FLImaging 6.6.27.1
FLFigure.h
1#pragma once
2
8
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
607 virtual bool IsSpecEqual(const CFLFigure& flfRhs, EFigureSpecCompareType eSpecType = EFigureSpecCompareType_Coordinates) const;
608
622 virtual bool IsSpecEqual(const CFLFigure* pFlfRhs, EFigureSpecCompareType eSpecType = EFigureSpecCompareType_Coordinates) const;
623
631 virtual double GetWidth() const;
632
640 virtual double GetHeight() const;
641
649 virtual double GetAngle() const;
650
658 virtual double GetArea() const;
659
667 virtual double GetPerimeter() const;
668
676 virtual double GetLength() const;
677
685 virtual double GetMinimumEnclosingRectangleWidth() const;
686
694 virtual double GetMinimumEnclosingRectangleHeight() const;
695
703 virtual double GetMinimumEnclosingRectangleAngle() const;
704
712 virtual double GetMinimumEnclosingRectangleArea() const;
713
721 virtual double GetMinimumEnclosingRectanglePerimeter() const;
722
730 virtual double GetMinimumEnclosingRectangleLongSideLength() const;
731
739 virtual double GetMinimumEnclosingRectangleShortSideLength() const;
740
748 virtual double GetMinimumEnclosingRectangleShortLongRatio() const;
749
759 virtual EWindingDirection GetWindingDirection() const;
760
772 virtual const CResult ReverseSequence();
773
787 virtual uint64_t GetVertexCountRecursive(EIncludingRegionType eType = EIncludingRegionType_All) const;
788
810 virtual const CResult GetVertexCount(CFLFigureArray& flfaResult, EIncludingRegionType eType = EIncludingRegionType_All, bool bRecursive = true) const;
811
833 virtual const CResult GetVertexCount(CFLFigureArray* pFlfaResult, EIncludingRegionType eType = EIncludingRegionType_All, bool bRecursive = true) const;
834
850 virtual const CResult MeasureThickness(double& f64Thickness, double f64SamplingStep = 1.) const;
851
867 virtual const CResult MeasureThickness(double* pF64Thickness, double f64SamplingStep = 1.) const;
868
880 virtual const CResult MakeFigureValid();
881
893 virtual const CResult MakeFigureInvalid();
894
908 virtual const CResult Inflate(int32_t i32HalfSize);
909
923 virtual const CResult Inflate(int64_t i64HalfSize);
924
938 virtual const CResult Inflate(float f32HalfSize);
939
953 virtual const CResult Inflate(double f64HalfSize);
954
972 virtual const CResult Inflate(int32_t left, int32_t top, int32_t right, int32_t bottom);
973
991 virtual const CResult Inflate(int64_t left, int64_t top, int64_t right, int64_t bottom);
992
1010 virtual const CResult Inflate(float left, float top, float right, float bottom);
1011
1029 virtual const CResult Inflate(double left, double top, double right, double bottom);
1030
1044 virtual const CResult Inflate(int32_t width, int32_t height);
1045
1059 virtual const CResult Inflate(int64_t width, int64_t height);
1060
1074 virtual const CResult Inflate(float width, float height);
1075
1089 virtual const CResult Inflate(double width, double height);
1090
1104 virtual const CResult Inflate(const CFLPoint<int32_t>& point);
1105
1119 virtual const CResult Inflate(const CFLPoint<int32_t>* pPoint);
1120
1134 virtual const CResult Inflate(const CFLPoint<int64_t>& point);
1135
1149 virtual const CResult Inflate(const CFLPoint<int64_t>* pPoint);
1150
1164 virtual const CResult Inflate(const CFLPoint<float>& point);
1165
1179 virtual const CResult Inflate(const CFLPoint<float>* pPoint);
1180
1194 virtual const CResult Inflate(const CFLPoint<double>& point);
1195
1209 virtual const CResult Inflate(const CFLPoint<double>* pPoint);
1210
1224 virtual const CResult Inflate(const CFLLine<int32_t>& line);
1225
1239 virtual const CResult Inflate(const CFLLine<int32_t>* pLine);
1240
1254 virtual const CResult Inflate(const CFLLine<int64_t>& line);
1255
1269 virtual const CResult Inflate(const CFLLine<int64_t>* pLine);
1270
1284 virtual const CResult Inflate(const CFLLine<float>& line);
1285
1299 virtual const CResult Inflate(const CFLLine<float>* pLine);
1300
1314 virtual const CResult Inflate(const CFLLine<double>& line);
1315
1329 virtual const CResult Inflate(const CFLLine<double>* pLine);
1330
1344 virtual const CResult Inflate(const CFLRect<int32_t>& rect);
1345
1359 virtual const CResult Inflate(const CFLRect<int32_t>* pRect);
1360
1374 virtual const CResult Inflate(const CFLRect<int64_t>& rect);
1375
1389 virtual const CResult Inflate(const CFLRect<int64_t>* pRect);
1390
1404 virtual const CResult Inflate(const CFLRect<float>& rect);
1405
1419 virtual const CResult Inflate(const CFLRect<float>* pRect);
1420
1434 virtual const CResult Inflate(const CFLRect<double>& rect);
1435
1449 virtual const CResult Inflate(const CFLRect<double>* pRect);
1450
1468 virtual const CResult Scale(int32_t i32PivotX, int32_t i32PivotY, double f64RatioX, double f64RatioY);
1469
1487 virtual const CResult Scale(int64_t i64PivotX, int64_t i64PivotY, double f64RatioX, double f64RatioY);
1488
1506 virtual const CResult Scale(float f32PivotX, float f32PivotY, double f64RatioX, double f64RatioY);
1507
1525 virtual const CResult Scale(double f64PivotX, double f64PivotY, double f64RatioX, double f64RatioY);
1526
1544 virtual const CResult Scale(const CFLPoint<int32_t>& flpPivot, double f64RatioX, double f64RatioY);
1545
1563 virtual const CResult Scale(const CFLPoint<int32_t>* pFlpPivot, double f64RatioX, double f64RatioY);
1564
1582 virtual const CResult Scale(const CFLPoint<int64_t>& flpPivot, double f64RatioX, double f64RatioY);
1583
1601 virtual const CResult Scale(const CFLPoint<int64_t>* pFlpPivot, double f64RatioX, double f64RatioY);
1602
1620 virtual const CResult Scale(const CFLPoint<float>& flpPivot, double f64RatioX, double f64RatioY);
1621
1639 virtual const CResult Scale(const CFLPoint<float>* pFlpPivot, double f64RatioX, double f64RatioY);
1640
1658 virtual const CResult Scale(const CFLPoint<double>& flpPivot, double f64RatioX, double f64RatioY);
1659
1677 virtual const CResult Scale(const CFLPoint<double>* pFlpPivot, double f64RatioX, double f64RatioY);
1678
1694 virtual const CResult Extend(int32_t i32HalfSize);
1695
1711 virtual const CResult Extend(int64_t i64HalfSize);
1712
1728 virtual const CResult Extend(float f32HalfSize);
1729
1745 virtual const CResult Extend(double f64HalfSize);
1746
1764 virtual const CResult Extend(int32_t i32HalfWidth, int32_t i32HalfHeight);
1765
1783 virtual const CResult Extend(int64_t i64HalfWidth, int64_t i64HalfHeight);
1784
1802 virtual const CResult Extend(float f32HalfWidth, float f32HalfHeight);
1803
1821 virtual const CResult Extend(double f64HalfWidth, double f64HalfHeight);
1822
1844 virtual const CResult Extend(int32_t left, int32_t top, int32_t right, int32_t bottom);
1845
1867 virtual const CResult Extend(int64_t left, int64_t top, int64_t right, int64_t bottom);
1868
1890 virtual const CResult Extend(float left, float top, float right, float bottom);
1891
1913 virtual const CResult Extend(double left, double top, double right, double bottom);
1914
1932 virtual const CResult Extend(const Base::TPoint<int32_t>& tpSize);
1933
1951 virtual const CResult Extend(const Base::TPoint<int32_t>* pTpSize);
1952
1970 virtual const CResult Extend(const Base::TPoint<int64_t>& tpSize);
1971
1989 virtual const CResult Extend(const Base::TPoint<int64_t>* pTpSize);
1990
2008 virtual const CResult Extend(const Base::TPoint<float>& tpSize);
2009
2027 virtual const CResult Extend(const Base::TPoint<float>* pTpSize);
2028
2046 virtual const CResult Extend(const Base::TPoint<double>& tpSize);
2047
2065 virtual const CResult Extend(const Base::TPoint<double>* pTpSize);
2066
2084 virtual const CResult Extend(const Base::TRect<int32_t>& trSize);
2085
2103 virtual const CResult Extend(const Base::TRect<int32_t>* pTrSize);
2104
2122 virtual const CResult Extend(const Base::TRect<int64_t>& trSize);
2123
2141 virtual const CResult Extend(const Base::TRect<int64_t>* pTrSize);
2142
2160 virtual const CResult Extend(const Base::TRect<float>& trSize);
2161
2179 virtual const CResult Extend(const Base::TRect<float>* pTrSize);
2180
2198 virtual const CResult Extend(const Base::TRect<double>& trSize);
2199
2217 virtual const CResult Extend(const Base::TRect<double>* pTrSize);
2218
2236 virtual const CResult Extend(const CFLPoint<int32_t>& flpSize);
2237
2255 virtual const CResult Extend(const CFLPoint<int32_t>* pFlpSize);
2256
2274 virtual const CResult Extend(const CFLPoint<int64_t>& flpSize);
2275
2293 virtual const CResult Extend(const CFLPoint<int64_t>* pFlpSize);
2294
2312 virtual const CResult Extend(const CFLPoint<float>& flpSize);
2313
2331 virtual const CResult Extend(const CFLPoint<float>* pFlpSize);
2332
2350 virtual const CResult Extend(const CFLPoint<double>& flpSize);
2351
2369 virtual const CResult Extend(const CFLPoint<double>* pFlpSize);
2370
2388 virtual const CResult Extend(const CFLLine<int32_t>& fllSize);
2389
2407 virtual const CResult Extend(const CFLLine<int32_t>* pFllSize);
2408
2426 virtual const CResult Extend(const CFLLine<int64_t>& fllSize);
2427
2445 virtual const CResult Extend(const CFLLine<int64_t>* pFllSize);
2446
2464 virtual const CResult Extend(const CFLLine<float>& fllSize);
2465
2483 virtual const CResult Extend(const CFLLine<float>* pFllSize);
2484
2502 virtual const CResult Extend(const CFLLine<double>& fllSize);
2503
2521 virtual const CResult Extend(const CFLLine<double>* pFllSize);
2522
2540 virtual const CResult Extend(const CFLRect<int32_t>& flrSize);
2541
2559 virtual const CResult Extend(const CFLRect<int32_t>* pFlrSize);
2560
2578 virtual const CResult Extend(const CFLRect<int64_t>& flrSize);
2579
2597 virtual const CResult Extend(const CFLRect<int64_t>* pFlrSize);
2598
2616 virtual const CResult Extend(const CFLRect<float>& flrSize);
2617
2635 virtual const CResult Extend(const CFLRect<float>* pFlrSize);
2636
2654 virtual const CResult Extend(const CFLRect<double>& flrSize);
2655
2673 virtual const CResult Extend(const CFLRect<double>* pFlrSize);
2674
2684 virtual bool IsCollision(const CFLFigure& figure) const;
2685
2695 virtual bool IsCollision(const CFLFigure* pFigure) const;
2696
2708 virtual bool IsCollision(const Base::TPoint<int32_t>& point) const;
2709
2721 virtual bool IsCollision(const Base::TPoint<int32_t>* pPoint) const;
2722
2734 virtual bool IsCollision(const Base::TPoint<int64_t>& point) const;
2735
2747 virtual bool IsCollision(const Base::TPoint<int64_t>* pPoint) const;
2748
2760 virtual bool IsCollision(const Base::TPoint<float>& point) const;
2761
2773 virtual bool IsCollision(const Base::TPoint<float>* pPoint) const;
2774
2786 virtual bool IsCollision(const Base::TPoint<double>& point) const;
2787
2799 virtual bool IsCollision(const Base::TPoint<double>* pPoint) const;
2800
2812 virtual bool IsCollision(const Base::TRect<int32_t>& rect) const;
2813
2825 virtual bool IsCollision(const Base::TRect<int32_t>* pRect) const;
2826
2838 virtual bool IsCollision(const Base::TRect<int64_t>& rect) const;
2839
2851 virtual bool IsCollision(const Base::TRect<int64_t>* pRect) const;
2852
2864 virtual bool IsCollision(const Base::TRect<float>& rect) const;
2865
2877 virtual bool IsCollision(const Base::TRect<float>* pRect) const;
2878
2890 virtual bool IsCollision(const Base::TRect<double>& rect) const;
2891
2903 virtual bool IsCollision(const Base::TRect<double>* pRect) const;
2904
2916 virtual bool IsCollision(const CFLPoint<int32_t>& point) const;
2917
2929 virtual bool IsCollision(const CFLPoint<int32_t>* pPoint) const;
2930
2942 virtual bool IsCollision(const CFLPoint<int64_t>& point) const;
2943
2955 virtual bool IsCollision(const CFLPoint<int64_t>* pPoint) const;
2956
2968 virtual bool IsCollision(const CFLPoint<float>& point) const;
2969
2981 virtual bool IsCollision(const CFLPoint<float>* pPoint) const;
2982
2994 virtual bool IsCollision(const CFLPoint<double>& point) const;
2995
3007 virtual bool IsCollision(const CFLPoint<double>* pPoint) const;
3008
3020 virtual bool IsCollision(const CFLLine<int32_t>& line) const;
3021
3033 virtual bool IsCollision(const CFLLine<int32_t>* pLine) const;
3034
3046 virtual bool IsCollision(const CFLLine<int64_t>& line) const;
3047
3059 virtual bool IsCollision(const CFLLine<int64_t>* pLine) const;
3060
3072 virtual bool IsCollision(const CFLLine<float>& line) const;
3073
3085 virtual bool IsCollision(const CFLLine<float>* pLine) const;
3086
3098 virtual bool IsCollision(const CFLLine<double>& line) const;
3099
3111 virtual bool IsCollision(const CFLLine<double>* pLine) const;
3112
3124 virtual bool IsCollision(const CFLRect<int32_t>& rect) const;
3125
3137 virtual bool IsCollision(const CFLRect<int32_t>* pRect) const;
3138
3150 virtual bool IsCollision(const CFLRect<int64_t>& rect) const;
3151
3163 virtual bool IsCollision(const CFLRect<int64_t>* pRect) const;
3164
3176 virtual bool IsCollision(const CFLRect<float>& rect) const;
3177
3189 virtual bool IsCollision(const CFLRect<float>* pRect) const;
3190
3202 virtual bool IsCollision(const CFLRect<double>& rect) const;
3203
3215 virtual bool IsCollision(const CFLRect<double>* pRect) const;
3216
3228 virtual bool IsCollision(const CFLRoundRect<int32_t>& flrr) const;
3229
3241 virtual bool IsCollision(const CFLRoundRect<int32_t>* pFlrr) const;
3242
3254 virtual bool IsCollision(const CFLRoundRect<int64_t>& flrr) const;
3255
3267 virtual bool IsCollision(const CFLRoundRect<int64_t>* pFlrr) const;
3268
3280 virtual bool IsCollision(const CFLRoundRect<float>& flrr) const;
3281
3293 virtual bool IsCollision(const CFLRoundRect<float>* pFlrr) const;
3294
3306 virtual bool IsCollision(const CFLRoundRect<double>& flrr) const;
3307
3319 virtual bool IsCollision(const CFLRoundRect<double>* pFlrr) const;
3320
3332 virtual bool IsCollision(const CFLQuad<int32_t>& quad) const;
3333
3345 virtual bool IsCollision(const CFLQuad<int32_t>* pQuad) const;
3346
3358 virtual bool IsCollision(const CFLQuad<int64_t>& quad) const;
3359
3371 virtual bool IsCollision(const CFLQuad<int64_t>* pQuad) const;
3372
3384 virtual bool IsCollision(const CFLQuad<float>& quad) const;
3385
3397 virtual bool IsCollision(const CFLQuad<float>* pQuad) const;
3398
3410 virtual bool IsCollision(const CFLQuad<double>& quad) const;
3411
3423 virtual bool IsCollision(const CFLQuad<double>* pQuad) const;
3424
3436 virtual bool IsCollision(const CFLCircle<int32_t>& cir) const;
3437
3449 virtual bool IsCollision(const CFLCircle<int32_t>* pCir) const;
3450
3462 virtual bool IsCollision(const CFLCircle<int64_t>& cir) const;
3463
3475 virtual bool IsCollision(const CFLCircle<int64_t>* pCir) const;
3476
3488 virtual bool IsCollision(const CFLCircle<float>& cir) const;
3489
3501 virtual bool IsCollision(const CFLCircle<float>* pCir) const;
3502
3514 virtual bool IsCollision(const CFLCircle<double>& cir) const;
3515
3527 virtual bool IsCollision(const CFLCircle<double>* pCir) const;
3528
3540 virtual bool IsCollision(const CFLEllipse<int32_t>& ell) const;
3541
3553 virtual bool IsCollision(const CFLEllipse<int32_t>* pEll) const;
3554
3566 virtual bool IsCollision(const CFLEllipse<int64_t>& ell) const;
3567
3579 virtual bool IsCollision(const CFLEllipse<int64_t>* pEll) const;
3580
3592 virtual bool IsCollision(const CFLEllipse<float>& ell) const;
3593
3605 virtual bool IsCollision(const CFLEllipse<float>* pEll) const;
3606
3618 virtual bool IsCollision(const CFLEllipse<double>& ell) const;
3619
3631 virtual bool IsCollision(const CFLEllipse<double>* pEll) const;
3632
3644 virtual bool IsCollision(const CFLDoughnut<int32_t>& doughnut) const;
3645
3657 virtual bool IsCollision(const CFLDoughnut<int32_t>* pDoughnut) const;
3658
3670 virtual bool IsCollision(const CFLDoughnut<int64_t>& doughnut) const;
3671
3683 virtual bool IsCollision(const CFLDoughnut<int64_t>* pDoughnut) const;
3684
3696 virtual bool IsCollision(const CFLDoughnut<float>& doughnut) const;
3697
3709 virtual bool IsCollision(const CFLDoughnut<float>* pDoughnut) const;
3710
3722 virtual bool IsCollision(const CFLDoughnut<double>& doughnut) const;
3723
3735 virtual bool IsCollision(const CFLDoughnut<double>* pDoughnut) const;
3736
3748 virtual bool IsCollision(const CFLCubicSpline& flcs) const;
3749
3761 virtual bool IsCollision(const CFLCubicSpline* pFlcs) const;
3762
3774 virtual bool IsCollision(const CFLBezierQuadraticCurve& flbc2) const;
3775
3787 virtual bool IsCollision(const CFLBezierQuadraticCurve* pFlbc2) const;
3788
3800 virtual bool IsCollision(const CFLBezierCubicCurve& flbc3) const;
3801
3813 virtual bool IsCollision(const CFLBezierCubicCurve* pFlbc3) const;
3814
3826 virtual bool IsCollision(const CFLBezierQuarticCurve& flbc4) const;
3827
3839 virtual bool IsCollision(const CFLBezierQuarticCurve* pFlbc4) const;
3840
3852 virtual bool IsCollision(const CFLRegion& flrg) const;
3853
3865 virtual bool IsCollision(const CFLRegion* pFlrg) const;
3866
3878 virtual bool IsCollision(const CFLComplexRegion& flcr) const;
3879
3891 virtual bool IsCollision(const CFLComplexRegion* pFlcr) const;
3892
3904 virtual bool IsCollision(const CFLFigureArray& flfa) const;
3905
3917 virtual bool IsCollision(const CFLFigureArray* pFlfa) const;
3918
3930 virtual bool IsCollision(const CFLPointArray& flpa) const;
3931
3943 virtual bool IsCollision(const CFLPointArray* pFlpa) const;
3944
3945
3961 virtual const CResult GetIntersection(const CFLFigure& figure, CFLFigureArray* pFlfaResult) const;
3962
3978 virtual const CResult GetIntersection(const CFLFigure* pFigure, CFLFigureArray* pFlfaResult) const;
3979
3997 virtual const CResult GetIntersection(const CFLLine<int32_t>& line, CFLFigureArray* pFlfaResult) const;
3998
4016 virtual const CResult GetIntersection(const CFLLine<int32_t>* pLine, CFLFigureArray* pFlfaResult) const;
4017
4035 virtual const CResult GetIntersection(const CFLLine<int64_t>& line, CFLFigureArray* pFlfaResult) const;
4036
4054 virtual const CResult GetIntersection(const CFLLine<int64_t>* pLine, CFLFigureArray* pFlfaResult) const;
4055
4073 virtual const CResult GetIntersection(const CFLLine<float>& line, CFLFigureArray* pFlfaResult) const;
4074
4092 virtual const CResult GetIntersection(const CFLLine<float>* pLine, CFLFigureArray* pFlfaResult) const;
4093
4111 virtual const CResult GetIntersection(const CFLLine<double>& line, CFLFigureArray* pFlfaResult) const;
4112
4130 virtual const CResult GetIntersection(const CFLLine<double>* pLine, CFLFigureArray* pFlfaResult) const;
4131
4149 virtual const CResult GetIntersection(const CFLRect<int32_t>& rect, CFLFigureArray* pFlfaResult) const;
4150
4168 virtual const CResult GetIntersection(const CFLRect<int32_t>* pRect, CFLFigureArray* pFlfaResult) const;
4169
4187 virtual const CResult GetIntersection(const CFLRect<int64_t>& rect, CFLFigureArray* pFlfaResult) const;
4188
4206 virtual const CResult GetIntersection(const CFLRect<int64_t>* pRect, CFLFigureArray* pFlfaResult) const;
4207
4225 virtual const CResult GetIntersection(const CFLRect<float>& rect, CFLFigureArray* pFlfaResult) const;
4226
4244 virtual const CResult GetIntersection(const CFLRect<float>* pRect, CFLFigureArray* pFlfaResult) const;
4245
4263 virtual const CResult GetIntersection(const CFLRect<double>& rect, CFLFigureArray* pFlfaResult) const;
4264
4282 virtual const CResult GetIntersection(const CFLRect<double>* pRect, CFLFigureArray* pFlfaResult) const;
4283
4301 virtual const CResult GetIntersection(const CFLRoundRect<int32_t>& flrr, CFLFigureArray* pFlfaResult) const;
4302
4320 virtual const CResult GetIntersection(const CFLRoundRect<int32_t>* pFlrr, CFLFigureArray* pFlfaResult) const;
4321
4339 virtual const CResult GetIntersection(const CFLRoundRect<int64_t>& flrr, CFLFigureArray* pFlfaResult) const;
4340
4358 virtual const CResult GetIntersection(const CFLRoundRect<int64_t>* pFlrr, CFLFigureArray* pFlfaResult) const;
4359
4377 virtual const CResult GetIntersection(const CFLRoundRect<float>& flrr, CFLFigureArray* pFlfaResult) const;
4378
4396 virtual const CResult GetIntersection(const CFLRoundRect<float>* pFlrr, CFLFigureArray* pFlfaResult) const;
4397
4415 virtual const CResult GetIntersection(const CFLRoundRect<double>& flrr, CFLFigureArray* pFlfaResult) const;
4416
4434 virtual const CResult GetIntersection(const CFLRoundRect<double>* pFlrr, CFLFigureArray* pFlfaResult) const;
4435
4453 virtual const CResult GetIntersection(const CFLQuad<int32_t>& quad, CFLFigureArray* pFlfaResult) const;
4454
4472 virtual const CResult GetIntersection(const CFLQuad<int32_t>* pQuad, CFLFigureArray* pFlfaResult) const;
4473
4491 virtual const CResult GetIntersection(const CFLQuad<int64_t>& quad, CFLFigureArray* pFlfaResult) const;
4492
4510 virtual const CResult GetIntersection(const CFLQuad<int64_t>* pQuad, CFLFigureArray* pFlfaResult) const;
4511
4529 virtual const CResult GetIntersection(const CFLQuad<float>& quad, CFLFigureArray* pFlfaResult) const;
4530
4548 virtual const CResult GetIntersection(const CFLQuad<float>* pQuad, CFLFigureArray* pFlfaResult) const;
4549
4567 virtual const CResult GetIntersection(const CFLQuad<double>& quad, CFLFigureArray* pFlfaResult) const;
4568
4586 virtual const CResult GetIntersection(const CFLQuad<double>* pQuad, CFLFigureArray* pFlfaResult) const;
4587
4605 virtual const CResult GetIntersection(const CFLCircle<int32_t>& cir, CFLFigureArray* pFlfaResult) const;
4606
4624 virtual const CResult GetIntersection(const CFLCircle<int32_t>* pCir, CFLFigureArray* pFlfaResult) const;
4625
4643 virtual const CResult GetIntersection(const CFLCircle<int64_t>& cir, CFLFigureArray* pFlfaResult) const;
4644
4662 virtual const CResult GetIntersection(const CFLCircle<int64_t>* pCir, CFLFigureArray* pFlfaResult) const;
4663
4681 virtual const CResult GetIntersection(const CFLCircle<float>& cir, CFLFigureArray* pFlfaResult) const;
4682
4700 virtual const CResult GetIntersection(const CFLCircle<float>* pCir, CFLFigureArray* pFlfaResult) const;
4701
4719 virtual const CResult GetIntersection(const CFLCircle<double>& cir, CFLFigureArray* pFlfaResult) const;
4720
4738 virtual const CResult GetIntersection(const CFLCircle<double>* pCir, CFLFigureArray* pFlfaResult) const;
4739
4757 virtual const CResult GetIntersection(const CFLEllipse<int32_t>& ell, CFLFigureArray* pFlfaResult) const;
4758
4776 virtual const CResult GetIntersection(const CFLEllipse<int32_t>* pEll, CFLFigureArray* pFlfaResult) const;
4777
4795 virtual const CResult GetIntersection(const CFLEllipse<int64_t>& ell, CFLFigureArray* pFlfaResult) const;
4796
4814 virtual const CResult GetIntersection(const CFLEllipse<int64_t>* pEll, CFLFigureArray* pFlfaResult) const;
4815
4833 virtual const CResult GetIntersection(const CFLEllipse<float>& ell, CFLFigureArray* pFlfaResult) const;
4834
4852 virtual const CResult GetIntersection(const CFLEllipse<float>* pEll, CFLFigureArray* pFlfaResult) const;
4853
4871 virtual const CResult GetIntersection(const CFLEllipse<double>& ell, CFLFigureArray* pFlfaResult) const;
4872
4890 virtual const CResult GetIntersection(const CFLEllipse<double>* pEll, CFLFigureArray* pFlfaResult) const;
4891
4909 virtual const CResult GetIntersection(const CFLDoughnut<int32_t>& doughnut, CFLFigureArray* pFlfaResult) const;
4910
4928 virtual const CResult GetIntersection(const CFLDoughnut<int32_t>* pDoughnut, CFLFigureArray* pFlfaResult) const;
4929
4947 virtual const CResult GetIntersection(const CFLDoughnut<int64_t>& doughnut, CFLFigureArray* pFlfaResult) const;
4948
4966 virtual const CResult GetIntersection(const CFLDoughnut<int64_t>* pDoughnut, CFLFigureArray* pFlfaResult) const;
4967
4985 virtual const CResult GetIntersection(const CFLDoughnut<float>& doughnut, CFLFigureArray* pFlfaResult) const;
4986
5004 virtual const CResult GetIntersection(const CFLDoughnut<float>* pDoughnut, CFLFigureArray* pFlfaResult) const;
5005
5023 virtual const CResult GetIntersection(const CFLDoughnut<double>& doughnut, CFLFigureArray* pFlfaResult) const;
5024
5042 virtual const CResult GetIntersection(const CFLDoughnut<double>* pDoughnut, CFLFigureArray* pFlfaResult) const;
5043
5061 virtual const CResult GetIntersection(const CFLRegion& flrg, CFLFigureArray* pFlfaResult) const;
5062
5080 virtual const CResult GetIntersection(const CFLRegion* pFlrg, CFLFigureArray* pFlfaResult) const;
5081
5099 virtual const CResult GetIntersection(const CFLCubicSpline& flcs, CFLFigureArray* pFlfaResult) const;
5100
5118 virtual const CResult GetIntersection(const CFLCubicSpline* pFlcs, CFLFigureArray* pFlfaResult) const;
5119
5137 virtual const CResult GetIntersection(const CFLBezierQuadraticCurve& flbc2, CFLFigureArray* pFlfaResult) const;
5138
5156 virtual const CResult GetIntersection(const CFLBezierQuadraticCurve* pFlbc2, CFLFigureArray* pFlfaResult) const;
5157
5175 virtual const CResult GetIntersection(const CFLBezierCubicCurve& flbc3, CFLFigureArray* pFlfaResult) const;
5176
5194 virtual const CResult GetIntersection(const CFLBezierCubicCurve* pFlbc3, CFLFigureArray* pFlfaResult) const;
5195
5213 virtual const CResult GetIntersection(const CFLBezierQuarticCurve& flbc4, CFLFigureArray* pFlfaResult) const;
5214
5232 virtual const CResult GetIntersection(const CFLBezierQuarticCurve* pFlbc4, CFLFigureArray* pFlfaResult) const;
5233
5251 virtual const CResult GetIntersection(const CFLComplexRegion& flcr, CFLFigureArray* pFlfaResult) const;
5252
5270 virtual const CResult GetIntersection(const CFLComplexRegion* pFlcr, CFLFigureArray* pFlfaResult) const;
5271
5287 virtual const CResult GetIntersection(const CFLFigureArray& flfaOperand, CFLFigureArray* pFlfaResult) const;
5288
5304 virtual const CResult GetIntersection(const CFLFigureArray* pFlfaOperand, CFLFigureArray* pFlfaResult) const;
5305
5306
5307
5317 virtual CFLPoint<double> GetCenter() const;
5318
5332 virtual const CResult GetCenter(int32_t& x, int32_t& y) const;
5333
5347 virtual const CResult GetCenter(int32_t* x, int32_t* y) const;
5348
5362 virtual const CResult GetCenter(int64_t& x, int64_t& y) const;
5363
5377 virtual const CResult GetCenter(int64_t* x, int64_t* y) const;
5378
5392 virtual const CResult GetCenter(float& x, float& y) const;
5393
5407 virtual const CResult GetCenter(float* x, float* y) const;
5408
5422 virtual const CResult GetCenter(double& x, double& y) const;
5423
5437 virtual const CResult GetCenter(double* x, double* y) const;
5438
5439
5453 virtual const CResult GetCenter(Foundation::CFLPoint<int32_t>& point) const;
5454
5468 virtual const CResult GetCenter(Foundation::CFLPoint<int32_t>* pPoint) const;
5469
5483 virtual const CResult GetCenter(Foundation::CFLPoint<int64_t>& point) const;
5484
5498 virtual const CResult GetCenter(Foundation::CFLPoint<int64_t>* pPoint) const;
5499
5513 virtual const CResult GetCenter(Foundation::CFLPoint<float>& point) const;
5514
5528 virtual const CResult GetCenter(Foundation::CFLPoint<float>* pPoint) const;
5529
5543 virtual const CResult GetCenter(Foundation::CFLPoint<double>& point) const;
5544
5558 virtual const CResult GetCenter(Foundation::CFLPoint<double>* pPoint) const;
5559
5569 virtual CFLPoint<double> GetCenterOfGravity() const;
5570
5584 virtual const CResult GetCenterOfGravity(int32_t& x, int32_t& y) const;
5585
5599 virtual const CResult GetCenterOfGravity(int32_t* x, int32_t* y) const;
5600
5614 virtual const CResult GetCenterOfGravity(int64_t& x, int64_t& y) const;
5615
5629 virtual const CResult GetCenterOfGravity(int64_t* x, int64_t* y) const;
5630
5644 virtual const CResult GetCenterOfGravity(float& x, float& y) const;
5645
5659 virtual const CResult GetCenterOfGravity(float* x, float* y) const;
5660
5674 virtual const CResult GetCenterOfGravity(double& x, double& y) const;
5675
5689 virtual const CResult GetCenterOfGravity(double* x, double* y) const;
5690
5704 virtual const CResult GetCenterOfGravity(Foundation::CFLPoint<int32_t>& point) const;
5705
5719 virtual const CResult GetCenterOfGravity(Foundation::CFLPoint<int32_t>* pPoint) const;
5720
5734 virtual const CResult GetCenterOfGravity(Foundation::CFLPoint<int64_t>& point) const;
5735
5749 virtual const CResult GetCenterOfGravity(Foundation::CFLPoint<int64_t>* pPoint) const;
5750
5764 virtual const CResult GetCenterOfGravity(Foundation::CFLPoint<float>& point) const;
5765
5779 virtual const CResult GetCenterOfGravity(Foundation::CFLPoint<float>* pPoint) const;
5780
5794 virtual const CResult GetCenterOfGravity(Foundation::CFLPoint<double>& point) const;
5795
5809 virtual const CResult GetCenterOfGravity(Foundation::CFLPoint<double>* pPoint) const;
5810
5820 virtual CFLPoint<double> GetMinimumEnclosingRectangleCenter() const;
5821
5835 virtual const CResult GetMinimumEnclosingRectangleCenter(int32_t& x, int32_t& y) const;
5836
5850 virtual const CResult GetMinimumEnclosingRectangleCenter(int32_t* x, int32_t* y) const;
5851
5865 virtual const CResult GetMinimumEnclosingRectangleCenter(int64_t& x, int64_t& y) const;
5866
5880 virtual const CResult GetMinimumEnclosingRectangleCenter(int64_t* x, int64_t* y) const;
5881
5895 virtual const CResult GetMinimumEnclosingRectangleCenter(float& x, float& y) const;
5896
5910 virtual const CResult GetMinimumEnclosingRectangleCenter(float* x, float* y) const;
5911
5925 virtual const CResult GetMinimumEnclosingRectangleCenter(double& x, double& y) const;
5926
5940 virtual const CResult GetMinimumEnclosingRectangleCenter(double* x, double* y) const;
5941
5955 virtual const CResult GetMinimumEnclosingRectangleCenter(Foundation::CFLPoint<int32_t>& point) const;
5956
5970 virtual const CResult GetMinimumEnclosingRectangleCenter(Foundation::CFLPoint<int32_t>* pPoint) const;
5971
5985 virtual const CResult GetMinimumEnclosingRectangleCenter(Foundation::CFLPoint<int64_t>& point) const;
5986
6000 virtual const CResult GetMinimumEnclosingRectangleCenter(Foundation::CFLPoint<int64_t>* pPoint) const;
6001
6015 virtual const CResult GetMinimumEnclosingRectangleCenter(Foundation::CFLPoint<float>& point) const;
6016
6030 virtual const CResult GetMinimumEnclosingRectangleCenter(Foundation::CFLPoint<float>* pPoint) const;
6031
6045 virtual const CResult GetMinimumEnclosingRectangleCenter(Foundation::CFLPoint<double>& point) const;
6046
6060 virtual const CResult GetMinimumEnclosingRectangleCenter(Foundation::CFLPoint<double>* pPoint) const;
6061
6062
6070 virtual CFLRect<double> GetBoundaryRect() const;
6071
6089 virtual const CResult GetBoundaryRect(int32_t& left, int32_t& top, int32_t& right, int32_t& bottom) const;
6090
6108 virtual const CResult GetBoundaryRect(int32_t* pLeft, int32_t* pTop, int32_t* pRight, int32_t* pBottom) const;
6109
6127 virtual const CResult GetBoundaryRect(int64_t& left, int64_t& top, int64_t& right, int64_t& bottom) const;
6128
6146 virtual const CResult GetBoundaryRect(int64_t* pLeft, int64_t* pTop, int64_t* pRight, int64_t* pBottom) const;
6147
6165 virtual const CResult GetBoundaryRect(float& left, float& top, float& right, float& bottom) const;
6166
6184 virtual const CResult GetBoundaryRect(float* pLeft, float* pTop, float* pRight, float* pBottom) const;
6185
6203 virtual const CResult GetBoundaryRect(double& left, double& top, double& right, double& bottom) const;
6204
6222 virtual const CResult GetBoundaryRect(double* pLeft, double* pTop, double* pRight, double* pBottom) const;
6223
6237 virtual const CResult GetBoundaryRect(CFLRect<int32_t>& rect) const;
6238
6252 virtual const CResult GetBoundaryRect(CFLRect<int32_t>* pRect) const;
6253
6267 virtual const CResult GetBoundaryRect(CFLRect<int64_t>& rect) const;
6268
6282 virtual const CResult GetBoundaryRect(CFLRect<int64_t>* pRect) const;
6283
6297 virtual const CResult GetBoundaryRect(CFLRect<float>& rect) const;
6298
6312 virtual const CResult GetBoundaryRect(CFLRect<float>* pRect) const;
6313
6327 virtual const CResult GetBoundaryRect(CFLRect<double>& rect) const;
6328
6342 virtual const CResult GetBoundaryRect(CFLRect<double>* pRect) const;
6343
6344
6356 virtual const CResult Offset(int32_t val);
6357
6369 virtual const CResult Offset(int64_t val);
6370
6382 virtual const CResult Offset(float val);
6383
6395 virtual const CResult Offset(double val);
6396
6410 virtual const CResult Offset(int32_t x, int32_t y);
6411
6425 virtual const CResult Offset(int64_t x, int64_t y);
6426
6440 virtual const CResult Offset(float x, float y);
6441
6455 virtual const CResult Offset(double x, double y);
6456
6470 virtual const CResult Offset(const CFLPoint<int32_t>& point);
6471
6485 virtual const CResult Offset(const CFLPoint<int32_t>* pPoint);
6486
6500 virtual const CResult Offset(const CFLPoint<int64_t>& point);
6501
6515 virtual const CResult Offset(const CFLPoint<int64_t>* pPoint);
6516
6530 virtual const CResult Offset(const CFLPoint<float>& point);
6531
6545 virtual const CResult Offset(const CFLPoint<float>* pPoint);
6546
6560 virtual const CResult Offset(const CFLPoint<double>& point);
6561
6575 virtual const CResult Offset(const CFLPoint<double>* pPoint);
6576
6590 virtual const CResult Multiply(int32_t i32Mul);
6591
6605 virtual const CResult Multiply(int64_t i64Mul);
6606
6620 virtual const CResult Multiply(float f32Mul);
6621
6635 virtual const CResult Multiply(double f64Mul);
6636
6652 virtual const CResult Multiply(int32_t i32MulX, int32_t i32MulY);
6653
6669 virtual const CResult Multiply(int64_t i64MulX, int64_t i64MulY);
6670
6686 virtual const CResult Multiply(float f32MulX, float f32MulY);
6687
6703 virtual const CResult Multiply(double f64MulX, double f64MulY);
6704
6720 virtual const CResult Multiply(const CFLPoint<int32_t>& flp);
6721
6737 virtual const CResult Multiply(const CFLPoint<int32_t>* pFlp);
6738
6754 virtual const CResult Multiply(const CFLPoint<int64_t>& flp);
6755
6771 virtual const CResult Multiply(const CFLPoint<int64_t>* pFlp);
6772
6788 virtual const CResult Multiply(const CFLPoint<float>& flp);
6789
6805 virtual const CResult Multiply(const CFLPoint<float>* pFlp);
6806
6822 virtual const CResult Multiply(const CFLPoint<double>& flp);
6823
6839 virtual const CResult Multiply(const CFLPoint<double>* pFlp);
6840
6841
6859 virtual const CResult GetRasterRegion(CFLFigureArray& flfa, const CFLPoint<int64_t>* pFlpImageSize) const;
6860
6878 virtual const CResult GetRasterRegion(CFLFigureArray* pFlfaResult, const CFLPoint<int64_t>* pFlpImageSize) const;
6879
6897 virtual const CResult GetRasterRegion(CFLFigureArray& flfa, const CFLRect<int64_t>* pFlrROI = nullptr) const;
6898
6916 virtual const CResult GetRasterRegion(CFLFigureArray* pFlfaResult, const CFLRect<int64_t>* pFlrROI = nullptr) const;
6917
6937 virtual const CResult GetRasterRegion(Base::CFLArray<Base::TRect<int32_t>>& flaResult, const CFLPoint<int64_t>* pFlpImageSize) const;
6938
6958 virtual const CResult GetRasterRegion(Base::CFLArray<Base::TRect<int32_t>>* pFlaResult, const CFLPoint<int64_t>* pFlpImageSize) const;
6959
6979 virtual const CResult GetRasterRegion(Base::CFLArray<Base::TRect<int32_t>>& flaResult, const CFLRect<int64_t>* pFlrROI = nullptr) const;
6980
7000 virtual const CResult GetRasterRegion(Base::CFLArray<Base::TRect<int32_t>>* pFlaResult, const CFLRect<int64_t>* pFlrROI = nullptr) const;
7001
7021 virtual const CResult GetRasterRegion(Base::CFLArray<Base::TRect<int64_t>>& flaResult, const CFLPoint<int64_t>* pFlpImageSize) const;
7022
7042 virtual const CResult GetRasterRegion(Base::CFLArray<Base::TRect<int64_t>>* pFlaResult, const CFLPoint<int64_t>* pFlpImageSize) const;
7043
7063 virtual const CResult GetRasterRegion(Base::CFLArray<Base::TRect<int64_t>>& flaResult, const CFLRect<int64_t>* pFlrROI = nullptr) const;
7064
7084 virtual const CResult GetRasterRegion(Base::CFLArray<Base::TRect<int64_t>>* pFlaResult, const CFLRect<int64_t>* pFlrROI = nullptr) const;
7085
7105 virtual const CResult GetRasterRegion(Base::CFLArray<Base::TRect<float>>& flaResult, const CFLPoint<int64_t>* pFlpImageSize) const;
7106
7126 virtual const CResult GetRasterRegion(Base::CFLArray<Base::TRect<float>>* pFlaResult, const CFLPoint<int64_t>* pFlpImageSize) const;
7127
7147 virtual const CResult GetRasterRegion(Base::CFLArray<Base::TRect<float>>& flaResult, const CFLRect<int64_t>* pFlrROI = nullptr) const;
7148
7168 virtual const CResult GetRasterRegion(Base::CFLArray<Base::TRect<float>>* pFlaResult, const CFLRect<int64_t>* pFlrROI = nullptr) const;
7169
7189 virtual const CResult GetRasterRegion(Base::CFLArray<Base::TRect<double>>& flaResult, const CFLPoint<int64_t>* pFlpImageSize) const;
7190
7210 virtual const CResult GetRasterRegion(Base::CFLArray<Base::TRect<double>>* pFlaResult, const CFLPoint<int64_t>* pFlpImageSize) const;
7211
7231 virtual const CResult GetRasterRegion(Base::CFLArray<Base::TRect<double>>& flaResult, const CFLRect<int64_t>* pFlrROI = nullptr) const;
7232
7252 virtual const CResult GetRasterRegion(Base::CFLArray<Base::TRect<double>>* pFlaResult, const CFLRect<int64_t>* pFlrROI = nullptr) const;
7253
7275 virtual const CResult GetRasterRegion(Base::CFLArray<Base::TPoint3<int32_t>>& flaResult, const CFLRect<int64_t>* pFlrROI = nullptr) const;
7276
7298 virtual const CResult GetRasterRegion(Base::CFLArray<Base::TPoint3<int32_t>>* pFlaResult, const CFLRect<int64_t>* pFlrROI = nullptr) const;
7299
7300
7314 virtual const CResult Set(const Base::CFLImage& fli);
7315
7329 virtual const CResult Set(const Base::CFLImage* pFli);
7330
7344 virtual const CResult Set(const Base::CFLImagePage& flip);
7345
7359 virtual const CResult Set(const Base::CFLImagePage* pFlip);
7360
7372 virtual const CResult Set(const CFLFigure& flf);
7373
7385 virtual const CResult Set(const CFLFigure* pFlf);
7386
7387
7405 virtual const CResult GetRegionOfIntersection(const CFLFigure& figure, CFLFigureArray* pFlfaResult) const;
7406
7424 virtual const CResult GetRegionOfIntersection(const CFLFigure* pFigure, CFLFigureArray* pFlfaResult) const;
7425
7445 virtual const CResult GetRegionOfIntersection(const CFLRect<int32_t>& rect, CFLFigureArray* pFlfaResult) const;
7446
7466 virtual const CResult GetRegionOfIntersection(const CFLRect<int32_t>* pRect, CFLFigureArray* pFlfaResult) const;
7467
7487 virtual const CResult GetRegionOfIntersection(const CFLRect<int64_t>& rect, CFLFigureArray* pFlfaResult) const;
7488
7508 virtual const CResult GetRegionOfIntersection(const CFLRect<int64_t>* pRect, CFLFigureArray* pFlfaResult) const;
7509
7529 virtual const CResult GetRegionOfIntersection(const CFLRect<float>& rect, CFLFigureArray* pFlfaResult) const;
7530
7550 virtual const CResult GetRegionOfIntersection(const CFLRect<float>* pRect, CFLFigureArray* pFlfaResult) const;
7551
7571 virtual const CResult GetRegionOfIntersection(const CFLRect<double>& rect, CFLFigureArray* pFlfaResult) const;
7572
7592 virtual const CResult GetRegionOfIntersection(const CFLRect<double>* pRect, CFLFigureArray* pFlfaResult) const;
7593
7613 virtual const CResult GetRegionOfIntersection(const CFLRoundRect<int32_t>& flrr, CFLFigureArray* pFlfaResult) const;
7614
7634 virtual const CResult GetRegionOfIntersection(const CFLRoundRect<int32_t>* pFlrr, CFLFigureArray* pFlfaResult) const;
7635
7655 virtual const CResult GetRegionOfIntersection(const CFLRoundRect<int64_t>& flrr, CFLFigureArray* pFlfaResult) const;
7656
7676 virtual const CResult GetRegionOfIntersection(const CFLRoundRect<int64_t>* pFlrr, CFLFigureArray* pFlfaResult) const;
7677
7697 virtual const CResult GetRegionOfIntersection(const CFLRoundRect<float>& flrr, CFLFigureArray* pFlfaResult) const;
7698
7718 virtual const CResult GetRegionOfIntersection(const CFLRoundRect<float>* pFlrr, CFLFigureArray* pFlfaResult) const;
7719
7739 virtual const CResult GetRegionOfIntersection(const CFLRoundRect<double>& flrr, CFLFigureArray* pFlfaResult) const;
7740
7760 virtual const CResult GetRegionOfIntersection(const CFLRoundRect<double>* pFlrr, CFLFigureArray* pFlfaResult) const;
7761
7781 virtual const CResult GetRegionOfIntersection(const CFLQuad<int32_t>& quad, CFLFigureArray* pFlfaResult) const;
7782
7802 virtual const CResult GetRegionOfIntersection(const CFLQuad<int32_t>* pQuad, CFLFigureArray* pFlfaResult) const;
7803
7823 virtual const CResult GetRegionOfIntersection(const CFLQuad<int64_t>& quad, CFLFigureArray* pFlfaResult) const;
7824
7844 virtual const CResult GetRegionOfIntersection(const CFLQuad<int64_t>* pQuad, CFLFigureArray* pFlfaResult) const;
7845
7865 virtual const CResult GetRegionOfIntersection(const CFLQuad<float>& quad, CFLFigureArray* pFlfaResult) const;
7866
7886 virtual const CResult GetRegionOfIntersection(const CFLQuad<float>* pQuad, CFLFigureArray* pFlfaResult) const;
7887
7907 virtual const CResult GetRegionOfIntersection(const CFLQuad<double>& quad, CFLFigureArray* pFlfaResult) const;
7908
7928 virtual const CResult GetRegionOfIntersection(const CFLQuad<double>* pQuad, CFLFigureArray* pFlfaResult) const;
7929
7930
7950 virtual const CResult GetRegionOfIntersection(const CFLCircle<int32_t>& cir, CFLFigureArray* pFlfaResult) const;
7951
7971 virtual const CResult GetRegionOfIntersection(const CFLCircle<int32_t>* pCir, CFLFigureArray* pFlfaResult) const;
7972
7992 virtual const CResult GetRegionOfIntersection(const CFLCircle<int64_t>& cir, CFLFigureArray* pFlfaResult) const;
7993
8013 virtual const CResult GetRegionOfIntersection(const CFLCircle<int64_t>* pCir, CFLFigureArray* pFlfaResult) const;
8014
8034 virtual const CResult GetRegionOfIntersection(const CFLCircle<float>& cir, CFLFigureArray* pFlfaResult) const;
8035
8055 virtual const CResult GetRegionOfIntersection(const CFLCircle<float>* pCir, CFLFigureArray* pFlfaResult) const;
8056
8076 virtual const CResult GetRegionOfIntersection(const CFLCircle<double>& cir, CFLFigureArray* pFlfaResult) const;
8077
8097 virtual const CResult GetRegionOfIntersection(const CFLCircle<double>* pCir, CFLFigureArray* pFlfaResult) const;
8098
8118 virtual const CResult GetRegionOfIntersection(const CFLEllipse<int32_t>& ell, CFLFigureArray* pFlfaResult) const;
8119
8139 virtual const CResult GetRegionOfIntersection(const CFLEllipse<int32_t>* pEll, CFLFigureArray* pFlfaResult) const;
8140
8160 virtual const CResult GetRegionOfIntersection(const CFLEllipse<int64_t>& ell, CFLFigureArray* pFlfaResult) const;
8161
8181 virtual const CResult GetRegionOfIntersection(const CFLEllipse<int64_t>* pEll, CFLFigureArray* pFlfaResult) const;
8182
8202 virtual const CResult GetRegionOfIntersection(const CFLEllipse<float>& ell, CFLFigureArray* pFlfaResult) const;
8203
8223 virtual const CResult GetRegionOfIntersection(const CFLEllipse<float>* pEll, CFLFigureArray* pFlfaResult) const;
8224
8244 virtual const CResult GetRegionOfIntersection(const CFLEllipse<double>& ell, CFLFigureArray* pFlfaResult) const;
8245
8265 virtual const CResult GetRegionOfIntersection(const CFLEllipse<double>* pEll, CFLFigureArray* pFlfaResult) const;
8266
8286 virtual const CResult GetRegionOfIntersection(const CFLDoughnut<int32_t>& doughnut, CFLFigureArray* pFlfaResult) const;
8287
8307 virtual const CResult GetRegionOfIntersection(const CFLDoughnut<int32_t>* pDoughnut, CFLFigureArray* pFlfaResult) const;
8308
8328 virtual const CResult GetRegionOfIntersection(const CFLDoughnut<int64_t>& doughnut, CFLFigureArray* pFlfaResult) const;
8329
8349 virtual const CResult GetRegionOfIntersection(const CFLDoughnut<int64_t>* pDoughnut, CFLFigureArray* pFlfaResult) const;
8350
8370 virtual const CResult GetRegionOfIntersection(const CFLDoughnut<float>& doughnut, CFLFigureArray* pFlfaResult) const;
8371
8391 virtual const CResult GetRegionOfIntersection(const CFLDoughnut<float>* pDoughnut, CFLFigureArray* pFlfaResult) const;
8392
8412 virtual const CResult GetRegionOfIntersection(const CFLDoughnut<double>& doughnut, CFLFigureArray* pFlfaResult) const;
8413
8433 virtual const CResult GetRegionOfIntersection(const CFLDoughnut<double>* pDoughnut, CFLFigureArray* pFlfaResult) const;
8434
8454 virtual const CResult GetRegionOfIntersection(const CFLRegion& flrg, CFLFigureArray* pFlfaResult) const;
8455
8475 virtual const CResult GetRegionOfIntersection(const CFLRegion* pFlrg, CFLFigureArray* pFlfaResult) const;
8476
8496 virtual const CResult GetRegionOfIntersection(const CFLComplexRegion& flcr, CFLFigureArray* pFlfaResult) const;
8497
8517 virtual const CResult GetRegionOfIntersection(const CFLComplexRegion* pFlcr, CFLFigureArray* pFlfaResult) const;
8518
8536 virtual const CResult GetRegionOfIntersection(const CFLFigureArray& flfaOperand, CFLFigureArray* pFlfaResult) const;
8537
8555 virtual const CResult GetRegionOfIntersection(const CFLFigureArray* pFlfaOperand, CFLFigureArray* pFlfaResult) const;
8556
8574 virtual const CResult GetRegionOfUnion(const CFLFigure& figure, CFLFigureArray* pFlfaResult) const;
8575
8593 virtual const CResult GetRegionOfUnion(const CFLFigure* pFigure, CFLFigureArray* pFlfaResult) const;
8594
8614 virtual const CResult GetRegionOfUnion(const CFLRect<int32_t>& rect, CFLFigureArray* pFlfaResult) const;
8615
8635 virtual const CResult GetRegionOfUnion(const CFLRect<int32_t>* pRect, CFLFigureArray* pFlfaResult) const;
8636
8656 virtual const CResult GetRegionOfUnion(const CFLRect<int64_t>& rect, CFLFigureArray* pFlfaResult) const;
8657
8677 virtual const CResult GetRegionOfUnion(const CFLRect<int64_t>* pRect, CFLFigureArray* pFlfaResult) const;
8678
8698 virtual const CResult GetRegionOfUnion(const CFLRect<float>& rect, CFLFigureArray* pFlfaResult) const;
8699
8719 virtual const CResult GetRegionOfUnion(const CFLRect<float>* pRect, CFLFigureArray* pFlfaResult) const;
8720
8740 virtual const CResult GetRegionOfUnion(const CFLRect<double>& rect, CFLFigureArray* pFlfaResult) const;
8741
8761 virtual const CResult GetRegionOfUnion(const CFLRect<double>* pRect, CFLFigureArray* pFlfaResult) const;
8762
8782 virtual const CResult GetRegionOfUnion(const CFLRoundRect<int32_t>& flrr, CFLFigureArray* pFlfaResult) const;
8783
8803 virtual const CResult GetRegionOfUnion(const CFLRoundRect<int32_t>* pFlrr, CFLFigureArray* pFlfaResult) const;
8804
8824 virtual const CResult GetRegionOfUnion(const CFLRoundRect<int64_t>& flrr, CFLFigureArray* pFlfaResult) const;
8825
8845 virtual const CResult GetRegionOfUnion(const CFLRoundRect<int64_t>* pFlrr, CFLFigureArray* pFlfaResult) const;
8846
8866 virtual const CResult GetRegionOfUnion(const CFLRoundRect<float>& flrr, CFLFigureArray* pFlfaResult) const;
8867
8887 virtual const CResult GetRegionOfUnion(const CFLRoundRect<float>* pFlrr, CFLFigureArray* pFlfaResult) const;
8888
8908 virtual const CResult GetRegionOfUnion(const CFLRoundRect<double>& flrr, CFLFigureArray* pFlfaResult) const;
8909
8929 virtual const CResult GetRegionOfUnion(const CFLRoundRect<double>* pFlrr, CFLFigureArray* pFlfaResult) const;
8930
8950 virtual const CResult GetRegionOfUnion(const CFLQuad<int32_t>& quad, CFLFigureArray* pFlfaResult) const;
8951
8971 virtual const CResult GetRegionOfUnion(const CFLQuad<int32_t>* pQuad, CFLFigureArray* pFlfaResult) const;
8972
8992 virtual const CResult GetRegionOfUnion(const CFLQuad<int64_t>& quad, CFLFigureArray* pFlfaResult) const;
8993
9013 virtual const CResult GetRegionOfUnion(const CFLQuad<int64_t>* pQuad, CFLFigureArray* pFlfaResult) const;
9014
9034 virtual const CResult GetRegionOfUnion(const CFLQuad<float>& quad, CFLFigureArray* pFlfaResult) const;
9035
9055 virtual const CResult GetRegionOfUnion(const CFLQuad<float>* pQuad, CFLFigureArray* pFlfaResult) const;
9056
9076 virtual const CResult GetRegionOfUnion(const CFLQuad<double>& quad, CFLFigureArray* pFlfaResult) const;
9077
9097 virtual const CResult GetRegionOfUnion(const CFLQuad<double>* pQuad, CFLFigureArray* pFlfaResult) const;
9098
9118 virtual const CResult GetRegionOfUnion(const CFLCircle<int32_t>& cir, CFLFigureArray* pFlfaResult) const;
9119
9139 virtual const CResult GetRegionOfUnion(const CFLCircle<int32_t>* pCir, CFLFigureArray* pFlfaResult) const;
9140
9160 virtual const CResult GetRegionOfUnion(const CFLCircle<int64_t>& cir, CFLFigureArray* pFlfaResult) const;
9161
9181 virtual const CResult GetRegionOfUnion(const CFLCircle<int64_t>* pCir, CFLFigureArray* pFlfaResult) const;
9182
9202 virtual const CResult GetRegionOfUnion(const CFLCircle<float>& cir, CFLFigureArray* pFlfaResult) const;
9203
9223 virtual const CResult GetRegionOfUnion(const CFLCircle<float>* pCir, CFLFigureArray* pFlfaResult) const;
9224
9244 virtual const CResult GetRegionOfUnion(const CFLCircle<double>& cir, CFLFigureArray* pFlfaResult) const;
9245
9265 virtual const CResult GetRegionOfUnion(const CFLCircle<double>* pCir, CFLFigureArray* pFlfaResult) const;
9266
9286 virtual const CResult GetRegionOfUnion(const CFLEllipse<int32_t>& ell, CFLFigureArray* pFlfaResult) const;
9287
9307 virtual const CResult GetRegionOfUnion(const CFLEllipse<int32_t>* pEll, CFLFigureArray* pFlfaResult) const;
9308
9328 virtual const CResult GetRegionOfUnion(const CFLEllipse<int64_t>& ell, CFLFigureArray* pFlfaResult) const;
9329
9349 virtual const CResult GetRegionOfUnion(const CFLEllipse<int64_t>* pEll, CFLFigureArray* pFlfaResult) const;
9350
9370 virtual const CResult GetRegionOfUnion(const CFLEllipse<float>& ell, CFLFigureArray* pFlfaResult) const;
9371
9391 virtual const CResult GetRegionOfUnion(const CFLEllipse<float>* pEll, CFLFigureArray* pFlfaResult) const;
9392
9412 virtual const CResult GetRegionOfUnion(const CFLEllipse<double>& ell, CFLFigureArray* pFlfaResult) const;
9413
9433 virtual const CResult GetRegionOfUnion(const CFLEllipse<double>* pEll, CFLFigureArray* pFlfaResult) const;
9434
9454 virtual const CResult GetRegionOfUnion(const CFLDoughnut<int32_t>& doughnut, CFLFigureArray* pFlfaResult) const;
9455
9475 virtual const CResult GetRegionOfUnion(const CFLDoughnut<int32_t>* pDoughnut, CFLFigureArray* pFlfaResult) const;
9476
9496 virtual const CResult GetRegionOfUnion(const CFLDoughnut<int64_t>& doughnut, CFLFigureArray* pFlfaResult) const;
9497
9517 virtual const CResult GetRegionOfUnion(const CFLDoughnut<int64_t>* pDoughnut, CFLFigureArray* pFlfaResult) const;
9518
9538 virtual const CResult GetRegionOfUnion(const CFLDoughnut<float>& doughnut, CFLFigureArray* pFlfaResult) const;
9539
9559 virtual const CResult GetRegionOfUnion(const CFLDoughnut<float>* pDoughnut, CFLFigureArray* pFlfaResult) const;
9560
9580 virtual const CResult GetRegionOfUnion(const CFLDoughnut<double>& doughnut, CFLFigureArray* pFlfaResult) const;
9581
9601 virtual const CResult GetRegionOfUnion(const CFLDoughnut<double>* pDoughnut, CFLFigureArray* pFlfaResult) const;
9602
9622 virtual const CResult GetRegionOfUnion(const CFLRegion& flrg, CFLFigureArray* pFlfaResult) const;
9623
9643 virtual const CResult GetRegionOfUnion(const CFLRegion* pFlrg, CFLFigureArray* pFlfaResult) const;
9644
9664 virtual const CResult GetRegionOfUnion(const CFLComplexRegion& flcr, CFLFigureArray* pFlfaResult) const;
9665
9685 virtual const CResult GetRegionOfUnion(const CFLComplexRegion* pFlcr, CFLFigureArray* pFlfaResult) const;
9686
9704 virtual const CResult GetRegionOfUnion(const CFLFigureArray& flfaOperand, CFLFigureArray* pFlfaResult) const;
9705
9723 virtual const CResult GetRegionOfUnion(const CFLFigureArray* pFlfaOperand, CFLFigureArray* pFlfaResult) const;
9724
9725
9743 virtual const CResult GetRegionOfSubtraction(const CFLFigure& figure, CFLFigureArray* pFlfaResult) const;
9744
9762 virtual const CResult GetRegionOfSubtraction(const CFLFigure* pFigure, CFLFigureArray* pFlfaResult) const;
9763
9783 virtual const CResult GetRegionOfSubtraction(const CFLRect<int32_t>& rect, CFLFigureArray* pFlfaResult) const;
9784
9804 virtual const CResult GetRegionOfSubtraction(const CFLRect<int32_t>* pRect, CFLFigureArray* pFlfaResult) const;
9805
9825 virtual const CResult GetRegionOfSubtraction(const CFLRect<int64_t>& rect, CFLFigureArray* pFlfaResult) const;
9826
9846 virtual const CResult GetRegionOfSubtraction(const CFLRect<int64_t>* pRect, CFLFigureArray* pFlfaResult) const;
9847
9867 virtual const CResult GetRegionOfSubtraction(const CFLRect<float>& rect, CFLFigureArray* pFlfaResult) const;
9868
9888 virtual const CResult GetRegionOfSubtraction(const CFLRect<float>* pRect, CFLFigureArray* pFlfaResult) const;
9889
9909 virtual const CResult GetRegionOfSubtraction(const CFLRect<double>& rect, CFLFigureArray* pFlfaResult) const;
9910
9930 virtual const CResult GetRegionOfSubtraction(const CFLRect<double>* pRect, CFLFigureArray* pFlfaResult) const;
9931
9951 virtual const CResult GetRegionOfSubtraction(const CFLRoundRect<int32_t>& flrr, CFLFigureArray* pFlfaResult) const;
9952
9972 virtual const CResult GetRegionOfSubtraction(const CFLRoundRect<int32_t>* pFlrr, CFLFigureArray* pFlfaResult) const;
9973
9993 virtual const CResult GetRegionOfSubtraction(const CFLRoundRect<int64_t>& flrr, CFLFigureArray* pFlfaResult) const;
9994
10014 virtual const CResult GetRegionOfSubtraction(const CFLRoundRect<int64_t>* pFlrr, CFLFigureArray* pFlfaResult) const;
10015
10035 virtual const CResult GetRegionOfSubtraction(const CFLRoundRect<float>& flrr, CFLFigureArray* pFlfaResult) const;
10036
10056 virtual const CResult GetRegionOfSubtraction(const CFLRoundRect<float>* pFlrr, CFLFigureArray* pFlfaResult) const;
10057
10077 virtual const CResult GetRegionOfSubtraction(const CFLRoundRect<double>& flrr, CFLFigureArray* pFlfaResult) const;
10078
10098 virtual const CResult GetRegionOfSubtraction(const CFLRoundRect<double>* pFlrr, CFLFigureArray* pFlfaResult) const;
10099
10119 virtual const CResult GetRegionOfSubtraction(const CFLQuad<int32_t>& quad, CFLFigureArray* pFlfaResult) const;
10120
10140 virtual const CResult GetRegionOfSubtraction(const CFLQuad<int32_t>* pQuad, CFLFigureArray* pFlfaResult) const;
10141
10161 virtual const CResult GetRegionOfSubtraction(const CFLQuad<int64_t>& quad, CFLFigureArray* pFlfaResult) const;
10162
10182 virtual const CResult GetRegionOfSubtraction(const CFLQuad<int64_t>* pQuad, CFLFigureArray* pFlfaResult) const;
10183
10203 virtual const CResult GetRegionOfSubtraction(const CFLQuad<float>& quad, CFLFigureArray* pFlfaResult) const;
10204
10224 virtual const CResult GetRegionOfSubtraction(const CFLQuad<float>* pQuad, CFLFigureArray* pFlfaResult) const;
10225
10245 virtual const CResult GetRegionOfSubtraction(const CFLQuad<double>& quad, CFLFigureArray* pFlfaResult) const;
10246
10266 virtual const CResult GetRegionOfSubtraction(const CFLQuad<double>* pQuad, CFLFigureArray* pFlfaResult) const;
10267
10268
10288 virtual const CResult GetRegionOfSubtraction(const CFLCircle<int32_t>& cir, CFLFigureArray* pFlfaResult) const;
10289
10309 virtual const CResult GetRegionOfSubtraction(const CFLCircle<int32_t>* pCir, CFLFigureArray* pFlfaResult) const;
10310
10330 virtual const CResult GetRegionOfSubtraction(const CFLCircle<int64_t>& cir, CFLFigureArray* pFlfaResult) const;
10331
10351 virtual const CResult GetRegionOfSubtraction(const CFLCircle<int64_t>* pCir, CFLFigureArray* pFlfaResult) const;
10352
10372 virtual const CResult GetRegionOfSubtraction(const CFLCircle<float>& cir, CFLFigureArray* pFlfaResult) const;
10373
10393 virtual const CResult GetRegionOfSubtraction(const CFLCircle<float>* pCir, CFLFigureArray* pFlfaResult) const;
10394
10414 virtual const CResult GetRegionOfSubtraction(const CFLCircle<double>& cir, CFLFigureArray* pFlfaResult) const;
10415
10435 virtual const CResult GetRegionOfSubtraction(const CFLCircle<double>* pCir, CFLFigureArray* pFlfaResult) const;
10436
10456 virtual const CResult GetRegionOfSubtraction(const CFLEllipse<int32_t>& ell, CFLFigureArray* pFlfaResult) const;
10457
10477 virtual const CResult GetRegionOfSubtraction(const CFLEllipse<int32_t>* pEll, CFLFigureArray* pFlfaResult) const;
10478
10498 virtual const CResult GetRegionOfSubtraction(const CFLEllipse<int64_t>& ell, CFLFigureArray* pFlfaResult) const;
10499
10519 virtual const CResult GetRegionOfSubtraction(const CFLEllipse<int64_t>* pEll, CFLFigureArray* pFlfaResult) const;
10520
10540 virtual const CResult GetRegionOfSubtraction(const CFLEllipse<float>& ell, CFLFigureArray* pFlfaResult) const;
10541
10561 virtual const CResult GetRegionOfSubtraction(const CFLEllipse<float>* pEll, CFLFigureArray* pFlfaResult) const;
10562
10582 virtual const CResult GetRegionOfSubtraction(const CFLEllipse<double>& ell, CFLFigureArray* pFlfaResult) const;
10583
10603 virtual const CResult GetRegionOfSubtraction(const CFLEllipse<double>* pEll, CFLFigureArray* pFlfaResult) const;
10604
10624 virtual const CResult GetRegionOfSubtraction(const CFLDoughnut<int32_t>& doughnut, CFLFigureArray* pFlfaResult) const;
10625
10645 virtual const CResult GetRegionOfSubtraction(const CFLDoughnut<int32_t>* pDoughnut, CFLFigureArray* pFlfaResult) const;
10646
10666 virtual const CResult GetRegionOfSubtraction(const CFLDoughnut<int64_t>& doughnut, CFLFigureArray* pFlfaResult) const;
10667
10687 virtual const CResult GetRegionOfSubtraction(const CFLDoughnut<int64_t>* pDoughnut, CFLFigureArray* pFlfaResult) const;
10688
10708 virtual const CResult GetRegionOfSubtraction(const CFLDoughnut<float>& doughnut, CFLFigureArray* pFlfaResult) const;
10709
10729 virtual const CResult GetRegionOfSubtraction(const CFLDoughnut<float>* pDoughnut, CFLFigureArray* pFlfaResult) const;
10730
10750 virtual const CResult GetRegionOfSubtraction(const CFLDoughnut<double>& doughnut, CFLFigureArray* pFlfaResult) const;
10751
10771 virtual const CResult GetRegionOfSubtraction(const CFLDoughnut<double>* pDoughnut, CFLFigureArray* pFlfaResult) const;
10772
10792 virtual const CResult GetRegionOfSubtraction(const CFLRegion& flrg, CFLFigureArray* pFlfaResult) const;
10793
10813 virtual const CResult GetRegionOfSubtraction(const CFLRegion* pFlrg, CFLFigureArray* pFlfaResult) const;
10814
10834 virtual const CResult GetRegionOfSubtraction(const CFLComplexRegion& flcr, CFLFigureArray* pFlfaResult) const;
10835
10855 virtual const CResult GetRegionOfSubtraction(const CFLComplexRegion* pFlcr, CFLFigureArray* pFlfaResult) const;
10856
10874 virtual const CResult GetRegionOfSubtraction(const CFLFigureArray& flfaOperand, CFLFigureArray* pFlfaResult) const;
10875
10893 virtual const CResult GetRegionOfSubtraction(const CFLFigureArray* pFlfaOperand, CFLFigureArray* pFlfaResult) const;
10894
10895
10913 virtual const CResult GetRegionOfExclusiveOr(const CFLFigure& figure, CFLFigureArray* pFlfaResult) const;
10914
10932 virtual const CResult GetRegionOfExclusiveOr(const CFLFigure* pFigure, CFLFigureArray* pFlfaResult) const;
10933
10953 virtual const CResult GetRegionOfExclusiveOr(const CFLRect<int32_t>& rect, CFLFigureArray* pFlfaResult) const;
10954
10974 virtual const CResult GetRegionOfExclusiveOr(const CFLRect<int32_t>* pRect, CFLFigureArray* pFlfaResult) const;
10975
10995 virtual const CResult GetRegionOfExclusiveOr(const CFLRect<int64_t>& rect, CFLFigureArray* pFlfaResult) const;
10996
11016 virtual const CResult GetRegionOfExclusiveOr(const CFLRect<int64_t>* pRect, CFLFigureArray* pFlfaResult) const;
11017
11037 virtual const CResult GetRegionOfExclusiveOr(const CFLRect<float>& rect, CFLFigureArray* pFlfaResult) const;
11038
11058 virtual const CResult GetRegionOfExclusiveOr(const CFLRect<float>* pRect, CFLFigureArray* pFlfaResult) const;
11059
11079 virtual const CResult GetRegionOfExclusiveOr(const CFLRect<double>& rect, CFLFigureArray* pFlfaResult) const;
11080
11100 virtual const CResult GetRegionOfExclusiveOr(const CFLRect<double>* pRect, CFLFigureArray* pFlfaResult) const;
11101
11121 virtual const CResult GetRegionOfExclusiveOr(const CFLRoundRect<int32_t>& flrr, CFLFigureArray* pFlfaResult) const;
11122
11142 virtual const CResult GetRegionOfExclusiveOr(const CFLRoundRect<int32_t>* pFlrr, CFLFigureArray* pFlfaResult) const;
11143
11163 virtual const CResult GetRegionOfExclusiveOr(const CFLRoundRect<int64_t>& flrr, CFLFigureArray* pFlfaResult) const;
11164
11184 virtual const CResult GetRegionOfExclusiveOr(const CFLRoundRect<int64_t>* pFlrr, CFLFigureArray* pFlfaResult) const;
11185
11205 virtual const CResult GetRegionOfExclusiveOr(const CFLRoundRect<float>& flrr, CFLFigureArray* pFlfaResult) const;
11206
11226 virtual const CResult GetRegionOfExclusiveOr(const CFLRoundRect<float>* pFlrr, CFLFigureArray* pFlfaResult) const;
11227
11247 virtual const CResult GetRegionOfExclusiveOr(const CFLRoundRect<double>& flrr, CFLFigureArray* pFlfaResult) const;
11248
11268 virtual const CResult GetRegionOfExclusiveOr(const CFLRoundRect<double>* pFlrr, CFLFigureArray* pFlfaResult) const;
11269
11289 virtual const CResult GetRegionOfExclusiveOr(const CFLQuad<int32_t>& quad, CFLFigureArray* pFlfaResult) const;
11290
11310 virtual const CResult GetRegionOfExclusiveOr(const CFLQuad<int32_t>* pQuad, CFLFigureArray* pFlfaResult) const;
11311
11331 virtual const CResult GetRegionOfExclusiveOr(const CFLQuad<int64_t>& quad, CFLFigureArray* pFlfaResult) const;
11332
11352 virtual const CResult GetRegionOfExclusiveOr(const CFLQuad<int64_t>* pQuad, CFLFigureArray* pFlfaResult) const;
11353
11373 virtual const CResult GetRegionOfExclusiveOr(const CFLQuad<float>& quad, CFLFigureArray* pFlfaResult) const;
11374
11394 virtual const CResult GetRegionOfExclusiveOr(const CFLQuad<float>* pQuad, CFLFigureArray* pFlfaResult) const;
11395
11415 virtual const CResult GetRegionOfExclusiveOr(const CFLQuad<double>& quad, CFLFigureArray* pFlfaResult) const;
11416
11436 virtual const CResult GetRegionOfExclusiveOr(const CFLQuad<double>* pQuad, CFLFigureArray* pFlfaResult) const;
11437
11457 virtual const CResult GetRegionOfExclusiveOr(const CFLCircle<int32_t>& cir, CFLFigureArray* pFlfaResult) const;
11458
11478 virtual const CResult GetRegionOfExclusiveOr(const CFLCircle<int32_t>* pCir, CFLFigureArray* pFlfaResult) const;
11479
11499 virtual const CResult GetRegionOfExclusiveOr(const CFLCircle<int64_t>& cir, CFLFigureArray* pFlfaResult) const;
11500
11520 virtual const CResult GetRegionOfExclusiveOr(const CFLCircle<int64_t>* pCir, CFLFigureArray* pFlfaResult) const;
11521
11541 virtual const CResult GetRegionOfExclusiveOr(const CFLCircle<float>& cir, CFLFigureArray* pFlfaResult) const;
11542
11562 virtual const CResult GetRegionOfExclusiveOr(const CFLCircle<float>* pCir, CFLFigureArray* pFlfaResult) const;
11563
11583 virtual const CResult GetRegionOfExclusiveOr(const CFLCircle<double>& cir, CFLFigureArray* pFlfaResult) const;
11584
11604 virtual const CResult GetRegionOfExclusiveOr(const CFLCircle<double>* pCir, CFLFigureArray* pFlfaResult) const;
11605
11625 virtual const CResult GetRegionOfExclusiveOr(const CFLEllipse<int32_t>& ell, CFLFigureArray* pFlfaResult) const;
11626
11646 virtual const CResult GetRegionOfExclusiveOr(const CFLEllipse<int32_t>* pEll, CFLFigureArray* pFlfaResult) const;
11647
11667 virtual const CResult GetRegionOfExclusiveOr(const CFLEllipse<int64_t>& ell, CFLFigureArray* pFlfaResult) const;
11668
11688 virtual const CResult GetRegionOfExclusiveOr(const CFLEllipse<int64_t>* pEll, CFLFigureArray* pFlfaResult) const;
11689
11709 virtual const CResult GetRegionOfExclusiveOr(const CFLEllipse<float>& ell, CFLFigureArray* pFlfaResult) const;
11710
11730 virtual const CResult GetRegionOfExclusiveOr(const CFLEllipse<float>* pEll, CFLFigureArray* pFlfaResult) const;
11731
11751 virtual const CResult GetRegionOfExclusiveOr(const CFLEllipse<double>& ell, CFLFigureArray* pFlfaResult) const;
11752
11772 virtual const CResult GetRegionOfExclusiveOr(const CFLEllipse<double>* pEll, CFLFigureArray* pFlfaResult) const;
11773
11793 virtual const CResult GetRegionOfExclusiveOr(const CFLDoughnut<int32_t>& doughnut, CFLFigureArray* pFlfaResult) const;
11794
11814 virtual const CResult GetRegionOfExclusiveOr(const CFLDoughnut<int32_t>* pDoughnut, CFLFigureArray* pFlfaResult) const;
11815
11835 virtual const CResult GetRegionOfExclusiveOr(const CFLDoughnut<int64_t>& doughnut, CFLFigureArray* pFlfaResult) const;
11836
11856 virtual const CResult GetRegionOfExclusiveOr(const CFLDoughnut<int64_t>* pDoughnut, CFLFigureArray* pFlfaResult) const;
11857
11877 virtual const CResult GetRegionOfExclusiveOr(const CFLDoughnut<float>& doughnut, CFLFigureArray* pFlfaResult) const;
11878
11898 virtual const CResult GetRegionOfExclusiveOr(const CFLDoughnut<float>* pDoughnut, CFLFigureArray* pFlfaResult) const;
11899
11919 virtual const CResult GetRegionOfExclusiveOr(const CFLDoughnut<double>& doughnut, CFLFigureArray* pFlfaResult) const;
11920
11940 virtual const CResult GetRegionOfExclusiveOr(const CFLDoughnut<double>* pDoughnut, CFLFigureArray* pFlfaResult) const;
11941
11961 virtual const CResult GetRegionOfExclusiveOr(const CFLRegion& flrg, CFLFigureArray* pFlfaResult) const;
11962
11982 virtual const CResult GetRegionOfExclusiveOr(const CFLRegion* pFlrg, CFLFigureArray* pFlfaResult) const;
11983
12003 virtual const CResult GetRegionOfExclusiveOr(const CFLComplexRegion& flcr, CFLFigureArray* pFlfaResult) const;
12004
12024 virtual const CResult GetRegionOfExclusiveOr(const CFLComplexRegion* pFlcr, CFLFigureArray* pFlfaResult) const;
12025
12043 virtual const CResult GetRegionOfExclusiveOr(const CFLFigureArray& flfaOperand, CFLFigureArray* pFlfaResult) const;
12044
12062 virtual const CResult GetRegionOfExclusiveOr(const CFLFigureArray* pFlfaOperand, CFLFigureArray* pFlfaResult) const;
12063
12064
12080 virtual const CResult Rotate(double f64Angle, int32_t i32PivotX, int32_t i32PivotY);
12081
12097 virtual const CResult Rotate(double f64Angle, int64_t i64PivotX, int64_t i64PivotY);
12098
12114 virtual const CResult Rotate(double f64Angle, float f32PivotX, float f32PivotY);
12115
12131 virtual const CResult Rotate(double f64Angle, double f64PivotX, double f64PivotY);
12132
12133
12149 virtual const CResult Rotate(double f64Angle, const CFLPoint<int32_t>& flpPivot);
12150
12166 virtual const CResult Rotate(double f64Angle, const CFLPoint<int32_t>* pFlpPivot);
12167
12183 virtual const CResult Rotate(double f64Angle, const CFLPoint<int64_t>& flpPivot);
12184
12200 virtual const CResult Rotate(double f64Angle, const CFLPoint<int64_t>* pFlpPivot);
12201
12217 virtual const CResult Rotate(double f64Angle, const CFLPoint<float>& flpPivot);
12218
12234 virtual const CResult Rotate(double f64Angle, const CFLPoint<float>* pFlpPivot);
12235
12251 virtual const CResult Rotate(double f64Angle, const CFLPoint<double>& flpPivot);
12252
12268 virtual const CResult Rotate(double f64Angle, const CFLPoint<double>* pFlpPivot);
12269
12287 virtual const CResult Flip(EFigureFlipDirection eDirection, int32_t i32PivotX, int32_t i32PivotY);
12288
12306 virtual const CResult Flip(EFigureFlipDirection eDirection, int64_t i64PivotX, int64_t i64PivotY);
12307
12325 virtual const CResult Flip(EFigureFlipDirection eDirection, float f32PivotX, float f32PivotY);
12326
12344 virtual const CResult Flip(EFigureFlipDirection eDirection, double f64PivotX, double f64PivotY);
12345
12363 virtual const CResult Flip(EFigureFlipDirection eDirection, const CFLPoint<int32_t>& flpPivot);
12364
12382 virtual const CResult Flip(EFigureFlipDirection eDirection, const CFLPoint<int32_t>* pFlpPivot);
12383
12401 virtual const CResult Flip(EFigureFlipDirection eDirection, const CFLPoint<int64_t>& flpPivot);
12402
12420 virtual const CResult Flip(EFigureFlipDirection eDirection, const CFLPoint<int64_t>* pFlpPivot);
12421
12439 virtual const CResult Flip(EFigureFlipDirection eDirection, const CFLPoint<float>& flpPivot);
12440
12458 virtual const CResult Flip(EFigureFlipDirection eDirection, const CFLPoint<float>* pFlpPivot);
12459
12477 virtual const CResult Flip(EFigureFlipDirection eDirection, const CFLPoint<double>& flpPivot);
12478
12496 virtual const CResult Flip(EFigureFlipDirection eDirection, const CFLPoint<double>* pFlpPivot);
12497
12521 virtual const CResult Warp(const CFLQuad<double>& flqSourceRegion, const CFLQuad<double>& flqTargetRegion, CFLFigureArray& flfaResult, EWarpingType eWarpingType = EWarpingType_Bilinear) const;
12522
12546 virtual const CResult Warp(const CFLQuad<double>* pFlqSourceRegion, const CFLQuad<double>* pFlqTargetRegion, CFLFigureArray& flfaResult, EWarpingType eWarpingType = EWarpingType_Bilinear) const;
12547
12571 virtual const CResult Warp(const CFLQuad<double>& flqSourceRegion, const CFLQuad<double>& flqTargetRegion, CFLFigureArray* pFlfaResult, EWarpingType eWarpingType = EWarpingType_Bilinear) const;
12572
12596 virtual const CResult Warp(const CFLQuad<double>* pFlqSourceRegion, const CFLQuad<double>* pFlqTargetRegion, CFLFigureArray* pFlfaResult, EWarpingType eWarpingType = EWarpingType_Bilinear) const;
12597
12623 virtual const CResult Warp(const CFLPointArray& flpaSource, const CFLPointArray& flpaTarget, CFLFigureArray& flfaResult, EWarpingType eWarpingType = EWarpingType_Bicubic, int32_t i32Extension = 2) const;
12624
12650 virtual const CResult Warp(const CFLPointArray* pFlpaSource, const CFLPointArray* pFlpaTarget, CFLFigureArray& flfaResult, EWarpingType eWarpingType = EWarpingType_Bicubic, int32_t i32Extension = 2) const;
12651
12677 virtual const CResult Warp(const CFLPointArray& flpaSource, const CFLPointArray& flpaTarget, CFLFigureArray* pFlfaResult, EWarpingType eWarpingType = EWarpingType_Bicubic, int32_t i32Extension = 2) const;
12678
12704 virtual const CResult Warp(const CFLPointArray* pFlpaSource, const CFLPointArray* pFlpaTarget, CFLFigureArray* pFlfaResult, EWarpingType eWarpingType = EWarpingType_Bicubic, int32_t i32Extension = 2) const;
12705
12727 virtual const CResult Dilate(int64_t i64KernelSizeWidth, int64_t i64KernelSizeHeight, CFLFigureArray& flfaResultFigure, EKernelShape eKernelShape = EKernelShape_Rectangle) const;
12728
12750 virtual const CResult Dilate(int64_t i64KernelSizeWidth, int64_t i64KernelSizeHeight, CFLFigureArray* pFlfaResultFigure, EKernelShape eKernelShape = EKernelShape_Rectangle) const;
12751
12767 virtual const CResult Dilate(const CFLFigure& flfKernel, CFLFigureArray& flfaResultFigure) const;
12768
12784 virtual const CResult Dilate(const CFLFigure* pFlfKernel, CFLFigureArray& flfaResultFigure) const;
12785
12801 virtual const CResult Dilate(const CFLFigure& flfKernel, CFLFigureArray* pFlfaResultFigure) const;
12802
12818 virtual const CResult Dilate(const CFLFigure* pFlfKernel, CFLFigureArray* pFlfaResultFigure) const;
12819
12841 virtual const CResult Erode(int64_t i64KernelSizeWidth, int64_t i64KernelSizeHeight, CFLFigureArray& flfaResultFigure, EKernelShape eKernelShape = EKernelShape_Rectangle) const;
12842
12864 virtual const CResult Erode(int64_t i64KernelSizeWidth, int64_t i64KernelSizeHeight, CFLFigureArray* pFlfaResultFigure, EKernelShape eKernelShape = EKernelShape_Rectangle) const;
12865
12881 virtual const CResult Erode(const CFLFigure& flfKernel, CFLFigureArray& flfaResultFigure) const;
12882
12898 virtual const CResult Erode(const CFLFigure* pFlfKernel, CFLFigureArray& flfaResultFigure) const;
12899
12915 virtual const CResult Erode(const CFLFigure& flfKernel, CFLFigureArray* pFlfaResultFigure) const;
12916
12932 virtual const CResult Erode(const CFLFigure* pFlfKernel, CFLFigureArray* pFlfaResultFigure) const;
12933
12955 virtual const CResult Open(int64_t i64KernelSizeWidth, int64_t i64KernelSizeHeight, CFLFigureArray& flfaResultFigure, EKernelShape eKernelShape = EKernelShape_Rectangle) const;
12956
12978 virtual const CResult Open(int64_t i64KernelSizeWidth, int64_t i64KernelSizeHeight, CFLFigureArray* pFlfaResultFigure, EKernelShape eKernelShape = EKernelShape_Rectangle) const;
12979
12995 virtual const CResult Open(const CFLFigure& flfKernel, CFLFigureArray& flfaResultFigure) const;
12996
13012 virtual const CResult Open(const CFLFigure* pFlfKernel, CFLFigureArray& flfaResultFigure) const;
13013
13029 virtual const CResult Open(const CFLFigure& flfKernel, CFLFigureArray* pFlfaResultFigure) const;
13030
13046 virtual const CResult Open(const CFLFigure* pFlfKernel, CFLFigureArray* pFlfaResultFigure) const;
13047
13069 virtual const CResult Close(int64_t i64KernelSizeWidth, int64_t i64KernelSizeHeight, CFLFigureArray& flfaResultFigure, EKernelShape eKernelShape = EKernelShape_Rectangle) const;
13070
13092 virtual const CResult Close(int64_t i64KernelSizeWidth, int64_t i64KernelSizeHeight, CFLFigureArray* pFlfaResultFigure, EKernelShape eKernelShape = EKernelShape_Rectangle) const;
13093
13109 virtual const CResult Close(const CFLFigure& flfKernel, CFLFigureArray& flfaResultFigure) const;
13110
13126 virtual const CResult Close(const CFLFigure* pFlfKernel, CFLFigureArray& flfaResultFigure) const;
13127
13143 virtual const CResult Close(const CFLFigure& flfKernel, CFLFigureArray* pFlfaResultFigure) const;
13144
13160 virtual const CResult Close(const CFLFigure* pFlfKernel, CFLFigureArray* pFlfaResultFigure) const;
13161
13173 virtual const CResult Swap(CFLFigure& flfRight);
13174
13186 virtual const CResult Swap(CFLFigure* pFlfRight);
13187
13199 virtual CFLQuad<double> GetMinimumEnclosingRectangle() const;
13200
13216 virtual const CResult GetMinimumEnclosingRectangle(CFLQuad<int32_t>& quad) const;
13217
13233 virtual const CResult GetMinimumEnclosingRectangle(CFLQuad<int32_t>* pQuad) const;
13234
13250 virtual const CResult GetMinimumEnclosingRectangle(CFLQuad<int64_t>& quad) const;
13251
13267 virtual const CResult GetMinimumEnclosingRectangle(CFLQuad<int64_t>* pQuad) const;
13268
13284 virtual const CResult GetMinimumEnclosingRectangle(CFLQuad<float>& quad) const;
13285
13301 virtual const CResult GetMinimumEnclosingRectangle(CFLQuad<float>* pQuad) const;
13302
13318 virtual const CResult GetMinimumEnclosingRectangle(CFLQuad<double>& quad) const;
13319
13335 virtual const CResult GetMinimumEnclosingRectangle(CFLQuad<double>* pQuad) const;
13336
13337
13357 virtual const CResult GetRasterContour(Base::CFLArray<Base::TPoint<int32_t>>* pFlaResult, bool bExcludeSingleDelta = false) const;
13358
13376 virtual const CResult GetRasterContour(CFLFigureArray* pFlfaResult, bool bExcludeSingleDelta = false) const;
13377
13395 virtual const CResult GetRasterContour(CFLPointArray* pFlpaResult, bool bExcludeSingleDelta = false) const;
13396
13414 virtual const CResult GetSamplingPointsOnSegment(double f64SamplingDistance, CFLFigureArray& flfaResult) const;
13415
13433 virtual const CResult GetSamplingPointsOnSegment(double f64SamplingDistance, CFLFigureArray* pFlfaResult) const;
13434
13452 virtual const CResult GetSamplingPointsOnSegment(double f64SamplingDistance, CFLPointArray& flpaResult) const;
13453
13471 virtual const CResult GetSamplingPointsOnSegment(double f64SamplingDistance, CFLPointArray* pFlpaResult) const;
13472
13490 virtual const CResult GetSamplingVectorOnSegment(double f64SamplingDistance, CFLFigureArray& flfaResult) const;
13491
13509 virtual const CResult GetSamplingVectorOnSegment(double f64SamplingDistance, CFLFigureArray* pFlfaResult) const;
13510
13528 virtual const CResult GetSamplingVectorOnSegment(double f64SamplingDistance, CFLPointArray& flpaResult) const;
13529
13547 virtual const CResult GetSamplingVectorOnSegment(double f64SamplingDistance, CFLPointArray* pFlpaResult) const;
13548
13564 virtual const CResult GetConvexHull(CFLRegion* pFlrgConvex) const;
13565
13581 virtual const CResult GetConvexHull(CFLComplexRegion* pFlcrConvex) const;
13582
13594 virtual double GetMinimumThickness(double f64TrimRatio = 0.05) const;
13595
13607 virtual double GetMaximumThickness(double f64TrimRatio = 0.2) const;
13608
13626 virtual const CResult GetPointsOfMinimumThickness(CFLPointArray& flpaResult, double f64TrimRatio = 0.05) const;
13627
13645 virtual const CResult GetPointsOfMinimumThickness(CFLPointArray* pFlpaResult, double f64TrimRatio = 0.05) const;
13646
13664 virtual const CResult GetPointsOfMaximumThickness(CFLPointArray& flpaResult, double f64TrimRatio = 0.2) const;
13665
13683 virtual const CResult GetPointsOfMaximumThickness(CFLPointArray* pFlpaResult, double f64TrimRatio = 0.2) const;
13684
13696 virtual double GetMinimumDistance(const CFLFigure& flfTarget) const;
13697
13709 virtual double GetMinimumDistance(const CFLFigure* pFlfTarget) const;
13710
13726 virtual const CResult GetMinimumDistance(const CFLFigure& flfTarget, double* pF64Result) const;
13727
13743 virtual const CResult GetMinimumDistance(const CFLFigure* pFlfTarget, double* pF64Result) const;
13744
13756 virtual double GetMaximumDistance(const CFLFigure& flfTarget) const;
13757
13769 virtual double GetMaximumDistance(const CFLFigure* pFlfTarget) const;
13770
13786 virtual const CResult GetMaximumDistance(const CFLFigure& flfTarget, double* pF64Result) const;
13787
13803 virtual const CResult GetMaximumDistance(const CFLFigure* pFlfTarget, double* pF64Result) const;
13804
13822 virtual const CResult GetPointsOfMinimumDistance(const CFLFigure& flfTarget, CFLPointArray* pFlpaResult) const;
13823
13841 virtual const CResult GetPointsOfMinimumDistance(const CFLFigure* pFlfTarget, CFLPointArray* pFlpaResult) const;
13842
13860 virtual const CResult GetPointsOfMaximumDistance(const CFLFigure& flfTarget, CFLPointArray* pFlpaResult) const;
13861
13879 virtual const CResult GetPointsOfMaximumDistance(const CFLFigure* pFlfTarget, CFLPointArray* pFlpaResult) const;
13880
13908 virtual const CResult GetIndexOfMinimumDistance(const CFLFigure& flfDst, CFLFigureArray* pFlfaResultSrc, bool bRecursiveSrc = false, bool bRecursiveDst = false, CFLFigureArray* pFlfaResultDst = nullptr) const;
13909
13937 virtual const CResult GetIndexOfMinimumDistance(const CFLFigure* pFlfDst, CFLFigureArray* pFlfaResultSrc, bool bRecursiveSrc = false, bool bRecursiveDst = false, CFLFigureArray* pFlfaResultDst = nullptr) const;
13938
13966 virtual const CResult GetIndexOfMaximumDistance(const CFLFigure& flfDst, CFLFigureArray* pFlfaResultSrc, bool bRecursiveSrc = false, bool bRecursiveDst = false, CFLFigureArray* pFlfaResultDst = nullptr) const;
13967
13995 virtual const CResult GetIndexOfMaximumDistance(const CFLFigure* pFlfDst, CFLFigureArray* pFlfaResultSrc, bool bRecursiveSrc = false, bool bRecursiveDst = false, CFLFigureArray* pFlfaResultDst = nullptr) const;
13996
14006 virtual CFLFigureArray* GetExclusiveRegion() const;
14007
14019 virtual const CResult SetExclusiveRegion(const CFLFigure* pFlfaExclusiveRegion);
14020
14032 virtual const CResult SetExclusiveRegion(const CFLFigure& flfaExclusiveRegion);
14033
14045 virtual const CResult AddExclusiveRegion(const CFLFigure* pFigure);
14046
14058 virtual const CResult AddExclusiveRegion(const CFLFigure& figure);
14059
14071 virtual const CResult RemoveExclusiveRegionAt(int64_t i64Index);
14072
14077 virtual void ClearExclusiveRegion();
14078
14086 virtual bool IsThereExclusiveRegion() const;
14087
14088 virtual const CResult GetFigure(const Base::CFLString<wchar_t>& strExpression, CFLFigureArray& flfaResult, Base::CFLString<wchar_t>* pStrErrorSymbol = nullptr, CFLFigureArray* pFlfaResultIndices = nullptr) const;
14089 virtual const CResult GetFigure(const Base::CFLString<wchar_t>& strExpression, CFLFigureArray* pFlfaResult, Base::CFLString<wchar_t>* pStrErrorSymbol = nullptr, CFLFigureArray* pFlfaResultIndices = nullptr) const;
14090 virtual const CResult GetFigure(const Base::CFLString<wchar_t>* pStrExpression, CFLFigureArray& flfaResult, Base::CFLString<wchar_t>* pStrErrorSymbol = nullptr, CFLFigureArray* pFlfaResultIndices = nullptr) const;
14091 virtual const CResult GetFigure(const Base::CFLString<wchar_t>* pStrExpression, CFLFigureArray* pFlfaResult, Base::CFLString<wchar_t>* pStrErrorSymbol = nullptr, CFLFigureArray* pFlfaResultIndices = nullptr) const;
14092 virtual const CResult Query(const Base::CFLString<wchar_t>& strExpression, CFLFigureArray& flfaResult, Base::CFLString<wchar_t>* pStrErrorSymbol = nullptr, CFLFigureArray* pFlfaResultIndices = nullptr) const;
14093 virtual const CResult Query(const Base::CFLString<wchar_t>& strExpression, CFLFigureArray* pFlfaResult, Base::CFLString<wchar_t>* pStrErrorSymbol = nullptr, CFLFigureArray* pFlfaResultIndices = nullptr) const;
14094 virtual const CResult Query(const Base::CFLString<wchar_t>* pStrExpression, CFLFigureArray& flfaResult, Base::CFLString<wchar_t>* pStrErrorSymbol = nullptr, CFLFigureArray* pFlfaResultIndices = nullptr) const;
14095 virtual const CResult Query(const Base::CFLString<wchar_t>* pStrExpression, CFLFigureArray* pFlfaResult, Base::CFLString<wchar_t>* pStrErrorSymbol = nullptr, CFLFigureArray* pFlfaResultIndices = nullptr) const;
14096 virtual const CResult RemoveFigure(const Base::CFLString<wchar_t>& strExpression, Base::CFLString<wchar_t>* pStrErrorSymbol = nullptr);
14097 virtual const CResult RemoveFigure(const Base::CFLString<wchar_t>* pStrExpression, Base::CFLString<wchar_t>* pStrErrorSymbol = nullptr);
14098 virtual const CResult Filter(const Base::CFLString<wchar_t>& strExpression, Base::CFLString<wchar_t>* pStrErrorSymbol = nullptr);
14099 virtual const CResult Filter(const Base::CFLString<wchar_t>* pStrExpression, Base::CFLString<wchar_t>* pStrErrorSymbol = nullptr);
14100
14116 const CResult SetExtraAttribute(const Base::CFLString<wchar_t>& strKey, const Base::CFLString<wchar_t>& strValue);
14117
14133 const CResult GetExtraAttribute(const Base::CFLString<wchar_t>& strKey, Base::CFLString<wchar_t>& strValue) const;
14134
14150 const CResult GetExtraAttributeKeys(Base::CFLArray<Base::CFLString<wchar_t>>& flaKeys) const;
14151
14167 const CResult GetExtraAttributeKeys(Base::CFLArray<Base::CFLString<wchar_t>>* pFlaKeys) const;
14168
14182 const CResult ClearExtraAttribute(const Base::CFLString<wchar_t>& strKey);
14183
14193 const CResult ClearExtraAttribute();
14194
14204 virtual const CFLFigureAttribute* GetAttribute() const sealed;
14205
14219 virtual const CResult AssignAttribute(const CFLFigureAttribute& flfAttr) sealed;
14220
14234 virtual const CResult AssignAttribute(const CFLFigureAttribute* pFlfAttr) sealed;
14235
14245 virtual const CResult ClearAttribute() sealed;
14246
14260 const CResult GetAttributeString(Base::CFLString<wchar_t>& strAttributeString) const;
14261
14275 const CResult SetAttributeString(const Base::CFLString<wchar_t>& strAttributeString);
14276
14277 protected:
14282 CFLFigure();
14283
14284
14285 public:
14290 virtual ~CFLFigure();
14291
14292 SupportToDuplicateAbstractObject(CFLFigure);
14293 DeclareGetClassType();
14294
14295 protected:
14296
14297 virtual bool AllocateAttribute() sealed;
14298 virtual bool DeleteAttribute() sealed;
14299
14300 CFLFigureAttribute* m_pAttribute;
14301 };
14302 }
14303}
FLImaging::Base::CFLArray
Template type 의 배열 클래스.
Definition FLArray.h:53
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 FLString.h:34
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:1596
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::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::GetSamplingVectorOnSegment
virtual const CResult GetSamplingVectorOnSegment(double f64SamplingDistance, CFLPointArray &flpaResult) const
설정한 길이만큼 직선으로 이동하는 점 정보를 얻어옵니다
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::GetMinimumThickness
virtual double GetMinimumThickness(double f64TrimRatio=0.05) const
트리밍 비율을 적용한 후 도형의 최소 두께를 얻어옵니다
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::IsSpecEqual
virtual bool IsSpecEqual(const CFLFigure *pFlfRhs, EFigureSpecCompareType eSpecType=EFigureSpecCompareType_Coordinates) const
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::GetSamplingVectorOnSegment
virtual const CResult GetSamplingVectorOnSegment(double f64SamplingDistance, CFLPointArray *pFlpaResult) const
설정한 길이만큼 직선으로 이동하는 점 정보를 얻어옵니다
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::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::IsSpecEqual
virtual bool IsSpecEqual(const CFLFigure &flfRhs, EFigureSpecCompareType eSpecType=EFigureSpecCompareType_Coordinates) const
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::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::GetPointsOfMinimumThickness
virtual const CResult GetPointsOfMinimumThickness(CFLPointArray &flpaResult, double f64TrimRatio=0.05) const
트리밍 비율을 적용한 후 도형의 최소 두께를 나타내는 두 점을 반환합니다
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::Open
virtual const CResult Open(int64_t i64KernelSizeWidth, int64_t i64KernelSizeHeight, CFLFigureArray *pFlfaResultFigure, EKernelShape eKernelShape=EKernelShape_Rectangle) const
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::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::Save
virtual const CResult Save(const wchar_t *pWcsFileName) const sealed
Figure 객체를 .fig 파일로 저장.
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::SetName
virtual const CResult SetName(const wchar_t *pWcsName) sealed
Figure 객체의 이름 설정
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::Erode
virtual const CResult Erode(int64_t i64KernelSizeWidth, int64_t i64KernelSizeHeight, CFLFigureArray *pFlfaResultFigure, EKernelShape eKernelShape=EKernelShape_Rectangle) const
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::Open
virtual const CResult Open(int64_t i64KernelSizeWidth, int64_t i64KernelSizeHeight, CFLFigureArray &flfaResultFigure, EKernelShape eKernelShape=EKernelShape_Rectangle) const
FLImaging::Foundation::CFLFigure::GetRegionOfUnion
virtual const CResult GetRegionOfUnion(const CFLDoughnut< double > *pDoughnut, CFLFigureArray *pFlfaResult) const
두 객체의 합집합을 수행
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::GetMaximumThickness
virtual double GetMaximumThickness(double f64TrimRatio=0.2) const
트리밍 비율을 적용한 후 도형의 최대 두께를 얻어옵니다
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::GetPointsOfMaximumThickness
virtual const CResult GetPointsOfMaximumThickness(CFLPointArray &flpaResult, double f64TrimRatio=0.2) const
트리밍 비율을 적용한 후 도형의 최대 두께를 나타내는 두 점을 반환합니다
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::IsValid
virtual bool IsValid() const override
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::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::Dilate
virtual const CResult Dilate(int64_t i64KernelSizeWidth, int64_t i64KernelSizeHeight, CFLFigureArray *pFlfaResultFigure, EKernelShape eKernelShape=EKernelShape_Rectangle) const
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::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::Erode
virtual const CResult Erode(int64_t i64KernelSizeWidth, int64_t i64KernelSizeHeight, CFLFigureArray &flfaResultFigure, EKernelShape eKernelShape=EKernelShape_Rectangle) 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::SetAttributeDrawingLineColor
virtual const CResult SetAttributeDrawingLineColor(uint8_t u8Blue, uint8_t u8Green, uint8_t u8Red) sealed
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::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::GetPointsOfMaximumThickness
virtual const CResult GetPointsOfMaximumThickness(CFLPointArray *pFlpaResult, double f64TrimRatio=0.2) const
트리밍 비율을 적용한 후 도형의 최대 두께를 나타내는 두 점을 반환합니다
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::GetSamplingPointsOnSegment
virtual const CResult GetSamplingPointsOnSegment(double f64SamplingDistance, CFLPointArray &flpaResult) const
설정한 길이만큼 이동하는 점 정보를 얻어옵니다
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::GetPointsOfMinimumThickness
virtual const CResult GetPointsOfMinimumThickness(CFLPointArray *pFlpaResult, double f64TrimRatio=0.05) const
트리밍 비율을 적용한 후 도형의 최소 두께를 나타내는 두 점을 반환합니다
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::Dilate
virtual const CResult Dilate(int64_t i64KernelSizeWidth, int64_t i64KernelSizeHeight, CFLFigureArray &flfaResultFigure, EKernelShape eKernelShape=EKernelShape_Rectangle) const
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::Close
virtual const CResult Close(int64_t i64KernelSizeWidth, int64_t i64KernelSizeHeight, CFLFigureArray *pFlfaResultFigure, EKernelShape eKernelShape=EKernelShape_Rectangle) const
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::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::Close
virtual const CResult Close(int64_t i64KernelSizeWidth, int64_t i64KernelSizeHeight, CFLFigureArray &flfaResultFigure, EKernelShape eKernelShape=EKernelShape_Rectangle) const
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::GetSamplingPointsOnSegment
virtual const CResult GetSamplingPointsOnSegment(double f64SamplingDistance, CFLPointArray *pFlpaResult) const
설정한 길이만큼 이동하는 점 정보를 얻어옵니다
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
Definition AlgorithmBase.h:16
FLImaging::Foundation::EKernelShape
EKernelShape
Definition DefinitionsFigure.h:3161
FLImaging::Foundation::EKernelShape_Rectangle
@ EKernelShape_Rectangle
Definition DefinitionsFigure.h:3168
FLImaging::Foundation::EWarpingType
EWarpingType
Definition DefinitionsFigure.h:2781
FLImaging::Foundation::EWarpingType_Bicubic
@ EWarpingType_Bicubic
Definition DefinitionsFigure.h:2798
FLImaging::Foundation::EWarpingType_Bilinear
@ EWarpingType_Bilinear
Definition DefinitionsFigure.h:2792
FLImaging::Foundation::EWindingDirection
EWindingDirection
점들이 이어지는 방향
Definition DefinitionsFigure.h:2562
FLImaging::Foundation::EIncludingRegionType
EIncludingRegionType
Definition DefinitionsFigure.h:2756
FLImaging::Foundation::EIncludingRegionType_All
@ EIncludingRegionType_All
Definition DefinitionsFigure.h:2761
FLImaging::Foundation::EFigureDeclType
EFigureDeclType
도형의 타입
Definition DefinitionsFigure.h:33
FLImaging::Foundation::EFigureTemplateType
EFigureTemplateType
도형의 변수 자료형
Definition DefinitionsFigure.h:335
FLImaging::Foundation::EFigureSpecCompareType
EFigureSpecCompareType
Definition DefinitionsFigure.h:3491
FLImaging::Foundation::EFigureSpecCompareType_Coordinates
@ EFigureSpecCompareType_Coordinates
Definition DefinitionsFigure.h:3496
FLImaging::Foundation::EAttributeDrawingPenStyle
EAttributeDrawingPenStyle
Figure 그리기 속성의 펜 스타일
Definition DefinitionsFigure.h:3195
FLImaging::Foundation::EFigureFlipDirection
EFigureFlipDirection
뒤집는 방향
Definition DefinitionsFigure.h:2653
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