlfaResultFigure) const;
12790
12812 virtual const CResult Erode(int64_t i64HalfWidthSize, int64_t i64HalfHeightSize, CFLFigureArray& flfaResultFigure, EKernelShape eKernelShape = EKernelShape_Rectangle) const;
12813
12835 virtual const CResult Erode(int64_t i64HalfWidthSize, int64_t i64HalfHeightSize, CFLFigureArray* pFlfaResultFigure, EKernelShape eKernelShape = EKernelShape_Rectangle) const;
12836
12852 virtual const CResult Erode(const CFLFigure& flfKernel, CFLFigureArray& flfaResultFigure) const;
12853
12869 virtual const CResult Erode(const CFLFigure* pFlfKernel, CFLFigureArray& flfaResultFigure) const;
12870
12886 virtual const CResult Erode(const CFLFigure& flfKernel, CFLFigureArray* pFlfaResultFigure) const;
12887
12903 virtual const CResult Erode(const CFLFigure* pFlfKernel, CFLFigureArray* pFlfaResultFigure) const;
12904
12926 virtual const CResult Open(int64_t i64HalfWidthSize, int64_t i64HalfHeightSize, CFLFigureArray& flfaResultFigure, EKernelShape eKernelShape = EKernelShape_Rectangle) const;
12927
12949 virtual const CResult Open(int64_t i64HalfWidthSize, int64_t i64HalfHeightSize, CFLFigureArray* pFlfaResultFigure, EKernelShape eKernelShape = EKernelShape_Rectangle) const;
12950
12966 virtual const CResult Open(const CFLFigure& flfKernel, CFLFigureArray& flfaResultFigure) const;
12967
12983 virtual const CResult Open(const CFLFigure* pFlfKernel, CFLFigureArray& flfaResultFigure) const;
12984
13000 virtual const CResult Open(const CFLFigure& flfKernel, CFLFigureArray* pFlfaResultFigure) const;
13001
13017 virtual const CResult Open(const CFLFigure* pFlfKernel, CFLFigureArray* pFlfaResultFigure) const;
13018
13040 virtual const CResult Close(int64_t i64HalfWidthSize, int64_t i64HalfHeightSize, CFLFigureArray& flfaResultFigure, EKernelShape eKernelShape = EKernelShape_Rectangle) const;
13041
13063 virtual const CResult Close(int64_t i64HalfWidthSize, int64_t i64HalfHeightSize, CFLFigureArray* pFlfaResultFigure, EKernelShape eKernelShape = EKernelShape_Rectangle) const;
13064
13080 virtual const CResult Close(const CFLFigure& flfKernel, CFLFigureArray& flfaResultFigure) const;
13081
13097 virtual const CResult Close(const CFLFigure* pFlfKernel, CFLFigureArray& flfaResultFigure) const;
13098
13114 virtual const CResult Close(const CFLFigure& flfKernel, CFLFigureArray* pFlfaResultFigure) const;
13115
13131 virtual const CResult Close(const CFLFigure* pFlfKernel, CFLFigureArray* pFlfaResultFigure) const;
13132
13144 virtual const CResult Swap(CFLFigure& flfRight);
13145
13157 virtual const CResult Swap(CFLFigure* pFlfRight);
13158
13170 virtual CFLQuad<double> GetMinimumEnclosingRectangle() const;
13171
13187 virtual const CResult GetMinimumEnclosingRectangle(CFLQuad<int32_t>& quad) const;
13188
13204 virtual const CResult GetMinimumEnclosingRectangle(CFLQuad<int32_t>* pQuad) const;
13205
13221 virtual const CResult GetMinimumEnclosingRectangle(CFLQuad<int64_t>& quad) const;
13222
13238 virtual const CResult GetMinimumEnclosingRectangle(CFLQuad<int64_t>* pQuad) const;
13239
13255 virtual const CResult GetMinimumEnclosingRectangle(CFLQuad<float>& quad) const;
13256
13272 virtual const CResult GetMinimumEnclosingRectangle(CFLQuad<float>* pQuad) const;
13273
13289 virtual const CResult GetMinimumEnclosingRectangle(CFLQuad<double>& quad) const;
13290
13306 virtual const CResult GetMinimumEnclosingRectangle(CFLQuad<double>* pQuad) const;
13307
13308
13328 virtual const CResult GetRasterContour(Base::CFLArray<Base::TPoint<int32_t>>* pFlaResult, bool bExcludeSingleDelta = false) const;
13329
13347 virtual const CResult GetRasterContour(CFLFigureArray* pFlfaResult, bool bExcludeSingleDelta = false) const;
13348
13366 virtual const CResult GetRasterContour(CFLPointArray* pFlpaResult, bool bExcludeSingleDelta = false) const;
13367
13385 virtual const CResult GetSamplingPointsOnSegment(double f64SamplingDistance, CFLFigureArray& flfaResult) const;
13386
13404 virtual const CResult GetSamplingPointsOnSegment(double f64SamplingDistance, CFLFigureArray* pFlfaResult) const;
13405
13423 virtual const CResult GetSamplingVectorOnSegment(double f64SamplingDistance, CFLFigureArray& flfaResult) const;
13424
13442 virtual const CResult GetSamplingVectorOnSegment(double f64SamplingDistance, CFLFigureArray* pFlfaResult) const;
13443
13459 virtual const CResult GetConvexHull(CFLRegion* pFlrgConvex) const;
13460
13476 virtual const CResult GetConvexHull(CFLComplexRegion* pFlcrConvex) const;
13477
13478
13490 virtual double GetMinimumDistance(const CFLFigure& flfTarget) const;
13491
13503 virtual double GetMinimumDistance(const CFLFigure* pFlfTarget) const;
13504
13520 virtual const CResult GetMinimumDistance(const CFLFigure& flfTarget, double* pF64Result) const;
13521
13537 virtual const CResult GetMinimumDistance(const CFLFigure* pFlfTarget, double* pF64Result) const;
13538
13550 virtual double GetMaximumDistance(const CFLFigure& flfTarget) const;
13551
13563 virtual double GetMaximumDistance(const CFLFigure* pFlfTarget) const;
13564
13580 virtual const CResult GetMaximumDistance(const CFLFigure& flfTarget, double* pF64Result) const;
13581
13597 virtual const CResult GetMaximumDistance(const CFLFigure* pFlfTarget, double* pF64Result) const;
13598
13616 virtual const CResult GetPointsOfMinimumDistance(const CFLFigure& flfTarget, CFLPointArray* pFlpaResult) const;
13617
13635 virtual const CResult GetPointsOfMinimumDistance(const CFLFigure* pFlfTarget, CFLPointArray* pFlpaResult) const;
13636
13654 virtual const CResult GetPointsOfMaximumDistance(const CFLFigure& flfTarget, CFLPointArray* pFlpaResult) const;
13655
13673 virtual const CResult GetPointsOfMaximumDistance(const CFLFigure* pFlfTarget, CFLPointArray* pFlpaResult) const;
13674
13702 virtual const CResult GetIndexOfMinimumDistance(const CFLFigure& flfDst, CFLFigureArray* pFlfaResultSrc, bool bRecursiveSrc = false, bool bRecursiveDst = false, CFLFigureArray* pFlfaResultDst = nullptr) const;
13703
13731 virtual const CResult GetIndexOfMinimumDistance(const CFLFigure* pFlfDst, CFLFigureArray* pFlfaResultSrc, bool bRecursiveSrc = false, bool bRecursiveDst = false, CFLFigureArray* pFlfaResultDst = nullptr) const;
13732
13760 virtual const CResult GetIndexOfMaximumDistance(const CFLFigure& flfDst, CFLFigureArray* pFlfaResultSrc, bool bRecursiveSrc = false, bool bRecursiveDst = false, CFLFigureArray* pFlfaResultDst = nullptr) const;
13761
13789 virtual const CResult GetIndexOfMaximumDistance(const CFLFigure* pFlfDst, CFLFigureArray* pFlfaResultSrc, bool bRecursiveSrc = false, bool bRecursiveDst = false, CFLFigureArray* pFlfaResultDst = nullptr) const;
13790
13800 virtual CFLFigureArray* GetExclusiveRegion() const;
13801
13813 virtual const CResult SetExclusiveRegion(const CFLFigure* pFlfaExclusiveRegion);
13814
13826 virtual const CResult SetExclusiveRegion(const CFLFigure& flfaExclusiveRegion);
13827
13839 virtual const CResult AddExclusiveRegion(const CFLFigure* pFigure);
13840
13852 virtual const CResult AddExclusiveRegion(const CFLFigure& figure);
13853
13865 virtual const CResult RemoveExclusiveRegionAt(int64_t i64Index);
13866
13871 virtual void ClearExclusiveRegion();
13872
13880 virtual bool IsThereExclusiveRegion() const;
13881
13882 virtual const CResult GetFigure(const Base::CFLString<wchar_t>& strExpression, CFLFigureArray& flfaResult, Base::CFLString<wchar_t>* pStrErrorSymbol = nullptr, CFLFigureArray* pFlfaResultIndices = nullptr) const;
13883 virtual const CResult GetFigure(const Base::CFLString<wchar_t>& strExpression, CFLFigureArray* pFlfaResult, Base::CFLString<wchar_t>* pStrErrorSymbol = nullptr, CFLFigureArray* pFlfaResultIndices = nullptr) const;
13884 virtual const CResult GetFigure(const Base::CFLString<wchar_t>* pStrExpression, CFLFigureArray& flfaResult, Base::CFLString<wchar_t>* pStrErrorSymbol = nullptr, CFLFigureArray* pFlfaResultIndices = nullptr) const;
13885 virtual const CResult GetFigure(const Base::CFLString<wchar_t>* pStrExpression, CFLFigureArray* pFlfaResult, Base::CFLString<wchar_t>* pStrErrorSymbol = nullptr, CFLFigureArray* pFlfaResultIndices = nullptr) const;
13886 virtual const CResult Query(const Base::CFLString<wchar_t>& strExpression, CFLFigureArray& flfaResult, Base::CFLString<wchar_t>* pStrErrorSymbol = nullptr, CFLFigureArray* pFlfaResultIndices = nullptr) const;
13887 virtual const CResult Query(const Base::CFLString<wchar_t>& strExpression, CFLFigureArray* pFlfaResult, Base::CFLString<wchar_t>* pStrErrorSymbol = nullptr, CFLFigureArray* pFlfaResultIndices = nullptr) const;
13888 virtual const CResult Query(const Base::CFLString<wchar_t>* pStrExpression, CFLFigureArray& flfaResult, Base::CFLString<wchar_t>* pStrErrorSymbol = nullptr, CFLFigureArray* pFlfaResultIndices = nullptr) const;
13889 virtual const CResult Query(const Base::CFLString<wchar_t>* pStrExpression, CFLFigureArray* pFlfaResult, Base::CFLString<wchar_t>* pStrErrorSymbol = nullptr, CFLFigureArray* pFlfaResultIndices = nullptr) const;
13890 virtual const CResult RemoveFigure(const Base::CFLString<wchar_t>& strExpression, Base::CFLString<wchar_t>* pStrErrorSymbol = nullptr);
13891 virtual const CResult RemoveFigure(const Base::CFLString<wchar_t>* pStrExpression, Base::CFLString<wchar_t>* pStrErrorSymbol = nullptr);
13892 virtual const CResult Filter(const Base::CFLString<wchar_t>& strExpression, Base::CFLString<wchar_t>* pStrErrorSymbol = nullptr);
13893 virtual const CResult Filter(const Base::CFLString<wchar_t>* pStrExpression, Base::CFLString<wchar_t>* pStrErrorSymbol = nullptr);
13894
13910 const CResult SetExtraAttribute(const Base::CFLString<wchar_t>& strKey, const Base::CFLString<wchar_t>& strValue);
13911
13927 const CResult GetExtraAttribute(const Base::CFLString<wchar_t>& strKey, Base::CFLString<wchar_t>& strValue) const;
13928
13944 const CResult GetExtraAttributeKeys(Base::CFLArray<Base::CFLString<wchar_t>>& flaKeys) const;
13945
13961 const CResult GetExtraAttributeKeys(Base::CFLArray<Base::CFLString<wchar_t>>* pFlaKeys) const;
13962
13976 const CResult ClearExtraAttribute(const Base::CFLString<wchar_t>& strKey);
13977
13987 const CResult ClearExtraAttribute();
13988
13998 virtual const CFLFigureAttribute* GetAttribute() const sealed;
13999
14013 virtual const CResult AssignAttribute(const CFLFigureAttribute& flfAttr) sealed;
14014
14028 virtual const CResult AssignAttribute(const CFLFigureAttribute* pFlfAttr) sealed;
14029
14039 virtual const CResult ClearAttribute() sealed;
14040
14054 const CResult GetAttributeString(Base::CFLString<wchar_t>& strAttributeString) const;
14055
14069 const CResult SetAttributeString(const Base::CFLString<wchar_t>& strAttributeString);
14070
14071 protected:
14076 CFLFigure();
14077
14078
14079 public:
14084 virtual ~CFLFigure();
14085
14086 SupportToDuplicateAbstractObject(CFLFigure);
14087 DeclareGetClassType();
14088
14089 protected:
14090
14091 virtual bool AllocateAttribute() sealed;
14092 virtual bool DeleteAttribute() sealed;
14093
14094 CFLFigureAttribute* m_pAttribute;
14095 };
14096 }
14097}
FLImaging::Base::CFLArray
Template type 의 배열 클래스.
Definition RangeTree.h:19
FLImaging::Base::CFLBase
FLImaging의 최상위 기저 클래스
Definition FLBase.h:36
FLImaging::Base::CFLImage
FLImaging의 이미지 클래스
Definition FLImage.h:35
FLImaging::Base::CFLImagePage
CFLImage 의 Page 클래스
Definition FLImagePage.h:37
FLImaging::Base::CFLString
Template type 의 문자열 클래스
Definition INIUtilities.h:20
FLImaging::Base::TPoint3
3차원 점을 표현하는 간략화된 클래스
Definition TPoint3.h:37
FLImaging::Base::TPoint
점을 표현하는 간략화된 클래스
Definition TPoint.h:37
FLImaging::Base::TRect
직사각형을 표현하는 간략화된 클래스
Definition TRect.h:37
FLImaging::CResult
FLImaging 모듈의 수행 결과 객체
Definition ResultsDef.h:1514
FLImaging::Foundation::CFLBezierCubicCurve
3차 베지어 곡선을 표현하는 클래스
Definition FLBezierCubicCurve.h:24
FLImaging::Foundation::CFLBezierQuadraticCurve
2차 베지어 곡선을 표현하는 클래스
Definition FLBezierQuadraticCurve.h:24
FLImaging::Foundation::CFLBezierQuarticCurve
4차 베지어 곡선을 표현하는 클래스
Definition FLBezierQuarticCurve.h:24
FLImaging::Foundation::CFLCircle
원을 표현하는 클래스
Definition FLCircle.h:25
FLImaging::Foundation::CFLComplexRegion
다각형을 표현하는 클래스
Definition FLComplexRegion.h:27
FLImaging::Foundation::CFLCubicSpline
큐빅 곡선을 표현하는 클래스
Definition FLCubicSpline.h:23
FLImaging::Foundation::CFLDoughnut
원 또는 호 형태의 도넛 모양을 표현하는 클래스
Definition FLDoughnut.h:26
FLImaging::Foundation::CFLEllipse
타원을 표현하는 클래스
Definition FLEllipse.h:25
FLImaging::Foundation::CFLFigureArray
도형 배열을 표현하는 클래스
Definition FLFigureArray.h:26
FLImaging::Foundation::CFLFigureAttribute
Figure 속성 클래스
Definition FLFigureAttribute.h:26
FLImaging::Foundation::CFLFigure
도형을 표현하는 클래스의 기저 클래스
Definition FLFigure.h:27
FLImaging::Foundation::CFLFigure::Dilate
virtual const CResult Dilate(const CFLFigure &flfKernel, CFLFigureArray &flfaResultFigure) const
FLImaging::Foundation::CFLFigure::IsCollision
virtual bool IsCollision(const Base::TPoint< double > &point) const
FLImaging::Foundation::CFLFigure::IsCollision
virtual bool IsCollision(const CFLQuad< double > *pQuad) const
FLImaging::Foundation::CFLFigure::IsCollision
virtual bool IsCollision(const Base::TRect< int64_t > *pRect) const
FLImaging::Foundation::CFLFigure::GetIntersection
virtual const CResult GetIntersection(const CFLDoughnut< int64_t > *pDoughnut, CFLFigureArray *pFlfaResult) const
FLImaging::Foundation::CFLFigure::GetIntersection
virtual const CResult GetIntersection(const CFLRoundRect< int32_t > *pFlrr, CFLFigureArray *pFlfaResult) const
FLImaging::Foundation::CFLFigure::IsCollision
virtual bool IsCollision(const CFLRect< int32_t > &rect) const
FLImaging::Foundation::CFLFigure::GetIntersection
virtual const CResult GetIntersection(const CFLRoundRect< double > *pFlrr, CFLFigureArray *pFlfaResult) const
FLImaging::Foundation::CFLFigure::Inflate
virtual const CResult Inflate(const CFLLine< int64_t > *pLine)
FLImaging::Foundation::CFLFigure::Rotate
virtual const CResult Rotate(double f64Angle, float f32PivotX, float f32PivotY)
FLImaging::Foundation::CFLFigure::EnableRasterOperation
virtual const CResult EnableRasterOperation(bool bSet)
Rasterized Region 여부 설정 Rasterized Region의 경우 연산 속도가 빠르지만, 정수 표현밖에 하지 못하는 단점이 있다.
FLImaging::Foundation::CFLFigure::Warp
virtual const CResult Warp(const CFLPointArray *pFlpaSource, const CFLPointArray *pFlpaTarget, CFLFigureArray &flfaResult, EWarpingType eWarpingType=EWarpingType_Bicubic, int32_t i32Extension=2) const
FLImaging::Foundation::CFLFigure::GetMinimumEnclosingRectangleCenter
virtual const CResult GetMinimumEnclosingRectangleCenter(double &x, double &y) const
FLImaging::Foundation::CFLFigure::GetRasterRegion
virtual const CResult GetRasterRegion(Base::CFLArray< Base::TRect< int32_t > > *pFlaResult, const CFLPoint< int64_t > *pFlpImageSize) const
FLImaging::Foundation::CFLFigure::Extend
virtual const CResult Extend(int32_t left, int32_t top, int32_t right, int32_t bottom)
FLImaging::Foundation::CFLFigure::GetRegionOfUnion
virtual const CResult GetRegionOfUnion(const CFLRect< int64_t > *pRect, CFLFigureArray *pFlfaResult) const
두 객체의 합집합을 수행
FLImaging::Foundation::CFLFigure::GetRegionOfSubtraction
virtual const CResult GetRegionOfSubtraction(const CFLRoundRect< int64_t > *pFlrr, CFLFigureArray *pFlfaResult) const
두 객체의 차집합을 수행
FLImaging::Foundation::CFLFigure::GetRegionOfUnion
virtual const CResult GetRegionOfUnion(const CFLComplexRegion &flcr, CFLFigureArray *pFlfaResult) const
두 객체의 합집합을 수행
FLImaging::Foundation::CFLFigure::IsCollision
virtual bool IsCollision(const CFLCircle< int32_t > *pCir) const
FLImaging::Foundation::CFLFigure::GetIntersection
virtual const CResult GetIntersection(const CFLDoughnut< float > &doughnut, CFLFigureArray *pFlfaResult) const
FLImaging::Foundation::CFLFigure::IsCollision
virtual bool IsCollision(const CFLRegion &flrg) const
FLImaging::Foundation::CFLFigure::Rotate
virtual const CResult Rotate(double f64Angle, int64_t i64PivotX, int64_t i64PivotY)
FLImaging::Foundation::CFLFigure::Inflate
virtual const CResult Inflate(const CFLLine< double > *pLine)
FLImaging::Foundation::CFLFigure::Close
virtual const CResult Close(const CFLFigure &flfKernel, CFLFigureArray *pFlfaResultFigure) const
FLImaging::Foundation::CFLFigure::GetRegionOfSubtraction
virtual const CResult GetRegionOfSubtraction(const CFLEllipse< int64_t > *pEll, CFLFigureArray *pFlfaResult) const
두 객체의 차집합을 수행
FLImaging::Foundation::CFLFigure::Dilate
virtual const CResult Dilate(const CFLFigure *pFlfKernel, CFLFigureArray &flfaResultFigure) const
FLImaging::Foundation::CFLFigure::Scale
virtual const CResult Scale(int64_t i64PivotX, int64_t i64PivotY, double f64RatioX, double f64RatioY)
FLImaging::Foundation::CFLFigure::Extend
virtual const CResult Extend(const Base::TPoint< double > &tpSize)
FLImaging::Foundation::CFLFigure::ClearAttributeDrawingLineColor
virtual const CResult ClearAttributeDrawingLineColor() sealed
FLImaging::Foundation::CFLFigure::GetBoundaryRect
virtual const CResult GetBoundaryRect(float *pLeft, float *pTop, float *pRight, float *pBottom) const
FLImaging::Foundation::CFLFigure::GetRegionOfSubtraction
virtual const CResult GetRegionOfSubtraction(const CFLEllipse< int32_t > *pEll, CFLFigureArray *pFlfaResult) const
두 객체의 차집합을 수행
FLImaging::Foundation::CFLFigure::GetRegionOfUnion
virtual const CResult GetRegionOfUnion(const CFLQuad< int32_t > *pQuad, CFLFigureArray *pFlfaResult) const
두 객체의 합집합을 수행
FLImaging::Foundation::CFLFigure::IsCollision
virtual bool IsCollision(const CFLLine< double > &line) const
FLImaging::Foundation::CFLFigure::GetRegionOfIntersection
virtual const CResult GetRegionOfIntersection(const CFLRoundRect< float > *pFlrr, CFLFigureArray *pFlfaResult) const
두 객체의 교집합을 수행
FLImaging::Foundation::CFLFigure::Extend
virtual const CResult Extend(const CFLPoint< double > *pFlpSize)
FLImaging::Foundation::CFLFigure::GetRegionOfSubtraction
virtual const CResult GetRegionOfSubtraction(const CFLCircle< int32_t > &cir, CFLFigureArray *pFlfaResult) const
두 객체의 차집합을 수행
FLImaging::Foundation::CFLFigure::GetWindingDirection
virtual EWindingDirection GetWindingDirection() const
FLImaging::Foundation::CFLFigure::GetMaximumDistance
virtual const CResult GetMaximumDistance(const CFLFigure *pFlfTarget, double *pF64Result) const
대상 Figure와 서로 가장 먼 위치의 거리를 반환 합니다.
FLImaging::Foundation::CFLFigure::GetRegionOfUnion
virtual const CResult GetRegionOfUnion(const CFLRoundRect< double > *pFlrr, CFLFigureArray *pFlfaResult) const
두 객체의 합집합을 수행
FLImaging::Foundation::CFLFigure::IsCollision
virtual bool IsCollision(const CFLPoint< int32_t > *pPoint) const
FLImaging::Foundation::CFLFigure::Rotate
virtual const CResult Rotate(double f64Angle, int32_t i32PivotX, int32_t i32PivotY)
FLImaging::Foundation::CFLFigure::Rotate
virtual const CResult Rotate(double f64Angle, const CFLPoint< double > *pFlpPivot)
FLImaging::Foundation::CFLFigure::GetIntersection
virtual const CResult GetIntersection(const CFLBezierCubicCurve *pFlbc3, CFLFigureArray *pFlfaResult) const
FLImaging::Foundation::CFLFigure::GetIntersection
virtual const CResult GetIntersection(const CFLRoundRect< int64_t > &flrr, CFLFigureArray *pFlfaResult) const
FLImaging::Foundation::CFLFigure::GetRegionOfIntersection
virtual const CResult GetRegionOfIntersection(const CFLComplexRegion *pFlcr, CFLFigureArray *pFlfaResult) const
두 객체의 교집합을 수행
FLImaging::Foundation::CFLFigure::GetMinimumEnclosingRectangleWidth
virtual double GetMinimumEnclosingRectangleWidth() const
FLImaging::Foundation::CFLFigure::GetRasterRegion
virtual const CResult GetRasterRegion(CFLFigureArray &flfa, const CFLPoint< int64_t > *pFlpImageSize) const
FLImaging::Foundation::CFLFigure::Multiply
virtual const CResult Multiply(const CFLPoint< int32_t > &flp)
FLImaging::Foundation::CFLFigure::GetRegionOfIntersection
virtual const CResult GetRegionOfIntersection(const CFLRect< float > &rect, CFLFigureArray *pFlfaResult) const
두 객체의 교집합을 수행
FLImaging::Foundation::CFLFigure::EnableAttributeDrawingRealSizeLineWidth
virtual const CResult EnableAttributeDrawingRealSizeLineWidth(bool bEnable) sealed
FLImaging::Foundation::CFLFigure::GetIntersection
virtual const CResult GetIntersection(const CFLQuad< int32_t > *pQuad, CFLFigureArray *pFlfaResult) const
FLImaging::Foundation::CFLFigure::GetRasterRegion
virtual const CResult GetRasterRegion(Base::CFLArray< Base::TRect< float > > &flaResult, const CFLPoint< int64_t > *pFlpImageSize) const
FLImaging::Foundation::CFLFigure::IsCollision
virtual bool IsCollision(const CFLCubicSpline *pFlcs) const
FLImaging::Foundation::CFLFigure::IsCollision
virtual bool IsCollision(const CFLEllipse< int32_t > *pEll) const
FLImaging::Foundation::CFLFigure::GetVertexCount
virtual const CResult GetVertexCount(CFLFigureArray *pFlfaResult, EIncludingRegionType eType=EIncludingRegionType_All, bool bRecursive=true) const
도형의 정점의 개수를 반환합니다
FLImaging::Foundation::CFLFigure::Warp
virtual const CResult Warp(const CFLQuad< double > &flqSourceRegion, const CFLQuad< double > &flqTargetRegion, CFLFigureArray &flfaResult, EWarpingType eWarpingType=EWarpingType_Bilinear) const
FLImaging::Foundation::CFLFigure::GetRasterRegion
virtual const CResult GetRasterRegion(Base::CFLArray< Base::TRect< int64_t > > *pFlaResult, const CFLPoint< int64_t > *pFlpImageSize) const
FLImaging::Foundation::CFLFigure::Inflate
virtual const CResult Inflate(double left, double top, double right, double bottom)
FLImaging::Foundation::CFLFigure::GetRegionOfIntersection
virtual const CResult GetRegionOfIntersection(const CFLRegion &flrg, CFLFigureArray *pFlfaResult) const
두 객체의 교집합을 수행
FLImaging::Foundation::CFLFigure::Inflate
virtual const CResult Inflate(const CFLPoint< int32_t > *pPoint)
FLImaging::Foundation::CFLFigure::Inflate
virtual const CResult Inflate(const CFLPoint< int32_t > &point)
FLImaging::Foundation::CFLFigure::GetIntersection
virtual const CResult GetIntersection(const CFLRect< int64_t > *pRect, CFLFigureArray *pFlfaResult) const
FLImaging::Foundation::CFLFigure::IsCollision
virtual bool IsCollision(const CFLCircle< int64_t > &cir) const
FLImaging::Foundation::CFLFigure::GetExtraAttribute
const CResult GetExtraAttribute(const Base::CFLString< wchar_t > &strKey, Base::CFLString< wchar_t > &strValue) const
FLImaging::Foundation::CFLFigure::Rotate
virtual const CResult Rotate(double f64Angle, const CFLPoint< float > *pFlpPivot)
FLImaging::Foundation::CFLFigure::GetConvexHull
virtual const CResult GetConvexHull(CFLComplexRegion *pFlcrConvex) const
Figure의 Convex hull을 계산
FLImaging::Foundation::CFLFigure::SetAttributeDrawingFillColor
virtual const CResult SetAttributeDrawingFillColor(uint8_t u8Blue, uint8_t u8Green, uint8_t u8Red) sealed
FLImaging::Foundation::CFLFigure::GetMinimumDistance
virtual const CResult GetMinimumDistance(const CFLFigure &flfTarget, double *pF64Result) const
대상 Figure와 서로 가장 가까운 위치의 거리를 반환합니다.
FLImaging::Foundation::CFLFigure::IsCollision
virtual bool IsCollision(const CFLEllipse< double > *pEll) const
FLImaging::Foundation::CFLFigure::GetRegionOfUnion
virtual const CResult GetRegionOfUnion(const CFLQuad< double > &quad, CFLFigureArray *pFlfaResult) const
두 객체의 합집합을 수행
FLImaging::Foundation::CFLFigure::GetMaximumDistance
virtual double GetMaximumDistance(const CFLFigure *pFlfTarget) const
대상 Figure와 서로 가장 먼 위치의 거리를 반환 합니다.
FLImaging::Foundation::CFLFigure::GetRegionOfUnion
virtual const CResult GetRegionOfUnion(const CFLEllipse< float > &ell, CFLFigureArray *pFlfaResult) const
두 객체의 합집합을 수행
FLImaging::Foundation::CFLFigure::Inflate
virtual const CResult Inflate(const CFLRect< int32_t > &rect)
FLImaging::Foundation::CFLFigure::GetMinimumEnclosingRectangleCenter
virtual CFLPoint< double > GetMinimumEnclosingRectangleCenter() const
FLImaging::Foundation::CFLFigure::EnableRasterRegionOutline
virtual const CResult EnableRasterRegionOutline(bool bSet) sealed
GetRasterRegion 의 둘레 연산 여부 설정
FLImaging::Foundation::CFLFigure::Inflate
virtual const CResult Inflate(float width, float height)
FLImaging::Foundation::CFLFigure::GetRasterRegion
virtual const CResult GetRasterRegion(Base::CFLArray< Base::TRect< double > > *pFlaResult, const CFLRect< int64_t > *pFlrROI=nullptr) const
FLImaging::Foundation::CFLFigure::IsCollision
virtual bool IsCollision(const CFLRoundRect< double > *pFlrr) const
FLImaging::Foundation::CFLFigure::Extend
virtual const CResult Extend(int32_t i32HalfWidth, int32_t i32HalfHeight)
FLImaging::Foundation::CFLFigure::GetLength
virtual double GetLength() const
FLImaging::Foundation::CFLFigure::GetName
virtual const wchar_t * GetName() const sealed
Figure 객체의 이름 얻기
FLImaging::Foundation::CFLFigure::GetAttributeDrawingLineColor
virtual const CResult GetAttributeDrawingLineColor(uint32_t &u32LineColor) const sealed
FLImaging::Foundation::CFLFigure::SetAttributeDrawingLineWidth
virtual const CResult SetAttributeDrawingLineWidth(int32_t i32LineWidth) sealed
FLImaging::Foundation::CFLFigure::Offset
virtual const CResult Offset(double x, double y)
FLImaging::Foundation::CFLFigure::GetPointsOfMinimumDistance
virtual const CResult GetPointsOfMinimumDistance(const CFLFigure &flfTarget, CFLPointArray *pFlpaResult) const
대상 Figure와 서로 가장 가까운 위치를 반환합니다.
FLImaging::Foundation::CFLFigure::Multiply
virtual const CResult Multiply(const CFLPoint< double > &flp)
FLImaging::Foundation::CFLFigure::GetRegionOfUnion
virtual const CResult GetRegionOfUnion(const CFLFigureArray &flfaOperand, CFLFigureArray *pFlfaResult) const
두 객체의 합집합을 수행
FLImaging::Foundation::CFLFigure::GetRegionOfIntersection
virtual const CResult GetRegionOfIntersection(const CFLQuad< float > *pQuad, CFLFigureArray *pFlfaResult) const
두 객체의 교집합을 수행
FLImaging::Foundation::CFLFigure::IsCollision
virtual bool IsCollision(const CFLCircle< float > &cir) const
FLImaging::Foundation::CFLFigure::GetRegionOfUnion
virtual const CResult GetRegionOfUnion(const CFLEllipse< int64_t > *pEll, CFLFigureArray *pFlfaResult) const
두 객체의 합집합을 수행
FLImaging::Foundation::CFLFigure::Flip
virtual const CResult Flip(EFigureFlipDirection eDirection, int64_t i64PivotX, int64_t i64PivotY)
FLImaging::Foundation::CFLFigure::Extend
virtual const CResult Extend(const CFLLine< int64_t > *pFllSize)
FLImaging::Foundation::CFLFigure::IsCollision
virtual bool IsCollision(const CFLLine< int32_t > *pLine) const
FLImaging::Foundation::CFLFigure::GetIntersection
virtual const CResult GetIntersection(const CFLEllipse< float > &ell, CFLFigureArray *pFlfaResult) const
FLImaging::Foundation::CFLFigure::GetExtraAttributeKeys
const CResult GetExtraAttributeKeys(Base::CFLArray< Base::CFLString< wchar_t > > *pFlaKeys) const
FLImaging::Foundation::CFLFigure::GetCenterOfGravity
virtual const CResult GetCenterOfGravity(int64_t *x, int64_t *y) const
FLImaging::Foundation::CFLFigure::GetRegionOfIntersection
virtual const CResult GetRegionOfIntersection(const CFLRect< int32_t > *pRect, CFLFigureArray *pFlfaResult) const
두 객체의 교집합을 수행
FLImaging::Foundation::CFLFigure::GetRegionOfExclusiveOr
virtual const CResult GetRegionOfExclusiveOr(const CFLRect< int64_t > &rect, CFLFigureArray *pFlfaResult) const
두 객체의 배타적 논리합을 수행
FLImaging::Foundation::CFLFigure::GetRegionOfUnion
virtual const CResult GetRegionOfUnion(const CFLCircle< float > &cir, CFLFigureArray *pFlfaResult) const
두 객체의 합집합을 수행
FLImaging::Foundation::CFLFigure::SetAttributeDrawingLineColorAlphaRatio
virtual const CResult SetAttributeDrawingLineColorAlphaRatio(float f32LineColorAlphaRatio) sealed
FLImaging::Foundation::CFLFigure::Rotate
virtual const CResult Rotate(double f64Angle, const CFLPoint< float > &flpPivot)
FLImaging::Foundation::CFLFigure::GetBoundaryRect
virtual const CResult GetBoundaryRect(int32_t &left, int32_t &top, int32_t &right, int32_t &bottom) const
FLImaging::Foundation::CFLFigure::IsRasterRegionOutlineEnabled
virtual bool IsRasterRegionOutlineEnabled() const sealed
GetRasterRegion 의 둘레 연산 여부 확인
FLImaging::Foundation::CFLFigure::GetCenter
virtual const CResult GetCenter(float &x, float &y) const
FLImaging::Foundation::CFLFigure::GetRegionOfExclusiveOr
virtual const CResult GetRegionOfExclusiveOr(const CFLRoundRect< double > &flrr, CFLFigureArray *pFlfaResult) const
두 객체의 배타적 논리합을 수행
FLImaging::Foundation::CFLFigure::GetRegionOfUnion
virtual const CResult GetRegionOfUnion(const CFLRect< double > *pRect, CFLFigureArray *pFlfaResult) const
두 객체의 합집합을 수행
FLImaging::Foundation::CFLFigure::Flip
virtual const CResult Flip(EFigureFlipDirection eDirection, float f32PivotX, float f32PivotY)
FLImaging::Foundation::CFLFigure::GetIntersection
virtual const CResult GetIntersection(const CFLRegion *pFlrg, CFLFigureArray *pFlfaResult) const
FLImaging::Foundation::CFLFigure::Extend
virtual const CResult Extend(const CFLPoint< int32_t > *pFlpSize)
FLImaging::Foundation::CFLFigure::GetRegionOfExclusiveOr
virtual const CResult GetRegionOfExclusiveOr(const CFLCircle< float > *pCir, CFLFigureArray *pFlfaResult) const
두 객체의 배타적 논리합을 수행
FLImaging::Foundation::CFLFigure::GetIntersection
virtual const CResult GetIntersection(const CFLRoundRect< double > &flrr, CFLFigureArray *pFlfaResult) const
FLImaging::Foundation::CFLFigure::GetRegionOfUnion
virtual const CResult GetRegionOfUnion(const CFLDoughnut< int32_t > &doughnut, CFLFigureArray *pFlfaResult) const
두 객체의 합집합을 수행
FLImaging::Foundation::CFLFigure::GetMinimumEnclosingRectangleCenter
virtual const CResult GetMinimumEnclosingRectangleCenter(Foundation::CFLPoint< int64_t > &point) const
FLImaging::Foundation::CFLFigure::GetRegionOfExclusiveOr
virtual const CResult GetRegionOfExclusiveOr(const CFLCircle< float > &cir, CFLFigureArray *pFlfaResult) const
두 객체의 배타적 논리합을 수행
FLImaging::Foundation::CFLFigure::GetRegionOfUnion
virtual const CResult GetRegionOfUnion(const CFLQuad< int64_t > &quad, CFLFigureArray *pFlfaResult) const
두 객체의 합집합을 수행
FLImaging::Foundation::CFLFigure::GetRegionOfIntersection
virtual const CResult GetRegionOfIntersection(const CFLCircle< int64_t > &cir, CFLFigureArray *pFlfaResult) const
두 객체의 교집합을 수행
FLImaging::Foundation::CFLFigure::GetRegionOfIntersection
virtual const CResult GetRegionOfIntersection(const CFLRoundRect< double > &flrr, CFLFigureArray *pFlfaResult) const
두 객체의 교집합을 수행
FLImaging::Foundation::CFLFigure::GetBoundaryRect
virtual const CResult GetBoundaryRect(CFLRect< int32_t > &rect) const
FLImaging::Foundation::CFLFigure::GetIntersection
virtual const CResult GetIntersection(const CFLBezierCubicCurve &flbc3, CFLFigureArray *pFlfaResult) const
FLImaging::Foundation::CFLFigure::GetRegionOfSubtraction
virtual const CResult GetRegionOfSubtraction(const CFLCircle< int64_t > &cir, CFLFigureArray *pFlfaResult) const
두 객체의 차집합을 수행
FLImaging::Foundation::CFLFigure::Flip
virtual const CResult Flip(EFigureFlipDirection eDirection, const CFLPoint< int64_t > &flpPivot)
FLImaging::Foundation::CFLFigure::Offset
virtual const CResult Offset(int32_t x, int32_t y)
FLImaging::Foundation::CFLFigure::Rotate
virtual const CResult Rotate(double f64Angle, const CFLPoint< int32_t > *pFlpPivot)
FLImaging::Foundation::CFLFigure::Extend
virtual const CResult Extend(const CFLLine< float > &fllSize)
FLImaging::Foundation::CFLFigure::Multiply
virtual const CResult Multiply(const CFLPoint< int32_t > *pFlp)
FLImaging::Foundation::CFLFigure::GetRegionOfUnion
virtual const CResult GetRegionOfUnion(const CFLCircle< double > &cir, CFLFigureArray *pFlfaResult) const
두 객체의 합집합을 수행
FLImaging::Foundation::CFLFigure::IsCollision
virtual bool IsCollision(const CFLCircle< int32_t > &cir) const
FLImaging::Foundation::CFLFigure::GetRegionOfSubtraction
virtual const CResult GetRegionOfSubtraction(const CFLDoughnut< float > &doughnut, CFLFigureArray *pFlfaResult) const
두 객체의 차집합을 수행
FLImaging::Foundation::CFLFigure::ClearAttributeDrawingLineColorAlphaRatio
virtual const CResult ClearAttributeDrawingLineColorAlphaRatio() sealed
FLImaging::Foundation::CFLFigure::GetRegionOfExclusiveOr
virtual const CResult GetRegionOfExclusiveOr(const CFLCircle< double > *pCir, CFLFigureArray *pFlfaResult) const
두 객체의 배타적 논리합을 수행
FLImaging::Foundation::CFLFigure::IsCollision
virtual bool IsCollision(const CFLCircle< double > &cir) const
FLImaging::Foundation::CFLFigure::Scale
virtual const CResult Scale(const CFLPoint< float > &flpPivot, double f64RatioX, double f64RatioY)
FLImaging::Foundation::CFLFigure::Extend
virtual const CResult Extend(const CFLPoint< float > *pFlpSize)
FLImaging::Foundation::CFLFigure::GetIntersection
virtual const CResult GetIntersection(const CFLQuad< double > &quad, CFLFigureArray *pFlfaResult) const
FLImaging::Foundation::CFLFigure::GetPointsOfMinimumDistance
virtual const CResult GetPointsOfMinimumDistance(const CFLFigure *pFlfTarget, CFLPointArray *pFlpaResult) const
대상 Figure와 서로 가장 가까운 위치를 반환합니다.
FLImaging::Foundation::CFLFigure::Erode
virtual const CResult Erode(int64_t i64HalfWidthSize, int64_t i64HalfHeightSize, CFLFigureArray *pFlfaResultFigure, EKernelShape eKernelShape=EKernelShape_Rectangle) const
FLImaging::Foundation::CFLFigure::GetMinimumEnclosingRectangleCenter
virtual const CResult GetMinimumEnclosingRectangleCenter(Foundation::CFLPoint< int32_t > &point) const
FLImaging::Foundation::CFLFigure::GetRegionOfIntersection
virtual const CResult GetRegionOfIntersection(const CFLRect< double > &rect, CFLFigureArray *pFlfaResult) const
두 객체의 교집합을 수행
FLImaging::Foundation::CFLFigure::GetRegionOfExclusiveOr
virtual const CResult GetRegionOfExclusiveOr(const CFLFigure *pFigure, CFLFigureArray *pFlfaResult) const
두 객체의 배타적 논리합을 수행
FLImaging::Foundation::CFLFigure::GetRegionOfIntersection
virtual const CResult GetRegionOfIntersection(const CFLEllipse< double > &ell, CFLFigureArray *pFlfaResult) const
두 객체의 교집합을 수행
FLImaging::Foundation::CFLFigure::GetCenter
virtual const CResult GetCenter(Foundation::CFLPoint< int64_t > &point) const
FLImaging::Foundation::CFLFigure::GetMinimumEnclosingRectangleCenter
virtual const CResult GetMinimumEnclosingRectangleCenter(Foundation::CFLPoint< float > &point) const
FLImaging::Foundation::CFLFigure::GetCenter
virtual const CResult GetCenter(Foundation::CFLPoint< double > *pPoint) const
FLImaging::Foundation::CFLFigure::Extend
virtual const CResult Extend(const Base::TPoint< int32_t > &tpSize)
FLImaging::Foundation::CFLFigure::GetRegionOfExclusiveOr
virtual const CResult GetRegionOfExclusiveOr(const CFLDoughnut< int64_t > &doughnut, CFLFigureArray *pFlfaResult) const
두 객체의 배타적 논리합을 수행
FLImaging::Foundation::CFLFigure::IsCollision
virtual bool IsCollision(const CFLRegion *pFlrg) const
FLImaging::Foundation::CFLFigure::Inflate
virtual const CResult Inflate(const CFLPoint< float > &point)
FLImaging::Foundation::CFLFigure::GetRasterRegion
virtual const CResult GetRasterRegion(Base::CFLArray< Base::TRect< double > > &flaResult, const CFLRect< int64_t > *pFlrROI=nullptr) const
FLImaging::Foundation::CFLFigure::GetRegionOfSubtraction
virtual const CResult GetRegionOfSubtraction(const CFLComplexRegion *pFlcr, CFLFigureArray *pFlfaResult) const
두 객체의 차집합을 수행
FLImaging::Foundation::CFLFigure::GetRasterRegion
virtual const CResult GetRasterRegion(Base::CFLArray< Base::TRect< int64_t > > &flaResult, const CFLRect< int64_t > *pFlrROI=nullptr) const
FLImaging::Foundation::CFLFigure::ClearAttributeDrawingPenStyle
virtual const CResult ClearAttributeDrawingPenStyle() sealed
FLImaging::Foundation::CFLFigure::MeasureThickness
virtual const CResult MeasureThickness(double &f64Thickness, double f64SamplingStep=1.) const
도형의 두께를 측정합니다
FLImaging::Foundation::CFLFigure::GetRasterRegion
virtual const CResult GetRasterRegion(Base::CFLArray< Base::TRect< int64_t > > &flaResult, const CFLPoint< int64_t > *pFlpImageSize) const
FLImaging::Foundation::CFLFigure::GetAttributeDrawingLineWidth
virtual const CResult GetAttributeDrawingLineWidth(int32_t &i32LineWidth) const sealed
FLImaging::Foundation::CFLFigure::GetMinimumEnclosingRectangleShortLongRatio
virtual double GetMinimumEnclosingRectangleShortLongRatio() const
FLImaging::Foundation::CFLFigure::GetRegionOfIntersection
virtual const CResult GetRegionOfIntersection(const CFLRoundRect< int32_t > &flrr, CFLFigureArray *pFlfaResult) const
두 객체의 교집합을 수행
FLImaging::Foundation::CFLFigure::GetRegionOfIntersection
virtual const CResult GetRegionOfIntersection(const CFLRect< int64_t > *pRect, CFLFigureArray *pFlfaResult) const
두 객체의 교집합을 수행
FLImaging::Foundation::CFLFigure::GetIntersection
virtual const CResult GetIntersection(const CFLDoughnut< double > *pDoughnut, CFLFigureArray *pFlfaResult) const
FLImaging::Foundation::CFLFigure::GetIntersection
virtual const CResult GetIntersection(const CFLDoughnut< float > *pDoughnut, CFLFigureArray *pFlfaResult) const
FLImaging::Foundation::CFLFigure::GetRegionOfSubtraction
virtual const CResult GetRegionOfSubtraction(const CFLEllipse< double > *pEll, CFLFigureArray *pFlfaResult) const
두 객체의 차집합을 수행
FLImaging::Foundation::CFLFigure::GetCenterOfGravity
virtual const CResult GetCenterOfGravity(double &x, double &y) const
FLImaging::Foundation::CFLFigure::GetRegionOfUnion
virtual const CResult GetRegionOfUnion(const CFLCircle< float > *pCir, CFLFigureArray *pFlfaResult) const
두 객체의 합집합을 수행
FLImaging::Foundation::CFLFigure::GetIntersection
virtual const CResult GetIntersection(const CFLBezierQuadraticCurve &flbc2, CFLFigureArray *pFlfaResult) const
FLImaging::Foundation::CFLFigure::ClearAttributeDrawingRealSizeLineWidth
virtual const CResult ClearAttributeDrawingRealSizeLineWidth() sealed
FLImaging::Foundation::CFLFigure::IsCollision
virtual bool IsCollision(const Base::TRect< double > &rect) const
FLImaging::Foundation::CFLFigure::GetRegionOfIntersection
virtual const CResult GetRegionOfIntersection(const CFLDoughnut< float > *pDoughnut, CFLFigureArray *pFlfaResult) const
두 객체의 교집합을 수행
FLImaging::Foundation::CFLFigure::GetBoundaryRect
virtual const CResult GetBoundaryRect(CFLRect< double > *pRect) const
FLImaging::Foundation::CFLFigure::GetRegionOfIntersection
virtual const CResult GetRegionOfIntersection(const CFLFigureArray *pFlfaOperand, CFLFigureArray *pFlfaResult) const
두 객체의 교집합을 수행
FLImaging::Foundation::CFLFigure::Dilate
virtual const CResult Dilate(int64_t i64HalfWidthSize, int64_t i64HalfHeightSize, CFLFigureArray &flfaResultFigure, EKernelShape eKernelShape=EKernelShape_Rectangle) const
FLImaging::Foundation::CFLFigure::GetMinimumEnclosingRectangleShortSideLength
virtual double GetMinimumEnclosingRectangleShortSideLength() const
FLImaging::Foundation::CFLFigure::GetRegionOfSubtraction
virtual const CResult GetRegionOfSubtraction(const CFLEllipse< float > *pEll, CFLFigureArray *pFlfaResult) const
두 객체의 차집합을 수행
FLImaging::Foundation::CFLFigure::Extend
virtual const CResult Extend(double f64HalfSize)
FLImaging::Foundation::CFLFigure::GetRasterContour
virtual const CResult GetRasterContour(CFLFigureArray *pFlfaResult, bool bExcludeSingleDelta=false) const
Contour의 Raster 점 정보를 얻어옵니다
FLImaging::Foundation::CFLFigure::IsCollision
virtual bool IsCollision(const Base::TPoint< double > *pPoint) const
FLImaging::Foundation::CFLFigure::GetRegionOfIntersection
virtual const CResult GetRegionOfIntersection(const CFLEllipse< int32_t > &ell, CFLFigureArray *pFlfaResult) const
두 객체의 교집합을 수행
FLImaging::Foundation::CFLFigure::GetRegionOfSubtraction
virtual const CResult GetRegionOfSubtraction(const CFLDoughnut< int64_t > &doughnut, CFLFigureArray *pFlfaResult) const
두 객체의 차집합을 수행
FLImaging::Foundation::CFLFigure::GetRegionOfIntersection
virtual const CResult GetRegionOfIntersection(const CFLQuad< float > &quad, CFLFigureArray *pFlfaResult) const
두 객체의 교집합을 수행
FLImaging::Foundation::CFLFigure::SetExclusiveRegion
virtual const CResult SetExclusiveRegion(const CFLFigure *pFlfaExclusiveRegion)
FLImaging::Foundation::CFLFigure::Scale
virtual const CResult Scale(int32_t i32PivotX, int32_t i32PivotY, double f64RatioX, double f64RatioY)
FLImaging::Foundation::CFLFigure::GetRegionOfExclusiveOr
virtual const CResult GetRegionOfExclusiveOr(const CFLCircle< int32_t > &cir, CFLFigureArray *pFlfaResult) const
두 객체의 배타적 논리합을 수행
FLImaging::Foundation::CFLFigure::GetCenter
virtual const CResult GetCenter(int32_t *x, int32_t *y) const
FLImaging::Foundation::CFLFigure::GetRasterRegion
virtual const CResult GetRasterRegion(Base::CFLArray< Base::TRect< int32_t > > &flaResult, const CFLPoint< int64_t > *pFlpImageSize) const
FLImaging::Foundation::CFLFigure::Scale
virtual const CResult Scale(const CFLPoint< int64_t > *pFlpPivot, double f64RatioX, double f64RatioY)
FLImaging::Foundation::CFLFigure::GetRegionOfIntersection
virtual const CResult GetRegionOfIntersection(const CFLEllipse< int64_t > *pEll, CFLFigureArray *pFlfaResult) const
두 객체의 교집합을 수행
FLImaging::Foundation::CFLFigure::GetRegionOfSubtraction
virtual const CResult GetRegionOfSubtraction(const CFLQuad< double > &quad, CFLFigureArray *pFlfaResult) const
두 객체의 차집합을 수행
FLImaging::Foundation::CFLFigure::GetIntersection
virtual const CResult GetIntersection(const CFLEllipse< int32_t > &ell, CFLFigureArray *pFlfaResult) const
FLImaging::Foundation::CFLFigure::GetRegionOfIntersection
virtual const CResult GetRegionOfIntersection(const CFLCircle< double > *pCir, CFLFigureArray *pFlfaResult) const
두 객체의 교집합을 수행
FLImaging::Foundation::CFLFigure::GetIntersection
virtual const CResult GetIntersection(const CFLLine< double > *pLine, CFLFigureArray *pFlfaResult) const
FLImaging::Foundation::CFLFigure::GetRegionOfUnion
virtual const CResult GetRegionOfUnion(const CFLCircle< int32_t > &cir, CFLFigureArray *pFlfaResult) const
두 객체의 합집합을 수행
FLImaging::Foundation::CFLFigure::GetBoundaryRect
virtual const CResult GetBoundaryRect(CFLRect< double > &rect) const
FLImaging::Foundation::CFLFigure::GetRegionOfIntersection
virtual const CResult GetRegionOfIntersection(const CFLCircle< float > *pCir, CFLFigureArray *pFlfaResult) const
두 객체의 교집합을 수행
FLImaging::Foundation::CFLFigure::Erode
virtual const CResult Erode(const CFLFigure *pFlfKernel, CFLFigureArray *pFlfaResultFigure) const
FLImaging::Foundation::CFLFigure::GetRegionOfExclusiveOr
virtual const CResult GetRegionOfExclusiveOr(const CFLDoughnut< int32_t > &doughnut, CFLFigureArray *pFlfaResult) const
두 객체의 배타적 논리합을 수행
FLImaging::Foundation::CFLFigure::Inflate
virtual const CResult Inflate(const CFLLine< int64_t > &line)
FLImaging::Foundation::CFLFigure::IsCollision
virtual bool IsCollision(const CFLBezierCubicCurve &flbc3) const
FLImaging::Foundation::CFLFigure::Inflate
virtual const CResult Inflate(const CFLPoint< double > &point)
FLImaging::Foundation::CFLFigure::Inflate
virtual const CResult Inflate(const CFLLine< int32_t > &line)
FLImaging::Foundation::CFLFigure::GetRasterRegion
virtual const CResult GetRasterRegion(CFLFigureArray *pFlfaResult, const CFLRect< int64_t > *pFlrROI=nullptr) const
FLImaging::Foundation::CFLFigure::SetExtraAttribute
const CResult SetExtraAttribute(const Base::CFLString< wchar_t > &strKey, const Base::CFLString< wchar_t > &strValue)
FLImaging::Foundation::CFLFigure::GetRegionOfIntersection
virtual const CResult GetRegionOfIntersection(const CFLEllipse< int64_t > &ell, CFLFigureArray *pFlfaResult) const
두 객체의 교집합을 수행
FLImaging::Foundation::CFLFigure::GetRegionOfUnion
virtual const CResult GetRegionOfUnion(const CFLRoundRect< float > *pFlrr, CFLFigureArray *pFlfaResult) const
두 객체의 합집합을 수행
FLImaging::Foundation::CFLFigure::Swap
virtual const CResult Swap(CFLFigure *pFlfRight)
FLImaging::Foundation::CFLFigure::GetRegionOfExclusiveOr
virtual const CResult GetRegionOfExclusiveOr(const CFLRect< int32_t > *pRect, CFLFigureArray *pFlfaResult) const
두 객체의 배타적 논리합을 수행
FLImaging::Foundation::CFLFigure::Extend
virtual const CResult Extend(const CFLRect< float > &flrSize)
FLImaging::Foundation::CFLFigure::Multiply
virtual const CResult Multiply(double f64MulX, double f64MulY)
FLImaging::Foundation::CFLFigure::GetRegionOfIntersection
virtual const CResult GetRegionOfIntersection(const CFLRect< double > *pRect, CFLFigureArray *pFlfaResult) const
두 객체의 교집합을 수행
FLImaging::Foundation::CFLFigure::Multiply
virtual const CResult Multiply(const CFLPoint< int64_t > &flp)
FLImaging::Foundation::CFLFigure::GetIntersection
virtual const CResult GetIntersection(const CFLFigureArray *pFlfaOperand, CFLFigureArray *pFlfaResult) const
FLImaging::Foundation::CFLFigure::GetCenter
virtual const CResult GetCenter(int64_t *x, int64_t *y) const
FLImaging::Foundation::CFLFigure::GetRegionOfUnion
virtual const CResult GetRegionOfUnion(const CFLDoughnut< double > &doughnut, CFLFigureArray *pFlfaResult) const
두 객체의 합집합을 수행
FLImaging::Foundation::CFLFigure::GetRegionOfExclusiveOr
virtual const CResult GetRegionOfExclusiveOr(const CFLQuad< float > &quad, CFLFigureArray *pFlfaResult) const
두 객체의 배타적 논리합을 수행
FLImaging::Foundation::CFLFigure::SetName
virtual const CResult SetName(const wchar_t wcName) sealed
Figure 객체의 이름 설정
FLImaging::Foundation::CFLFigure::Extend
virtual const CResult Extend(const CFLRect< int64_t > *pFlrSize)
FLImaging::Foundation::CFLFigure::GetRegionOfExclusiveOr
virtual const CResult GetRegionOfExclusiveOr(const CFLEllipse< int32_t > *pEll, CFLFigureArray *pFlfaResult) const
두 객체의 배타적 논리합을 수행
FLImaging::Foundation::CFLFigure::GetRegionOfIntersection
virtual const CResult GetRegionOfIntersection(const CFLQuad< int32_t > *pQuad, CFLFigureArray *pFlfaResult) const
두 객체의 교집합을 수행
FLImaging::Foundation::CFLFigure::Offset
virtual const CResult Offset(const CFLPoint< float > &point)
FLImaging::Foundation::CFLFigure::GetRegionOfSubtraction
virtual const CResult GetRegionOfSubtraction(const CFLQuad< int32_t > &quad, CFLFigureArray *pFlfaResult) const
두 객체의 차집합을 수행
FLImaging::Foundation::CFLFigure::IsCollision
virtual bool IsCollision(const CFLEllipse< int64_t > *pEll) const
FLImaging::Foundation::CFLFigure::IsCollision
virtual bool IsCollision(const CFLCircle< float > *pCir) const
FLImaging::Foundation::CFLFigure::IsCollision
virtual bool IsCollision(const Base::TPoint< int32_t > &point) const
FLImaging::Foundation::CFLFigure::IsCollision
virtual bool IsCollision(const Base::TRect< int32_t > &rect) const
FLImaging::Foundation::CFLFigure::Scale
virtual const CResult Scale(double f64PivotX, double f64PivotY, double f64RatioX, double f64RatioY)
FLImaging::Foundation::CFLFigure::IsCollision
virtual bool IsCollision(const CFLDoughnut< float > &doughnut) const
FLImaging::Foundation::CFLFigure::GetRegionOfSubtraction
virtual const CResult GetRegionOfSubtraction(const CFLCircle< int32_t > *pCir, CFLFigureArray *pFlfaResult) const
두 객체의 차집합을 수행
FLImaging::Foundation::CFLFigure::Rotate
virtual const CResult Rotate(double f64Angle, const CFLPoint< int64_t > &flpPivot)
FLImaging::Foundation::CFLFigure::GetRegionOfUnion
virtual const CResult GetRegionOfUnion(const CFLEllipse< int32_t > *pEll, CFLFigureArray *pFlfaResult) const
두 객체의 합집합을 수행
FLImaging::Foundation::CFLFigure::Flip
virtual const CResult Flip(EFigureFlipDirection eDirection, const CFLPoint< int32_t > *pFlpPivot)
FLImaging::Foundation::CFLFigure::GetRegionOfIntersection
virtual const CResult GetRegionOfIntersection(const CFLFigure *pFigure, CFLFigureArray *pFlfaResult) const
두 객체의 교집합을 수행
FLImaging::Foundation::CFLFigure::Rotate
virtual const CResult Rotate(double f64Angle, const CFLPoint< int32_t > &flpPivot)
FLImaging::Foundation::CFLFigure::GetRegionOfUnion
virtual const CResult GetRegionOfUnion(const CFLCircle< int32_t > *pCir, CFLFigureArray *pFlfaResult) const
두 객체의 합집합을 수행
FLImaging::Foundation::CFLFigure::Scale
virtual const CResult Scale(float f32PivotX, float f32PivotY, double f64RatioX, double f64RatioY)
FLImaging::Foundation::CFLFigure::GetCenter
virtual const CResult GetCenter(Foundation::CFLPoint< float > *pPoint) const
FLImaging::Foundation::CFLFigure::GetRegionOfIntersection
virtual const CResult GetRegionOfIntersection(const CFLRoundRect< double > *pFlrr, CFLFigureArray *pFlfaResult) const
두 객체의 교집합을 수행
FLImaging::Foundation::CFLFigure::GetArea
virtual double GetArea() const
FLImaging::Foundation::CFLFigure::GetCenterOfGravity
virtual const CResult GetCenterOfGravity(Foundation::CFLPoint< double > &point) const
FLImaging::Foundation::CFLFigure::GetIntersection
virtual const CResult GetIntersection(const CFLDoughnut< int32_t > *pDoughnut, CFLFigureArray *pFlfaResult) const
FLImaging::Foundation::CFLFigure::GetRegionOfIntersection
virtual const CResult GetRegionOfIntersection(const CFLEllipse< double > *pEll, CFLFigureArray *pFlfaResult) const
두 객체의 교집합을 수행
FLImaging::Foundation::CFLFigure::GetIndexOfMaximumDistance
virtual const CResult GetIndexOfMaximumDistance(const CFLFigure &flfDst, CFLFigureArray *pFlfaResultSrc, bool bRecursiveSrc=false, bool bRecursiveDst=false, CFLFigureArray *pFlfaResultDst=nullptr) const
대상 Figure와 서로 가장 먼 위치의 인덱스를 얻어옵니다. (FigureArray나 PointArray가 아닌 경우, 결과는 0입니다.)
FLImaging::Foundation::CFLFigure::GetRegionOfIntersection
virtual const CResult GetRegionOfIntersection(const CFLCircle< float > &cir, CFLFigureArray *pFlfaResult) const
두 객체의 교집합을 수행
FLImaging::Foundation::CFLFigure::Extend
virtual const CResult Extend(const CFLLine< int32_t > &fllSize)
FLImaging::Foundation::CFLFigure::GetIndexOfMinimumDistance
virtual const CResult GetIndexOfMinimumDistance(const CFLFigure *pFlfDst, CFLFigureArray *pFlfaResultSrc, bool bRecursiveSrc=false, bool bRecursiveDst=false, CFLFigureArray *pFlfaResultDst=nullptr) const
대상 Figure와 서로 가장 가까운 위치의 인덱스를 얻어옵니다. (FigureArray나 PointArray가 아닌 경우, 결과는 0입니다.)
FLImaging::Foundation::CFLFigure::GetMinimumEnclosingRectangleCenter
virtual const CResult GetMinimumEnclosingRectangleCenter(Foundation::CFLPoint< int32_t > *pPoint) const
FLImaging::Foundation::CFLFigure::GetCenterOfGravity
virtual const CResult GetCenterOfGravity(int32_t &x, int32_t &y) const
FLImaging::Foundation::CFLFigure::Extend
virtual const CResult Extend(double left, double top, double right, double bottom)
FLImaging::Foundation::CFLFigure::IsCollision
virtual bool IsCollision(const CFLQuad< float > *pQuad) const
FLImaging::Foundation::CFLFigure::IsCollision
virtual bool IsCollision(const Base::TRect< float > *pRect) const
FLImaging::Foundation::CFLFigure::GetIntersection
virtual const CResult GetIntersection(const CFLCircle< double > *pCir, CFLFigureArray *pFlfaResult) const
FLImaging::Foundation::CFLFigure::IsCollision
virtual bool IsCollision(const CFLRect< float > &rect) const
FLImaging::Foundation::CFLFigure::GetMinimumEnclosingRectangle
virtual const CResult GetMinimumEnclosingRectangle(CFLQuad< int64_t > *pQuad) const
최소 둘레의 직사각형을 얻어옵니다
FLImaging::Foundation::CFLFigure::GetIntersection
virtual const CResult GetIntersection(const CFLRect< int64_t > &rect, CFLFigureArray *pFlfaResult) const
FLImaging::Foundation::CFLFigure::GetMinimumEnclosingRectanglePerimeter
virtual double GetMinimumEnclosingRectanglePerimeter() const
FLImaging::Foundation::CFLFigure::GetIntersection
virtual const CResult GetIntersection(const CFLBezierQuarticCurve &flbc4, CFLFigureArray *pFlfaResult) const
FLImaging::Foundation::CFLFigure::GetCenterOfGravity
virtual const CResult GetCenterOfGravity(Foundation::CFLPoint< double > *pPoint) const
FLImaging::Foundation::CFLFigure::Multiply
virtual const CResult Multiply(int32_t i32Mul)
FLImaging::Foundation::CFLFigure::IsCollision
virtual bool IsCollision(const CFLPoint< int32_t > &point) const
FLImaging::Foundation::CFLFigure::Extend
virtual const CResult Extend(const CFLRect< int64_t > &flrSize)
FLImaging::Foundation::CFLFigure::Inflate
virtual const CResult Inflate(const CFLLine< int32_t > *pLine)
FLImaging::Foundation::CFLFigure::IsCollision
virtual bool IsCollision(const CFLLine< float > &line) const
FLImaging::Foundation::CFLFigure::IsCollision
virtual bool IsCollision(const CFLRect< double > &rect) const
FLImaging::Foundation::CFLFigure::GetRasterRegion
virtual const CResult GetRasterRegion(Base::CFLArray< Base::TPoint3< int32_t > > *pFlaResult, const CFLRect< int64_t > *pFlrROI=nullptr) const
FLImaging::Foundation::CFLFigure::GetRegionOfUnion
virtual const CResult GetRegionOfUnion(const CFLCircle< int64_t > &cir, CFLFigureArray *pFlfaResult) const
두 객체의 합집합을 수행
FLImaging::Foundation::CFLFigure::Set
virtual const CResult Set(const Base::CFLImagePage *pFlip)
FLImaging::Foundation::CFLFigure::GetIntersection
virtual const CResult GetIntersection(const CFLEllipse< int32_t > *pEll, CFLFigureArray *pFlfaResult) const
FLImaging::Foundation::CFLFigure::GetMinimumEnclosingRectangleCenter
virtual const CResult GetMinimumEnclosingRectangleCenter(float *x, float *y) const
FLImaging::Foundation::CFLFigure::GetSamplingVectorOnSegment
virtual const CResult GetSamplingVectorOnSegment(double f64SamplingDistance, CFLFigureArray &flfaResult) const
설정한 길이만큼 직선으로 이동하는 점 정보를 얻어옵니다
FLImaging::Foundation::CFLFigure::GetRegionOfUnion
virtual const CResult GetRegionOfUnion(const CFLRegion *pFlrg, CFLFigureArray *pFlfaResult) const
두 객체의 합집합을 수행
FLImaging::Foundation::CFLFigure::GetMinimumEnclosingRectangle
virtual const CResult GetMinimumEnclosingRectangle(CFLQuad< double > &quad) const
최소 둘레의 직사각형을 얻어옵니다
FLImaging::Foundation::CFLFigure::GetRasterRegion
virtual const CResult GetRasterRegion(Base::CFLArray< Base::TRect< int32_t > > &flaResult, const CFLRect< int64_t > *pFlrROI=nullptr) const
FLImaging::Foundation::CFLFigure::IsCollision
virtual bool IsCollision(const CFLEllipse< int64_t > &ell) const
FLImaging::Foundation::CFLFigure::GetRegionOfIntersection
virtual const CResult GetRegionOfIntersection(const CFLQuad< double > *pQuad, CFLFigureArray *pFlfaResult) const
두 객체의 교집합을 수행
FLImaging::Foundation::CFLFigure::Offset
virtual const CResult Offset(int64_t val)
FLImaging::Foundation::CFLFigure::GetRasterRegion
virtual const CResult GetRasterRegion(Base::CFLArray< Base::TRect< float > > &flaResult, const CFLRect< int64_t > *pFlrROI=nullptr) const
FLImaging::Foundation::CFLFigure::IsCollision
virtual bool IsCollision(const CFLBezierQuadraticCurve &flbc2) const
FLImaging::Foundation::CFLFigure::Inflate
virtual const CResult Inflate(const CFLLine< double > &line)
FLImaging::Foundation::CFLFigure::GetRegionOfIntersection
virtual const CResult GetRegionOfIntersection(const CFLCircle< double > &cir, CFLFigureArray *pFlfaResult) const
두 객체의 교집합을 수행
FLImaging::Foundation::CFLFigure::GetCenter
virtual CFLPoint< double > GetCenter() const
FLImaging::Foundation::CFLFigure::GetRegionOfUnion
virtual const CResult GetRegionOfUnion(const CFLFigure &figure, CFLFigureArray *pFlfaResult) const
두 객체의 합집합을 수행
FLImaging::Foundation::CFLFigure::GetVertexCount
virtual const CResult GetVertexCount(CFLFigureArray &flfaResult, EIncludingRegionType eType=EIncludingRegionType_All, bool bRecursive=true) const
도형의 정점의 개수를 반환합니다
FLImaging::Foundation::CFLFigure::SetAttributeDrawingEdgeColor
virtual const CResult SetAttributeDrawingEdgeColor(uint8_t u8Blue, uint8_t u8Green, uint8_t u8Red) sealed
FLImaging::Foundation::CFLFigure::IsCollision
virtual bool IsCollision(const CFLLine< int64_t > *pLine) const
FLImaging::Foundation::CFLFigure::GetIntersection
virtual const CResult GetIntersection(const CFLQuad< double > *pQuad, CFLFigureArray *pFlfaResult) const
FLImaging::Foundation::CFLFigure::GetRegionOfIntersection
virtual const CResult GetRegionOfIntersection(const CFLDoughnut< double > &doughnut, CFLFigureArray *pFlfaResult) const
두 객체의 교집합을 수행
FLImaging::Foundation::CFLFigure::GetIntersection
virtual const CResult GetIntersection(const CFLRect< float > &rect, CFLFigureArray *pFlfaResult) const
FLImaging::Foundation::CFLFigure::GetCenter
virtual const CResult GetCenter(double *x, double *y) const
FLImaging::Foundation::CFLFigure::GetRegionOfUnion
virtual const CResult GetRegionOfUnion(const CFLEllipse< int32_t > &ell, CFLFigureArray *pFlfaResult) const
두 객체의 합집합을 수행
FLImaging::Foundation::CFLFigure::IsCollision
virtual bool IsCollision(const CFLLine< float > *pLine) const
FLImaging::Foundation::CFLFigure::GetMinimumEnclosingRectangle
virtual const CResult GetMinimumEnclosingRectangle(CFLQuad< float > *pQuad) const
최소 둘레의 직사각형을 얻어옵니다
FLImaging::Foundation::CFLFigure::GetRegionOfUnion
virtual const CResult GetRegionOfUnion(const CFLQuad< float > &quad, CFLFigureArray *pFlfaResult) const
두 객체의 합집합을 수행
FLImaging::Foundation::CFLFigure::GetIntersection
virtual const CResult GetIntersection(const CFLLine< int32_t > *pLine, CFLFigureArray *pFlfaResult) const
FLImaging::Foundation::CFLFigure::Extend
virtual const CResult Extend(const Base::TPoint< int64_t > *pTpSize)
FLImaging::Foundation::CFLFigure::IsCollision
virtual bool IsCollision(const CFLPoint< double > *pPoint) const
FLImaging::Foundation::CFLFigure::IsCollision
virtual bool IsCollision(const CFLRoundRect< int32_t > &flrr) const
FLImaging::Foundation::CFLFigure::GetIntersection
virtual const CResult GetIntersection(const CFLCircle< float > &cir, CFLFigureArray *pFlfaResult) const
FLImaging::Foundation::CFLFigure::Inflate
virtual const CResult Inflate(int64_t width, int64_t height)
FLImaging::Foundation::CFLFigure::GetIntersection
virtual const CResult GetIntersection(const CFLRegion &flrg, CFLFigureArray *pFlfaResult) const
FLImaging::Foundation::CFLFigure::Offset
virtual const CResult Offset(float val)
FLImaging::Foundation::CFLFigure::GetRegionOfUnion
virtual const CResult GetRegionOfUnion(const CFLCircle< double > *pCir, CFLFigureArray *pFlfaResult) const
두 객체의 합집합을 수행
FLImaging::Foundation::CFLFigure::GetRegionOfIntersection
virtual const CResult GetRegionOfIntersection(const CFLDoughnut< int32_t > &doughnut, CFLFigureArray *pFlfaResult) const
두 객체의 교집합을 수행
FLImaging::Foundation::CFLFigure::Inflate
virtual const CResult Inflate(const CFLRect< float > *pRect)
FLImaging::Foundation::CFLFigure::Extend
virtual const CResult Extend(int64_t i64HalfWidth, int64_t i64HalfHeight)
FLImaging::Foundation::CFLFigure::Inflate
virtual const CResult Inflate(const CFLPoint< int64_t > *pPoint)
FLImaging::Foundation::CFLFigure::GetRegionOfIntersection
virtual const CResult GetRegionOfIntersection(const CFLDoughnut< int32_t > *pDoughnut, CFLFigureArray *pFlfaResult) const
두 객체의 교집합을 수행
FLImaging::Foundation::CFLFigure::GetMinimumEnclosingRectangle
virtual const CResult GetMinimumEnclosingRectangle(CFLQuad< int32_t > &quad) const
최소 둘레의 직사각형을 얻어옵니다
FLImaging::Foundation::CFLFigure::GetCenterOfGravity
virtual const CResult GetCenterOfGravity(int64_t &x, int64_t &y) const
FLImaging::Foundation::CFLFigure::GetCenterOfGravity
virtual const CResult GetCenterOfGravity(Foundation::CFLPoint< int32_t > &point) const
FLImaging::Foundation::CFLFigure::GetRegionOfUnion
virtual const CResult GetRegionOfUnion(const CFLRect< float > &rect, CFLFigureArray *pFlfaResult) const
두 객체의 합집합을 수행
FLImaging::Foundation::CFLFigure::GetRegionOfIntersection
virtual const CResult GetRegionOfIntersection(const CFLCircle< int64_t > *pCir, CFLFigureArray *pFlfaResult) const
두 객체의 교집합을 수행
FLImaging::Foundation::CFLFigure::IsCollision
virtual bool IsCollision(const CFLRect< double > *pRect) const
FLImaging::Foundation::CFLFigure::GetRegionOfExclusiveOr
virtual const CResult GetRegionOfExclusiveOr(const CFLEllipse< double > *pEll, CFLFigureArray *pFlfaResult) const
두 객체의 배타적 논리합을 수행
FLImaging::Foundation::CFLFigure::Extend
virtual const CResult Extend(const Base::TRect< int32_t > &trSize)
FLImaging::Foundation::CFLFigure::GetRegionOfExclusiveOr
virtual const CResult GetRegionOfExclusiveOr(const CFLRoundRect< int32_t > *pFlrr, CFLFigureArray *pFlfaResult) const
두 객체의 배타적 논리합을 수행
FLImaging::Foundation::CFLFigure::GetRegionOfSubtraction
virtual const CResult GetRegionOfSubtraction(const CFLQuad< int64_t > &quad, CFLFigureArray *pFlfaResult) const
두 객체의 차집합을 수행
FLImaging::Foundation::CFLFigure::GetMinimumEnclosingRectangleCenter
virtual const CResult GetMinimumEnclosingRectangleCenter(Foundation::CFLPoint< double > &point) const
FLImaging::Foundation::CFLFigure::SetAttributeDrawingLineColor
virtual const CResult SetAttributeDrawingLineColor(uint32_t u32LineColor) sealed
FLImaging::Foundation::CFLFigure::GetRegionOfExclusiveOr
virtual const CResult GetRegionOfExclusiveOr(const CFLQuad< int64_t > &quad, CFLFigureArray *pFlfaResult) const
두 객체의 배타적 논리합을 수행
FLImaging::Foundation::CFLFigure::GetIntersection
virtual const CResult GetIntersection(const CFLComplexRegion &flcr, CFLFigureArray *pFlfaResult) const
FLImaging::Foundation::CFLFigure::Extend
virtual const CResult Extend(const Base::TPoint< double > *pTpSize)
FLImaging::Foundation::CFLFigure::IsCollision
virtual bool IsCollision(const Base::TPoint< int32_t > *pPoint) const
FLImaging::Foundation::CFLFigure::Extend
virtual const CResult Extend(const CFLLine< double > &fllSize)
FLImaging::Foundation::CFLFigure::GetCenterOfGravity
virtual const CResult GetCenterOfGravity(Foundation::CFLPoint< float > &point) const
FLImaging::Foundation::CFLFigure::Scale
virtual const CResult Scale(const CFLPoint< float > *pFlpPivot, double f64RatioX, double f64RatioY)
FLImaging::Foundation::CFLFigure::IsCollision
virtual bool IsCollision(const Base::TRect< int32_t > *pRect) const
FLImaging::Foundation::CFLFigure::GetMinimumEnclosingRectangleCenter
virtual const CResult GetMinimumEnclosingRectangleCenter(float &x, float &y) const
FLImaging::Foundation::CFLFigure::GetRegionOfIntersection
virtual const CResult GetRegionOfIntersection(const CFLDoughnut< float > &doughnut, CFLFigureArray *pFlfaResult) const
두 객체의 교집합을 수행
FLImaging::Foundation::CFLFigure::Inflate
virtual const CResult Inflate(const CFLLine< float > *pLine)
FLImaging::Foundation::CFLFigure::Multiply
virtual const CResult Multiply(int64_t i64Mul)
FLImaging::Foundation::CFLFigure::GetIntersection
virtual const CResult GetIntersection(const CFLCircle< int32_t > &cir, CFLFigureArray *pFlfaResult) const
FLImaging::Foundation::CFLFigure::GetCenter
virtual const CResult GetCenter(Foundation::CFLPoint< double > &point) const
FLImaging::Foundation::CFLFigure::Close
virtual const CResult Close(int64_t i64HalfWidthSize, int64_t i64HalfHeightSize, CFLFigureArray &flfaResultFigure, EKernelShape eKernelShape=EKernelShape_Rectangle) const
FLImaging::Foundation::CFLFigure::GetRegionOfExclusiveOr
virtual const CResult GetRegionOfExclusiveOr(const CFLQuad< double > &quad, CFLFigureArray *pFlfaResult) const
두 객체의 배타적 논리합을 수행
FLImaging::Foundation::CFLFigure::IsCollision
virtual bool IsCollision(const CFLPoint< double > &point) const
FLImaging::Foundation::CFLFigure::IsCollision
virtual bool IsCollision(const Base::TRect< int64_t > &rect) const
FLImaging::Foundation::CFLFigure::GetIndexOfMaximumDistance
virtual const CResult GetIndexOfMaximumDistance(const CFLFigure *pFlfDst, CFLFigureArray *pFlfaResultSrc, bool bRecursiveSrc=false, bool bRecursiveDst=false, CFLFigureArray *pFlfaResultDst=nullptr) const
대상 Figure와 서로 가장 먼 위치의 인덱스를 얻어옵니다. (FigureArray나 PointArray가 아닌 경우, 결과는 0입니다.)
FLImaging::Foundation::CFLFigure::GetIntersection
virtual const CResult GetIntersection(const CFLEllipse< double > &ell, CFLFigureArray *pFlfaResult) const
FLImaging::Foundation::CFLFigure::IsCollision
virtual bool IsCollision(const CFLPoint< int64_t > &point) const
FLImaging::Foundation::CFLFigure::GetIntersection
virtual const CResult GetIntersection(const CFLRect< float > *pRect, CFLFigureArray *pFlfaResult) const
FLImaging::Foundation::CFLFigure::GetRegionOfSubtraction
virtual const CResult GetRegionOfSubtraction(const CFLRoundRect< float > *pFlrr, CFLFigureArray *pFlfaResult) const
두 객체의 차집합을 수행
FLImaging::Foundation::CFLFigure::Multiply
virtual const CResult Multiply(const CFLPoint< float > *pFlp)
FLImaging::Foundation::CFLFigure::GetRasterContour
virtual const CResult GetRasterContour(CFLPointArray *pFlpaResult, bool bExcludeSingleDelta=false) const
Contour의 Raster 점 정보를 얻어옵니다
FLImaging::Foundation::CFLFigure::GetRegionOfUnion
virtual const CResult GetRegionOfUnion(const CFLRect< double > &rect, CFLFigureArray *pFlfaResult) const
두 객체의 합집합을 수행
FLImaging::Foundation::CFLFigure::Flip
virtual const CResult Flip(EFigureFlipDirection eDirection, const CFLPoint< int64_t > *pFlpPivot)
FLImaging::Foundation::CFLFigure::GetBoundaryRect
virtual const CResult GetBoundaryRect(double *pLeft, double *pTop, double *pRight, double *pBottom) const
FLImaging::Foundation::CFLFigure::GetRegionOfSubtraction
virtual const CResult GetRegionOfSubtraction(const CFLFigure *pFigure, CFLFigureArray *pFlfaResult) const
두 객체의 차집합을 수행
FLImaging::Foundation::CFLFigure::GetRegionOfIntersection
virtual const CResult GetRegionOfIntersection(const CFLRect< int32_t > &rect, CFLFigureArray *pFlfaResult) const
두 객체의 교집합을 수행
FLImaging::Foundation::CFLFigure::GetRegionOfExclusiveOr
virtual const CResult GetRegionOfExclusiveOr(const CFLEllipse< float > &ell, CFLFigureArray *pFlfaResult) const
두 객체의 배타적 논리합을 수행
FLImaging::Foundation::CFLFigure::IsCollision
virtual bool IsCollision(const Base::TPoint< float > *pPoint) const
FLImaging::Foundation::CFLFigure::Flip
virtual const CResult Flip(EFigureFlipDirection eDirection, const CFLPoint< double > &flpPivot)
FLImaging::Foundation::CFLFigure::Inflate
virtual const CResult Inflate(int32_t left, int32_t top, int32_t right, int32_t bottom)
FLImaging::Foundation::CFLFigure::GetIntersection
virtual const CResult GetIntersection(const CFLRect< int32_t > *pRect, CFLFigureArray *pFlfaResult) const
FLImaging::Foundation::CFLFigure::IsCollision
virtual bool IsCollision(const CFLPointArray &flpa) const
FLImaging::Foundation::CFLFigure::IsCollision
virtual bool IsCollision(const CFLEllipse< double > &ell) const
FLImaging::Foundation::CFLFigure::GetIntersection
virtual const CResult GetIntersection(const CFLDoughnut< int32_t > &doughnut, CFLFigureArray *pFlfaResult) const
FLImaging::Foundation::CFLFigure::GetRegionOfSubtraction
virtual const CResult GetRegionOfSubtraction(const CFLRect< float > *pRect, CFLFigureArray *pFlfaResult) const
두 객체의 차집합을 수행
FLImaging::Foundation::CFLFigure::GetRegionOfSubtraction
virtual const CResult GetRegionOfSubtraction(const CFLQuad< float > &quad, CFLFigureArray *pFlfaResult) const
두 객체의 차집합을 수행
FLImaging::Foundation::CFLFigure::Extend
virtual const CResult Extend(const CFLPoint< double > &flpSize)
FLImaging::Foundation::CFLFigure::GetIntersection
virtual const CResult GetIntersection(const CFLCubicSpline *pFlcs, CFLFigureArray *pFlfaResult) const
FLImaging::Foundation::CFLFigure::IsCollision
virtual bool IsCollision(const CFLDoughnut< float > *pDoughnut) const
FLImaging::Foundation::CFLFigure::GetAttributeDrawingFillColorAlphaRatio
virtual const CResult GetAttributeDrawingFillColorAlphaRatio(float &f32FillColorAlphaRatio) const sealed
FLImaging::Foundation::CFLFigure::IsCollision
virtual bool IsCollision(const CFLBezierQuadraticCurve *pFlbc2) const
FLImaging::Foundation::CFLFigure::GetMinimumDistance
virtual const CResult GetMinimumDistance(const CFLFigure *pFlfTarget, double *pF64Result) const
대상 Figure와 서로 가장 가까운 위치의 거리를 반환 합니다.
FLImaging::Foundation::CFLFigure::GetRegionOfUnion
virtual const CResult GetRegionOfUnion(const CFLRect< int32_t > *pRect, CFLFigureArray *pFlfaResult) const
두 객체의 합집합을 수행
FLImaging::Foundation::CFLFigure::GetIntersection
virtual const CResult GetIntersection(const CFLBezierQuadraticCurve *pFlbc2, CFLFigureArray *pFlfaResult) const
FLImaging::Foundation::CFLFigure::Warp
virtual const CResult Warp(const CFLPointArray &flpaSource, const CFLPointArray &flpaTarget, CFLFigureArray *pFlfaResult, EWarpingType eWarpingType=EWarpingType_Bicubic, int32_t i32Extension=2) const
FLImaging::Foundation::CFLFigure::Dilate
virtual const CResult Dilate(const CFLFigure &flfKernel, CFLFigureArray *pFlfaResultFigure) const
FLImaging::Foundation::CFLFigure::GetRegionOfExclusiveOr
virtual const CResult GetRegionOfExclusiveOr(const CFLEllipse< int64_t > &ell, CFLFigureArray *pFlfaResult) const
두 객체의 배타적 논리합을 수행
FLImaging::Foundation::CFLFigure::GetBoundaryRect
virtual const CResult GetBoundaryRect(int64_t *pLeft, int64_t *pTop, int64_t *pRight, int64_t *pBottom) const
FLImaging::Foundation::CFLFigure::GetRegionOfUnion
virtual const CResult GetRegionOfUnion(const CFLComplexRegion *pFlcr, CFLFigureArray *pFlfaResult) const
두 객체의 합집합을 수행
FLImaging::Foundation::CFLFigure::GetRegionOfSubtraction
virtual const CResult GetRegionOfSubtraction(const CFLDoughnut< int32_t > &doughnut, CFLFigureArray *pFlfaResult) const
두 객체의 차집합을 수행
FLImaging::Foundation::CFLFigure::GetCenter
virtual const CResult GetCenter(double &x, double &y) const
FLImaging::Foundation::CFLFigure::GetRegionOfUnion
virtual const CResult GetRegionOfUnion(const CFLFigureArray *pFlfaOperand, CFLFigureArray *pFlfaResult) const
두 객체의 합집합을 수행
FLImaging::Foundation::CFLFigure::GetBoundaryRect
virtual const CResult GetBoundaryRect(double &left, double &top, double &right, double &bottom) const
FLImaging::Foundation::CFLFigure::GetIntersection
virtual const CResult GetIntersection(const CFLQuad< float > &quad, CFLFigureArray *pFlfaResult) const
FLImaging::Foundation::CFLFigure::GetMinimumDistance
virtual double GetMinimumDistance(const CFLFigure &flfTarget) const
대상 Figure와 서로 가장 가까운 위치의 거리를 반환합니다.
FLImaging::Foundation::CFLFigure::GetRegionOfSubtraction
virtual const CResult GetRegionOfSubtraction(const CFLRect< double > *pRect, CFLFigureArray *pFlfaResult) const
두 객체의 차집합을 수행
FLImaging::Foundation::CFLFigure::Scale
virtual const CResult Scale(const CFLPoint< double > *pFlpPivot, double f64RatioX, double f64RatioY)
FLImaging::Foundation::CFLFigure::GetVertexCountRecursive
virtual uint64_t GetVertexCountRecursive(EIncludingRegionType eType=EIncludingRegionType_All) const
FigureArray 내부의 모든 정점의 개수를 출력합니다.
FLImaging::Foundation::CFLFigure::MeasureThickness
virtual const CResult MeasureThickness(double *pF64Thickness, double f64SamplingStep=1.) const
도형의 두께를 측정합니다
FLImaging::Foundation::CFLFigure::Extend
virtual const CResult Extend(const CFLLine< int64_t > &fllSize)
FLImaging::Foundation::CFLFigure::GetRegionOfSubtraction
virtual const CResult GetRegionOfSubtraction(const CFLQuad< int64_t > *pQuad, CFLFigureArray *pFlfaResult) const
두 객체의 차집합을 수행
FLImaging::Foundation::CFLFigure::Rotate
virtual const CResult Rotate(double f64Angle, const CFLPoint< int64_t > *pFlpPivot)
FLImaging::Foundation::CFLFigure::GetRasterRegion
virtual const CResult GetRasterRegion(Base::CFLArray< Base::TRect< float > > *pFlaResult, const CFLRect< int64_t > *pFlrROI=nullptr) const
FLImaging::Foundation::CFLFigure::GetRegionOfExclusiveOr
virtual const CResult GetRegionOfExclusiveOr(const CFLEllipse< int32_t > &ell, CFLFigureArray *pFlfaResult) const
두 객체의 배타적 논리합을 수행
FLImaging::Foundation::CFLFigure::AddExclusiveRegion
virtual const CResult AddExclusiveRegion(const CFLFigure *pFigure)
FLImaging::Foundation::CFLFigure::GetCenterOfGravity
virtual const CResult GetCenterOfGravity(int32_t *x, int32_t *y) const
FLImaging::Foundation::CFLFigure::Extend
virtual const CResult Extend(const Base::TRect< int64_t > *pTrSize)
FLImaging::Foundation::CFLFigure::SetExclusiveRegion
virtual const CResult SetExclusiveRegion(const CFLFigure &flfaExclusiveRegion)
FLImaging::Foundation::CFLFigure::GetRegionOfSubtraction
virtual const CResult GetRegionOfSubtraction(const CFLRoundRect< double > &flrr, CFLFigureArray *pFlfaResult) const
두 객체의 차집합을 수행
FLImaging::Foundation::CFLFigure::IsCollision
virtual bool IsCollision(const CFLPoint< float > &point) const
FLImaging::Foundation::CFLFigure::GetRegionOfIntersection
virtual const CResult GetRegionOfIntersection(const CFLRoundRect< int64_t > *pFlrr, CFLFigureArray *pFlfaResult) const
두 객체의 교집합을 수행
FLImaging::Foundation::CFLFigure::Offset
virtual const CResult Offset(double val)
FLImaging::Foundation::CFLFigure::GetMinimumEnclosingRectangle
virtual const CResult GetMinimumEnclosingRectangle(CFLQuad< double > *pQuad) const
최소 둘레의 직사각형을 얻어옵니다
FLImaging::Foundation::CFLFigure::IsCollision
virtual bool IsCollision(const CFLPoint< int64_t > *pPoint) const
FLImaging::Foundation::CFLFigure::GetRegionOfIntersection
virtual const CResult GetRegionOfIntersection(const CFLRoundRect< float > &flrr, CFLFigureArray *pFlfaResult) const
두 객체의 교집합을 수행
FLImaging::Foundation::CFLFigure::GetIntersection
virtual const CResult GetIntersection(const CFLBezierQuarticCurve *pFlbc4, CFLFigureArray *pFlfaResult) const
FLImaging::Foundation::CFLFigure::Extend
virtual const CResult Extend(const Base::TRect< float > &trSize)
FLImaging::Foundation::CFLFigure::GetRegionOfSubtraction
virtual const CResult GetRegionOfSubtraction(const CFLCircle< float > *pCir, CFLFigureArray *pFlfaResult) const
두 객체의 차집합을 수행
FLImaging::Foundation::CFLFigure::Multiply
virtual const CResult Multiply(const CFLPoint< double > *pFlp)
FLImaging::Foundation::CFLFigure::GetRegionOfSubtraction
virtual const CResult GetRegionOfSubtraction(const CFLCircle< int64_t > *pCir, CFLFigureArray *pFlfaResult) const
두 객체의 차집합을 수행
FLImaging::Foundation::CFLFigure::GetMinimumDistance
virtual double GetMinimumDistance(const CFLFigure *pFlfTarget) const
대상 Figure와 서로 가장 가까운 위치의 거리를 반환합니다.
FLImaging::Foundation::CFLFigure::GetRegionOfSubtraction
virtual const CResult GetRegionOfSubtraction(const CFLRect< double > &rect, CFLFigureArray *pFlfaResult) const
두 객체의 차집합을 수행
FLImaging::Foundation::CFLFigure::Extend
virtual const CResult Extend(const Base::TPoint< int64_t > &tpSize)
FLImaging::Foundation::CFLFigure::GetMinimumEnclosingRectangleCenter
virtual const CResult GetMinimumEnclosingRectangleCenter(Foundation::CFLPoint< int64_t > *pPoint) const
FLImaging::Foundation::CFLFigure::Offset
virtual const CResult Offset(int32_t val)
FLImaging::Foundation::CFLFigure::GetCenter
virtual const CResult GetCenter(Foundation::CFLPoint< float > &point) const
FLImaging::Foundation::CFLFigure::GetRegionOfExclusiveOr
virtual const CResult GetRegionOfExclusiveOr(const CFLRoundRect< int64_t > &flrr, CFLFigureArray *pFlfaResult) const
두 객체의 배타적 논리합을 수행
FLImaging::Foundation::CFLFigure::GetIndexOfMinimumDistance
virtual const CResult GetIndexOfMinimumDistance(const CFLFigure &flfDst, CFLFigureArray *pFlfaResultSrc, bool bRecursiveSrc=false, bool bRecursiveDst=false, CFLFigureArray *pFlfaResultDst=nullptr) const
대상 Figure와 서로 가장 가까운 위치의 인덱스를 얻어옵니다. (FigureArray나 PointArray가 아닌 경우, 결과는 0입니다.)
FLImaging::Foundation::CFLFigure::Inflate
virtual const CResult Inflate(double f64HalfSize)
입력된 크기만큼 각 축 방향으로 늘리는 함수
FLImaging::Foundation::CFLFigure::Extend
virtual const CResult Extend(const Base::TRect< int64_t > &trSize)
FLImaging::Foundation::CFLFigure::GetRegionOfExclusiveOr
virtual const CResult GetRegionOfExclusiveOr(const CFLRoundRect< float > *pFlrr, CFLFigureArray *pFlfaResult) const
두 객체의 배타적 논리합을 수행
FLImaging::Foundation::CFLFigure::GetRegionOfUnion
virtual const CResult GetRegionOfUnion(const CFLRegion &flrg, CFLFigureArray *pFlfaResult) const
두 객체의 합집합을 수행
FLImaging::Foundation::CFLFigure::GetRegionOfUnion
virtual const CResult GetRegionOfUnion(const CFLEllipse< int64_t > &ell, CFLFigureArray *pFlfaResult) const
두 객체의 합집합을 수행
FLImaging::Foundation::CFLFigure::GetIntersection
virtual const CResult GetIntersection(const CFLDoughnut< double > &doughnut, CFLFigureArray *pFlfaResult) const
FLImaging::Foundation::CFLFigure::GetBoundaryRect
virtual const CResult GetBoundaryRect(CFLRect< int64_t > &rect) const
FLImaging::Foundation::CFLFigure::GetMinimumEnclosingRectangle
virtual const CResult GetMinimumEnclosingRectangle(CFLQuad< int32_t > *pQuad) const
최소 둘레의 직사각형을 얻어옵니다
FLImaging::Foundation::CFLFigure::Flip
virtual const CResult Flip(EFigureFlipDirection eDirection, int32_t i32PivotX, int32_t i32PivotY)
FLImaging::Foundation::CFLFigure::GetRegionOfUnion
virtual const CResult GetRegionOfUnion(const CFLQuad< double > *pQuad, CFLFigureArray *pFlfaResult) const
두 객체의 합집합을 수행
FLImaging::Foundation::CFLFigure::Extend
virtual const CResult Extend(const CFLRect< int32_t > *pFlrSize)
FLImaging::Foundation::CFLFigure::GetRegionOfExclusiveOr
virtual const CResult GetRegionOfExclusiveOr(const CFLEllipse< double > &ell, CFLFigureArray *pFlfaResult) const
두 객체의 배타적 논리합을 수행
FLImaging::Foundation::CFLFigure::GetRegionOfSubtraction
virtual const CResult GetRegionOfSubtraction(const CFLFigureArray &flfaOperand, CFLFigureArray *pFlfaResult) const
두 객체의 차집합을 수행
FLImaging::Foundation::CFLFigure::GetBoundaryRect
virtual const CResult GetBoundaryRect(CFLRect< float > *pRect) const
FLImaging::Foundation::CFLFigure::GetRegionOfIntersection
virtual const CResult GetRegionOfIntersection(const CFLDoughnut< int64_t > &doughnut, CFLFigureArray *pFlfaResult) const
두 객체의 교집합을 수행
FLImaging::Foundation::CFLFigure::Open
virtual const CResult Open(const CFLFigure &flfKernel, CFLFigureArray &flfaResultFigure) const
FLImaging::Foundation::CFLFigure::GetRegionOfUnion
virtual const CResult GetRegionOfUnion(const CFLRect< float > *pRect, CFLFigureArray *pFlfaResult) const
두 객체의 합집합을 수행
FLImaging::Foundation::CFLFigure::IsCollision
virtual bool IsCollision(const CFLRoundRect< int32_t > *pFlrr) const
FLImaging::Foundation::CFLFigure::GetMinimumEnclosingRectangleCenter
virtual const CResult GetMinimumEnclosingRectangleCenter(double *x, double *y) const
FLImaging::Foundation::CFLFigure::GetRegionOfSubtraction
virtual const CResult GetRegionOfSubtraction(const CFLCircle< float > &cir, CFLFigureArray *pFlfaResult) const
두 객체의 차집합을 수행
FLImaging::Foundation::CFLFigure::GetRegionOfIntersection
virtual const CResult GetRegionOfIntersection(const CFLRegion *pFlrg, CFLFigureArray *pFlfaResult) const
두 객체의 교집합을 수행
FLImaging::Foundation::CFLFigure::Flip
virtual const CResult Flip(EFigureFlipDirection eDirection, const CFLPoint< double > *pFlpPivot)
FLImaging::Foundation::CFLFigure::Extend
virtual const CResult Extend(const CFLPoint< int64_t > *pFlpSize)
FLImaging::Foundation::CFLFigure::Extend
virtual const CResult Extend(const CFLLine< double > *pFllSize)
FLImaging::Foundation::CFLFigure::GetIntersection
virtual const CResult GetIntersection(const CFLRect< int32_t > &rect, CFLFigureArray *pFlfaResult) const
FLImaging::Foundation::CFLFigure::GetRegionOfUnion
virtual const CResult GetRegionOfUnion(const CFLEllipse< double > &ell, CFLFigureArray *pFlfaResult) const
두 객체의 합집합을 수행
FLImaging::Foundation::CFLFigure::GetRegionOfExclusiveOr
virtual const CResult GetRegionOfExclusiveOr(const CFLQuad< int32_t > &quad, CFLFigureArray *pFlfaResult) const
두 객체의 배타적 논리합을 수행
FLImaging::Foundation::CFLFigure::IsCollision
virtual bool IsCollision(const CFLLine< int64_t > &line) const
FLImaging::Foundation::CFLFigure::GetRegionOfIntersection
virtual const CResult GetRegionOfIntersection(const CFLRect< int64_t > &rect, CFLFigureArray *pFlfaResult) const
두 객체의 교집합을 수행
FLImaging::Foundation::CFLFigure::IsCollision
virtual bool IsCollision(const CFLCircle< double > *pCir) const
FLImaging::Foundation::CFLFigure::GetBoundaryRect
virtual const CResult GetBoundaryRect(CFLRect< float > &rect) const
FLImaging::Foundation::CFLFigure::Multiply
virtual const CResult Multiply(const CFLPoint< int64_t > *pFlp)
FLImaging::Foundation::CFLFigure::Extend
virtual const CResult Extend(float f32HalfSize)
FLImaging::Foundation::CFLFigure::GetRegionOfSubtraction
virtual const CResult GetRegionOfSubtraction(const CFLFigure &figure, CFLFigureArray *pFlfaResult) const
두 객체의 차집합을 수행
FLImaging::Foundation::CFLFigure::Close
virtual const CResult Close(const CFLFigure *pFlfKernel, CFLFigureArray &flfaResultFigure) const
FLImaging::Foundation::CFLFigure::GetCenterOfGravity
virtual const CResult GetCenterOfGravity(Foundation::CFLPoint< int64_t > *pPoint) const
FLImaging::Foundation::CFLFigure::Inflate
virtual const CResult Inflate(const CFLRect< int64_t > *pRect)
FLImaging::Foundation::CFLFigure::Multiply
virtual const CResult Multiply(int32_t i32MulX, int32_t i32MulY)
FLImaging::Foundation::CFLFigure::Flip
virtual const CResult Flip(EFigureFlipDirection eDirection, const CFLPoint< float > *pFlpPivot)
FLImaging::Foundation::CFLFigure::GetRegionOfExclusiveOr
virtual const CResult GetRegionOfExclusiveOr(const CFLRect< double > &rect, CFLFigureArray *pFlfaResult) const
두 객체의 배타적 논리합을 수행
FLImaging::Foundation::CFLFigure::GetRegionOfSubtraction
virtual const CResult GetRegionOfSubtraction(const CFLCircle< double > *pCir, CFLFigureArray *pFlfaResult) const
두 객체의 차집합을 수행
FLImaging::Foundation::CFLFigure::GetRegionOfUnion
virtual const CResult GetRegionOfUnion(const CFLRoundRect< int64_t > &flrr, CFLFigureArray *pFlfaResult) const
두 객체의 합집합을 수행
FLImaging::Foundation::CFLFigure::GetMaximumDistance
virtual const CResult GetMaximumDistance(const CFLFigure &flfTarget, double *pF64Result) const
대상 Figure와 서로 가장 먼 위치의 거리를 반환 합니다.
FLImaging::Foundation::CFLFigure::GetRegionOfSubtraction
virtual const CResult GetRegionOfSubtraction(const CFLEllipse< int64_t > &ell, CFLFigureArray *pFlfaResult) const
두 객체의 차집합을 수행
FLImaging::Foundation::CFLFigure::GetIntersection
virtual const CResult GetIntersection(const CFLRect< double > *pRect, CFLFigureArray *pFlfaResult) const
FLImaging::Foundation::CFLFigure::IsCollision
virtual bool IsCollision(const CFLQuad< int64_t > &quad) const
FLImaging::Foundation::CFLFigure::GetRegionOfExclusiveOr
virtual const CResult GetRegionOfExclusiveOr(const CFLFigureArray *pFlfaOperand, CFLFigureArray *pFlfaResult) const
두 객체의 배타적 논리합을 수행
FLImaging::Foundation::CFLFigure::IsThereExclusiveRegion
virtual bool IsThereExclusiveRegion() const
FLImaging::Foundation::CFLFigure::GetMinimumEnclosingRectangle
virtual CFLQuad< double > GetMinimumEnclosingRectangle() const
최소 둘레의 직사각형을 얻어옵니다
FLImaging::Foundation::CFLFigure::IsCollision
virtual bool IsCollision(const CFLDoughnut< double > &doughnut) const
FLImaging::Foundation::CFLFigure::GetIntersection
virtual const CResult GetIntersection(const CFLEllipse< int64_t > *pEll, CFLFigureArray *pFlfaResult) const
FLImaging::Foundation::CFLFigure::Load
virtual const CResult Load(const wchar_t *pWcsFileName) sealed
.fig로 저장된 Figure 파일을 불러와서 해당 객체에 설정. 불러오는 파일의 Figure 데이터가 현재 객체의 타입이나 템플릿이 다른 경우에는 불러오기에 실패한다.
FLImaging::Foundation::CFLFigure::GetRegionOfUnion
virtual const CResult GetRegionOfUnion(const CFLDoughnut< double > *pDoughnut, CFLFigureArray *pFlfaResult) const
두 객체의 합집합을 수행
FLImaging::Foundation::CFLFigure::Erode
virtual const CResult Erode(int64_t i64HalfWidthSize, int64_t i64HalfHeightSize, CFLFigureArray &flfaResultFigure, EKernelShape eKernelShape=EKernelShape_Rectangle) const
FLImaging::Foundation::CFLFigure::GetIntersection
virtual const CResult GetIntersection(const CFLRoundRect< int32_t > &flrr, CFLFigureArray *pFlfaResult) const
FLImaging::Foundation::CFLFigure::GetMinimumEnclosingRectangleCenter
virtual const CResult GetMinimumEnclosingRectangleCenter(int64_t *x, int64_t *y) const
FLImaging::Foundation::CFLFigure::GetRegionOfExclusiveOr
virtual const CResult GetRegionOfExclusiveOr(const CFLRect< int64_t > *pRect, CFLFigureArray *pFlfaResult) const
두 객체의 배타적 논리합을 수행
FLImaging::Foundation::CFLFigure::GetRegionOfExclusiveOr
virtual const CResult GetRegionOfExclusiveOr(const CFLRect< int32_t > &rect, CFLFigureArray *pFlfaResult) const
두 객체의 배타적 논리합을 수행
FLImaging::Foundation::CFLFigure::GetIntersection
virtual const CResult GetIntersection(const CFLLine< float > *pLine, CFLFigureArray *pFlfaResult) const
FLImaging::Foundation::CFLFigure::GetRegionOfSubtraction
virtual const CResult GetRegionOfSubtraction(const CFLDoughnut< double > *pDoughnut, CFLFigureArray *pFlfaResult) const
두 객체의 차집합을 수행
FLImaging::Foundation::CFLFigure::GetCenter
virtual const CResult GetCenter(Foundation::CFLPoint< int32_t > &point) const
FLImaging::Foundation::CFLFigure::Extend
virtual const CResult Extend(const CFLPoint< int64_t > &flpSize)
FLImaging::Foundation::CFLFigure::Multiply
virtual const CResult Multiply(int64_t i64MulX, int64_t i64MulY)
FLImaging::Foundation::CFLFigure::Extend
virtual const CResult Extend(int64_t i64HalfSize)
FLImaging::Foundation::CFLFigure::GetRegionOfIntersection
virtual const CResult GetRegionOfIntersection(const CFLEllipse< float > &ell, CFLFigureArray *pFlfaResult) const
두 객체의 교집합을 수행
FLImaging::Foundation::CFLFigure::GetRegionOfSubtraction
virtual const CResult GetRegionOfSubtraction(const CFLRect< int32_t > &rect, CFLFigureArray *pFlfaResult) const
두 객체의 차집합을 수행
FLImaging::Foundation::CFLFigure::RemoveExclusiveRegionAt
virtual const CResult RemoveExclusiveRegionAt(int64_t i64Index)
FLImaging::Foundation::CFLFigure::Extend
virtual const CResult Extend(int64_t left, int64_t top, int64_t right, int64_t bottom)
FLImaging::Foundation::CFLFigure::GetRegionOfIntersection
virtual const CResult GetRegionOfIntersection(const CFLQuad< int64_t > &quad, CFLFigureArray *pFlfaResult) const
두 객체의 교집합을 수행
FLImaging::Foundation::CFLFigure::Extend
virtual const CResult Extend(double f64HalfWidth, double f64HalfHeight)
FLImaging::Foundation::CFLFigure::GetPerimeter
virtual double GetPerimeter() const
FLImaging::Foundation::CFLFigure::IsCollision
virtual bool IsCollision(const CFLQuad< double > &quad) const
FLImaging::Foundation::CFLFigure::Offset
virtual const CResult Offset(const CFLPoint< float > *pPoint)
FLImaging::Foundation::CFLFigure::IsCollision
virtual bool IsCollision(const Base::TPoint< int64_t > &point) const
FLImaging::Foundation::CFLFigure::Extend
virtual const CResult Extend(const Base::TRect< double > *pTrSize)
FLImaging::Foundation::CFLFigure::GetRegionOfExclusiveOr
virtual const CResult GetRegionOfExclusiveOr(const CFLFigure &figure, CFLFigureArray *pFlfaResult) const
두 객체의 배타적 논리합을 수행
FLImaging::Foundation::CFLFigure::IsCollision
virtual bool IsCollision(const CFLRoundRect< float > &flrr) const
FLImaging::Foundation::CFLFigure::GetBoundaryRect
virtual CFLRect< double > GetBoundaryRect() const
FLImaging::Foundation::CFLFigure::GetRegionOfUnion
virtual const CResult GetRegionOfUnion(const CFLDoughnut< float > *pDoughnut, CFLFigureArray *pFlfaResult) const
두 객체의 합집합을 수행
FLImaging::Foundation::CFLFigure::GetIntersection
virtual const CResult GetIntersection(const CFLCircle< int64_t > *pCir, CFLFigureArray *pFlfaResult) const
FLImaging::Foundation::CFLFigure::GetRegionOfExclusiveOr
virtual const CResult GetRegionOfExclusiveOr(const CFLDoughnut< int64_t > *pDoughnut, CFLFigureArray *pFlfaResult) const
두 객체의 배타적 논리합을 수행
FLImaging::Foundation::CFLFigure::IsCollision
virtual bool IsCollision(const CFLEllipse< int32_t > &ell) const
FLImaging::Foundation::CFLFigure::GetIntersection
virtual const CResult GetIntersection(const CFLFigure *pFigure, CFLFigureArray *pFlfaResult) const
FLImaging::Foundation::CFLFigure::Extend
virtual const CResult Extend(int32_t i32HalfSize)
FLImaging::Foundation::CFLFigure::GetRegionOfUnion
virtual const CResult GetRegionOfUnion(const CFLCircle< int64_t > *pCir, CFLFigureArray *pFlfaResult) const
두 객체의 합집합을 수행
FLImaging::Foundation::CFLFigure::Warp
virtual const CResult Warp(const CFLQuad< double > &flqSourceRegion, const CFLQuad< double > &flqTargetRegion, CFLFigureArray *pFlfaResult, EWarpingType eWarpingType=EWarpingType_Bilinear) const
FLImaging::Foundation::CFLFigure::GetIntersection
virtual const CResult GetIntersection(const CFLFigureArray &flfaOperand, CFLFigureArray *pFlfaResult) const
FLImaging::Foundation::CFLFigure::IsCollision
virtual bool IsCollision(const CFLBezierQuarticCurve &flbc4) const
FLImaging::Foundation::CFLFigure::IsCollision
virtual bool IsCollision(const CFLPointArray *pFlpa) const
FLImaging::Foundation::CFLFigure::GetAttributeDrawingFillColor
virtual const CResult GetAttributeDrawingFillColor(uint32_t &u32FillColor) const sealed
FLImaging::Foundation::CFLFigure::GetRegionOfSubtraction
virtual const CResult GetRegionOfSubtraction(const CFLRoundRect< int32_t > &flrr, CFLFigureArray *pFlfaResult) const
두 객체의 차집합을 수행
FLImaging::Foundation::CFLFigure::AssignAttribute
virtual const CResult AssignAttribute(const CFLFigureAttribute &flfAttr) sealed
FLImaging::Foundation::CFLFigure::GetRegionOfExclusiveOr
virtual const CResult GetRegionOfExclusiveOr(const CFLQuad< int32_t > *pQuad, CFLFigureArray *pFlfaResult) const
두 객체의 배타적 논리합을 수행
FLImaging::Foundation::CFLFigure::Swap
virtual const CResult Swap(CFLFigure &flfRight)
FLImaging::Foundation::CFLFigure::Inflate
virtual const CResult Inflate(const CFLRect< int64_t > &rect)
FLImaging::Foundation::CFLFigure::GetRegionOfExclusiveOr
virtual const CResult GetRegionOfExclusiveOr(const CFLComplexRegion &flcr, CFLFigureArray *pFlfaResult) const
두 객체의 배타적 논리합을 수행
FLImaging::Foundation::CFLFigure::GetRegionOfExclusiveOr
virtual const CResult GetRegionOfExclusiveOr(const CFLCircle< int64_t > &cir, CFLFigureArray *pFlfaResult) const
두 객체의 배타적 논리합을 수행
FLImaging::Foundation::CFLFigure::GetRegionOfSubtraction
virtual const CResult GetRegionOfSubtraction(const CFLRect< int32_t > *pRect, CFLFigureArray *pFlfaResult) const
두 객체의 차집합을 수행
FLImaging::Foundation::CFLFigure::GetRegionOfIntersection
virtual const CResult GetRegionOfIntersection(const CFLQuad< int32_t > &quad, CFLFigureArray *pFlfaResult) const
두 객체의 교집합을 수행
FLImaging::Foundation::CFLFigure::GetRegionOfSubtraction
virtual const CResult GetRegionOfSubtraction(const CFLRect< int64_t > &rect, CFLFigureArray *pFlfaResult) const
두 객체의 차집합을 수행
FLImaging::Foundation::CFLFigure::GetRegionOfUnion
virtual const CResult GetRegionOfUnion(const CFLRoundRect< int32_t > *pFlrr, CFLFigureArray *pFlfaResult) const
두 객체의 합집합을 수행
FLImaging::Foundation::CFLFigure::GetIntersection
virtual const CResult GetIntersection(const CFLCircle< int64_t > &cir, CFLFigureArray *pFlfaResult) const
FLImaging::Foundation::CFLFigure::Close
virtual const CResult Close(const CFLFigure *pFlfKernel, CFLFigureArray *pFlfaResultFigure) const
FLImaging::Foundation::CFLFigure::GetRegionOfIntersection
virtual const CResult GetRegionOfIntersection(const CFLQuad< int64_t > *pQuad, CFLFigureArray *pFlfaResult) const
두 객체의 교집합을 수행
FLImaging::Foundation::CFLFigure::GetRegionOfSubtraction
virtual const CResult GetRegionOfSubtraction(const CFLQuad< double > *pQuad, CFLFigureArray *pFlfaResult) const
두 객체의 차집합을 수행
FLImaging::Foundation::CFLFigure::GetExtraAttributeKeys
const CResult GetExtraAttributeKeys(Base::CFLArray< Base::CFLString< wchar_t > > &flaKeys) const
FLImaging::Foundation::CFLFigure::SetAttributeDrawingEdgeColor
virtual const CResult SetAttributeDrawingEdgeColor(uint32_t u32EdgeColor) sealed
FLImaging::Foundation::CFLFigure::GetRegionOfExclusiveOr
virtual const CResult GetRegionOfExclusiveOr(const CFLQuad< double > *pQuad, CFLFigureArray *pFlfaResult) const
두 객체의 배타적 논리합을 수행
FLImaging::Foundation::CFLFigure::GetIntersection
virtual const CResult GetIntersection(const CFLCubicSpline &flcs, CFLFigureArray *pFlfaResult) const
FLImaging::Foundation::CFLFigure::Multiply
virtual const CResult Multiply(double f64Mul)
FLImaging::Foundation::CFLFigure::GetRegionOfUnion
virtual const CResult GetRegionOfUnion(const CFLEllipse< double > *pEll, CFLFigureArray *pFlfaResult) const
두 객체의 합집합을 수행
FLImaging::Foundation::CFLFigure::ClearAttributeDrawingEdgeColor
virtual const CResult ClearAttributeDrawingEdgeColor() sealed
FLImaging::Foundation::CFLFigure::MakeFigureInvalid
virtual const CResult MakeFigureInvalid()
Figure를 유효하지 않은 Figure로 만듦. (예를 들어, 점의 좌표를 Invalid한 x, y로 설정)
FLImaging::Foundation::CFLFigure::IsRasterOperationEnabled
virtual bool IsRasterOperationEnabled() const
Rasterized Region 여부 확인 Rasterized Region의 경우 연산 속도가 빠르지만, 정수 표현밖에 하지 못하는 단점이 있다.
FLImaging::Foundation::CFLFigure::GetCenterOfGravity
virtual const CResult GetCenterOfGravity(float &x, float &y) const
FLImaging::Foundation::CFLFigure::Dilate
virtual const CResult Dilate(int64_t i64HalfWidthSize, int64_t i64HalfHeightSize, CFLFigureArray *pFlfaResultFigure, EKernelShape eKernelShape=EKernelShape_Rectangle) const
FLImaging::Foundation::CFLFigure::GetRegionOfExclusiveOr
virtual const CResult GetRegionOfExclusiveOr(const CFLRoundRect< int32_t > &flrr, CFLFigureArray *pFlfaResult) const
두 객체의 배타적 논리합을 수행
FLImaging::Foundation::CFLFigure::Clear
virtual void Clear()
객체의 변수를 초기화 합니다.
FLImaging::Foundation::CFLFigure::GetAttributeDrawingLineColorAlphaRatio
virtual const CResult GetAttributeDrawingLineColorAlphaRatio(float &f32LineColorAlphaRatio) const sealed
FLImaging::Foundation::CFLFigure::GetRegionOfIntersection
virtual const CResult GetRegionOfIntersection(const CFLCircle< int32_t > *pCir, CFLFigureArray *pFlfaResult) const
두 객체의 교집합을 수행
FLImaging::Foundation::CFLFigure::Inflate
virtual const CResult Inflate(const CFLRect< double > &rect)
FLImaging::Foundation::CFLFigure::GetRasterRegionOutlineThickness
virtual float GetRasterRegionOutlineThickness() const sealed
GetRasterRegion 의 둘레 연산 시 둘레의 두께를 얻어옵니다.
FLImaging::Foundation::CFLFigure::GetRegionOfUnion
virtual const CResult GetRegionOfUnion(const CFLRoundRect< double > &flrr, CFLFigureArray *pFlfaResult) const
두 객체의 합집합을 수행
FLImaging::Foundation::CFLFigure::GetRegionOfExclusiveOr
virtual const CResult GetRegionOfExclusiveOr(const CFLComplexRegion *pFlcr, CFLFigureArray *pFlfaResult) const
두 객체의 배타적 논리합을 수행
FLImaging::Foundation::CFLFigure::ClearAttribute
virtual const CResult ClearAttribute() sealed
FLImaging::Foundation::CFLFigure::GetBoundaryRect
virtual const CResult GetBoundaryRect(float &left, float &top, float &right, float &bottom) const
FLImaging::Foundation::CFLFigure::IsCollision
virtual bool IsCollision(const CFLComplexRegion *pFlcr) const
FLImaging::Foundation::CFLFigure::Offset
virtual const CResult Offset(const CFLPoint< int64_t > *pPoint)
FLImaging::Foundation::CFLFigure::Flip
virtual const CResult Flip(EFigureFlipDirection eDirection, const CFLPoint< float > &flpPivot)
FLImaging::Foundation::CFLFigure::Set
virtual const CResult Set(const CFLFigure &flf)
FLImaging::Foundation::CFLFigure::GetRegionOfIntersection
virtual const CResult GetRegionOfIntersection(const CFLEllipse< int32_t > *pEll, CFLFigureArray *pFlfaResult) const
두 객체의 교집합을 수행
FLImaging::Foundation::CFLFigure::GetRegionOfExclusiveOr
virtual const CResult GetRegionOfExclusiveOr(const CFLCircle< int64_t > *pCir, CFLFigureArray *pFlfaResult) const
두 객체의 배타적 논리합을 수행
FLImaging::Foundation::CFLFigure::IsCollision
virtual bool IsCollision(const CFLRect< int64_t > &rect) const
FLImaging::Foundation::CFLFigure::Rotate
virtual const CResult Rotate(double f64Angle, const CFLPoint< double > &flpPivot)
FLImaging::Foundation::CFLFigure::Inflate
virtual const CResult Inflate(const CFLPoint< float > *pPoint)
FLImaging::Foundation::CFLFigure::GetRegionOfExclusiveOr
virtual const CResult GetRegionOfExclusiveOr(const CFLDoughnut< double > *pDoughnut, CFLFigureArray *pFlfaResult) const
두 객체의 배타적 논리합을 수행
FLImaging::Foundation::CFLFigure::Close
virtual const CResult Close(int64_t i64HalfWidthSize, int64_t i64HalfHeightSize, CFLFigureArray *pFlfaResultFigure, EKernelShape eKernelShape=EKernelShape_Rectangle) const
FLImaging::Foundation::CFLFigure::Scale
virtual const CResult Scale(const CFLPoint< int32_t > *pFlpPivot, double f64RatioX, double f64RatioY)
FLImaging::Foundation::CFLFigure::GetRasterRegion
virtual const CResult GetRasterRegion(Base::CFLArray< Base::TRect< int64_t > > *pFlaResult, const CFLRect< int64_t > *pFlrROI=nullptr) const
FLImaging::Foundation::CFLFigure::Set
virtual const CResult Set(const Base::CFLImage *pFli)
FLImaging::Foundation::CFLFigure::GetIntersection
virtual const CResult GetIntersection(const CFLEllipse< double > *pEll, CFLFigureArray *pFlfaResult) const
FLImaging::Foundation::CFLFigure::GetIntersection
virtual const CResult GetIntersection(const CFLQuad< int64_t > *pQuad, CFLFigureArray *pFlfaResult) const
FLImaging::Foundation::CFLFigure::AddExclusiveRegion
virtual const CResult AddExclusiveRegion(const CFLFigure &figure)
FLImaging::Foundation::CFLFigure::GetBoundaryRect
virtual const CResult GetBoundaryRect(int32_t *pLeft, int32_t *pTop, int32_t *pRight, int32_t *pBottom) const
FLImaging::Foundation::CFLFigure::GetRegionOfExclusiveOr
virtual const CResult GetRegionOfExclusiveOr(const CFLEllipse< float > *pEll, CFLFigureArray *pFlfaResult) const
두 객체의 배타적 논리합을 수행
FLImaging::Foundation::CFLFigure::GetAttributeString
const CResult GetAttributeString(Base::CFLString< wchar_t > &strAttributeString) const
FLImaging::Foundation::CFLFigure::GetRegionOfSubtraction
virtual const CResult GetRegionOfSubtraction(const CFLQuad< float > *pQuad, CFLFigureArray *pFlfaResult) const
두 객체의 차집합을 수행
FLImaging::Foundation::CFLFigure::GetRasterRegion
virtual const CResult GetRasterRegion(CFLFigureArray *pFlfaResult, const CFLPoint< int64_t > *pFlpImageSize) const
FLImaging::Foundation::CFLFigure::Open
virtual const CResult Open(const CFLFigure &flfKernel, CFLFigureArray *pFlfaResultFigure) const
FLImaging::Foundation::CFLFigure::Inflate
virtual const CResult Inflate(float left, float top, float right, float bottom)
FLImaging::Foundation::CFLFigure::GetRasterRegion
virtual const CResult GetRasterRegion(Base::CFLArray< Base::TRect< double > > &flaResult, const CFLPoint< int64_t > *pFlpImageSize) const
FLImaging::Foundation::CFLFigure::GetRegionOfExclusiveOr
virtual const CResult GetRegionOfExclusiveOr(const CFLEllipse< int64_t > *pEll, CFLFigureArray *pFlfaResult) const
두 객체의 배타적 논리합을 수행
FLImaging::Foundation::CFLFigure::Inflate
virtual const CResult Inflate(const CFLPoint< int64_t > &point)
FLImaging::Foundation::CFLFigure::Scale
virtual const CResult Scale(const CFLPoint< int64_t > &flpPivot, double f64RatioX, double f64RatioY)
FLImaging::Foundation::CFLFigure::GetCenterOfGravity
virtual CFLPoint< double > GetCenterOfGravity() const
FLImaging::Foundation::CFLFigure::Extend
virtual const CResult Extend(const CFLLine< float > *pFllSize)
FLImaging::Foundation::CFLFigure::GetMinimumEnclosingRectangleCenter
virtual const CResult GetMinimumEnclosingRectangleCenter(Foundation::CFLPoint< float > *pPoint) const
FLImaging::Foundation::CFLFigure::GetRegionOfExclusiveOr
virtual const CResult GetRegionOfExclusiveOr(const CFLRegion &flrg, CFLFigureArray *pFlfaResult) const
두 객체의 배타적 논리합을 수행
FLImaging::Foundation::CFLFigure::GetRasterContour
virtual const CResult GetRasterContour(Base::CFLArray< Base::TPoint< int32_t > > *pFlaResult, bool bExcludeSingleDelta=false) const
Contour의 Raster 점 정보를 얻어옵니다
FLImaging::Foundation::CFLFigure::GetRegionOfSubtraction
virtual const CResult GetRegionOfSubtraction(const CFLRoundRect< float > &flrr, CFLFigureArray *pFlfaResult) const
두 객체의 차집합을 수행
FLImaging::Foundation::CFLFigure::GetRegionOfIntersection
virtual const CResult GetRegionOfIntersection(const CFLRoundRect< int64_t > &flrr, CFLFigureArray *pFlfaResult) const
두 객체의 교집합을 수행
FLImaging::Foundation::CFLFigure::GetRegionOfExclusiveOr
virtual const CResult GetRegionOfExclusiveOr(const CFLDoughnut< int32_t > *pDoughnut, CFLFigureArray *pFlfaResult) const
두 객체의 배타적 논리합을 수행
FLImaging::Foundation::CFLFigure::GetCenter
virtual const CResult GetCenter(int32_t &x, int32_t &y) const
FLImaging::Foundation::CFLFigure::GetCenterOfGravity
virtual const CResult GetCenterOfGravity(Foundation::CFLPoint< int64_t > &point) const
FLImaging::Foundation::CFLFigure::GetIntersection
virtual const CResult GetIntersection(const CFLRoundRect< int64_t > *pFlrr, CFLFigureArray *pFlfaResult) const
FLImaging::Foundation::CFLFigure::GetRegionOfExclusiveOr
virtual const CResult GetRegionOfExclusiveOr(const CFLDoughnut< float > &doughnut, CFLFigureArray *pFlfaResult) const
두 객체의 배타적 논리합을 수행
FLImaging::Foundation::CFLFigure::GetRegionOfUnion
virtual const CResult GetRegionOfUnion(const CFLRoundRect< int32_t > &flrr, CFLFigureArray *pFlfaResult) const
두 객체의 합집합을 수행
FLImaging::Foundation::CFLFigure::IsCollision
virtual bool IsCollision(const CFLLine< double > *pLine) const
FLImaging::Foundation::CFLFigure::Offset
virtual const CResult Offset(const CFLPoint< double > *pPoint)
FLImaging::Foundation::CFLFigure::Multiply
virtual const CResult Multiply(const CFLPoint< float > &flp)
FLImaging::Foundation::CFLFigure::IsCollision
virtual bool IsCollision(const CFLQuad< float > &quad) const
FLImaging::Foundation::CFLFigure::Extend
virtual const CResult Extend(const CFLPoint< float > &flpSize)
FLImaging::Foundation::CFLFigure::Extend
virtual const CResult Extend(float f32HalfWidth, float f32HalfHeight)
FLImaging::Foundation::CFLFigure::GetRegionOfSubtraction
virtual const CResult GetRegionOfSubtraction(const CFLFigureArray *pFlfaOperand, CFLFigureArray *pFlfaResult) const
두 객체의 차집합을 수행
FLImaging::Foundation::CFLFigure::Open
virtual const CResult Open(int64_t i64HalfWidthSize, int64_t i64HalfHeightSize, CFLFigureArray *pFlfaResultFigure, EKernelShape eKernelShape=EKernelShape_Rectangle) const
FLImaging::Foundation::CFLFigure::GetRegionOfUnion
virtual const CResult GetRegionOfUnion(const CFLRect< int32_t > &rect, CFLFigureArray *pFlfaResult) const
두 객체의 합집합을 수행
FLImaging::Foundation::CFLFigure::IsCollision
virtual bool IsCollision(const CFLRect< int64_t > *pRect) const
FLImaging::Foundation::CFLFigure::GetRasterRegion
virtual const CResult GetRasterRegion(Base::CFLArray< Base::TRect< float > > *pFlaResult, const CFLPoint< int64_t > *pFlpImageSize) const
FLImaging::Foundation::CFLFigure::IsCollision
virtual bool IsCollision(const CFLRoundRect< double > &flrr) const
FLImaging::Foundation::CFLFigure::GetMinimumEnclosingRectangleCenter
virtual const CResult GetMinimumEnclosingRectangleCenter(int32_t *x, int32_t *y) const
FLImaging::Foundation::CFLFigure::GetRegionOfSubtraction
virtual const CResult GetRegionOfSubtraction(const CFLRegion *pFlrg, CFLFigureArray *pFlfaResult) const
두 객체의 차집합을 수행
FLImaging::Foundation::CFLFigure::GetRasterRegion
virtual const CResult GetRasterRegion(Base::CFLArray< Base::TRect< double > > *pFlaResult, const CFLPoint< int64_t > *pFlpImageSize) const
FLImaging::Foundation::CFLFigure::Open
virtual const CResult Open(const CFLFigure *pFlfKernel, CFLFigureArray *pFlfaResultFigure) const
FLImaging::Foundation::CFLFigure::GetIntersection
virtual const CResult GetIntersection(const CFLRect< double > &rect, CFLFigureArray *pFlfaResult) const
FLImaging::Foundation::CFLFigure::GetAttribute
virtual const CFLFigureAttribute * GetAttribute() const sealed
FLImaging::Foundation::CFLFigure::GetCenterOfGravity
virtual const CResult GetCenterOfGravity(float *x, float *y) const
FLImaging::Foundation::CFLFigure::GetRegionOfUnion
virtual const CResult GetRegionOfUnion(const CFLQuad< float > *pQuad, CFLFigureArray *pFlfaResult) const
두 객체의 합집합을 수행
FLImaging::Foundation::CFLFigure::Rotate
virtual const CResult Rotate(double f64Angle, double f64PivotX, double f64PivotY)
FLImaging::Foundation::CFLFigure::GetRegionOfSubtraction
virtual const CResult GetRegionOfSubtraction(const CFLCircle< double > &cir, CFLFigureArray *pFlfaResult) const
두 객체의 차집합을 수행
FLImaging::Foundation::CFLFigure::GetRegionOfSubtraction
virtual const CResult GetRegionOfSubtraction(const CFLRoundRect< int64_t > &flrr, CFLFigureArray *pFlfaResult) const
두 객체의 차집합을 수행
FLImaging::Foundation::CFLFigure::GetRasterRegion
virtual const CResult GetRasterRegion(Base::CFLArray< Base::TPoint3< int32_t > > &flaResult, const CFLRect< int64_t > *pFlrROI=nullptr) const
FLImaging::Foundation::CFLFigure::Multiply
virtual const CResult Multiply(float f32Mul)
FLImaging::Foundation::CFLFigure::Extend
virtual const CResult Extend(const CFLRect< double > *pFlrSize)
FLImaging::Foundation::CFLFigure::GetIntersection
virtual const CResult GetIntersection(const CFLQuad< int64_t > &quad, CFLFigureArray *pFlfaResult) const
FLImaging::Foundation::CFLFigure::Extend
virtual const CResult Extend(const CFLLine< int32_t > *pFllSize)
FLImaging::Foundation::CFLFigure::GetAttributeDrawingEdgeColor
virtual const CResult GetAttributeDrawingEdgeColor(uint32_t &u32EdgeColor) const sealed
FLImaging::Foundation::CFLFigure::Inflate
virtual const CResult Inflate(int32_t i32HalfSize)
입력된 크기만큼 각 축 방향으로 늘리는 함수
FLImaging::Foundation::CFLFigure::GetBoundaryRect
virtual const CResult GetBoundaryRect(CFLRect< int32_t > *pRect) const
FLImaging::Foundation::CFLFigure::IsCollision
virtual bool IsCollision(const CFLDoughnut< int64_t > &doughnut) const
FLImaging::Foundation::CFLFigure::GetRegionOfUnion
virtual const CResult GetRegionOfUnion(const CFLDoughnut< int64_t > &doughnut, CFLFigureArray *pFlfaResult) const
두 객체의 합집합을 수행
FLImaging::Foundation::CFLFigure::GetRegionOfSubtraction
virtual const CResult GetRegionOfSubtraction(const CFLComplexRegion &flcr, CFLFigureArray *pFlfaResult) const
두 객체의 차집합을 수행
FLImaging::Foundation::CFLFigure::GetHeight
virtual double GetHeight() const
FLImaging::Foundation::CFLFigure::GetRegionOfIntersection
virtual const CResult GetRegionOfIntersection(const CFLRoundRect< int32_t > *pFlrr, CFLFigureArray *pFlfaResult) const
두 객체의 교집합을 수행
FLImaging::Foundation::CFLFigure::GetTemplateType
virtual EFigureTemplateType GetTemplateType() const
FLImaging::Foundation::CFLFigure::GetRegionOfUnion
virtual const CResult GetRegionOfUnion(const CFLDoughnut< int32_t > *pDoughnut, CFLFigureArray *pFlfaResult) const
두 객체의 합집합을 수행
FLImaging::Foundation::CFLFigure::GetExclusiveRegion
virtual CFLFigureArray * GetExclusiveRegion() const
FLImaging::Foundation::CFLFigure::IsCollision
virtual bool IsCollision(const CFLEllipse< float > &ell) const
FLImaging::Foundation::CFLFigure::GetRegionOfExclusiveOr
virtual const CResult GetRegionOfExclusiveOr(const CFLRect< float > &rect, CFLFigureArray *pFlfaResult) const
두 객체의 배타적 논리합을 수행
FLImaging::Foundation::CFLFigure::Extend
virtual const CResult Extend(const Base::TPoint< float > &tpSize)
FLImaging::Foundation::CFLFigure::Warp
virtual const CResult Warp(const CFLPointArray &flpaSource, const CFLPointArray &flpaTarget, CFLFigureArray &flfaResult, EWarpingType eWarpingType=EWarpingType_Bicubic, int32_t i32Extension=2) const
FLImaging::Foundation::CFLFigure::GetRegionOfExclusiveOr
virtual const CResult GetRegionOfExclusiveOr(const CFLRect< double > *pRect, CFLFigureArray *pFlfaResult) const
두 객체의 배타적 논리합을 수행
FLImaging::Foundation::CFLFigure::GetRegionOfExclusiveOr
virtual const CResult GetRegionOfExclusiveOr(const CFLDoughnut< float > *pDoughnut, CFLFigureArray *pFlfaResult) const
두 객체의 배타적 논리합을 수행
FLImaging::Foundation::CFLFigure::GetRegionOfSubtraction
virtual const CResult GetRegionOfSubtraction(const CFLDoughnut< float > *pDoughnut, CFLFigureArray *pFlfaResult) const
두 객체의 차집합을 수행
FLImaging::Foundation::CFLFigure::GetCenter
virtual const CResult GetCenter(int64_t &x, int64_t &y) const
FLImaging::Foundation::CFLFigure::IsCollision
virtual bool IsCollision(const Base::TRect< double > *pRect) const
FLImaging::Foundation::CFLFigure::Inflate
virtual const CResult Inflate(const CFLRect< int32_t > *pRect)
FLImaging::Foundation::CFLFigure::IsCollision
virtual bool IsCollision(const CFLEllipse< float > *pEll) const
FLImaging::Foundation::CFLFigure::Extend
virtual const CResult Extend(const CFLPoint< int32_t > &flpSize)
FLImaging::Foundation::CFLFigure::Extend
virtual const CResult Extend(const Base::TRect< double > &trSize)
FLImaging::Foundation::CFLFigure::ClearExtraAttribute
const CResult ClearExtraAttribute(const Base::CFLString< wchar_t > &strKey)
FLImaging::Foundation::CFLFigure::GetIntersection
virtual const CResult GetIntersection(const CFLEllipse< int64_t > &ell, CFLFigureArray *pFlfaResult) const
FLImaging::Foundation::CFLFigure::GetConvexHull
virtual const CResult GetConvexHull(CFLRegion *pFlrgConvex) const
Figure의 Convex hull을 계산
FLImaging::Foundation::CFLFigure::GetRegionOfSubtraction
virtual const CResult GetRegionOfSubtraction(const CFLDoughnut< int64_t > *pDoughnut, CFLFigureArray *pFlfaResult) const
두 객체의 차집합을 수행
FLImaging::Foundation::CFLFigure::SetRasterRegionOutlineThickness
virtual const CResult SetRasterRegionOutlineThickness(float f32Thickness) sealed
GetRasterRegion 의 둘레 연산 시 둘레의 두께를 설정합니다. 1.0 보다 작은 값을 설정하면 설정되지 않습니다.
FLImaging::Foundation::CFLFigure::Erode
virtual const CResult Erode(const CFLFigure &flfKernel, CFLFigureArray *pFlfaResultFigure) const
FLImaging::Foundation::CFLFigure::Offset
virtual const CResult Offset(const CFLPoint< int64_t > &point)
FLImaging::Foundation::CFLFigure::GetRegionOfExclusiveOr
virtual const CResult GetRegionOfExclusiveOr(const CFLDoughnut< double > &doughnut, CFLFigureArray *pFlfaResult) const
두 객체의 배타적 논리합을 수행
FLImaging::Foundation::CFLFigure::AssignAttribute
virtual const CResult AssignAttribute(const CFLFigureAttribute *pFlfAttr) sealed
FLImaging::Foundation::CFLFigure::GetAttributeDrawingPenStyle
virtual const CResult GetAttributeDrawingPenStyle(EAttributeDrawingPenStyle &ePenStyle) const sealed
FLImaging::Foundation::CFLFigure::GetRegionOfExclusiveOr
virtual const CResult GetRegionOfExclusiveOr(const CFLRect< float > *pRect, CFLFigureArray *pFlfaResult) const
두 객체의 배타적 논리합을 수행
FLImaging::Foundation::CFLFigure::GetRegionOfSubtraction
virtual const CResult GetRegionOfSubtraction(const CFLEllipse< float > &ell, CFLFigureArray *pFlfaResult) const
두 객체의 차집합을 수행
FLImaging::Foundation::CFLFigure::Extend
virtual const CResult Extend(const Base::TRect< float > *pTrSize)
FLImaging::Foundation::CFLFigure::Offset
virtual const CResult Offset(const CFLPoint< int32_t > &point)
FLImaging::Foundation::CFLFigure::GetIntersection
virtual const CResult GetIntersection(const CFLQuad< int32_t > &quad, CFLFigureArray *pFlfaResult) const
FLImaging::Foundation::CFLFigure::Offset
virtual const CResult Offset(const CFLPoint< int32_t > *pPoint)
FLImaging::Foundation::CFLFigure::GetIntersection
virtual const CResult GetIntersection(const CFLDoughnut< int64_t > &doughnut, CFLFigureArray *pFlfaResult) const
FLImaging::Foundation::CFLFigure::Warp
virtual const CResult Warp(const CFLQuad< double > *pFlqSourceRegion, const CFLQuad< double > *pFlqTargetRegion, CFLFigureArray &flfaResult, EWarpingType eWarpingType=EWarpingType_Bilinear) const
FLImaging::Foundation::CFLFigure::Inflate
virtual const CResult Inflate(int32_t width, int32_t height)
FLImaging::Foundation::CFLFigure::GetMinimumEnclosingRectangle
virtual const CResult GetMinimumEnclosingRectangle(CFLQuad< float > &quad) const
최소 둘레의 직사각형을 얻어옵니다
FLImaging::Foundation::CFLFigure::GetRegionOfSubtraction
virtual const CResult GetRegionOfSubtraction(const CFLDoughnut< int32_t > *pDoughnut, CFLFigureArray *pFlfaResult) const
두 객체의 차집합을 수행
FLImaging::Foundation::CFLFigure::IsCollision
virtual bool IsCollision(const CFLQuad< int32_t > *pQuad) const
FLImaging::Foundation::CFLFigure::GetCenter
virtual const CResult GetCenter(Foundation::CFLPoint< int32_t > *pPoint) const
FLImaging::Foundation::CFLFigure::GetRegionOfExclusiveOr
virtual const CResult GetRegionOfExclusiveOr(const CFLCircle< double > &cir, CFLFigureArray *pFlfaResult) const
두 객체의 배타적 논리합을 수행
FLImaging::Foundation::CFLFigure::GetRegionOfUnion
virtual const CResult GetRegionOfUnion(const CFLRect< int64_t > &rect, CFLFigureArray *pFlfaResult) const
두 객체의 합집합을 수행
FLImaging::Foundation::CFLFigure::IsCollision
virtual bool IsCollision(const CFLDoughnut< double > *pDoughnut) const
FLImaging::Foundation::CFLFigure::IsCollision
virtual bool IsCollision(const CFLDoughnut< int32_t > &doughnut) const
FLImaging::Foundation::CFLFigure::GetMinimumEnclosingRectangleArea
virtual double GetMinimumEnclosingRectangleArea() const
FLImaging::Foundation::CFLFigure::GetMinimumEnclosingRectangleAngle
virtual double GetMinimumEnclosingRectangleAngle() const
FLImaging::Foundation::CFLFigure::GetRegionOfExclusiveOr
virtual const CResult GetRegionOfExclusiveOr(const CFLRoundRect< float > &flrr, CFLFigureArray *pFlfaResult) const
두 객체의 배타적 논리합을 수행
FLImaging::Foundation::CFLFigure::GetRegionOfIntersection
virtual const CResult GetRegionOfIntersection(const CFLFigureArray &flfaOperand, CFLFigureArray *pFlfaResult) const
두 객체의 교집합을 수행
FLImaging::Foundation::CFLFigure::GetIntersection
virtual const CResult GetIntersection(const CFLCircle< double > &cir, CFLFigureArray *pFlfaResult) const
FLImaging::Foundation::CFLFigure::IsCollision
virtual bool IsCollision(const CFLRect< int32_t > *pRect) const
FLImaging::Foundation::CFLFigure::GetRegionOfIntersection
virtual const CResult GetRegionOfIntersection(const CFLDoughnut< double > *pDoughnut, CFLFigureArray *pFlfaResult) const
두 객체의 교집합을 수행
FLImaging::Foundation::CFLFigure::GetRegionOfSubtraction
virtual const CResult GetRegionOfSubtraction(const CFLDoughnut< double > &doughnut, CFLFigureArray *pFlfaResult) const
두 객체의 차집합을 수행
FLImaging::Foundation::CFLFigure::GetRegionOfExclusiveOr
virtual const CResult GetRegionOfExclusiveOr(const CFLRoundRect< double > *pFlrr, CFLFigureArray *pFlfaResult) const
두 객체의 배타적 논리합을 수행
FLImaging::Foundation::CFLFigure::GetCenterOfGravity
virtual const CResult GetCenterOfGravity(Foundation::CFLPoint< int32_t > *pPoint) const
FLImaging::Foundation::CFLFigure::Inflate
virtual const CResult Inflate(float f32HalfSize)
입력된 크기만큼 각 축 방향으로 늘리는 함수
FLImaging::Foundation::CFLFigure::GetRegionOfIntersection
virtual const CResult GetRegionOfIntersection(const CFLQuad< double > &quad, CFLFigureArray *pFlfaResult) const
두 객체의 교집합을 수행
FLImaging::Foundation::CFLFigure::GetSamplingVectorOnSegment
virtual const CResult GetSamplingVectorOnSegment(double f64SamplingDistance, CFLFigureArray *pFlfaResult) const
설정한 길이만큼 직선으로 이동하는 점 정보를 얻어옵니다
FLImaging::Foundation::CFLFigure::IsFigureValid
virtual bool IsFigureValid() const
FLImaging::Foundation::CFLFigure::IsCollision
virtual bool IsCollision(const CFLCubicSpline &flcs) const
FLImaging::Foundation::CFLFigure::GetRegionOfUnion
virtual const CResult GetRegionOfUnion(const CFLQuad< int32_t > &quad, CFLFigureArray *pFlfaResult) const
두 객체의 합집합을 수행
FLImaging::Foundation::CFLFigure::GetRegionOfUnion
virtual const CResult GetRegionOfUnion(const CFLDoughnut< float > &doughnut, CFLFigureArray *pFlfaResult) const
두 객체의 합집합을 수행
FLImaging::Foundation::CFLFigure::GetMinimumEnclosingRectangle
virtual const CResult GetMinimumEnclosingRectangle(CFLQuad< int64_t > &quad) const
최소 둘레의 직사각형을 얻어옵니다
FLImaging::Foundation::CFLFigure::GetSamplingPointsOnSegment
virtual const CResult GetSamplingPointsOnSegment(double f64SamplingDistance, CFLFigureArray &flfaResult) const
설정한 길이만큼 이동하는 점 정보를 얻어옵니다
FLImaging::Foundation::CFLFigure::Offset
virtual const CResult Offset(float x, float y)
FLImaging::Foundation::CFLFigure::GetMinimumEnclosingRectangleCenter
virtual const CResult GetMinimumEnclosingRectangleCenter(int32_t &x, int32_t &y) const
FLImaging::Foundation::CFLFigure::GetRegionOfUnion
virtual const CResult GetRegionOfUnion(const CFLRoundRect< float > &flrr, CFLFigureArray *pFlfaResult) const
두 객체의 합집합을 수행
FLImaging::Foundation::CFLFigure::GetRegionOfExclusiveOr
virtual const CResult GetRegionOfExclusiveOr(const CFLCircle< int32_t > *pCir, CFLFigureArray *pFlfaResult) const
두 객체의 배타적 논리합을 수행
FLImaging::Foundation::CFLFigure::GetIntersection
virtual const CResult GetIntersection(const CFLLine< double > &line, CFLFigureArray *pFlfaResult) const
FLImaging::Foundation::CFLFigure::GetRegionOfExclusiveOr
virtual const CResult GetRegionOfExclusiveOr(const CFLQuad< float > *pQuad, CFLFigureArray *pFlfaResult) const
두 객체의 배타적 논리합을 수행
FLImaging::Foundation::CFLFigure::GetRegionOfIntersection
virtual const CResult GetRegionOfIntersection(const CFLEllipse< float > *pEll, CFLFigureArray *pFlfaResult) const
두 객체의 교집합을 수행
FLImaging::Foundation::CFLFigure::GetRegionOfIntersection
virtual const CResult GetRegionOfIntersection(const CFLCircle< int32_t > &cir, CFLFigureArray *pFlfaResult) const
두 객체의 교집합을 수행
FLImaging::Foundation::CFLFigure::GetPointsOfMaximumDistance
virtual const CResult GetPointsOfMaximumDistance(const CFLFigure *pFlfTarget, CFLPointArray *pFlpaResult) const
대상 Figure와 서로 가장 먼 위치를 반환합니다.
FLImaging::Foundation::CFLFigure::IsCollision
virtual bool IsCollision(const CFLRoundRect< float > *pFlrr) const
FLImaging::Foundation::CFLFigure::GetCenterOfGravity
virtual const CResult GetCenterOfGravity(double *x, double *y) const
FLImaging::Foundation::CFLFigure::GetRegionOfExclusiveOr
virtual const CResult GetRegionOfExclusiveOr(const CFLFigureArray &flfaOperand, CFLFigureArray *pFlfaResult) const
두 객체의 배타적 논리합을 수행
FLImaging::Foundation::CFLFigure::GetIntersection
virtual const CResult GetIntersection(const CFLQuad< float > *pQuad, CFLFigureArray *pFlfaResult) const
FLImaging::Foundation::CFLFigure::GetRegionOfIntersection
virtual const CResult GetRegionOfIntersection(const CFLRect< float > *pRect, CFLFigureArray *pFlfaResult) const
두 객체의 교집합을 수행
FLImaging::Foundation::CFLFigure::Multiply
virtual const CResult Multiply(float f32MulX, float f32MulY)
FLImaging::Foundation::CFLFigure::GetRegionOfUnion
virtual const CResult GetRegionOfUnion(const CFLFigure *pFigure, CFLFigureArray *pFlfaResult) const
두 객체의 합집합을 수행
FLImaging::Foundation::CFLFigure::GetRegionOfSubtraction
virtual const CResult GetRegionOfSubtraction(const CFLRect< int64_t > *pRect, CFLFigureArray *pFlfaResult) const
두 객체의 차집합을 수행
FLImaging::Foundation::CFLFigure::GetRegionOfIntersection
virtual const CResult GetRegionOfIntersection(const CFLComplexRegion &flcr, CFLFigureArray *pFlfaResult) const
두 객체의 교집합을 수행
FLImaging::Foundation::CFLFigure::GetCenter
virtual const CResult GetCenter(float *x, float *y) const
FLImaging::Foundation::CFLFigure::GetIntersection
virtual const CResult GetIntersection(const CFLFigure &figure, CFLFigureArray *pFlfaResult) const
FLImaging::Foundation::CFLFigure::Offset
virtual const CResult Offset(int64_t x, int64_t y)
FLImaging::Foundation::CFLFigure::Warp
virtual const CResult Warp(const CFLQuad< double > *pFlqSourceRegion, const CFLQuad< double > *pFlqTargetRegion, CFLFigureArray *pFlfaResult, EWarpingType eWarpingType=EWarpingType_Bilinear) const
FLImaging::Foundation::CFLFigure::IsCollision
virtual bool IsCollision(const CFLCircle< int64_t > *pCir) const
FLImaging::Foundation::CFLFigure::GetIntersection
virtual const CResult GetIntersection(const CFLRoundRect< float > &flrr, CFLFigureArray *pFlfaResult) const
FLImaging::Foundation::CFLFigure::GetCenter
virtual const CResult GetCenter(Foundation::CFLPoint< int64_t > *pPoint) const
FLImaging::Foundation::CFLFigure::Extend
virtual const CResult Extend(const CFLRect< int32_t > &flrSize)
FLImaging::Foundation::CFLFigure::IsCollision
virtual bool IsCollision(const CFLQuad< int32_t > &quad) const
FLImaging::Foundation::CFLFigure::Flip
virtual const CResult Flip(EFigureFlipDirection eDirection, const CFLPoint< int32_t > &flpPivot)
FLImaging::Foundation::CFLFigure::Open
virtual const CResult Open(int64_t i64HalfWidthSize, int64_t i64HalfHeightSize, CFLFigureArray &flfaResultFigure, EKernelShape eKernelShape=EKernelShape_Rectangle) const
FLImaging::Foundation::CFLFigure::Flip
virtual const CResult Flip(EFigureFlipDirection eDirection, double f64PivotX, double f64PivotY)
FLImaging::Foundation::CFLFigure::IsCollision
virtual bool IsCollision(const CFLFigure &figure) const
FLImaging::Foundation::CFLFigure::IsCollision
virtual bool IsCollision(const CFLQuad< int64_t > *pQuad) const
FLImaging::Foundation::CFLFigure::IsCollision
virtual bool IsCollision(const CFLRect< float > *pRect) const
FLImaging::Foundation::CFLFigure::Extend
virtual const CResult Extend(const CFLRect< double > &flrSize)
FLImaging::Foundation::CFLFigure::GetRegionOfExclusiveOr
virtual const CResult GetRegionOfExclusiveOr(const CFLRoundRect< int64_t > *pFlrr, CFLFigureArray *pFlfaResult) const
두 객체의 배타적 논리합을 수행
FLImaging::Foundation::CFLFigure::GetRegionOfSubtraction
virtual const CResult GetRegionOfSubtraction(const CFLQuad< int32_t > *pQuad, CFLFigureArray *pFlfaResult) const
두 객체의 차집합을 수행
FLImaging::Foundation::CFLFigure::IsCollision
virtual bool IsCollision(const CFLDoughnut< int32_t > *pDoughnut) const
FLImaging::Foundation::CFLFigure::GetIntersection
virtual const CResult GetIntersection(const CFLEllipse< float > *pEll, CFLFigureArray *pFlfaResult) const
FLImaging::Foundation::CFLFigure::GetRegionOfUnion
virtual const CResult GetRegionOfUnion(const CFLEllipse< float > *pEll, CFLFigureArray *pFlfaResult) const
두 객체의 합집합을 수행
FLImaging::Foundation::CFLFigure::GetRegionOfSubtraction
virtual const CResult GetRegionOfSubtraction(const CFLRect< float > &rect, CFLFigureArray *pFlfaResult) const
두 객체의 차집합을 수행
FLImaging::Foundation::CFLFigure::Scale
virtual const CResult Scale(const CFLPoint< int32_t > &flpPivot, double f64RatioX, double f64RatioY)
FLImaging::Foundation::CFLFigure::GetMaximumDistance
virtual double GetMaximumDistance(const CFLFigure &flfTarget) const
대상 Figure와 서로 가장 먼 위치의 거리를 반환 합니다.
FLImaging::Foundation::CFLFigure::ClearAttributeDrawingFillColor
virtual const CResult ClearAttributeDrawingFillColor() sealed
FLImaging::Foundation::CFLFigure::GetMinimumEnclosingRectangleCenter
virtual const CResult GetMinimumEnclosingRectangleCenter(int64_t &x, int64_t &y) const
FLImaging::Foundation::CFLFigure::GetRegionOfSubtraction
virtual const CResult GetRegionOfSubtraction(const CFLRegion &flrg, CFLFigureArray *pFlfaResult) const
두 객체의 차집합을 수행
FLImaging::Foundation::CFLFigure::GetRegionOfUnion
virtual const CResult GetRegionOfUnion(const CFLQuad< int64_t > *pQuad, CFLFigureArray *pFlfaResult) const
두 객체의 합집합을 수행
FLImaging::Foundation::CFLFigure::GetRasterRegion
virtual const CResult GetRasterRegion(Base::CFLArray< Base::TRect< int32_t > > *pFlaResult, const CFLRect< int64_t > *pFlrROI=nullptr) const
FLImaging::Foundation::CFLFigure::ClearName
virtual const CResult ClearName() sealed
FLImaging::Foundation::CFLFigure::GetWidth
virtual double GetWidth() const
FLImaging::Foundation::CFLFigure::SetAttributeDrawingFillColor
virtual const CResult SetAttributeDrawingFillColor(uint32_t u32FillColor) sealed
FLImaging::Foundation::CFLFigure::Inflate
virtual const CResult Inflate(double width, double height)
FLImaging::Foundation::CFLFigure::GetIntersection
virtual const CResult GetIntersection(const CFLComplexRegion *pFlcr, CFLFigureArray *pFlfaResult) const
FLImaging::Foundation::CFLFigure::MakeFigureValid
virtual const CResult MakeFigureValid()
유효하지 않은 Figure를 유효한 Figure로 만듦. (예를 들어, 좌우, 상하가 뒤집힌 사각형을 원래대로 복원)
FLImaging::Foundation::CFLFigure::Offset
virtual const CResult Offset(const CFLPoint< double > &point)
FLImaging::Foundation::CFLFigure::SetAttributeString
const CResult SetAttributeString(const Base::CFLString< wchar_t > &strAttributeString)
FLImaging::Foundation::CFLFigure::GetRasterRegion
virtual const CResult GetRasterRegion(CFLFigureArray &flfa, const CFLRect< int64_t > *pFlrROI=nullptr) const
FLImaging::Foundation::CFLFigure::GetRegionOfUnion
virtual const CResult GetRegionOfUnion(const CFLRoundRect< int64_t > *pFlrr, CFLFigureArray *pFlfaResult) const
두 객체의 합집합을 수행
FLImaging::Foundation::CFLFigure::SetAttributeDrawingFillColorAlphaRatio
virtual const CResult SetAttributeDrawingFillColorAlphaRatio(float f32FillColorAlphaRatio) sealed
FLImaging::Foundation::CFLFigure::IsCollision
virtual bool IsCollision(const CFLComplexRegion &flcr) const
FLImaging::Foundation::CFLFigure::Inflate
virtual const CResult Inflate(int64_t i64HalfSize)
입력된 크기만큼 각 축 방향으로 늘리는 함수
FLImaging::Foundation::CFLFigure::GetRegionOfSubtraction
virtual const CResult GetRegionOfSubtraction(const CFLEllipse< double > &ell, CFLFigureArray *pFlfaResult) const
두 객체의 차집합을 수행
FLImaging::Foundation::CFLFigure::GetIntersection
virtual const CResult GetIntersection(const CFLLine< int64_t > &line, CFLFigureArray *pFlfaResult) const
FLImaging::Foundation::CFLFigure::Dilate
virtual const CResult Dilate(const CFLFigure *pFlfKernel, CFLFigureArray *pFlfaResultFigure) const
FLImaging::Foundation::CFLFigure::GetRegionOfExclusiveOr
virtual const CResult GetRegionOfExclusiveOr(const CFLRegion *pFlrg, CFLFigureArray *pFlfaResult) const
두 객체의 배타적 논리합을 수행
FLImaging::Foundation::CFLFigure::GetIntersection
virtual const CResult GetIntersection(const CFLLine< float > &line, CFLFigureArray *pFlfaResult) const
FLImaging::Foundation::CFLFigure::GetPointsOfMaximumDistance
virtual const CResult GetPointsOfMaximumDistance(const CFLFigure &flfTarget, CFLPointArray *pFlpaResult) const
대상 Figure와 서로 가장 먼 위치를 반환합니다.
FLImaging::Foundation::CFLFigure::GetRegionOfSubtraction
virtual const CResult GetRegionOfSubtraction(const CFLRoundRect< double > *pFlrr, CFLFigureArray *pFlfaResult) const
두 객체의 차집합을 수행
FLImaging::Foundation::CFLFigure::IsCollision
virtual bool IsCollision(const CFLBezierCubicCurve *pFlbc3) const
FLImaging::Foundation::CFLFigure::IsCollision
virtual bool IsCollision(const CFLDoughnut< int64_t > *pDoughnut) const
FLImaging::Foundation::CFLFigure::Extend
virtual const CResult Extend(const Base::TPoint< float > *pTpSize)
FLImaging::Foundation::CFLFigure::Extend
virtual const CResult Extend(float left, float top, float right, float bottom)
FLImaging::Foundation::CFLFigure::Scale
virtual const CResult Scale(const CFLPoint< double > &flpPivot, double f64RatioX, double f64RatioY)
FLImaging::Foundation::CFLFigure::IsCollision
virtual bool IsCollision(const Base::TRect< float > &rect) const
FLImaging::Foundation::CFLFigure::Extend
virtual const CResult Extend(const Base::TRect< int32_t > *pTrSize)
FLImaging::Foundation::CFLFigure::IsCollision
virtual bool IsCollision(const CFLRoundRect< int64_t > &flrr) const
FLImaging::Foundation::CFLFigure::Extend
virtual const CResult Extend(const Base::TPoint< int32_t > *pTpSize)
FLImaging::Foundation::CFLFigure::Extend
virtual const CResult Extend(const CFLRect< float > *pFlrSize)
FLImaging::Foundation::CFLFigure::Set
virtual const CResult Set(const CFLFigure *pFlf)
FLImaging::Foundation::CFLFigure::IsCollision
virtual bool IsCollision(const CFLRoundRect< int64_t > *pFlrr) const
FLImaging::Foundation::CFLFigure::Inflate
virtual const CResult Inflate(const CFLLine< float > &line)
FLImaging::Foundation::CFLFigure::IsCollision
virtual bool IsCollision(const CFLFigureArray &flfa) const
FLImaging::Foundation::CFLFigure::GetMinimumEnclosingRectangleLongSideLength
virtual double GetMinimumEnclosingRectangleLongSideLength() const
FLImaging::Foundation::CFLFigure::GetRegionOfIntersection
virtual const CResult GetRegionOfIntersection(const CFLDoughnut< int64_t > *pDoughnut, CFLFigureArray *pFlfaResult) const
두 객체의 교집합을 수행
FLImaging::Foundation::CFLFigure::GetMinimumEnclosingRectangleHeight
virtual double GetMinimumEnclosingRectangleHeight() const
FLImaging::Foundation::CFLFigure::Inflate
virtual const CResult Inflate(const CFLRect< double > *pRect)
FLImaging::Foundation::CFLFigure::IsAttributeDrawingRealSizeLineWidthEnabled
virtual const CResult IsAttributeDrawingRealSizeLineWidthEnabled(bool &bEnabled) const sealed
FLImaging::Foundation::CFLFigure::GetBoundaryRect
virtual const CResult GetBoundaryRect(int64_t &left, int64_t &top, int64_t &right, int64_t &bottom) const
FLImaging::Foundation::CFLFigure::IsCollision
virtual bool IsCollision(const CFLBezierQuarticCurve *pFlbc4) const
FLImaging::Foundation::CFLFigure::GetRegionOfSubtraction
virtual const CResult GetRegionOfSubtraction(const CFLRoundRect< int32_t > *pFlrr, CFLFigureArray *pFlfaResult) const
두 객체의 차집합을 수행
FLImaging::Foundation::CFLFigure::IsCollision
virtual bool IsCollision(const CFLLine< int32_t > &line) const
FLImaging::Foundation::CFLFigure::IsCollision
virtual bool IsCollision(const Base::TPoint< int64_t > *pPoint) const
FLImaging::Foundation::CFLFigure::Warp
virtual const CResult Warp(const CFLPointArray *pFlpaSource, const CFLPointArray *pFlpaTarget, CFLFigureArray *pFlfaResult, EWarpingType eWarpingType=EWarpingType_Bicubic, int32_t i32Extension=2) const
FLImaging::Foundation::CFLFigure::ReverseSequence
virtual const CResult ReverseSequence()
순서를 반대방향으로 바꾸는 함수
FLImaging::Foundation::CFLFigure::GetIntersection
virtual const CResult GetIntersection(const CFLLine< int64_t > *pLine, CFLFigureArray *pFlfaResult) const
FLImaging::Foundation::CFLFigure::IsCollision
virtual bool IsCollision(const CFLPoint< float > *pPoint) const
FLImaging::Foundation::CFLFigure::Open
virtual const CResult Open(const CFLFigure *pFlfKernel, CFLFigureArray &flfaResultFigure) const
FLImaging::Foundation::CFLFigure::Erode
virtual const CResult Erode(const CFLFigure *pFlfKernel, CFLFigureArray &flfaResultFigure) const
FLImaging::Foundation::CFLFigure::Inflate
virtual const CResult Inflate(int64_t left, int64_t top, int64_t right, int64_t bottom)
FLImaging::Foundation::CFLFigure::GetCenterOfGravity
virtual const CResult GetCenterOfGravity(Foundation::CFLPoint< float > *pPoint) const
FLImaging::Foundation::CFLFigure::Erode
virtual const CResult Erode(const CFLFigure &flfKernel, CFLFigureArray &flfaResultFigure) const
FLImaging::Foundation::CFLFigure::GetRegionOfSubtraction
virtual const CResult GetRegionOfSubtraction(const CFLEllipse< int32_t > &ell, CFLFigureArray *pFlfaResult) const
두 객체의 차집합을 수행
FLImaging::Foundation::CFLFigure::ClearAttributeDrawingLineWidth
virtual const CResult ClearAttributeDrawingLineWidth() sealed
FLImaging::Foundation::CFLFigure::Set
virtual const CResult Set(const Base::CFLImagePage &flip)
FLImaging::Foundation::CFLFigure::GetDeclType
virtual EFigureDeclType GetDeclType() const =0
FLImaging::Foundation::CFLFigure::GetIntersection
virtual const CResult GetIntersection(const CFLRoundRect< float > *pFlrr, CFLFigureArray *pFlfaResult) const
FLImaging::Foundation::CFLFigure::GetMinimumEnclosingRectangleCenter
virtual const CResult GetMinimumEnclosingRectangleCenter(Foundation::CFLPoint< double > *pPoint) const
FLImaging::Foundation::CFLFigure::Set
virtual const CResult Set(const Base::CFLImage &fli)
FLImaging::Foundation::CFLFigure::Inflate
virtual const CResult Inflate(const CFLPoint< double > *pPoint)
FLImaging::Foundation::CFLFigure::GetRegionOfIntersection
virtual const CResult GetRegionOfIntersection(const CFLFigure &figure, CFLFigureArray *pFlfaResult) const
두 객체의 교집합을 수행
FLImaging::Foundation::CFLFigure::IsCollision
virtual bool IsCollision(const CFLFigureArray *pFlfa) const
FLImaging::Foundation::CFLFigure::IsCollision
virtual bool IsCollision(const Base::TPoint< float > &point) const
FLImaging::Foundation::CFLFigure::IsCollision
virtual bool IsCollision(const CFLFigure *pFigure) const
FLImaging::Foundation::CFLFigure::GetRegionOfExclusiveOr
virtual const CResult GetRegionOfExclusiveOr(const CFLQuad< int64_t > *pQuad, CFLFigureArray *pFlfaResult) const
두 객체의 배타적 논리합을 수행
FLImaging::Foundation::CFLFigure::GetBoundaryRect
virtual const CResult GetBoundaryRect(CFLRect< int64_t > *pRect) const
FLImaging::Foundation::CFLFigure::GetAngle
virtual double GetAngle() const
FLImaging::Foundation::CFLFigure::GetRegionOfUnion
virtual const CResult GetRegionOfUnion(const CFLDoughnut< int64_t > *pDoughnut, CFLFigureArray *pFlfaResult) const
두 객체의 합집합을 수행
FLImaging::Foundation::CFLFigure::Close
virtual const CResult Close(const CFLFigure &flfKernel, CFLFigureArray &flfaResultFigure) const
FLImaging::Foundation::CFLFigure::GetIntersection
virtual const CResult GetIntersection(const CFLCircle< float > *pCir, CFLFigureArray *pFlfaResult) const
FLImaging::Foundation::CFLFigure::ClearAttributeDrawingFillColorAlphaRatio
virtual const CResult ClearAttributeDrawingFillColorAlphaRatio() sealed
FLImaging::Foundation::CFLFigure::SetAttributeDrawingPenStyle
virtual const CResult SetAttributeDrawingPenStyle(EAttributeDrawingPenStyle ePenStyle) sealed
FLImaging::Foundation::CFLFigure::GetIntersection
virtual const CResult GetIntersection(const CFLCircle< int32_t > *pCir, CFLFigureArray *pFlfaResult) const
FLImaging::Foundation::CFLFigure::GetIntersection
virtual const CResult GetIntersection(const CFLLine< int32_t > &line, CFLFigureArray *pFlfaResult) const
FLImaging::Foundation::CFLFigure::Inflate
virtual const CResult Inflate(const CFLRect< float > &rect)
FLImaging::Foundation::CFLFigure::GetSamplingPointsOnSegment
virtual const CResult GetSamplingPointsOnSegment(double f64SamplingDistance, CFLFigureArray *pFlfaResult) const
설정한 길이만큼 이동하는 점 정보를 얻어옵니다
FLImaging::Foundation::CFLLine
직선을 표현하는 클래스
Definition FLLine.h:25
FLImaging::Foundation::CFLPointArray
점 배열을 표현하는 클래스
Definition FLPointArray.h:26
FLImaging::Foundation::CFLPoint
점을 표현하는 클래스
Definition FLPoint.h:24
FLImaging::Foundation::CFLQuad
사변형을 표현하는 클래스
Definition FLQuad.h:24
FLImaging::Foundation::CFLRect
직사각형을 표현하는 클래스
Definition FLRect.h:24
FLImaging::Foundation::CFLRegion
영역을 표현하는 클래스
Definition FLRegion.h:26
FLImaging::Foundation::CFLRoundRect
모서리가 둥근 직사각형을 표현하는 클래스
Definition FLRoundRect.h:24
FLImaging::Foundation::EKernelShape
EKernelShape
Definition DefinitionsFigure.h:3128
FLImaging::Foundation::EWarpingType
EWarpingType
Definition DefinitionsFigure.h:2748
FLImaging::Foundation::EWindingDirection
EWindingDirection
점들이 이어지는 방향
Definition DefinitionsFigure.h:2529
FLImaging::Foundation::EIncludingRegionType
EIncludingRegionType
Definition DefinitionsFigure.h:2723
FLImaging::Foundation::EFigureDeclType
EFigureDeclType
도형의 타입
Definition DefinitionsFigure.h:33
FLImaging::Foundation::EFigureTemplateType
EFigureTemplateType
도형의 변수 자료형
Definition DefinitionsFigure.h:302
FLImaging::Foundation::EAttributeDrawingPenStyle
EAttributeDrawingPenStyle
Figure 그리기 속성의 펜 스타일
Definition DefinitionsFigure.h:3162
FLImaging::Foundation::EFigureFlipDirection
EFigureFlipDirection
뒤집는 방향
Definition DefinitionsFigure.h:2620
생성시간 : 목 5월 8 2025 22:19:30, 프로젝트명 : FLImaging, 생성자 :  doxygen 1.12.0