FLImaging 6.5.8.1
FLLine.h
1#pragma once
2
9#include "FLFigureForwardDeclaration.h"
10#include "FLPoint.h"
11
13namespace FLImaging
14{
16 namespace Foundation
17 {
23 template<typename T>
24 class FL_EXPORT CFLLine : public CFLFigure
25 {
26 public:
31 CFLPoint<T> flpPoints[2];
32
33
34 virtual void Clear() override;
35
36 virtual EFigureDeclType GetDeclType() const override;
37 virtual EFigureTemplateType GetTemplateType() const override;
38
39 virtual bool IsValid() const override;
40 virtual bool IsFigureValid() const override;
41 virtual const CResult MakeFigureInvalid() override;
42
43 virtual EWindingDirection GetWindingDirection() const sealed;
44 virtual const CResult ReverseSequence() override;
45
65 virtual CFLFigureArray MakeArrowWithLength(double f64Length, bool bEndArrow = true, double f64Angle = 30, bool bBeginArrow = false) const sealed;
66
90 virtual const CResult MakeArrowWithLength(double f64Length, const CFLFigureArray& flfaResult, bool bEndArrow = true, double f64Angle = 30, bool bBeginArrow = false) const sealed;
91
115 virtual const CResult MakeArrowWithLength(double f64Length, CFLFigureArray* pFlfaResult, bool bEndArrow = true, double f64Angle = 30, bool bBeginArrow = false) const sealed;
116
136 virtual CFLFigureArray MakeArrowWithRatio(double f64Ratio, bool bEndArrow = true, double f64Angle = 30, bool bBeginArrow = false) const sealed;
137
161 virtual const CResult MakeArrowWithRatio(double f64Ratio, const CFLFigureArray& flfaResult, bool bEndArrow = true, double f64Angle = 30, bool bBeginArrow = false) const sealed;
162
186 virtual const CResult MakeArrowWithRatio(double f64Ratio, CFLFigureArray* pFlfaResult, bool bEndArrow = true, double f64Angle = 30, bool bBeginArrow = false) const sealed;
187
188 using CFLFigure::GetBoundaryRect;
189 virtual const CResult GetBoundaryRect(double& left, double& top, double& right, double& bottom) const override;
190
191 using CFLFigure::Inflate;
192 virtual const CResult Inflate(double left, double top, double right, double bottom) override;
193
194 using CFLFigure::Offset;
195 virtual const CResult Offset(double x, double y) override;
196
197 using CFLFigure::Multiply;
198 virtual const CResult Multiply(double f64MulX, double f64MulY) override;
199
200 using CFLFigure::Scale;
201 virtual const CResult Scale(double f64PivotX, double f64PivotY, double f64RatioX, double f64RatioY) override;
202
203 using CFLFigure::Rotate;
204 virtual const CResult Rotate(double f64Angle, double f64PivotX, double f64PivotY) override;
205
206 using CFLFigure::GetCenter;
207 virtual const CResult GetCenter(double& x, double& y) const override;
208
209 using CFLFigure::GetCenterOfGravity;
210 virtual const CResult GetCenterOfGravity(double& x, double& y) const override;
211
212 using CFLFigure::Flip;
213 virtual const CResult Flip(EFigureFlipDirection eDirection, double f64PivotX, double f64PivotY) override;
214
215 using CFLFigure::Warp;
216 virtual const CResult Warp(const CFLQuad<double>* pFlqSourceRegion, const CFLQuad<double>* pFlqTargetRegion, CFLFigureArray* pFlfaResult, EWarpingType eWarpingType = EWarpingType_Bilinear) const override;
217 virtual const CResult Warp(const CFLPointArray* pFlpaSource, const CFLPointArray* pFlpaTarget, CFLFigureArray* pFlfaResult, EWarpingType eWarpingType = EWarpingType_Bicubic, int32_t i32Extension = 2) const override;
218
219 using CFLFigure::Swap;
220 virtual const CResult Swap(CFLFigure* pFlfRight) override;
221
222 using CFLFigure::GetMinimumEnclosingRectangle;
223 virtual const CResult GetMinimumEnclosingRectangle(CFLQuad<double>* pQuad) const override;
224
225 using CFLFigure::Extend;
226 virtual const CResult Extend(double left, double top, double right, double bottom) override;
227
228 using CFLFigure::GetMinimumDistance;
229 using CFLFigure::GetMaximumDistance;
230
231 using CFLFigure::GetPointsOfMinimumDistance;
232 virtual const CResult GetPointsOfMinimumDistance(const CFLFigure* pFlfTarget, CFLPointArray* pFlpaResult) const override;
233
234 using CFLFigure::GetPointsOfMaximumDistance;
235 virtual const CResult GetPointsOfMaximumDistance(const CFLFigure* pFlfTarget, CFLPointArray* pFlpaResult) const override;
236
237
238 using CFLFigure::GetRasterRegion;
239 virtual const CResult GetRasterRegion(CFLFigureArray* pFlfaResult, const CFLRect<int64_t>* pFlrROI = nullptr) const override;
240 virtual const CResult GetRasterRegion(Base::CFLArray<Base::TRect<int32_t>>* pFlaResult, const CFLRect<int64_t>* pFlrROI = nullptr) const override;
241 virtual const CResult GetRasterRegion(Base::CFLArray<Base::TRect<int64_t>>* pFlaResult, const CFLRect<int64_t>* pFlrROI = nullptr) const override;
242 virtual const CResult GetRasterRegion(Base::CFLArray<Base::TRect<float>>* pFlaResult, const CFLRect<int64_t>* pFlrROI = nullptr) const override;
243 virtual const CResult GetRasterRegion(Base::CFLArray<Base::TRect<double>>* pFlaResult, const CFLRect<int64_t>* pFlrROI = nullptr) const override;
244 virtual const CResult GetRasterRegion(Base::CFLArray<Base::TPoint3<int32_t>>* pFlaResult, const CFLRect<int64_t>* pFlrROI = nullptr) const override;
245
246 using CFLFigure::IsCollision;
247 virtual bool IsCollision(const CFLPoint<double>* pPoint) const override;
248 virtual bool IsCollision(const CFLLine<double>* pLine) const override;
249 virtual bool IsCollision(const CFLRect<double>* pRect) const override;
250 virtual bool IsCollision(const CFLRoundRect<double>* pRect) const override;
251 virtual bool IsCollision(const CFLQuad<double>* pQuad) const override;
252 virtual bool IsCollision(const CFLCircle<double>* pRect) const override;
253 virtual bool IsCollision(const CFLEllipse<double>* pEll) const override;
254 virtual bool IsCollision(const CFLDoughnut<double>* pDoughnut) const override;
255 virtual bool IsCollision(const CFLCubicSpline* pFlcs) const override;
256 virtual bool IsCollision(const CFLBezierQuadraticCurve* pFlbc2) const override;
257 virtual bool IsCollision(const CFLBezierCubicCurve* pFlbc3) const override;
258 virtual bool IsCollision(const CFLBezierQuarticCurve* pFlbc4) const override;
259 virtual bool IsCollision(const CFLRegion* pFlrg) const override;
260 virtual bool IsCollision(const CFLComplexRegion* pFlcr) const override;
261 virtual bool IsCollision(const CFLFigureArray* pFlfa) const override;
262 virtual bool IsCollision(const CFLPointArray* pFlpa) const override;
263
264
265
266 using CFLFigure::GetIntersection;
267 virtual const CResult GetIntersection(const CFLLine<double>* pLine, CFLFigureArray* pFlfaResult) const override;
268 virtual const CResult GetIntersection(const CFLRect<double>* pRect, CFLFigureArray* pFlfaResult) const override;
269 virtual const CResult GetIntersection(const CFLRoundRect<double>* pRect, CFLFigureArray* pFlfaResult) const override;
270 virtual const CResult GetIntersection(const CFLQuad<double>* pQuad, CFLFigureArray* pFlfaResult) const override;
271 virtual const CResult GetIntersection(const CFLCircle<double>* pCir, CFLFigureArray* pFlfaResult) const override;
272 virtual const CResult GetIntersection(const CFLEllipse<double>* pEll, CFLFigureArray* pFlfaResult) const override;
273 virtual const CResult GetIntersection(const CFLDoughnut<double>* pDoughnut, CFLFigureArray* pFlfaResult) const override;
274 virtual const CResult GetIntersection(const CFLCubicSpline* pFlcs, CFLFigureArray* pFlfaResult) const override;
275 virtual const CResult GetIntersection(const CFLBezierQuadraticCurve* pFlbc2, CFLFigureArray* pFlfaResult) const override;
276 virtual const CResult GetIntersection(const CFLBezierCubicCurve* pFlbc3, CFLFigureArray* pFlfaResult) const override;
277 virtual const CResult GetIntersection(const CFLBezierQuarticCurve* pFlbc4, CFLFigureArray* pFlfaResult) const override;
278 virtual const CResult GetIntersection(const CFLRegion* pFlrg, CFLFigureArray* pFlfaResult) const override;
279 virtual const CResult GetIntersection(const CFLComplexRegion* pFlcr, CFLFigureArray* pFlfaResult) const override;
280 virtual const CResult GetIntersection(const CFLFigureArray* pFlfaOperand, CFLFigureArray* pFlfaResult) const override;
281
293 CFLPoint<double> GetUnitVector() const;
294
306 CFLPoint<double> GetNormalVector() const;
307
321 EWindingDirection GetWindingDirection(double f64EndPtX, double f64EndPtY) const;
322
336 EWindingDirection GetWindingDirection(const CFLPoint<int32_t>& flpEnd) const;
337
351 EWindingDirection GetWindingDirection(const CFLPoint<int32_t>* pFlpEnd) const;
352
366 EWindingDirection GetWindingDirection(const CFLPoint<int64_t>& flpEnd) const;
367
381 EWindingDirection GetWindingDirection(const CFLPoint<int64_t>* pFlpEnd) const;
382
396 EWindingDirection GetWindingDirection(const CFLPoint<float>& flpEnd) const;
397
411 EWindingDirection GetWindingDirection(const CFLPoint<float>* pFlpEnd) const;
412
426 EWindingDirection GetWindingDirection(const CFLPoint<double>& flpEnd) const;
427
441 EWindingDirection GetWindingDirection(const CFLPoint<double>* pFlpEnd) const;
442
450 bool IsInfiniteLine() const;
451
459 CFLLine<double> GetInfiniteLine() const;
460
478 const CResult GetEquation(double& A, double& B, double& C) const;
479
497 const CResult GetEquation(double* pA, double* pB, double* pC) const;
498
516 const CResult SetEquation(double f64A, double f64B, double f64C = .0);
517
533 const CResult GetEquationForX(double& f64YCoefficient, double& f64Constant) const;
534
550 const CResult GetEquationForX(double* pYCoefficient, double* pConstant) const;
551
567 const CResult GetEquationForY(double& f64XCoefficient, double& f64Constant) const;
568
584 const CResult GetEquationForY(double* pXCoefficient, double* pConstant) const;
585
601 const CResult SetEquationForX(double f64YCoefficient, double f64Constant);
602
618 const CResult SetEquationForY(double f64XCoefficient, double f64Constant);
619
631 virtual CFLPoint<double> GetIntersection(const CFLLine<int32_t>& line) const sealed;
632
644 virtual CFLPoint<double> GetIntersection(const CFLLine<int32_t>* pLine) const sealed;
645
657 virtual CFLPoint<double> GetIntersection(const CFLLine<int64_t>& line) const sealed;
658
670 virtual CFLPoint<double> GetIntersection(const CFLLine<int64_t>* pLine) const sealed;
671
683 virtual CFLPoint<double> GetIntersection(const CFLLine<float>& line) const sealed;
684
696 virtual CFLPoint<double> GetIntersection(const CFLLine<float>* pLine) const sealed;
697
709 virtual CFLPoint<double> GetIntersection(const CFLLine<double>& line) const sealed;
710
722 virtual CFLPoint<double> GetIntersection(const CFLLine<double>* pLine) const sealed;
723
739 virtual const CResult GetIntersection(const CFLLine<int32_t>& line, CFLPoint<double>* pPointResult) const sealed;
740
756 virtual const CResult GetIntersection(const CFLLine<int32_t>* pLine, CFLPoint<double>* pPointResult) const sealed;
757
773 virtual const CResult GetIntersection(const CFLLine<int64_t>& line, CFLPoint<double>* pPointResult) const sealed;
774
790 virtual const CResult GetIntersection(const CFLLine<int64_t>* pLine, CFLPoint<double>* pPointResult) const sealed;
791
807 virtual const CResult GetIntersection(const CFLLine<float>& line, CFLPoint<double>* pPointResult) const sealed;
808
824 virtual const CResult GetIntersection(const CFLLine<float>* pLine, CFLPoint<double>* pPointResult) const sealed;
825
841 virtual const CResult GetIntersection(const CFLLine<double>& line, CFLPoint<double>* pPointResult) const sealed;
842
858 virtual const CResult GetIntersection(const CFLLine<double>* pLine, CFLPoint<double>* pPointResult) const sealed;
859
873 virtual double GetOrthogonalDistance(const Base::TPoint<int32_t>& point) const sealed;
874
888 virtual double GetOrthogonalDistance(const Base::TPoint<int32_t>* pPoint) const sealed;
889
903 virtual double GetOrthogonalDistance(const Base::TPoint<int64_t>& point) const sealed;
904
918 virtual double GetOrthogonalDistance(const Base::TPoint<int64_t>* pPoint) const sealed;
919
933 virtual double GetOrthogonalDistance(const Base::TPoint<float>& point) const sealed;
934
948 virtual double GetOrthogonalDistance(const Base::TPoint<float>* pPoint) const sealed;
949
963 virtual double GetOrthogonalDistance(const Base::TPoint<double>& point) const sealed;
964
978 virtual double GetOrthogonalDistance(const Base::TPoint<double>* pPoint) const sealed;
979
993 virtual double GetOrthogonalDistance(const CFLPoint<int32_t>& point) const sealed;
994
1008 virtual double GetOrthogonalDistance(const CFLPoint<int32_t>* pPoint) const sealed;
1009
1023 virtual double GetOrthogonalDistance(const CFLPoint<int64_t>& point) const sealed;
1024
1038 virtual double GetOrthogonalDistance(const CFLPoint<int64_t>* pPoint) const sealed;
1039
1053 virtual double GetOrthogonalDistance(const CFLPoint<float>& point) const sealed;
1054
1068 virtual double GetOrthogonalDistance(const CFLPoint<float>* pPoint) const sealed;
1069
1083 virtual double GetOrthogonalDistance(const CFLPoint<double>& point) const sealed;
1084
1098 virtual double GetOrthogonalDistance(const CFLPoint<double>* pPoint) const sealed;
1099
1113 virtual CFLPoint<double> GetOrthogonalPoint(const CFLPoint<int32_t>& point) const sealed;
1114
1128 virtual CFLPoint<double> GetOrthogonalPoint(const CFLPoint<int32_t>* pPoint) const sealed;
1129
1143 virtual CFLPoint<double> GetOrthogonalPoint(const CFLPoint<int64_t>& point) const sealed;
1144
1158 virtual CFLPoint<double> GetOrthogonalPoint(const CFLPoint<int64_t>* pPoint) const sealed;
1159
1173 virtual CFLPoint<double> GetOrthogonalPoint(const CFLPoint<float>& point) const sealed;
1174
1188 virtual CFLPoint<double> GetOrthogonalPoint(const CFLPoint<float>* pPoint) const sealed;
1189
1203 virtual CFLPoint<double> GetOrthogonalPoint(const CFLPoint<double>& point) const sealed;
1204
1218 virtual CFLPoint<double> GetOrthogonalPoint(const CFLPoint<double>* pPoint) const sealed;
1219
1235 virtual CFLPoint<double> GetOrthogonalPoint(const Base::TPoint<double>& point) const sealed;
1236
1252 virtual CFLPoint<double> GetOrthogonalPoint(const Base::TPoint<float>& point) const sealed;
1253
1269 virtual CFLPoint<double> GetOrthogonalPoint(const Base::TPoint<int64_t>& point) const sealed;
1270
1286 virtual CFLPoint<double> GetOrthogonalPoint(const Base::TPoint<int32_t>& point) const sealed;
1287
1303 virtual CFLPoint<double> GetOrthogonalPoint(const Base::TPoint<double>* pPoint) const sealed;
1304
1320 virtual CFLPoint<double> GetOrthogonalPoint(const Base::TPoint<float>* pPoint) const sealed;
1321
1337 virtual CFLPoint<double> GetOrthogonalPoint(const Base::TPoint<int64_t>* pPoint) const sealed;
1338
1354 virtual CFLPoint<double> GetOrthogonalPoint(const Base::TPoint<int32_t>* pPoint) const sealed;
1355
1356 virtual double GetWidth() const override;
1357 virtual double GetHeight() const override;
1358 virtual double GetAngle() const override;
1359 virtual double GetArea() const override;
1360 virtual double GetPerimeter() const override;
1361 virtual double GetLength() const override;
1362 virtual uint64_t GetVertexCountRecursive(EIncludingRegionType eType = EIncludingRegionType_All) const override;
1363 virtual const CResult GetVertexCount(CFLFigureArray& flfaResult, EIncludingRegionType eType = EIncludingRegionType_All, bool bRecursive = true) const override;
1364 virtual const CResult GetVertexCount(CFLFigureArray* pFlfaResult, EIncludingRegionType eType = EIncludingRegionType_All, bool bRecursive = true) const override;
1365
1366 virtual const CResult MeasureThickness(double& f64Thickness, double f64SamplingStep = 1.) const override;
1367 virtual const CResult MeasureThickness(double* pF64Thickness, double f64SamplingStep = 1.) const override;
1368
1382 virtual double GetInteriorAngle(const CFLPoint<int32_t>& point) const sealed;
1383
1397 virtual double GetInteriorAngle(const CFLPoint<int32_t>* pPoint) const sealed;
1398
1412 virtual double GetInteriorAngle(const CFLPoint<int64_t>& point) const sealed;
1413
1427 virtual double GetInteriorAngle(const CFLPoint<int64_t>* pPoint) const sealed;
1428
1442 virtual double GetInteriorAngle(const CFLPoint<float>& point) const sealed;
1443
1457 virtual double GetInteriorAngle(const CFLPoint<float>* pPoint) const sealed;
1458
1472 virtual double GetInteriorAngle(const CFLPoint<double>& point) const sealed;
1473
1487 virtual double GetInteriorAngle(const CFLPoint<double>* pPoint) const sealed;
1488
1500 virtual double GetInteriorAngle(const CFLLine<int32_t>& line) const sealed;
1501
1513 virtual double GetInteriorAngle(const CFLLine<int32_t>* pLine) const sealed;
1514
1526 virtual double GetInteriorAngle(const CFLLine<int64_t>& line) const sealed;
1527
1539 virtual double GetInteriorAngle(const CFLLine<int64_t>* pLine) const sealed;
1540
1552 virtual double GetInteriorAngle(const CFLLine<float>& line) const sealed;
1553
1565 virtual double GetInteriorAngle(const CFLLine<float>* pLine) const sealed;
1566
1578 virtual double GetInteriorAngle(const CFLLine<double>& line) const sealed;
1579
1591 virtual double GetInteriorAngle(const CFLLine<double>* pLine) const sealed;
1592
1606 virtual CFLPoint<double> GetCircumcenter(const CFLPoint<int32_t>& point) const sealed;
1607
1621 virtual CFLPoint<double> GetCircumcenter(const CFLPoint<int32_t>* pPoint) const sealed;
1622
1636 virtual CFLPoint<double> GetCircumcenter(const CFLPoint<int64_t>& point) const sealed;
1637
1651 virtual CFLPoint<double> GetCircumcenter(const CFLPoint<int64_t>* pPoint) const sealed;
1652
1666 virtual CFLPoint<double> GetCircumcenter(const CFLPoint<float>& point) const sealed;
1667
1681 virtual CFLPoint<double> GetCircumcenter(const CFLPoint<float>* pPoint) const sealed;
1682
1696 virtual CFLPoint<double> GetCircumcenter(const CFLPoint<double>& point) const sealed;
1697
1711 virtual CFLPoint<double> GetCircumcenter(const CFLPoint<double>* pPoint) const sealed;
1712
1725 virtual CFLPoint<double> GetPointOnLine(double f64T) const sealed;
1726
1742 virtual const CResult GetPositionOnLine(double f64X, double f64Y, double& f64T) const sealed;
1743
1755 virtual double GetPositionOnLine(double f64X, double f64Y) const;
1756
1772 virtual const CResult GetPositionOnLine(const CFLPoint<double>& flp, double& f64T) const sealed;
1773
1789 virtual const CResult GetPositionOnLine(const CFLPoint<double>* pFlp, double& f64T) const sealed;
1790
1802 virtual double GetPositionOnLine(const CFLPoint<double>& flp) const;
1803
1815 virtual double GetPositionOnLine(const CFLPoint<double>* pFlp) const;
1816
1817 virtual const CResult GetRasterContour(Base::CFLArray<Base::TPoint<int32_t>>* pFlaResult, bool bExcludeSingleDelta = false) const override;
1818 virtual const CResult GetRasterContour(CFLFigureArray* pFlfaResult, bool bExcludeSingleDelta = false) const override;
1819 virtual const CResult GetRasterContour(CFLPointArray* pFlpaResult, bool bExcludeSingleDelta = false) const override;
1820
1821 virtual const CResult GetSamplingPointsOnSegment(double f64SamplingDistance, CFLFigureArray& flfaResult) const override;
1822 virtual const CResult GetSamplingPointsOnSegment(double f64SamplingDistance, CFLFigureArray* pFlfaResult) const override;
1823
1824 virtual const CResult GetSamplingVectorOnSegment(double f64SamplingDistance, CFLFigureArray& flfaResult) const override;
1825 virtual const CResult GetSamplingVectorOnSegment(double f64SamplingDistance, CFLFigureArray* pFlfaResult) const override;
1826
1850 virtual const CResult Fit(const Base::CFLArray<Base::TPoint<double>>& flaPoints, int64_t i64OutlierThresholdCount = 0, double f64OutlierThreshold = 3., Base::CFLArray<int64_t>* pFlaOutlierIndices = nullptr);
1851
1875 virtual const CResult Fit(const Base::CFLArray<Base::TPoint<float>>& flaPoints, int64_t i64OutlierThresholdCount = 0, double f64OutlierThreshold = 3., Base::CFLArray<int64_t>* pFlaOutlierIndices = nullptr);
1876
1900 virtual const CResult Fit(const Base::CFLArray<Base::TPoint<int64_t>>& flaPoints, int64_t i64OutlierThresholdCount = 0, double f64OutlierThreshold = 3., Base::CFLArray<int64_t>* pFlaOutlierIndices = nullptr);
1901
1925 virtual const CResult Fit(const Base::CFLArray<Base::TPoint<int32_t>>& flaPoints, int64_t i64OutlierThresholdCount = 0, double f64OutlierThreshold = 3., Base::CFLArray<int64_t>* pFlaOutlierIndices = nullptr);
1926
1950 virtual const CResult Fit(const Base::CFLArray<Base::TPoint<double>>* pFlaPoints, int64_t i64OutlierThresholdCount = 0, double f64OutlierThreshold = 3., Base::CFLArray<int64_t>* pFlaOutlierIndices = nullptr);
1951
1975 virtual const CResult Fit(const Base::CFLArray<Base::TPoint<float>>* pFlaPoints, int64_t i64OutlierThresholdCount = 0, double f64OutlierThreshold = 3., Base::CFLArray<int64_t>* pFlaOutlierIndices = nullptr);
1976
2000 virtual const CResult Fit(const Base::CFLArray<Base::TPoint<int64_t>>* pFlaPoints, int64_t i64OutlierThresholdCount = 0, double f64OutlierThreshold = 3., Base::CFLArray<int64_t>* pFlaOutlierIndices = nullptr);
2001
2025 virtual const CResult Fit(const Base::CFLArray<Base::TPoint<int32_t>>* pFlaPoints, int64_t i64OutlierThresholdCount = 0, double f64OutlierThreshold = 3., Base::CFLArray<int64_t>* pFlaOutlierIndices = nullptr);
2026
2050 virtual const CResult Fit(const CFLPointArray& flpaPoints, int64_t i64OutlierThresholdCount = 0, double f64OutlierThreshold = 3., Base::CFLArray<int64_t>* pFlaOutlierIndices = nullptr);
2051
2075 virtual const CResult Fit(const CFLPointArray* pFlpaPoints, int64_t i64OutlierThresholdCount = 0, double f64OutlierThreshold = 3., Base::CFLArray<int64_t>* pFlaOutlierIndices = nullptr);
2076
2104 virtual const CResult Fit(const CFLFigureArray& flfaPoints, int64_t i64OutlierThresholdCount = 0, double f64OutlierThreshold = 3., ECenterType eCenterType = ECenterType_RectangleBoundaryCenter, Base::CFLArray<int64_t>* pFlaOutlierIndices = nullptr);
2105
2133 virtual const CResult Fit(const CFLFigureArray* pFlfaPoints, int64_t i64OutlierThresholdCount = 0, double f64OutlierThreshold = 3., ECenterType eCenterType = ECenterType_RectangleBoundaryCenter, Base::CFLArray<int64_t>* pFlaOutlierIndices = nullptr);
2134
2152 virtual const CResult Set(const Base::CFLArray<Base::TPoint<double>>& flaValidPoint);
2153
2171 virtual const CResult Set(const Base::CFLArray<Base::TPoint<float>>& flaValidPoint);
2172
2190 virtual const CResult Set(const Base::CFLArray<Base::TPoint<int64_t>>& flaValidPoint);
2191
2209 virtual const CResult Set(const Base::CFLArray<Base::TPoint<int32_t>>& flaValidPoint);
2210
2228 virtual const CResult Set(const Base::CFLArray<Base::TPoint<double>>* pFlaValidPoint);
2229
2247 virtual const CResult Set(const Base::CFLArray<Base::TPoint<float>>* pFlaValidPoint);
2248
2266 virtual const CResult Set(const Base::CFLArray<Base::TPoint<int64_t>>* pFlaValidPoint);
2267
2285 virtual const CResult Set(const Base::CFLArray<Base::TPoint<int32_t>>* pFlaValidPoint);
2286
2287 virtual const CResult Set(const Base::CFLImage& fli) override;
2288 virtual const CResult Set(const Base::CFLImage* pFli) override;
2289 virtual const CResult Set(const Base::CFLImagePage& flip) override;
2290 virtual const CResult Set(const Base::CFLImagePage* pFlip) override;
2291 virtual const CResult Set(const CFLFigure& flf) override;
2292 virtual const CResult Set(const CFLFigure* pFlf) override;
2293
2313 virtual const CResult Set(int32_t p1x, int32_t p1y, int32_t p2x, int32_t p2y) sealed;
2314
2334 virtual const CResult Set(int32_t p1x, int32_t p1y, int32_t p2x, int64_t p2y) sealed;
2335
2355 virtual const CResult Set(int32_t p1x, int32_t p1y, int32_t p2x, float p2y) sealed;
2356
2376 virtual const CResult Set(int32_t p1x, int32_t p1y, int32_t p2x, double p2y) sealed;
2377
2397 virtual const CResult Set(int32_t p1x, int32_t p1y, int64_t p2x, int32_t p2y) sealed;
2398
2418 virtual const CResult Set(int32_t p1x, int32_t p1y, int64_t p2x, int64_t p2y) sealed;
2419
2439 virtual const CResult Set(int32_t p1x, int32_t p1y, int64_t p2x, float p2y) sealed;
2440
2460 virtual const CResult Set(int32_t p1x, int32_t p1y, int64_t p2x, double p2y) sealed;
2461
2481 virtual const CResult Set(int32_t p1x, int32_t p1y, float p2x, int32_t p2y) sealed;
2482
2502 virtual const CResult Set(int32_t p1x, int32_t p1y, float p2x, int64_t p2y) sealed;
2503
2523 virtual const CResult Set(int32_t p1x, int32_t p1y, float p2x, float p2y) sealed;
2524
2544 virtual const CResult Set(int32_t p1x, int32_t p1y, float p2x, double p2y) sealed;
2545
2565 virtual const CResult Set(int32_t p1x, int32_t p1y, double p2x, int32_t p2y) sealed;
2566
2586 virtual const CResult Set(int32_t p1x, int32_t p1y, double p2x, int64_t p2y) sealed;
2587
2607 virtual const CResult Set(int32_t p1x, int32_t p1y, double p2x, float p2y) sealed;
2608
2628 virtual const CResult Set(int32_t p1x, int32_t p1y, double p2x, double p2y) sealed;
2629
2649 virtual const CResult Set(int32_t p1x, int64_t p1y, int32_t p2x, int32_t p2y) sealed;
2650
2670 virtual const CResult Set(int32_t p1x, int64_t p1y, int32_t p2x, int64_t p2y) sealed;
2671
2691 virtual const CResult Set(int32_t p1x, int64_t p1y, int32_t p2x, float p2y) sealed;
2692
2712 virtual const CResult Set(int32_t p1x, int64_t p1y, int32_t p2x, double p2y) sealed;
2713
2733 virtual const CResult Set(int32_t p1x, int64_t p1y, int64_t p2x, int32_t p2y) sealed;
2734
2754 virtual const CResult Set(int32_t p1x, int64_t p1y, int64_t p2x, int64_t p2y) sealed;
2755
2775 virtual const CResult Set(int32_t p1x, int64_t p1y, int64_t p2x, float p2y) sealed;
2776
2796 virtual const CResult Set(int32_t p1x, int64_t p1y, int64_t p2x, double p2y) sealed;
2797
2817 virtual const CResult Set(int32_t p1x, int64_t p1y, float p2x, int32_t p2y) sealed;
2818
2838 virtual const CResult Set(int32_t p1x, int64_t p1y, float p2x, int64_t p2y) sealed;
2839
2859 virtual const CResult Set(int32_t p1x, int64_t p1y, float p2x, float p2y) sealed;
2860
2880 virtual const CResult Set(int32_t p1x, int64_t p1y, float p2x, double p2y) sealed;
2881
2901 virtual const CResult Set(int32_t p1x, int64_t p1y, double p2x, int32_t p2y) sealed;
2902
2922 virtual const CResult Set(int32_t p1x, int64_t p1y, double p2x, int64_t p2y) sealed;
2923
2943 virtual const CResult Set(int32_t p1x, int64_t p1y, double p2x, float p2y) sealed;
2944
2964 virtual const CResult Set(int32_t p1x, int64_t p1y, double p2x, double p2y) sealed;
2965
2985 virtual const CResult Set(int32_t p1x, float p1y, int32_t p2x, int32_t p2y) sealed;
2986
3006 virtual const CResult Set(int32_t p1x, float p1y, int32_t p2x, int64_t p2y) sealed;
3007
3027 virtual const CResult Set(int32_t p1x, float p1y, int32_t p2x, float p2y) sealed;
3028
3048 virtual const CResult Set(int32_t p1x, float p1y, int32_t p2x, double p2y) sealed;
3049
3069 virtual const CResult Set(int32_t p1x, float p1y, int64_t p2x, int32_t p2y) sealed;
3070
3090 virtual const CResult Set(int32_t p1x, float p1y, int64_t p2x, int64_t p2y) sealed;
3091
3111 virtual const CResult Set(int32_t p1x, float p1y, int64_t p2x, float p2y) sealed;
3112
3132 virtual const CResult Set(int32_t p1x, float p1y, int64_t p2x, double p2y) sealed;
3133
3153 virtual const CResult Set(int32_t p1x, float p1y, float p2x, int32_t p2y) sealed;
3154
3174 virtual const CResult Set(int32_t p1x, float p1y, float p2x, int64_t p2y) sealed;
3175
3195 virtual const CResult Set(int32_t p1x, float p1y, float p2x, float p2y) sealed;
3196
3216 virtual const CResult Set(int32_t p1x, float p1y, float p2x, double p2y) sealed;
3217
3237 virtual const CResult Set(int32_t p1x, float p1y, double p2x, int32_t p2y) sealed;
3238
3258 virtual const CResult Set(int32_t p1x, float p1y, double p2x, int64_t p2y) sealed;
3259
3279 virtual const CResult Set(int32_t p1x, float p1y, double p2x, float p2y) sealed;
3280
3300 virtual const CResult Set(int32_t p1x, float p1y, double p2x, double p2y) sealed;
3301
3321 virtual const CResult Set(int32_t p1x, double p1y, int32_t p2x, int32_t p2y) sealed;
3322
3342 virtual const CResult Set(int32_t p1x, double p1y, int32_t p2x, int64_t p2y) sealed;
3343
3363 virtual const CResult Set(int32_t p1x, double p1y, int32_t p2x, float p2y) sealed;
3364
3384 virtual const CResult Set(int32_t p1x, double p1y, int32_t p2x, double p2y) sealed;
3385
3405 virtual const CResult Set(int32_t p1x, double p1y, int64_t p2x, int32_t p2y) sealed;
3406
3426 virtual const CResult Set(int32_t p1x, double p1y, int64_t p2x, int64_t p2y) sealed;
3427
3447 virtual const CResult Set(int32_t p1x, double p1y, int64_t p2x, float p2y) sealed;
3448
3468 virtual const CResult Set(int32_t p1x, double p1y, int64_t p2x, double p2y) sealed;
3469
3489 virtual const CResult Set(int32_t p1x, double p1y, float p2x, int32_t p2y) sealed;
3490
3510 virtual const CResult Set(int32_t p1x, double p1y, float p2x, int64_t p2y) sealed;
3511
3531 virtual const CResult Set(int32_t p1x, double p1y, float p2x, float p2y) sealed;
3532
3552 virtual const CResult Set(int32_t p1x, double p1y, float p2x, double p2y) sealed;
3553
3573 virtual const CResult Set(int32_t p1x, double p1y, double p2x, int32_t p2y) sealed;
3574
3594 virtual const CResult Set(int32_t p1x, double p1y, double p2x, int64_t p2y) sealed;
3595
3615 virtual const CResult Set(int32_t p1x, double p1y, double p2x, float p2y) sealed;
3616
3636 virtual const CResult Set(int32_t p1x, double p1y, double p2x, double p2y) sealed;
3637
3657 virtual const CResult Set(int64_t p1x, int32_t p1y, int32_t p2x, int32_t p2y) sealed;
3658
3678 virtual const CResult Set(int64_t p1x, int32_t p1y, int32_t p2x, int64_t p2y) sealed;
3679
3699 virtual const CResult Set(int64_t p1x, int32_t p1y, int32_t p2x, float p2y) sealed;
3700
3720 virtual const CResult Set(int64_t p1x, int32_t p1y, int32_t p2x, double p2y) sealed;
3721
3741 virtual const CResult Set(int64_t p1x, int32_t p1y, int64_t p2x, int32_t p2y) sealed;
3742
3762 virtual const CResult Set(int64_t p1x, int32_t p1y, int64_t p2x, int64_t p2y) sealed;
3763
3783 virtual const CResult Set(int64_t p1x, int32_t p1y, int64_t p2x, float p2y) sealed;
3784
3804 virtual const CResult Set(int64_t p1x, int32_t p1y, int64_t p2x, double p2y) sealed;
3805
3825 virtual const CResult Set(int64_t p1x, int32_t p1y, float p2x, int32_t p2y) sealed;
3826
3846 virtual const CResult Set(int64_t p1x, int32_t p1y, float p2x, int64_t p2y) sealed;
3847
3867 virtual const CResult Set(int64_t p1x, int32_t p1y, float p2x, float p2y) sealed;
3868
3888 virtual const CResult Set(int64_t p1x, int32_t p1y, float p2x, double p2y) sealed;
3889
3909 virtual const CResult Set(int64_t p1x, int32_t p1y, double p2x, int32_t p2y) sealed;
3910
3930 virtual const CResult Set(int64_t p1x, int32_t p1y, double p2x, int64_t p2y) sealed;
3931
3951 virtual const CResult Set(int64_t p1x, int32_t p1y, double p2x, float p2y) sealed;
3952
3972 virtual const CResult Set(int64_t p1x, int32_t p1y, double p2x, double p2y) sealed;
3973
3993 virtual const CResult Set(int64_t p1x, int64_t p1y, int32_t p2x, int32_t p2y) sealed;
3994
4014 virtual const CResult Set(int64_t p1x, int64_t p1y, int32_t p2x, int64_t p2y) sealed;
4015
4035 virtual const CResult Set(int64_t p1x, int64_t p1y, int32_t p2x, float p2y) sealed;
4036
4056 virtual const CResult Set(int64_t p1x, int64_t p1y, int32_t p2x, double p2y) sealed;
4057
4077 virtual const CResult Set(int64_t p1x, int64_t p1y, int64_t p2x, int32_t p2y) sealed;
4078
4098 virtual const CResult Set(int64_t p1x, int64_t p1y, int64_t p2x, int64_t p2y) sealed;
4099
4119 virtual const CResult Set(int64_t p1x, int64_t p1y, int64_t p2x, float p2y) sealed;
4120
4140 virtual const CResult Set(int64_t p1x, int64_t p1y, int64_t p2x, double p2y) sealed;
4141
4161 virtual const CResult Set(int64_t p1x, int64_t p1y, float p2x, int32_t p2y) sealed;
4162
4182 virtual const CResult Set(int64_t p1x, int64_t p1y, float p2x, int64_t p2y) sealed;
4183
4203 virtual const CResult Set(int64_t p1x, int64_t p1y, float p2x, float p2y) sealed;
4204
4224 virtual const CResult Set(int64_t p1x, int64_t p1y, float p2x, double p2y) sealed;
4225
4245 virtual const CResult Set(int64_t p1x, int64_t p1y, double p2x, int32_t p2y) sealed;
4246
4266 virtual const CResult Set(int64_t p1x, int64_t p1y, double p2x, int64_t p2y) sealed;
4267
4287 virtual const CResult Set(int64_t p1x, int64_t p1y, double p2x, float p2y) sealed;
4288
4308 virtual const CResult Set(int64_t p1x, int64_t p1y, double p2x, double p2y) sealed;
4309
4329 virtual const CResult Set(int64_t p1x, float p1y, int32_t p2x, int32_t p2y) sealed;
4330
4350 virtual const CResult Set(int64_t p1x, float p1y, int32_t p2x, int64_t p2y) sealed;
4351
4371 virtual const CResult Set(int64_t p1x, float p1y, int32_t p2x, float p2y) sealed;
4372
4392 virtual const CResult Set(int64_t p1x, float p1y, int32_t p2x, double p2y) sealed;
4393
4413 virtual const CResult Set(int64_t p1x, float p1y, int64_t p2x, int32_t p2y) sealed;
4414
4434 virtual const CResult Set(int64_t p1x, float p1y, int64_t p2x, int64_t p2y) sealed;
4435
4455 virtual const CResult Set(int64_t p1x, float p1y, int64_t p2x, float p2y) sealed;
4456
4476 virtual const CResult Set(int64_t p1x, float p1y, int64_t p2x, double p2y) sealed;
4477
4497 virtual const CResult Set(int64_t p1x, float p1y, float p2x, int32_t p2y) sealed;
4498
4518 virtual const CResult Set(int64_t p1x, float p1y, float p2x, int64_t p2y) sealed;
4519
4539 virtual const CResult Set(int64_t p1x, float p1y, float p2x, float p2y) sealed;
4540
4560 virtual const CResult Set(int64_t p1x, float p1y, float p2x, double p2y) sealed;
4561
4581 virtual const CResult Set(int64_t p1x, float p1y, double p2x, int32_t p2y) sealed;
4582
4602 virtual const CResult Set(int64_t p1x, float p1y, double p2x, int64_t p2y) sealed;
4603
4623 virtual const CResult Set(int64_t p1x, float p1y, double p2x, float p2y) sealed;
4624
4644 virtual const CResult Set(int64_t p1x, float p1y, double p2x, double p2y) sealed;
4645
4665 virtual const CResult Set(int64_t p1x, double p1y, int32_t p2x, int32_t p2y) sealed;
4666
4686 virtual const CResult Set(int64_t p1x, double p1y, int32_t p2x, int64_t p2y) sealed;
4687
4707 virtual const CResult Set(int64_t p1x, double p1y, int32_t p2x, float p2y) sealed;
4708
4728 virtual const CResult Set(int64_t p1x, double p1y, int32_t p2x, double p2y) sealed;
4729
4749 virtual const CResult Set(int64_t p1x, double p1y, int64_t p2x, int32_t p2y) sealed;
4750
4770 virtual const CResult Set(int64_t p1x, double p1y, int64_t p2x, int64_t p2y) sealed;
4771
4791 virtual const CResult Set(int64_t p1x, double p1y, int64_t p2x, float p2y) sealed;
4792
4812 virtual const CResult Set(int64_t p1x, double p1y, int64_t p2x, double p2y) sealed;
4813
4833 virtual const CResult Set(int64_t p1x, double p1y, float p2x, int32_t p2y) sealed;
4834
4854 virtual const CResult Set(int64_t p1x, double p1y, float p2x, int64_t p2y) sealed;
4855
4875 virtual const CResult Set(int64_t p1x, double p1y, float p2x, float p2y) sealed;
4876
4896 virtual const CResult Set(int64_t p1x, double p1y, float p2x, double p2y) sealed;
4897
4917 virtual const CResult Set(int64_t p1x, double p1y, double p2x, int32_t p2y) sealed;
4918
4938 virtual const CResult Set(int64_t p1x, double p1y, double p2x, int64_t p2y) sealed;
4939
4959 virtual const CResult Set(int64_t p1x, double p1y, double p2x, float p2y) sealed;
4960
4980 virtual const CResult Set(int64_t p1x, double p1y, double p2x, double p2y) sealed;
4981
5001 virtual const CResult Set(float p1x, int32_t p1y, int32_t p2x, int32_t p2y) sealed;
5002
5022 virtual const CResult Set(float p1x, int32_t p1y, int32_t p2x, int64_t p2y) sealed;
5023
5043 virtual const CResult Set(float p1x, int32_t p1y, int32_t p2x, float p2y) sealed;
5044
5064 virtual const CResult Set(float p1x, int32_t p1y, int32_t p2x, double p2y) sealed;
5065
5085 virtual const CResult Set(float p1x, int32_t p1y, int64_t p2x, int32_t p2y) sealed;
5086
5106 virtual const CResult Set(float p1x, int32_t p1y, int64_t p2x, int64_t p2y) sealed;
5107
5127 virtual const CResult Set(float p1x, int32_t p1y, int64_t p2x, float p2y) sealed;
5128
5148 virtual const CResult Set(float p1x, int32_t p1y, int64_t p2x, double p2y) sealed;
5149
5169 virtual const CResult Set(float p1x, int32_t p1y, float p2x, int32_t p2y) sealed;
5170
5190 virtual const CResult Set(float p1x, int32_t p1y, float p2x, int64_t p2y) sealed;
5191
5211 virtual const CResult Set(float p1x, int32_t p1y, float p2x, float p2y) sealed;
5212
5232 virtual const CResult Set(float p1x, int32_t p1y, float p2x, double p2y) sealed;
5233
5253 virtual const CResult Set(float p1x, int32_t p1y, double p2x, int32_t p2y) sealed;
5254
5274 virtual const CResult Set(float p1x, int32_t p1y, double p2x, int64_t p2y) sealed;
5275
5295 virtual const CResult Set(float p1x, int32_t p1y, double p2x, float p2y) sealed;
5296
5316 virtual const CResult Set(float p1x, int32_t p1y, double p2x, double p2y) sealed;
5317
5337 virtual const CResult Set(float p1x, int64_t p1y, int32_t p2x, int32_t p2y) sealed;
5338
5358 virtual const CResult Set(float p1x, int64_t p1y, int32_t p2x, int64_t p2y) sealed;
5359
5379 virtual const CResult Set(float p1x, int64_t p1y, int32_t p2x, float p2y) sealed;
5380
5400 virtual const CResult Set(float p1x, int64_t p1y, int32_t p2x, double p2y) sealed;
5401
5421 virtual const CResult Set(float p1x, int64_t p1y, int64_t p2x, int32_t p2y) sealed;
5422
5442 virtual const CResult Set(float p1x, int64_t p1y, int64_t p2x, int64_t p2y) sealed;
5443
5463 virtual const CResult Set(float p1x, int64_t p1y, int64_t p2x, float p2y) sealed;
5464
5484 virtual const CResult Set(float p1x, int64_t p1y, int64_t p2x, double p2y) sealed;
5485
5505 virtual const CResult Set(float p1x, int64_t p1y, float p2x, int32_t p2y) sealed;
5506
5526 virtual const CResult Set(float p1x, int64_t p1y, float p2x, int64_t p2y) sealed;
5527
5547 virtual const CResult Set(float p1x, int64_t p1y, float p2x, float p2y) sealed;
5548
5568 virtual const CResult Set(float p1x, int64_t p1y, float p2x, double p2y) sealed;
5569
5589 virtual const CResult Set(float p1x, int64_t p1y, double p2x, int32_t p2y) sealed;
5590
5610 virtual const CResult Set(float p1x, int64_t p1y, double p2x, int64_t p2y) sealed;
5611
5631 virtual const CResult Set(float p1x, int64_t p1y, double p2x, float p2y) sealed;
5632
5652 virtual const CResult Set(float p1x, int64_t p1y, double p2x, double p2y) sealed;
5653
5673 virtual const CResult Set(float p1x, float p1y, int32_t p2x, int32_t p2y) sealed;
5674
5694 virtual const CResult Set(float p1x, float p1y, int32_t p2x, int64_t p2y) sealed;
5695
5715 virtual const CResult Set(float p1x, float p1y, int32_t p2x, float p2y) sealed;
5716
5736 virtual const CResult Set(float p1x, float p1y, int32_t p2x, double p2y) sealed;
5737
5757 virtual const CResult Set(float p1x, float p1y, int64_t p2x, int32_t p2y) sealed;
5758
5778 virtual const CResult Set(float p1x, float p1y, int64_t p2x, int64_t p2y) sealed;
5779
5799 virtual const CResult Set(float p1x, float p1y, int64_t p2x, float p2y) sealed;
5800
5820 virtual const CResult Set(float p1x, float p1y, int64_t p2x, double p2y) sealed;
5821
5841 virtual const CResult Set(float p1x, float p1y, float p2x, int32_t p2y) sealed;
5842
5862 virtual const CResult Set(float p1x, float p1y, float p2x, int64_t p2y) sealed;
5863
5883 virtual const CResult Set(float p1x, float p1y, float p2x, float p2y) sealed;
5884
5904 virtual const CResult Set(float p1x, float p1y, float p2x, double p2y) sealed;
5905
5925 virtual const CResult Set(float p1x, float p1y, double p2x, int32_t p2y) sealed;
5926
5946 virtual const CResult Set(float p1x, float p1y, double p2x, int64_t p2y) sealed;
5947
5967 virtual const CResult Set(float p1x, float p1y, double p2x, float p2y) sealed;
5968
5988 virtual const CResult Set(float p1x, float p1y, double p2x, double p2y) sealed;
5989
6009 virtual const CResult Set(float p1x, double p1y, int32_t p2x, int32_t p2y) sealed;
6010
6030 virtual const CResult Set(float p1x, double p1y, int32_t p2x, int64_t p2y) sealed;
6031
6051 virtual const CResult Set(float p1x, double p1y, int32_t p2x, float p2y) sealed;
6052
6072 virtual const CResult Set(float p1x, double p1y, int32_t p2x, double p2y) sealed;
6073
6093 virtual const CResult Set(float p1x, double p1y, int64_t p2x, int32_t p2y) sealed;
6094
6114 virtual const CResult Set(float p1x, double p1y, int64_t p2x, int64_t p2y) sealed;
6115
6135 virtual const CResult Set(float p1x, double p1y, int64_t p2x, float p2y) sealed;
6136
6156 virtual const CResult Set(float p1x, double p1y, int64_t p2x, double p2y) sealed;
6157
6177 virtual const CResult Set(float p1x, double p1y, float p2x, int32_t p2y) sealed;
6178
6198 virtual const CResult Set(float p1x, double p1y, float p2x, int64_t p2y) sealed;
6199
6219 virtual const CResult Set(float p1x, double p1y, float p2x, float p2y) sealed;
6220
6240 virtual const CResult Set(float p1x, double p1y, float p2x, double p2y) sealed;
6241
6261 virtual const CResult Set(float p1x, double p1y, double p2x, int32_t p2y) sealed;
6262
6282 virtual const CResult Set(float p1x, double p1y, double p2x, int64_t p2y) sealed;
6283
6303 virtual const CResult Set(float p1x, double p1y, double p2x, float p2y) sealed;
6304
6324 virtual const CResult Set(float p1x, double p1y, double p2x, double p2y) sealed;
6325
6345 virtual const CResult Set(double p1x, int32_t p1y, int32_t p2x, int32_t p2y) sealed;
6346
6366 virtual const CResult Set(double p1x, int32_t p1y, int32_t p2x, int64_t p2y) sealed;
6367
6387 virtual const CResult Set(double p1x, int32_t p1y, int32_t p2x, float p2y) sealed;
6388
6408 virtual const CResult Set(double p1x, int32_t p1y, int32_t p2x, double p2y) sealed;
6409
6429 virtual const CResult Set(double p1x, int32_t p1y, int64_t p2x, int32_t p2y) sealed;
6430
6450 virtual const CResult Set(double p1x, int32_t p1y, int64_t p2x, int64_t p2y) sealed;
6451
6471 virtual const CResult Set(double p1x, int32_t p1y, int64_t p2x, float p2y) sealed;
6472
6492 virtual const CResult Set(double p1x, int32_t p1y, int64_t p2x, double p2y) sealed;
6493
6513 virtual const CResult Set(double p1x, int32_t p1y, float p2x, int32_t p2y) sealed;
6514
6534 virtual const CResult Set(double p1x, int32_t p1y, float p2x, int64_t p2y) sealed;
6535
6555 virtual const CResult Set(double p1x, int32_t p1y, float p2x, float p2y) sealed;
6556
6576 virtual const CResult Set(double p1x, int32_t p1y, float p2x, double p2y) sealed;
6577
6597 virtual const CResult Set(double p1x, int32_t p1y, double p2x, int32_t p2y) sealed;
6598
6618 virtual const CResult Set(double p1x, int32_t p1y, double p2x, int64_t p2y) sealed;
6619
6639 virtual const CResult Set(double p1x, int32_t p1y, double p2x, float p2y) sealed;
6640
6660 virtual const CResult Set(double p1x, int32_t p1y, double p2x, double p2y) sealed;
6661
6681 virtual const CResult Set(double p1x, int64_t p1y, int32_t p2x, int32_t p2y) sealed;
6682
6702 virtual const CResult Set(double p1x, int64_t p1y, int32_t p2x, int64_t p2y) sealed;
6703
6723 virtual const CResult Set(double p1x, int64_t p1y, int32_t p2x, float p2y) sealed;
6724
6744 virtual const CResult Set(double p1x, int64_t p1y, int32_t p2x, double p2y) sealed;
6745
6765 virtual const CResult Set(double p1x, int64_t p1y, int64_t p2x, int32_t p2y) sealed;
6766
6786 virtual const CResult Set(double p1x, int64_t p1y, int64_t p2x, int64_t p2y) sealed;
6787
6807 virtual const CResult Set(double p1x, int64_t p1y, int64_t p2x, float p2y) sealed;
6808
6828 virtual const CResult Set(double p1x, int64_t p1y, int64_t p2x, double p2y) sealed;
6829
6849 virtual const CResult Set(double p1x, int64_t p1y, float p2x, int32_t p2y) sealed;
6850
6870 virtual const CResult Set(double p1x, int64_t p1y, float p2x, int64_t p2y) sealed;
6871
6891 virtual const CResult Set(double p1x, int64_t p1y, float p2x, float p2y) sealed;
6892
6912 virtual const CResult Set(double p1x, int64_t p1y, float p2x, double p2y) sealed;
6913
6933 virtual const CResult Set(double p1x, int64_t p1y, double p2x, int32_t p2y) sealed;
6934
6954 virtual const CResult Set(double p1x, int64_t p1y, double p2x, int64_t p2y) sealed;
6955
6975 virtual const CResult Set(double p1x, int64_t p1y, double p2x, float p2y) sealed;
6976
6996 virtual const CResult Set(double p1x, int64_t p1y, double p2x, double p2y) sealed;
6997
7017 virtual const CResult Set(double p1x, float p1y, int32_t p2x, int32_t p2y) sealed;
7018
7038 virtual const CResult Set(double p1x, float p1y, int32_t p2x, int64_t p2y) sealed;
7039
7059 virtual const CResult Set(double p1x, float p1y, int32_t p2x, float p2y) sealed;
7060
7080 virtual const CResult Set(double p1x, float p1y, int32_t p2x, double p2y) sealed;
7081
7101 virtual const CResult Set(double p1x, float p1y, int64_t p2x, int32_t p2y) sealed;
7102
7122 virtual const CResult Set(double p1x, float p1y, int64_t p2x, int64_t p2y) sealed;
7123
7143 virtual const CResult Set(double p1x, float p1y, int64_t p2x, float p2y) sealed;
7144
7164 virtual const CResult Set(double p1x, float p1y, int64_t p2x, double p2y) sealed;
7165
7185 virtual const CResult Set(double p1x, float p1y, float p2x, int32_t p2y) sealed;
7186
7206 virtual const CResult Set(double p1x, float p1y, float p2x, int64_t p2y) sealed;
7207
7227 virtual const CResult Set(double p1x, float p1y, float p2x, float p2y) sealed;
7228
7248 virtual const CResult Set(double p1x, float p1y, float p2x, double p2y) sealed;
7249
7269 virtual const CResult Set(double p1x, float p1y, double p2x, int32_t p2y) sealed;
7270
7290 virtual const CResult Set(double p1x, float p1y, double p2x, int64_t p2y) sealed;
7291
7311 virtual const CResult Set(double p1x, float p1y, double p2x, float p2y) sealed;
7312
7332 virtual const CResult Set(double p1x, float p1y, double p2x, double p2y) sealed;
7333
7353 virtual const CResult Set(double p1x, double p1y, int32_t p2x, int32_t p2y) sealed;
7354
7374 virtual const CResult Set(double p1x, double p1y, int32_t p2x, int64_t p2y) sealed;
7375
7395 virtual const CResult Set(double p1x, double p1y, int32_t p2x, float p2y) sealed;
7396
7416 virtual const CResult Set(double p1x, double p1y, int32_t p2x, double p2y) sealed;
7417
7437 virtual const CResult Set(double p1x, double p1y, int64_t p2x, int32_t p2y) sealed;
7438
7458 virtual const CResult Set(double p1x, double p1y, int64_t p2x, int64_t p2y) sealed;
7459
7479 virtual const CResult Set(double p1x, double p1y, int64_t p2x, float p2y) sealed;
7480
7500 virtual const CResult Set(double p1x, double p1y, int64_t p2x, double p2y) sealed;
7501
7521 virtual const CResult Set(double p1x, double p1y, float p2x, int32_t p2y) sealed;
7522
7542 virtual const CResult Set(double p1x, double p1y, float p2x, int64_t p2y) sealed;
7543
7563 virtual const CResult Set(double p1x, double p1y, float p2x, float p2y) sealed;
7564
7584 virtual const CResult Set(double p1x, double p1y, float p2x, double p2y) sealed;
7585
7605 virtual const CResult Set(double p1x, double p1y, double p2x, int32_t p2y) sealed;
7606
7626 virtual const CResult Set(double p1x, double p1y, double p2x, int64_t p2y) sealed;
7627
7647 virtual const CResult Set(double p1x, double p1y, double p2x, float p2y) sealed;
7648
7668 virtual const CResult Set(double p1x, double p1y, double p2x, double p2y) sealed;
7669
7687 virtual const CResult Set(double a, double b, double c) sealed;
7688
7704 virtual const CResult Set(const CFLPoint<int32_t>& point) sealed;
7705
7721 virtual const CResult Set(const CFLPoint<int32_t>* pPoint) sealed;
7722
7738 virtual const CResult Set(const CFLPoint<int64_t>& point) sealed;
7739
7755 virtual const CResult Set(const CFLPoint<int64_t>* pPoint) sealed;
7756
7772 virtual const CResult Set(const CFLPoint<float>& point) sealed;
7773
7789 virtual const CResult Set(const CFLPoint<float>* pPoint) sealed;
7790
7806 virtual const CResult Set(const CFLPoint<double>& point) sealed;
7807
7823 virtual const CResult Set(const CFLPoint<double>* pPoint) sealed;
7824
7840 virtual const CResult Set(const CFLFigureText<int32_t>& flft) sealed;
7841
7857 virtual const CResult Set(const CFLFigureText<int32_t>* pFlft) sealed;
7858
7874 virtual const CResult Set(const CFLFigureText<int64_t>& flft) sealed;
7875
7891 virtual const CResult Set(const CFLFigureText<int64_t>* pFlft) sealed;
7892
7908 virtual const CResult Set(const CFLFigureText<float>& flft) sealed;
7909
7925 virtual const CResult Set(const CFLFigureText<float>* pFlft) sealed;
7926
7942 virtual const CResult Set(const CFLFigureText<double>& flft) sealed;
7943
7959 virtual const CResult Set(const CFLFigureText<double>* pFlft) sealed;
7960
7978 virtual const CResult Set(const Base::TPoint<int32_t>& point1, const Base::TPoint<int32_t>& point2) sealed;
7979
7997 virtual const CResult Set(const Base::TPoint<int32_t>* pPoint1, const Base::TPoint<int32_t>* pPoint2) sealed;
7998
8016 virtual const CResult Set(const Base::TPoint<int64_t>& point1, const Base::TPoint<int64_t>& point2) sealed;
8017
8035 virtual const CResult Set(const Base::TPoint<int64_t>* pPoint1, const Base::TPoint<int64_t>* pPoint2) sealed;
8036
8054 virtual const CResult Set(const Base::TPoint<float>& point1, const Base::TPoint<float>& point2) sealed;
8055
8073 virtual const CResult Set(const Base::TPoint<float>* pPoint1, const Base::TPoint<float>* pPoint2) sealed;
8074
8092 virtual const CResult Set(const Base::TPoint<double>& point1, const Base::TPoint<double>& point2) sealed;
8093
8111 virtual const CResult Set(const Base::TPoint<double>* pPoint1, const Base::TPoint<double>* pPoint2) sealed;
8112
8130 virtual const CResult Set(const CFLPoint<int32_t>& point1, const CFLPoint<int32_t>& point2) sealed;
8131
8149 virtual const CResult Set(const CFLPoint<int32_t>* pPoint1, const CFLPoint<int32_t>* pPoint2) sealed;
8150
8168 virtual const CResult Set(const CFLPoint<int64_t>& point1, const CFLPoint<int64_t>& point2) sealed;
8169
8187 virtual const CResult Set(const CFLPoint<int64_t>* pPoint1, const CFLPoint<int64_t>* pPoint2) sealed;
8188
8206 virtual const CResult Set(const CFLPoint<float>& point1, const CFLPoint<float>& point2) sealed;
8207
8225 virtual const CResult Set(const CFLPoint<float>* pPoint1, const CFLPoint<float>* pPoint2) sealed;
8226
8244 virtual const CResult Set(const CFLPoint<double>& point1, const CFLPoint<double>& point2) sealed;
8245
8263 virtual const CResult Set(const CFLPoint<double>* pPoint1, const CFLPoint<double>* pPoint2) sealed;
8264
8282 virtual const CResult Set(const CFLPoint<int32_t>& flpCenter, double f64Angle) sealed;
8283
8301 virtual const CResult Set(const CFLPoint<int32_t>* pFlpCenter, double f64Angle) sealed;
8302
8320 virtual const CResult Set(const CFLPoint<int64_t>& flpCenter, double f64Angle) sealed;
8321
8339 virtual const CResult Set(const CFLPoint<int64_t>* pFlpCenter, double f64Angle) sealed;
8340
8358 virtual const CResult Set(const CFLPoint<float>& flpCenter, double f64Angle) sealed;
8359
8377 virtual const CResult Set(const CFLPoint<float>* pFlpCenter, double f64Angle) sealed;
8378
8396 virtual const CResult Set(const CFLPoint<double>& flpCenter, double f64Angle) sealed;
8397
8415 virtual const CResult Set(const CFLPoint<double>* pFlpCenter, double f64Angle) sealed;
8416
8436 virtual const CResult Set(const CFLPoint<int32_t>& flpCenter, double f64Angle, double f64LineLength) sealed;
8437
8457 virtual const CResult Set(const CFLPoint<int32_t>* pFlpCenter, double f64Angle, double f64LineLength) sealed;
8458
8478 virtual const CResult Set(const CFLPoint<int64_t>& flpCenter, double f64Angle, double f64LineLength) sealed;
8479
8499 virtual const CResult Set(const CFLPoint<int64_t>* pFlpCenter, double f64Angle, double f64LineLength) sealed;
8500
8520 virtual const CResult Set(const CFLPoint<float>& flpCenter, double f64Angle, double f64LineLength) sealed;
8521
8541 virtual const CResult Set(const CFLPoint<float>* pFlpCenter, double f64Angle, double f64LineLength) sealed;
8542
8562 virtual const CResult Set(const CFLPoint<double>& flpCenter, double f64Angle, double f64LineLength) sealed;
8563
8583 virtual const CResult Set(const CFLPoint<double>* pFlpCenter, double f64Angle, double f64LineLength) sealed;
8584
8598 virtual const CResult Set(const CFLLine<int32_t>& line) sealed;
8599
8613 virtual const CResult Set(const CFLLine<int32_t>* pLine) sealed;
8614
8628 virtual const CResult Set(const CFLLine<int64_t>& line) sealed;
8629
8643 virtual const CResult Set(const CFLLine<int64_t>* pLine) sealed;
8644
8658 virtual const CResult Set(const CFLLine<float>& line) sealed;
8659
8673 virtual const CResult Set(const CFLLine<float>* pLine) sealed;
8674
8688 virtual const CResult Set(const CFLLine<double>& line) sealed;
8689
8703 virtual const CResult Set(const CFLLine<double>* pLine) sealed;
8704
8720 virtual const CResult Set(const Base::TRect<int32_t>& rect) sealed;
8721
8737 virtual const CResult Set(const Base::TRect<int32_t>* pRect) sealed;
8738
8754 virtual const CResult Set(const Base::TRect<int64_t>& rect) sealed;
8755
8771 virtual const CResult Set(const Base::TRect<int64_t>* pRect) sealed;
8772
8788 virtual const CResult Set(const Base::TRect<float>& rect) sealed;
8789
8805 virtual const CResult Set(const Base::TRect<float>* pRect) sealed;
8806
8822 virtual const CResult Set(const Base::TRect<double>& rect) sealed;
8823
8839 virtual const CResult Set(const Base::TRect<double>* pRect) sealed;
8840
8856 virtual const CResult Set(const CFLRect<int32_t>& rect) sealed;
8857
8873 virtual const CResult Set(const CFLRect<int32_t>* pRect) sealed;
8874
8890 virtual const CResult Set(const CFLRect<int64_t>& rect) sealed;
8891
8907 virtual const CResult Set(const CFLRect<int64_t>* pRect) sealed;
8908
8924 virtual const CResult Set(const CFLRect<float>& rect) sealed;
8925
8941 virtual const CResult Set(const CFLRect<float>* pRect) sealed;
8942
8958 virtual const CResult Set(const CFLRect<double>& rect) sealed;
8959
8975 virtual const CResult Set(const CFLRect<double>* pRect) sealed;
8976
8992 virtual const CResult Set(const CFLRoundRect<int32_t>& flrr) sealed;
8993
9009 virtual const CResult Set(const CFLRoundRect<int32_t>* pFlrr) sealed;
9010
9026 virtual const CResult Set(const CFLRoundRect<int64_t>& flrr) sealed;
9027
9043 virtual const CResult Set(const CFLRoundRect<int64_t>* pFlrr) sealed;
9044
9060 virtual const CResult Set(const CFLRoundRect<float>& flrr) sealed;
9061
9077 virtual const CResult Set(const CFLRoundRect<float>* pFlrr) sealed;
9078
9094 virtual const CResult Set(const CFLRoundRect<double>& flrr) sealed;
9095
9111 virtual const CResult Set(const CFLRoundRect<double>* pFlrr) sealed;
9112
9128 virtual const CResult Set(const CFLQuad<int32_t>& flq) sealed;
9129
9145 virtual const CResult Set(const CFLQuad<int32_t>* pFlq) sealed;
9146
9162 virtual const CResult Set(const CFLQuad<int64_t>& flq) sealed;
9163
9179 virtual const CResult Set(const CFLQuad<int64_t>* pFlq) sealed;
9180
9196 virtual const CResult Set(const CFLQuad<float>& flq) sealed;
9197
9213 virtual const CResult Set(const CFLQuad<float>* pFlq) sealed;
9214
9230 virtual const CResult Set(const CFLQuad<double>& flq) sealed;
9231
9247 virtual const CResult Set(const CFLQuad<double>* pFlq) sealed;
9248
9264 virtual const CResult Set(const CFLCircle<int32_t>& flc) sealed;
9265
9281 virtual const CResult Set(const CFLCircle<int32_t>* pFlc) sealed;
9282
9298 virtual const CResult Set(const CFLCircle<int64_t>& flc) sealed;
9299
9315 virtual const CResult Set(const CFLCircle<int64_t>* pFlc) sealed;
9316
9332 virtual const CResult Set(const CFLCircle<float>& flc) sealed;
9333
9349 virtual const CResult Set(const CFLCircle<float>* pFlc) sealed;
9350
9366 virtual const CResult Set(const CFLCircle<double>& flc) sealed;
9367
9383 virtual const CResult Set(const CFLCircle<double>* pFlc) sealed;
9384
9400 virtual const CResult Set(const CFLEllipse<int32_t>& fle) sealed;
9401
9417 virtual const CResult Set(const CFLEllipse<int32_t>* pFle) sealed;
9418
9434 virtual const CResult Set(const CFLEllipse<int64_t>& fle) sealed;
9435
9451 virtual const CResult Set(const CFLEllipse<int64_t>* pFle) sealed;
9452
9468 virtual const CResult Set(const CFLEllipse<float>& fle) sealed;
9469
9485 virtual const CResult Set(const CFLEllipse<float>* pFle) sealed;
9486
9502 virtual const CResult Set(const CFLEllipse<double>& fle) sealed;
9503
9519 virtual const CResult Set(const CFLEllipse<double>* pFle) sealed;
9520
9536 virtual const CResult Set(const CFLCubicSpline& flcs) sealed;
9537
9553 virtual const CResult Set(const CFLCubicSpline* pFlcs) sealed;
9554
9570 virtual const CResult Set(const CFLBezierQuadraticCurve& flbc2) sealed;
9571
9587 virtual const CResult Set(const CFLBezierQuadraticCurve* pFlbc2) sealed;
9588
9604 virtual const CResult Set(const CFLBezierCubicCurve& flbc3) sealed;
9605
9621 virtual const CResult Set(const CFLBezierCubicCurve* pFlbc3) sealed;
9622
9638 virtual const CResult Set(const CFLBezierQuarticCurve& flbc4) sealed;
9639
9655 virtual const CResult Set(const CFLBezierQuarticCurve* pFlbc4) sealed;
9656
9672 virtual const CResult Set(const CFLRegion& flrg) sealed;
9673
9689 virtual const CResult Set(const CFLRegion* pFlrg) sealed;
9690
9706 virtual const CResult Set(const CFLComplexRegion& flcr) sealed;
9707
9723 virtual const CResult Set(const CFLComplexRegion* pFlcr) sealed;
9724
9740 virtual const CResult Set(const CFLPointArray& flpa) sealed;
9741
9757 virtual const CResult Set(const CFLPointArray* pFlpa) sealed;
9758
9774 virtual const CResult Set(const CFLFigureArray& flfa) sealed;
9775
9791 virtual const CResult Set(const CFLFigureArray* pFlfa) sealed;
9792
9793
9794
9802 CFLLine();
9803
9811 virtual ~CFLLine();
9812
9824 CFLLine(const Base::CFLImage& fli);
9825
9837 CFLLine(const Base::CFLImage* pFli);
9838
9850 CFLLine(const Base::CFLImagePage& flip);
9851
9863 CFLLine(const Base::CFLImagePage* pFlip);
9864
9866 // Copy constructor
9882 CFLLine(int32_t p1x, int32_t p1y, int32_t p2x, int32_t p2y);
9883
9899 CFLLine(int32_t p1x, int32_t p1y, int32_t p2x, int64_t p2y);
9900
9916 CFLLine(int32_t p1x, int32_t p1y, int32_t p2x, float p2y);
9917
9933 CFLLine(int32_t p1x, int32_t p1y, int32_t p2x, double p2y);
9934
9950 CFLLine(int32_t p1x, int32_t p1y, int64_t p2x, int32_t p2y);
9951
9967 CFLLine(int32_t p1x, int32_t p1y, int64_t p2x, int64_t p2y);
9968
9984 CFLLine(int32_t p1x, int32_t p1y, int64_t p2x, float p2y);
9985
10001 CFLLine(int32_t p1x, int32_t p1y, int64_t p2x, double p2y);
10002
10018 CFLLine(int32_t p1x, int32_t p1y, float p2x, int32_t p2y);
10019
10035 CFLLine(int32_t p1x, int32_t p1y, float p2x, int64_t p2y);
10036
10052 CFLLine(int32_t p1x, int32_t p1y, float p2x, float p2y);
10053
10069 CFLLine(int32_t p1x, int32_t p1y, float p2x, double p2y);
10070
10086 CFLLine(int32_t p1x, int32_t p1y, double p2x, int32_t p2y);
10087
10103 CFLLine(int32_t p1x, int32_t p1y, double p2x, int64_t p2y);
10104
10120 CFLLine(int32_t p1x, int32_t p1y, double p2x, float p2y);
10121
10137 CFLLine(int32_t p1x, int32_t p1y, double p2x, double p2y);
10138
10154 CFLLine(int32_t p1x, int64_t p1y, int32_t p2x, int32_t p2y);
10155
10171 CFLLine(int32_t p1x, int64_t p1y, int32_t p2x, int64_t p2y);
10172
10188 CFLLine(int32_t p1x, int64_t p1y, int32_t p2x, float p2y);
10189
10205 CFLLine(int32_t p1x, int64_t p1y, int32_t p2x, double p2y);
10206
10222 CFLLine(int32_t p1x, int64_t p1y, int64_t p2x, int32_t p2y);
10223
10239 CFLLine(int32_t p1x, int64_t p1y, int64_t p2x, int64_t p2y);
10240
10256 CFLLine(int32_t p1x, int64_t p1y, int64_t p2x, float p2y);
10257
10273 CFLLine(int32_t p1x, int64_t p1y, int64_t p2x, double p2y);
10274
10290 CFLLine(int32_t p1x, int64_t p1y, float p2x, int32_t p2y);
10291
10307 CFLLine(int32_t p1x, int64_t p1y, float p2x, int64_t p2y);
10308
10324 CFLLine(int32_t p1x, int64_t p1y, float p2x, float p2y);
10325
10341 CFLLine(int32_t p1x, int64_t p1y, float p2x, double p2y);
10342
10358 CFLLine(int32_t p1x, int64_t p1y, double p2x, int32_t p2y);
10359
10375 CFLLine(int32_t p1x, int64_t p1y, double p2x, int64_t p2y);
10376
10392 CFLLine(int32_t p1x, int64_t p1y, double p2x, float p2y);
10393
10409 CFLLine(int32_t p1x, int64_t p1y, double p2x, double p2y);
10410
10426 CFLLine(int32_t p1x, float p1y, int32_t p2x, int32_t p2y);
10427
10443 CFLLine(int32_t p1x, float p1y, int32_t p2x, int64_t p2y);
10444
10460 CFLLine(int32_t p1x, float p1y, int32_t p2x, float p2y);
10461
10477 CFLLine(int32_t p1x, float p1y, int32_t p2x, double p2y);
10478
10494 CFLLine(int32_t p1x, float p1y, int64_t p2x, int32_t p2y);
10495
10511 CFLLine(int32_t p1x, float p1y, int64_t p2x, int64_t p2y);
10512
10528 CFLLine(int32_t p1x, float p1y, int64_t p2x, float p2y);
10529
10545 CFLLine(int32_t p1x, float p1y, int64_t p2x, double p2y);
10546
10562 CFLLine(int32_t p1x, float p1y, float p2x, int32_t p2y);
10563
10579 CFLLine(int32_t p1x, float p1y, float p2x, int64_t p2y);
10580
10596 CFLLine(int32_t p1x, float p1y, float p2x, float p2y);
10597
10613 CFLLine(int32_t p1x, float p1y, float p2x, double p2y);
10614
10630 CFLLine(int32_t p1x, float p1y, double p2x, int32_t p2y);
10631
10647 CFLLine(int32_t p1x, float p1y, double p2x, int64_t p2y);
10648
10664 CFLLine(int32_t p1x, float p1y, double p2x, float p2y);
10665
10681 CFLLine(int32_t p1x, float p1y, double p2x, double p2y);
10682
10698 CFLLine(int32_t p1x, double p1y, int32_t p2x, int32_t p2y);
10699
10715 CFLLine(int32_t p1x, double p1y, int32_t p2x, int64_t p2y);
10716
10732 CFLLine(int32_t p1x, double p1y, int32_t p2x, float p2y);
10733
10749 CFLLine(int32_t p1x, double p1y, int32_t p2x, double p2y);
10750
10766 CFLLine(int32_t p1x, double p1y, int64_t p2x, int32_t p2y);
10767
10783 CFLLine(int32_t p1x, double p1y, int64_t p2x, int64_t p2y);
10784
10800 CFLLine(int32_t p1x, double p1y, int64_t p2x, float p2y);
10801
10817 CFLLine(int32_t p1x, double p1y, int64_t p2x, double p2y);
10818
10834 CFLLine(int32_t p1x, double p1y, float p2x, int32_t p2y);
10835
10851 CFLLine(int32_t p1x, double p1y, float p2x, int64_t p2y);
10852
10868 CFLLine(int32_t p1x, double p1y, float p2x, float p2y);
10869
10885 CFLLine(int32_t p1x, double p1y, float p2x, double p2y);
10886
10902 CFLLine(int32_t p1x, double p1y, double p2x, int32_t p2y);
10903
10919 CFLLine(int32_t p1x, double p1y, double p2x, int64_t p2y);
10920
10936 CFLLine(int32_t p1x, double p1y, double p2x, float p2y);
10937
10953 CFLLine(int32_t p1x, double p1y, double p2x, double p2y);
10954
10970 CFLLine(int64_t p1x, int32_t p1y, int32_t p2x, int32_t p2y);
10971
10987 CFLLine(int64_t p1x, int32_t p1y, int32_t p2x, int64_t p2y);
10988
11004 CFLLine(int64_t p1x, int32_t p1y, int32_t p2x, float p2y);
11005
11021 CFLLine(int64_t p1x, int32_t p1y, int32_t p2x, double p2y);
11022
11038 CFLLine(int64_t p1x, int32_t p1y, int64_t p2x, int32_t p2y);
11039
11055 CFLLine(int64_t p1x, int32_t p1y, int64_t p2x, int64_t p2y);
11056
11072 CFLLine(int64_t p1x, int32_t p1y, int64_t p2x, float p2y);
11073
11089 CFLLine(int64_t p1x, int32_t p1y, int64_t p2x, double p2y);
11090
11106 CFLLine(int64_t p1x, int32_t p1y, float p2x, int32_t p2y);
11107
11123 CFLLine(int64_t p1x, int32_t p1y, float p2x, int64_t p2y);
11124
11140 CFLLine(int64_t p1x, int32_t p1y, float p2x, float p2y);
11141
11157 CFLLine(int64_t p1x, int32_t p1y, float p2x, double p2y);
11158
11174 CFLLine(int64_t p1x, int32_t p1y, double p2x, int32_t p2y);
11175
11191 CFLLine(int64_t p1x, int32_t p1y, double p2x, int64_t p2y);
11192
11208 CFLLine(int64_t p1x, int32_t p1y, double p2x, float p2y);
11209
11225 CFLLine(int64_t p1x, int32_t p1y, double p2x, double p2y);
11226
11242 CFLLine(int64_t p1x, int64_t p1y, int32_t p2x, int32_t p2y);
11243
11259 CFLLine(int64_t p1x, int64_t p1y, int32_t p2x, int64_t p2y);
11260
11276 CFLLine(int64_t p1x, int64_t p1y, int32_t p2x, float p2y);
11277
11293 CFLLine(int64_t p1x, int64_t p1y, int32_t p2x, double p2y);
11294
11310 CFLLine(int64_t p1x, int64_t p1y, int64_t p2x, int32_t p2y);
11311
11327 CFLLine(int64_t p1x, int64_t p1y, int64_t p2x, int64_t p2y);
11328
11344 CFLLine(int64_t p1x, int64_t p1y, int64_t p2x, float p2y);
11345
11361 CFLLine(int64_t p1x, int64_t p1y, int64_t p2x, double p2y);
11362
11378 CFLLine(int64_t p1x, int64_t p1y, float p2x, int32_t p2y);
11379
11395 CFLLine(int64_t p1x, int64_t p1y, float p2x, int64_t p2y);
11396
11412 CFLLine(int64_t p1x, int64_t p1y, float p2x, float p2y);
11413
11429 CFLLine(int64_t p1x, int64_t p1y, float p2x, double p2y);
11430
11446 CFLLine(int64_t p1x, int64_t p1y, double p2x, int32_t p2y);
11447
11463 CFLLine(int64_t p1x, int64_t p1y, double p2x, int64_t p2y);
11464
11480 CFLLine(int64_t p1x, int64_t p1y, double p2x, float p2y);
11481
11497 CFLLine(int64_t p1x, int64_t p1y, double p2x, double p2y);
11498
11514 CFLLine(int64_t p1x, float p1y, int32_t p2x, int32_t p2y);
11515
11531 CFLLine(int64_t p1x, float p1y, int32_t p2x, int64_t p2y);
11532
11548 CFLLine(int64_t p1x, float p1y, int32_t p2x, float p2y);
11549
11565 CFLLine(int64_t p1x, float p1y, int32_t p2x, double p2y);
11566
11582 CFLLine(int64_t p1x, float p1y, int64_t p2x, int32_t p2y);
11583
11599 CFLLine(int64_t p1x, float p1y, int64_t p2x, int64_t p2y);
11600
11616 CFLLine(int64_t p1x, float p1y, int64_t p2x, float p2y);
11617
11633 CFLLine(int64_t p1x, float p1y, int64_t p2x, double p2y);
11634
11650 CFLLine(int64_t p1x, float p1y, float p2x, int32_t p2y);
11651
11667 CFLLine(int64_t p1x, float p1y, float p2x, int64_t p2y);
11668
11684 CFLLine(int64_t p1x, float p1y, float p2x, float p2y);
11685
11701 CFLLine(int64_t p1x, float p1y, float p2x, double p2y);
11702
11718 CFLLine(int64_t p1x, float p1y, double p2x, int32_t p2y);
11719
11735 CFLLine(int64_t p1x, float p1y, double p2x, int64_t p2y);
11736
11752 CFLLine(int64_t p1x, float p1y, double p2x, float p2y);
11753
11769 CFLLine(int64_t p1x, float p1y, double p2x, double p2y);
11770
11786 CFLLine(int64_t p1x, double p1y, int32_t p2x, int32_t p2y);
11787
11803 CFLLine(int64_t p1x, double p1y, int32_t p2x, int64_t p2y);
11804
11820 CFLLine(int64_t p1x, double p1y, int32_t p2x, float p2y);
11821
11837 CFLLine(int64_t p1x, double p1y, int32_t p2x, double p2y);
11838
11854 CFLLine(int64_t p1x, double p1y, int64_t p2x, int32_t p2y);
11855
11871 CFLLine(int64_t p1x, double p1y, int64_t p2x, int64_t p2y);
11872
11888 CFLLine(int64_t p1x, double p1y, int64_t p2x, float p2y);
11889
11905 CFLLine(int64_t p1x, double p1y, int64_t p2x, double p2y);
11906
11922 CFLLine(int64_t p1x, double p1y, float p2x, int32_t p2y);
11923
11939 CFLLine(int64_t p1x, double p1y, float p2x, int64_t p2y);
11940
11956 CFLLine(int64_t p1x, double p1y, float p2x, float p2y);
11957
11973 CFLLine(int64_t p1x, double p1y, float p2x, double p2y);
11974
11990 CFLLine(int64_t p1x, double p1y, double p2x, int32_t p2y);
11991
12007 CFLLine(int64_t p1x, double p1y, double p2x, int64_t p2y);
12008
12024 CFLLine(int64_t p1x, double p1y, double p2x, float p2y);
12025
12041 CFLLine(int64_t p1x, double p1y, double p2x, double p2y);
12042
12058 CFLLine(float p1x, int32_t p1y, int32_t p2x, int32_t p2y);
12059
12075 CFLLine(float p1x, int32_t p1y, int32_t p2x, int64_t p2y);
12076
12092 CFLLine(float p1x, int32_t p1y, int32_t p2x, float p2y);
12093
12109 CFLLine(float p1x, int32_t p1y, int32_t p2x, double p2y);
12110
12126 CFLLine(float p1x, int32_t p1y, int64_t p2x, int32_t p2y);
12127
12143 CFLLine(float p1x, int32_t p1y, int64_t p2x, int64_t p2y);
12144
12160 CFLLine(float p1x, int32_t p1y, int64_t p2x, float p2y);
12161
12177 CFLLine(float p1x, int32_t p1y, int64_t p2x, double p2y);
12178
12194 CFLLine(float p1x, int32_t p1y, float p2x, int32_t p2y);
12195
12211 CFLLine(float p1x, int32_t p1y, float p2x, int64_t p2y);
12212
12228 CFLLine(float p1x, int32_t p1y, float p2x, float p2y);
12229
12245 CFLLine(float p1x, int32_t p1y, float p2x, double p2y);
12246
12262 CFLLine(float p1x, int32_t p1y, double p2x, int32_t p2y);
12263
12279 CFLLine(float p1x, int32_t p1y, double p2x, int64_t p2y);
12280
12296 CFLLine(float p1x, int32_t p1y, double p2x, float p2y);
12297
12313 CFLLine(float p1x, int32_t p1y, double p2x, double p2y);
12314
12330 CFLLine(float p1x, int64_t p1y, int32_t p2x, int32_t p2y);
12331
12347 CFLLine(float p1x, int64_t p1y, int32_t p2x, int64_t p2y);
12348
12364 CFLLine(float p1x, int64_t p1y, int32_t p2x, float p2y);
12365
12381 CFLLine(float p1x, int64_t p1y, int32_t p2x, double p2y);
12382
12398 CFLLine(float p1x, int64_t p1y, int64_t p2x, int32_t p2y);
12399
12415 CFLLine(float p1x, int64_t p1y, int64_t p2x, int64_t p2y);
12416
12432 CFLLine(float p1x, int64_t p1y, int64_t p2x, float p2y);
12433
12449 CFLLine(float p1x, int64_t p1y, int64_t p2x, double p2y);
12450
12466 CFLLine(float p1x, int64_t p1y, float p2x, int32_t p2y);
12467
12483 CFLLine(float p1x, int64_t p1y, float p2x, int64_t p2y);
12484
12500 CFLLine(float p1x, int64_t p1y, float p2x, float p2y);
12501
12517 CFLLine(float p1x, int64_t p1y, float p2x, double p2y);
12518
12534 CFLLine(float p1x, int64_t p1y, double p2x, int32_t p2y);
12535
12551 CFLLine(float p1x, int64_t p1y, double p2x, int64_t p2y);
12552
12568 CFLLine(float p1x, int64_t p1y, double p2x, float p2y);
12569
12585 CFLLine(float p1x, int64_t p1y, double p2x, double p2y);
12586
12602 CFLLine(float p1x, float p1y, int32_t p2x, int32_t p2y);
12603
12619 CFLLine(float p1x, float p1y, int32_t p2x, int64_t p2y);
12620
12636 CFLLine(float p1x, float p1y, int32_t p2x, float p2y);
12637
12653 CFLLine(float p1x, float p1y, int32_t p2x, double p2y);
12654
12670 CFLLine(float p1x, float p1y, int64_t p2x, int32_t p2y);
12671
12687 CFLLine(float p1x, float p1y, int64_t p2x, int64_t p2y);
12688
12704 CFLLine(float p1x, float p1y, int64_t p2x, float p2y);
12705
12721 CFLLine(float p1x, float p1y, int64_t p2x, double p2y);
12722
12738 CFLLine(float p1x, float p1y, float p2x, int32_t p2y);
12739
12755 CFLLine(float p1x, float p1y, float p2x, int64_t p2y);
12756
12772 CFLLine(float p1x, float p1y, float p2x, float p2y);
12773
12789 CFLLine(float p1x, float p1y, float p2x, double p2y);
12790
12806 CFLLine(float p1x, float p1y, double p2x, int32_t p2y);
12807
12823 CFLLine(float p1x, float p1y, double p2x, int64_t p2y);
12824
12840 CFLLine(float p1x, float p1y, double p2x, float p2y);
12841
12857 CFLLine(float p1x, float p1y, double p2x, double p2y);
12858
12874 CFLLine(float p1x, double p1y, int32_t p2x, int32_t p2y);
12875
12891 CFLLine(float p1x, double p1y, int32_t p2x, int64_t p2y);
12892
12908 CFLLine(float p1x, double p1y, int32_t p2x, float p2y);
12909
12925 CFLLine(float p1x, double p1y, int32_t p2x, double p2y);
12926
12942 CFLLine(float p1x, double p1y, int64_t p2x, int32_t p2y);
12943
12959 CFLLine(float p1x, double p1y, int64_t p2x, int64_t p2y);
12960
12976 CFLLine(float p1x, double p1y, int64_t p2x, float p2y);
12977
12993 CFLLine(float p1x, double p1y, int64_t p2x, double p2y);
12994
13010 CFLLine(float p1x, double p1y, float p2x, int32_t p2y);
13011
13027 CFLLine(float p1x, double p1y, float p2x, int64_t p2y);
13028
13044 CFLLine(float p1x, double p1y, float p2x, float p2y);
13045
13061 CFLLine(float p1x, double p1y, float p2x, double p2y);
13062
13078 CFLLine(float p1x, double p1y, double p2x, int32_t p2y);
13079
13095 CFLLine(float p1x, double p1y, double p2x, int64_t p2y);
13096
13112 CFLLine(float p1x, double p1y, double p2x, float p2y);
13113
13129 CFLLine(float p1x, double p1y, double p2x, double p2y);
13130
13146 CFLLine(double p1x, int32_t p1y, int32_t p2x, int32_t p2y);
13147
13163 CFLLine(double p1x, int32_t p1y, int32_t p2x, int64_t p2y);
13164
13180 CFLLine(double p1x, int32_t p1y, int32_t p2x, float p2y);
13181
13197 CFLLine(double p1x, int32_t p1y, int32_t p2x, double p2y);
13198
13214 CFLLine(double p1x, int32_t p1y, int64_t p2x, int32_t p2y);
13215
13231 CFLLine(double p1x, int32_t p1y, int64_t p2x, int64_t p2y);
13232
13248 CFLLine(double p1x, int32_t p1y, int64_t p2x, float p2y);
13249
13265 CFLLine(double p1x, int32_t p1y, int64_t p2x, double p2y);
13266
13282 CFLLine(double p1x, int32_t p1y, float p2x, int32_t p2y);
13283
13299 CFLLine(double p1x, int32_t p1y, float p2x, int64_t p2y);
13300
13316 CFLLine(double p1x, int32_t p1y, float p2x, float p2y);
13317
13333 CFLLine(double p1x, int32_t p1y, float p2x, double p2y);
13334
13350 CFLLine(double p1x, int32_t p1y, double p2x, int32_t p2y);
13351
13367 CFLLine(double p1x, int32_t p1y, double p2x, int64_t p2y);
13368
13384 CFLLine(double p1x, int32_t p1y, double p2x, float p2y);
13385
13401 CFLLine(double p1x, int32_t p1y, double p2x, double p2y);
13402
13418 CFLLine(double p1x, int64_t p1y, int32_t p2x, int32_t p2y);
13419
13435 CFLLine(double p1x, int64_t p1y, int32_t p2x, int64_t p2y);
13436
13452 CFLLine(double p1x, int64_t p1y, int32_t p2x, float p2y);
13453
13469 CFLLine(double p1x, int64_t p1y, int32_t p2x, double p2y);
13470
13486 CFLLine(double p1x, int64_t p1y, int64_t p2x, int32_t p2y);
13487
13503 CFLLine(double p1x, int64_t p1y, int64_t p2x, int64_t p2y);
13504
13520 CFLLine(double p1x, int64_t p1y, int64_t p2x, float p2y);
13521
13537 CFLLine(double p1x, int64_t p1y, int64_t p2x, double p2y);
13538
13554 CFLLine(double p1x, int64_t p1y, float p2x, int32_t p2y);
13555
13571 CFLLine(double p1x, int64_t p1y, float p2x, int64_t p2y);
13572
13588 CFLLine(double p1x, int64_t p1y, float p2x, float p2y);
13589
13605 CFLLine(double p1x, int64_t p1y, float p2x, double p2y);
13606
13622 CFLLine(double p1x, int64_t p1y, double p2x, int32_t p2y);
13623
13639 CFLLine(double p1x, int64_t p1y, double p2x, int64_t p2y);
13640
13656 CFLLine(double p1x, int64_t p1y, double p2x, float p2y);
13657
13673 CFLLine(double p1x, int64_t p1y, double p2x, double p2y);
13674
13690 CFLLine(double p1x, float p1y, int32_t p2x, int32_t p2y);
13691
13707 CFLLine(double p1x, float p1y, int32_t p2x, int64_t p2y);
13708
13724 CFLLine(double p1x, float p1y, int32_t p2x, float p2y);
13725
13741 CFLLine(double p1x, float p1y, int32_t p2x, double p2y);
13742
13758 CFLLine(double p1x, float p1y, int64_t p2x, int32_t p2y);
13759
13775 CFLLine(double p1x, float p1y, int64_t p2x, int64_t p2y);
13776
13792 CFLLine(double p1x, float p1y, int64_t p2x, float p2y);
13793
13809 CFLLine(double p1x, float p1y, int64_t p2x, double p2y);
13810
13826 CFLLine(double p1x, float p1y, float p2x, int32_t p2y);
13827
13843 CFLLine(double p1x, float p1y, float p2x, int64_t p2y);
13844
13860 CFLLine(double p1x, float p1y, float p2x, float p2y);
13861
13877 CFLLine(double p1x, float p1y, float p2x, double p2y);
13878
13894 CFLLine(double p1x, float p1y, double p2x, int32_t p2y);
13895
13911 CFLLine(double p1x, float p1y, double p2x, int64_t p2y);
13912
13928 CFLLine(double p1x, float p1y, double p2x, float p2y);
13929
13945 CFLLine(double p1x, float p1y, double p2x, double p2y);
13946
13962 CFLLine(double p1x, double p1y, int32_t p2x, int32_t p2y);
13963
13979 CFLLine(double p1x, double p1y, int32_t p2x, int64_t p2y);
13980
13996 CFLLine(double p1x, double p1y, int32_t p2x, float p2y);
13997
14013 CFLLine(double p1x, double p1y, int32_t p2x, double p2y);
14014
14030 CFLLine(double p1x, double p1y, int64_t p2x, int32_t p2y);
14031
14047 CFLLine(double p1x, double p1y, int64_t p2x, int64_t p2y);
14048
14064 CFLLine(double p1x, double p1y, int64_t p2x, float p2y);
14065
14081 CFLLine(double p1x, double p1y, int64_t p2x, double p2y);
14082
14098 CFLLine(double p1x, double p1y, float p2x, int32_t p2y);
14099
14115 CFLLine(double p1x, double p1y, float p2x, int64_t p2y);
14116
14132 CFLLine(double p1x, double p1y, float p2x, float p2y);
14133
14149 CFLLine(double p1x, double p1y, float p2x, double p2y);
14150
14166 CFLLine(double p1x, double p1y, double p2x, int32_t p2y);
14167
14183 CFLLine(double p1x, double p1y, double p2x, int64_t p2y);
14184
14200 CFLLine(double p1x, double p1y, double p2x, float p2y);
14201
14217 CFLLine(double p1x, double p1y, double p2x, double p2y);
14218
14232 CFLLine(T a, T b, T c);
14233
14247 CFLLine(const CFLFigure& flf);
14248
14262 CFLLine(const CFLFigure* pFlf);
14263
14275 CFLLine(const CFLPoint<int32_t>& point);
14276
14288 CFLLine(const CFLPoint<int32_t>* pPoint);
14289
14301 CFLLine(const CFLPoint<int64_t>& point);
14302
14314 CFLLine(const CFLPoint<int64_t>* pPoint);
14315
14327 CFLLine(const CFLPoint<float>& point);
14328
14340 CFLLine(const CFLPoint<float>* pPoint);
14341
14353 CFLLine(const CFLPoint<double>& point);
14354
14366 CFLLine(const CFLPoint<double>* pPoint);
14367
14379 CFLLine(const CFLFigureText<int32_t>& flft);
14380
14392 CFLLine(const CFLFigureText<int32_t>* pFlft);
14393
14405 CFLLine(const CFLFigureText<int64_t>& flft);
14406
14418 CFLLine(const CFLFigureText<int64_t>* pFlft);
14419
14431 CFLLine(const CFLFigureText<float>& flft);
14432
14444 CFLLine(const CFLFigureText<float>* pFlft);
14445
14457 CFLLine(const CFLFigureText<double>& flft);
14458
14470 CFLLine(const CFLFigureText<double>* pFlft);
14471
14485 CFLLine(const CFLPoint<int32_t>& flpCenter, double f64Angle);
14486
14500 CFLLine(const CFLPoint<int32_t>* pFlpCenter, double f64Angle);
14501
14515 CFLLine(const CFLPoint<int64_t>& flpCenter, double f64Angle);
14516
14530 CFLLine(const CFLPoint<int64_t>* pFlpCenter, double f64Angle);
14531
14545 CFLLine(const CFLPoint<float>& flpCenter, double f64Angle);
14546
14560 CFLLine(const CFLPoint<float>* pFlpCenter, double f64Angle);
14561
14575 CFLLine(const CFLPoint<double>& flpCenter, double f64Angle);
14576
14590 CFLLine(const CFLPoint<double>* pFlpCenter, double f64Angle);
14591
14607 CFLLine(const CFLPoint<int32_t>& flpCenter, double f64Angle, double f64LineLength);
14608
14624 CFLLine(const CFLPoint<int32_t>* pFlpCenter, double f64Angle, double f64LineLength);
14625
14641 CFLLine(const CFLPoint<int64_t>& flpCenter, double f64Angle, double f64LineLength);
14642
14658 CFLLine(const CFLPoint<int64_t>* pFlpCenter, double f64Angle, double f64LineLength);
14659
14675 CFLLine(const CFLPoint<float>& flpCenter, double f64Angle, double f64LineLength);
14676
14692 CFLLine(const CFLPoint<float>* pFlpCenter, double f64Angle, double f64LineLength);
14693
14709 CFLLine(const CFLPoint<double>& flpCenter, double f64Angle, double f64LineLength);
14710
14726 CFLLine(const CFLPoint<double>* pFlpCenter, double f64Angle, double f64LineLength);
14727
14741 CFLLine(const Base::TPoint<int32_t>& point1, const Base::TPoint<int32_t>& point2);
14742
14756 CFLLine(const Base::TPoint<int32_t>* pPoint1, const Base::TPoint<int32_t>* pPoint2);
14757
14771 CFLLine(const CFLPoint<int32_t>& point1, const CFLPoint<int32_t>& point2);
14772
14786 CFLLine(const CFLPoint<int32_t>* pPoint1, const CFLPoint<int32_t>* pPoint2);
14787
14801 CFLLine(const CFLPoint<int64_t>& point1, const CFLPoint<int64_t>& point2);
14802
14816 CFLLine(const CFLPoint<int64_t>* pPoint1, const CFLPoint<int64_t>* pPoint2);
14817
14831 CFLLine(const CFLPoint<float>& point1, const CFLPoint<float>& point2);
14832
14846 CFLLine(const CFLPoint<float>* pPoint1, const CFLPoint<float>* pPoint2);
14847
14861 CFLLine(const CFLPoint<double>& point1, const CFLPoint<double>& point2);
14862
14876 CFLLine(const CFLPoint<double>* pPoint1, const CFLPoint<double>* pPoint2);
14877
14887 CFLLine(const CFLLine<int32_t>& line);
14888
14898 CFLLine(const CFLLine<int32_t>* pLine);
14899
14909 CFLLine(const CFLLine<int64_t>& line);
14910
14920 CFLLine(const CFLLine<int64_t>* pLine);
14921
14931 CFLLine(const CFLLine<float>& line);
14932
14942 CFLLine(const CFLLine<float>* pLine);
14943
14953 CFLLine(const CFLLine<double>& line);
14954
14964 CFLLine(const CFLLine<double>* pLine);
14965
14977 CFLLine(const Base::TRect<int32_t>& rect);
14978
14990 CFLLine(const Base::TRect<int32_t>* pRect);
14991
15003 CFLLine(const Base::TRect<int64_t>& rect);
15004
15016 CFLLine(const Base::TRect<int64_t>* pRect);
15017
15029 CFLLine(const Base::TRect<float>& rect);
15030
15042 CFLLine(const Base::TRect<float>* pRect);
15043
15055 CFLLine(const Base::TRect<double>& rect);
15056
15068 CFLLine(const Base::TRect<double>* pRect);
15069
15081 CFLLine(const CFLRect<int32_t>& rect);
15082
15094 CFLLine(const CFLRect<int32_t>* pRect);
15095
15107 CFLLine(const CFLRect<int64_t>& rect);
15108
15120 CFLLine(const CFLRect<int64_t>* pRect);
15121
15133 CFLLine(const CFLRect<float>& rect);
15134
15146 CFLLine(const CFLRect<float>* pRect);
15147
15159 CFLLine(const CFLRect<double>& rect);
15160
15172 CFLLine(const CFLRect<double>* pRect);
15173
15185 CFLLine(const CFLRoundRect<int32_t>& flrr);
15186
15198 CFLLine(const CFLRoundRect<int32_t>* pFlrr);
15199
15211 CFLLine(const CFLRoundRect<int64_t>& flrr);
15212
15224 CFLLine(const CFLRoundRect<int64_t>* pFlrr);
15225
15237 CFLLine(const CFLRoundRect<float>& flrr);
15238
15250 CFLLine(const CFLRoundRect<float>* pFlrr);
15251
15263 CFLLine(const CFLRoundRect<double>& flrr);
15264
15276 CFLLine(const CFLRoundRect<double>* pFlrr);
15277
15289 CFLLine(const CFLQuad<int32_t>& flq);
15290
15302 CFLLine(const CFLQuad<int32_t>* pFlq);
15303
15315 CFLLine(const CFLQuad<int64_t>& flq);
15316
15328 CFLLine(const CFLQuad<int64_t>* pFlq);
15329
15341 CFLLine(const CFLQuad<float>& flq);
15342
15354 CFLLine(const CFLQuad<float>* pFlq);
15355
15367 CFLLine(const CFLQuad<double>& flq);
15368
15380 CFLLine(const CFLQuad<double>* pFlq);
15381
15393 CFLLine(const CFLCircle<int32_t>& flc);
15394
15406 CFLLine(const CFLCircle<int32_t>* pFlc);
15407
15419 CFLLine(const CFLCircle<int64_t>& flc);
15420
15432 CFLLine(const CFLCircle<int64_t>* pFlc);
15433
15445 CFLLine(const CFLCircle<float>& flc);
15446
15458 CFLLine(const CFLCircle<float>* pFlc);
15459
15471 CFLLine(const CFLCircle<double>& flc);
15472
15484 CFLLine(const CFLCircle<double>* pFlc);
15485
15497 CFLLine(const CFLEllipse<int32_t>& fle);
15498
15510 CFLLine(const CFLEllipse<int32_t>* pFle);
15511
15523 CFLLine(const CFLEllipse<int64_t>& fle);
15524
15536 CFLLine(const CFLEllipse<int64_t>* pFle);
15537
15549 CFLLine(const CFLEllipse<float>& fle);
15550
15562 CFLLine(const CFLEllipse<float>* pFle);
15563
15575 CFLLine(const CFLEllipse<double>& fle);
15576
15588 CFLLine(const CFLEllipse<double>* pFle);
15589
15601 CFLLine(const CFLCubicSpline& flcs);
15602
15614 CFLLine(const CFLCubicSpline* pFlcs);
15615
15627 CFLLine(const CFLBezierQuadraticCurve& flbc2);
15628
15640 CFLLine(const CFLBezierQuadraticCurve* pFlbc2);
15641
15653 CFLLine(const CFLBezierCubicCurve& flbc3);
15654
15666 CFLLine(const CFLBezierCubicCurve* pFlbc3);
15667
15679 CFLLine(const CFLBezierQuarticCurve& flbc4);
15680
15692 CFLLine(const CFLBezierQuarticCurve* pFlbc4);
15693
15705 CFLLine(const CFLRegion& flrg);
15706
15718 CFLLine(const CFLRegion* pFlrg);
15719
15731 CFLLine(const CFLComplexRegion& flcr);
15732
15744 CFLLine(const CFLComplexRegion* pFlcr);
15745
15757 CFLLine(const CFLPointArray& flpa);
15758
15770 CFLLine(const CFLPointArray* pFlpa);
15771
15783 CFLLine(const CFLFigureArray& flfa);
15784
15796 CFLLine(const CFLFigureArray* pFlfa);
15798
15799
15801 // Assignment operator
15802
15816 const CFLLine<T>& operator=(const CFLPoint<int32_t>& point);
15817
15831 const CFLLine<T>& operator=(const CFLPoint<int32_t>* pPoint);
15832
15846 const CFLLine<T>& operator=(const CFLPoint<int64_t>& point);
15847
15861 const CFLLine<T>& operator=(const CFLPoint<int64_t>* pPoint);
15862
15876 const CFLLine<T>& operator=(const CFLPoint<float>& point);
15877
15891 const CFLLine<T>& operator=(const CFLPoint<float>* pPoint);
15892
15906 const CFLLine<T>& operator=(const CFLPoint<double>& point);
15907
15921 const CFLLine<T>& operator=(const CFLPoint<double>* pPoint);
15922
15934 const CFLLine<T>& operator=(const CFLLine<int32_t>& line);
15935
15947 const CFLLine<T>& operator=(const CFLLine<int32_t>* pLine);
15948
15960 const CFLLine<T>& operator=(const CFLLine<int64_t>& line);
15961
15973 const CFLLine<T>& operator=(const CFLLine<int64_t>* pLine);
15974
15986 const CFLLine<T>& operator=(const CFLLine<float>& line);
15987
15999 const CFLLine<T>& operator=(const CFLLine<float>* pLine);
16000
16012 const CFLLine<T>& operator=(const CFLLine<double>& line);
16013
16025 const CFLLine<T>& operator=(const CFLLine<double>* pLine);
16026
16040 const CFLLine<T>& operator=(const Base::TRect<int32_t>& rect);
16041
16055 const CFLLine<T>& operator=(Base::TRect<int32_t>* pRect);
16056
16070 const CFLLine<T>& operator=(const CFLRect<int32_t>& rect);
16071
16085 const CFLLine<T>& operator=(const CFLRect<int32_t>* pRect);
16086
16100 const CFLLine<T>& operator=(const CFLRect<int64_t>& rect);
16101
16115 const CFLLine<T>& operator=(const CFLRect<int64_t>* pRect);
16116
16130 const CFLLine<T>& operator=(const CFLRect<float>& rect);
16131
16145 const CFLLine<T>& operator=(const CFLRect<float>* pRect);
16146
16160 const CFLLine<T>& operator=(const CFLRect<double>& rect);
16161
16175 const CFLLine<T>& operator=(const CFLRect<double>* pRect);
16177
16178
16180 // Comparison operator
16192 bool operator==(const CFLLine<int32_t>& line) const;
16193
16205 bool operator==(const CFLLine<int64_t>& line) const;
16206
16218 bool operator==(const CFLLine<float>& line) const;
16219
16231 bool operator==(const CFLLine<double>& line) const;
16232
16246 bool operator==(const CFLRect<int32_t>& rect) const;
16247
16261 bool operator==(const CFLRect<int64_t>& rect) const;
16262
16276 bool operator==(const CFLRect<float>& rect) const;
16277
16291 bool operator==(const CFLRect<double>& rect) const;
16292
16304 bool operator!=(const CFLLine<int32_t>& line) const;
16305
16317 bool operator!=(const CFLLine<int64_t>& line) const;
16318
16330 bool operator!=(const CFLLine<float>& line) const;
16331
16343 bool operator!=(const CFLLine<double>& line) const;
16344
16358 bool operator!=(const CFLRect<int32_t>& rect) const;
16359
16373 bool operator!=(const CFLRect<int64_t>& rect) const;
16374
16388 bool operator!=(const CFLRect<float>& rect) const;
16389
16403 bool operator!=(const CFLRect<double>& rect) const;
16405
16406
16408 // Arithmetic and assignment operator
16420 const CFLLine<T>& operator+=(const int32_t& value);
16421
16433 const CFLLine<T>& operator+=(const int64_t& value);
16434
16446 const CFLLine<T>& operator+=(const float& value);
16447
16459 const CFLLine<T>& operator+=(const double& value);
16460
16474 const CFLLine<T>& operator+=(const Base::TPoint<int32_t>& point);
16475
16489 const CFLLine<T>& operator+=(const Base::TRect<int32_t>& rect);
16490
16504 const CFLLine<T>& operator+=(const CFLPoint<int32_t>& point);
16505
16519 const CFLLine<T>& operator+=(const CFLPoint<int64_t>& point);
16520
16534 const CFLLine<T>& operator+=(const CFLPoint<float>& point);
16535
16549 const CFLLine<T>& operator+=(const CFLPoint<double>& point);
16550
16562 const CFLLine<T>& operator+=(const CFLLine<int32_t>& line);
16563
16575 const CFLLine<T>& operator+=(const CFLLine<int64_t>& line);
16576
16588 const CFLLine<T>& operator+=(const CFLLine<float>& line);
16589
16601 const CFLLine<T>& operator+=(const CFLLine<double>& line);
16602
16616 const CFLLine<T>& operator+=(const CFLRect<int32_t>& rect);
16617
16631 const CFLLine<T>& operator+=(const CFLRect<int64_t>& rect);
16632
16646 const CFLLine<T>& operator+=(const CFLRect<float>& rect);
16647
16661 const CFLLine<T>& operator+=(const CFLRect<double>& rect);
16662
16674 const CFLLine<T>& operator-=(const int32_t& value);
16675
16687 const CFLLine<T>& operator-=(const int64_t& value);
16688
16700 const CFLLine<T>& operator-=(const float& value);
16701
16713 const CFLLine<T>& operator-=(const double& value);
16714
16728 const CFLLine<T>& operator-=(const Base::TPoint<int32_t>& point);
16729
16743 const CFLLine<T>& operator-=(const Base::TRect<int32_t>& rect);
16744
16758 const CFLLine<T>& operator-=(const CFLPoint<int32_t>& point);
16759
16773 const CFLLine<T>& operator-=(const CFLPoint<int64_t>& point);
16774
16788 const CFLLine<T>& operator-=(const CFLPoint<float>& point);
16789
16803 const CFLLine<T>& operator-=(const CFLPoint<double>& point);
16804
16816 const CFLLine<T>& operator-=(const CFLLine<int32_t>& line);
16817
16829 const CFLLine<T>& operator-=(const CFLLine<int64_t>& line);
16830
16842 const CFLLine<T>& operator-=(const CFLLine<float>& line);
16843
16855 const CFLLine<T>& operator-=(const CFLLine<double>& line);
16856
16870 const CFLLine<T>& operator-=(const CFLRect<int32_t>& rect);
16871
16885 const CFLLine<T>& operator-=(const CFLRect<int64_t>& rect);
16886
16900 const CFLLine<T>& operator-=(const CFLRect<float>& rect);
16901
16915 const CFLLine<T>& operator-=(const CFLRect<double>& rect);
16916
16928 const CFLLine<T>& operator*=(const int32_t& value);
16929
16941 const CFLLine<T>& operator*=(const int64_t& value);
16942
16954 const CFLLine<T>& operator*=(const float& value);
16955
16967 const CFLLine<T>& operator*=(const double& value);
16968
16982 const CFLLine<T>& operator*=(const Base::TPoint<int32_t>& point);
16983
16997 const CFLLine<T>& operator*=(const Base::TRect<int32_t>& rect);
16998
17012 const CFLLine<T>& operator*=(const CFLPoint<int32_t>& point);
17013
17027 const CFLLine<T>& operator*=(const CFLPoint<int64_t>& point);
17028
17042 const CFLLine<T>& operator*=(const CFLPoint<float>& point);
17043
17057 const CFLLine<T>& operator*=(const CFLPoint<double>& point);
17058
17070 const CFLLine<T>& operator*=(const CFLLine<int32_t>& line);
17071
17083 const CFLLine<T>& operator*=(const CFLLine<int64_t>& line);
17084
17096 const CFLLine<T>& operator*=(const CFLLine<float>& line);
17097
17109 const CFLLine<T>& operator*=(const CFLLine<double>& line);
17110
17124 const CFLLine<T>& operator*=(const CFLRect<int32_t>& rect);
17125
17139 const CFLLine<T>& operator*=(const CFLRect<int64_t>& rect);
17140
17154 const CFLLine<T>& operator*=(const CFLRect<float>& rect);
17155
17169 const CFLLine<T>& operator*=(const CFLRect<double>& rect);
17170
17182 const CFLLine<T>& operator/=(const int32_t& value);
17183
17195 const CFLLine<T>& operator/=(const int64_t& value);
17196
17208 const CFLLine<T>& operator/=(const float& value);
17209
17221 const CFLLine<T>& operator/=(const double& value);
17222
17236 const CFLLine<T>& operator/=(const Base::TPoint<int32_t>& point);
17237
17251 const CFLLine<T>& operator/=(const Base::TRect<int32_t>& rect);
17252
17266 const CFLLine<T>& operator/=(const CFLPoint<int32_t>& point);
17267
17281 const CFLLine<T>& operator/=(const CFLPoint<int64_t>& point);
17282
17296 const CFLLine<T>& operator/=(const CFLPoint<float>& point);
17297
17311 const CFLLine<T>& operator/=(const CFLPoint<double>& point);
17312
17324 const CFLLine<T>& operator/=(const CFLLine<int32_t>& line);
17325
17337 const CFLLine<T>& operator/=(const CFLLine<int64_t>& line);
17338
17350 const CFLLine<T>& operator/=(const CFLLine<float>& line);
17351
17363 const CFLLine<T>& operator/=(const CFLLine<double>& line);
17364
17378 const CFLLine<T>& operator/=(const CFLRect<int32_t>& rect);
17379
17393 const CFLLine<T>& operator/=(const CFLRect<int64_t>& rect);
17394
17408 const CFLLine<T>& operator/=(const CFLRect<float>& rect);
17409
17423 const CFLLine<T>& operator/=(const CFLRect<double>& rect);
17425
17426
17428 // Arithmetic operator
17440 CFLLine<double> operator+(const int32_t& value) const;
17441
17453 CFLLine<double> operator+(const int64_t& value) const;
17454
17466 CFLLine<double> operator+(const float& value) const;
17467
17479 CFLLine<double> operator+(const double& value) const;
17480
17494 CFLLine<double> operator+(const Base::TPoint<int32_t>& point) const;
17495
17509 CFLLine<double> operator+(const Base::TRect<int32_t>& rect) const;
17510
17524 CFLLine<double> operator+(const CFLPoint<int32_t>& point) const;
17525
17539 CFLLine<double> operator+(const CFLPoint<int64_t>& point) const;
17540
17554 CFLLine<double> operator+(const CFLPoint<float>& point) const;
17555
17569 CFLLine<double> operator+(const CFLPoint<double>& point) const;
17570
17582 CFLLine<double> operator+(const CFLLine<int32_t>& line) const;
17583
17595 CFLLine<double> operator+(const CFLLine<int64_t>& line) const;
17596
17608 CFLLine<double> operator+(const CFLLine<float>& line) const;
17609
17621 CFLLine<double> operator+(const CFLLine<double>& line) const;
17622
17636 CFLLine<double> operator+(const CFLRect<int32_t>& rect) const;
17637
17651 CFLLine<double> operator+(const CFLRect<int64_t>& rect) const;
17652
17666 CFLLine<double> operator+(const CFLRect<float>& rect) const;
17667
17681 CFLLine<double> operator+(const CFLRect<double>& rect) const;
17682
17694 CFLLine<double> operator-(const int32_t& value) const;
17695
17707 CFLLine<double> operator-(const int64_t& value) const;
17708
17720 CFLLine<double> operator-(const float& value) const;
17721
17733 CFLLine<double> operator-(const double& value) const;
17734
17748 CFLLine<double> operator-(const Base::TPoint<int32_t>& point) const;
17749
17763 CFLLine<double> operator-(const Base::TRect<int32_t>& rect) const;
17764
17778 CFLLine<double> operator-(const CFLPoint<int32_t>& point) const;
17779
17793 CFLLine<double> operator-(const CFLPoint<int64_t>& point) const;
17794
17808 CFLLine<double> operator-(const CFLPoint<float>& point) const;
17809
17823 CFLLine<double> operator-(const CFLPoint<double>& point) const;
17824
17836 CFLLine<double> operator-(const CFLLine<int32_t>& line) const;
17837
17849 CFLLine<double> operator-(const CFLLine<int64_t>& line) const;
17850
17862 CFLLine<double> operator-(const CFLLine<float>& line) const;
17863
17875 CFLLine<double> operator-(const CFLLine<double>& line) const;
17876
17890 CFLLine<double> operator-(const CFLRect<int32_t>& rect) const;
17891
17905 CFLLine<double> operator-(const CFLRect<int64_t>& rect) const;
17906
17920 CFLLine<double> operator-(const CFLRect<float>& rect) const;
17921
17935 CFLLine<double> operator-(const CFLRect<double>& rect) const;
17936
17948 CFLLine<double> operator*(const int32_t& value) const;
17949
17961 CFLLine<double> operator*(const int64_t& value) const;
17962
17974 CFLLine<double> operator*(const float& value) const;
17975
17987 CFLLine<double> operator*(const double& value) const;
17988
18002 CFLLine<double> operator*(const Base::TPoint<int32_t>& point) const;
18003
18017 CFLLine<double> operator*(const Base::TRect<int32_t>& rect) const;
18018
18032 CFLLine<double> operator*(const CFLPoint<int32_t>& point) const;
18033
18047 CFLLine<double> operator*(const CFLPoint<int64_t>& point) const;
18048
18062 CFLLine<double> operator*(const CFLPoint<float>& point) const;
18063
18077 CFLLine<double> operator*(const CFLPoint<double>& point) const;
18078
18090 CFLLine<double> operator*(const CFLLine<int32_t>& line) const;
18091
18103 CFLLine<double> operator*(const CFLLine<int64_t>& line) const;
18104
18116 CFLLine<double> operator*(const CFLLine<float>& line) const;
18117
18129 CFLLine<double> operator*(const CFLLine<double>& line) const;
18130
18144 CFLLine<double> operator*(const CFLRect<int32_t>& rect) const;
18145
18159 CFLLine<double> operator*(const CFLRect<int64_t>& rect) const;
18160
18174 CFLLine<double> operator*(const CFLRect<float>& rect) const;
18175
18189 CFLLine<double> operator*(const CFLRect<double>& rect) const;
18190
18202 CFLLine<double> operator/(const int32_t& value) const;
18203
18215 CFLLine<double> operator/(const int64_t& value) const;
18216
18228 CFLLine<double> operator/(const float& value) const;
18229
18241 CFLLine<double> operator/(const double& value) const;
18242
18256 CFLLine<double> operator/(const Base::TPoint<int32_t>& point) const;
18257
18271 CFLLine<double> operator/(const Base::TRect<int32_t>& rect) const;
18272
18286 CFLLine<double> operator/(const CFLPoint<int32_t>& point) const;
18287
18301 CFLLine<double> operator/(const CFLPoint<int64_t>& point) const;
18302
18316 CFLLine<double> operator/(const CFLPoint<float>& point) const;
18317
18331 CFLLine<double> operator/(const CFLPoint<double>& point) const;
18332
18344 CFLLine<double> operator/(const CFLLine<int32_t>& line) const;
18345
18357 CFLLine<double> operator/(const CFLLine<int64_t>& line) const;
18358
18370 CFLLine<double> operator/(const CFLLine<float>& line) const;
18371
18383 CFLLine<double> operator/(const CFLLine<double>& line) const;
18384
18398 CFLLine<double> operator/(const CFLRect<int32_t>& rect) const;
18399
18413 CFLLine<double> operator/(const CFLRect<int64_t>& rect) const;
18414
18428 CFLLine<double> operator/(const CFLRect<float>& rect) const;
18429
18443 CFLLine<double> operator/(const CFLRect<double>& rect) const;
18445
18446 //Friend operator
18448 // Arithmetic operator
18449
18463 friend CFLLine<double> operator+(const int32_t& value, const CFLLine<T>& line)
18464 {
18465 CFLLine<double> t(line);
18466 t += value;
18467 return t;
18468 }
18469
18483 friend CFLLine<double> operator+(const int64_t& value, const CFLLine<T>& line)
18484 {
18485 CFLLine<double> t(line);
18486 t += value;
18487 return t;
18488 }
18489
18503 friend CFLLine<double> operator+(const float& value, const CFLLine<T>& line)
18504 {
18505 CFLLine<double> t(line);
18506 t += value;
18507 return t;
18508 }
18509
18523 friend CFLLine<double> operator+(const double& value, const CFLLine<T>& line)
18524 {
18525 CFLLine<double> t(line);
18526 t += value;
18527 return t;
18528 }
18529
18543 friend CFLLine<double> operator-(const int32_t& value, const CFLLine<T>& line)
18544 {
18545 CFLLine<double> t(line);
18546 t *= -1.;
18547 t += value;
18548 return t;
18549 }
18550
18564 friend CFLLine<double> operator-(const int64_t& value, const CFLLine<T>& line)
18565 {
18566 CFLLine<double> t(line);
18567 t *= -1.;
18568 t += value;
18569 return t;
18570 }
18571
18585 friend CFLLine<double> operator-(const float& value, const CFLLine<T>& line)
18586 {
18587 CFLLine<double> t(line);
18588 t *= -1.;
18589 t += value;
18590 return t;
18591 }
18592
18606 friend CFLLine<double> operator-(const double& value, const CFLLine<T>& line)
18607 {
18608 CFLLine<double> t(line);
18609 t *= -1.;
18610 t += value;
18611 return t;
18612 }
18613
18627 friend CFLLine<double> operator*(const int32_t& value, const CFLLine<T>& line)
18628 {
18629 CFLLine<double> t(line);
18630 t *= value;
18631 return t;
18632 }
18633
18647 friend CFLLine<double> operator*(const int64_t& value, const CFLLine<T>& line)
18648 {
18649 CFLLine<double> t(line);
18650 t *= value;
18651 return t;
18652 }
18653
18667 friend CFLLine<double> operator*(const float& value, const CFLLine<T>& line)
18668 {
18669 CFLLine<double> t(line);
18670 t *= value;
18671 return t;
18672 }
18673
18687 friend CFLLine<double> operator*(const double& value, const CFLLine<T>& line)
18688 {
18689 CFLLine<double> t(line);
18690 t *= value;
18691 return t;
18692 }
18693
18707 friend CFLLine<double> operator/(const int32_t& value, const CFLLine<T>& line)
18708 {
18709 CFLLine<double> t((double)value / (double)line.flpPoints[0].x, (double)value / (double)line.flpPoints[0].y, (double)value / (double)line.flpPoints[1].x, (double)value / (double)line.flpPoints[1].y);
18710 return t;
18711 }
18712
18726 friend CFLLine<double> operator/(const int64_t& value, const CFLLine<T>& line)
18727 {
18728 CFLLine<double> t((double)value / (double)line.flpPoints[0].x, (double)value / (double)line.flpPoints[0].y, (double)value / (double)line.flpPoints[1].x, (double)value / (double)line.flpPoints[1].y);
18729 return t;
18730 }
18731
18745 friend CFLLine<double> operator/(const float& value, const CFLLine<T>& line)
18746 {
18747 CFLLine<double> t((double)value / (double)line.flpPoints[0].x, (double)value / (double)line.flpPoints[0].y, (double)value / (double)line.flpPoints[1].x, (double)value / (double)line.flpPoints[1].y);
18748 return t;
18749 }
18750
18764 friend CFLLine<double> operator/(const double& value, const CFLLine<T>& line)
18765 {
18766 CFLLine<double> t((double)value / (double)line.flpPoints[0].x, (double)value / (double)line.flpPoints[0].y, (double)value / (double)line.flpPoints[1].x, (double)value / (double)line.flpPoints[1].y);
18767 return t;
18768 }
18770
18771 operator Base::TPoint<int32_t>() const;
18772 operator Base::TRect<int32_t>() const;
18773
18774
18775
18776 SupportToDuplicateObject(CFLLine<T>, *this);
18777 DeclareGetClassType();
18778 };
18779
18780 typedef CFLLine<int32_t> CFLLineL;
18781 typedef CFLLine<int64_t> CFLLineLL;
18782 typedef CFLLine<float> CFLLineF;
18783 typedef CFLLine<double> CFLLineD;
18784 }
18785}
FLImaging::Base::CFLArray
Template type 의 배열 클래스.
Definition RangeTree.h:19
FLImaging::Base::CFLImage
FLImaging의 이미지 클래스
Definition FLImage.h:35
FLImaging::Base::CFLImagePage
CFLImage 의 Page 클래스
Definition FLImagePage.h:37
FLImaging::Base::TPoint3
3차원 점을 표현하는 간략화된 클래스
Definition TPoint3.h:37
FLImaging::Base::TPoint
점을 표현하는 간략화된 클래스
Definition TPoint.h:37
FLImaging::Base::TRect
직사각형을 표현하는 간략화된 클래스
Definition TRect.h:37
FLImaging::CResult
FLImaging 모듈의 수행 결과 객체
Definition ResultsDef.h:1514
FLImaging::Foundation::CFLBezierCubicCurve
3차 베지어 곡선을 표현하는 클래스
Definition FLBezierCubicCurve.h:24
FLImaging::Foundation::CFLBezierQuadraticCurve
2차 베지어 곡선을 표현하는 클래스
Definition FLBezierQuadraticCurve.h:24
FLImaging::Foundation::CFLBezierQuarticCurve
4차 베지어 곡선을 표현하는 클래스
Definition FLBezierQuarticCurve.h:24
FLImaging::Foundation::CFLCircle
원을 표현하는 클래스
Definition FLCircle.h:25
FLImaging::Foundation::CFLComplexRegion
다각형을 표현하는 클래스
Definition FLComplexRegion.h:27
FLImaging::Foundation::CFLCubicSpline
큐빅 곡선을 표현하는 클래스
Definition FLCubicSpline.h:23
FLImaging::Foundation::CFLDoughnut
원 또는 호 형태의 도넛 모양을 표현하는 클래스
Definition FLDoughnut.h:26
FLImaging::Foundation::CFLEllipse
타원을 표현하는 클래스
Definition FLEllipse.h:25
FLImaging::Foundation::CFLFigureArray
도형 배열을 표현하는 클래스
Definition FLFigureArray.h:26
FLImaging::Foundation::CFLFigure
도형을 표현하는 클래스의 기저 클래스
Definition FLFigure.h:27
FLImaging::Foundation::CFLFigureText
그리기에 필요한 정보들을 표현하는 클래스
Definition FLFigureText.h:26
FLImaging::Foundation::CFLLine
직선을 표현하는 클래스
Definition FLLine.h:25
FLImaging::Foundation::CFLLine::GetInteriorAngle
virtual double GetInteriorAngle(const CFLPoint< double > *pPoint) const sealed
매개변수로 주어진 정점과 해당 객체 사이의 내각을 출력합니다. 해당 객체의 flpPoints[1] 을 중심으로 합니다.
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(double p1x, int64_t p1y, int64_t p2x, int32_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(double p1x, float p1y, int64_t p2x, float p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(float p1x, int64_t p1y, int64_t p2x, double p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::GetEquationForX
const CResult GetEquationForX(double &f64YCoefficient, double &f64Constant) const
해당 직선 객체를 x 에 대한 식 x = a* y + b 방정식 꼴로 표현하는 함수
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(float p1x, double p1y, double p2x, int32_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::GetRasterRegion
virtual const CResult GetRasterRegion(Base::CFLArray< Base::TRect< float > > *pFlaResult, const CFLRect< int64_t > *pFlrROI=nullptr) const override
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(float p1x, int64_t p1y, int32_t p2x, double p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int64_t p1x, int32_t p1y, int64_t p2x, int32_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int64_t p1x, double p1y, int32_t p2x, int64_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const CFLRect< int64_t > &rect)
초기화 생성자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int64_t p1x, double p1y, float p2x, int32_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int64_t p1x, float p1y, double p2x, float p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(double p1x, int64_t p1y, int64_t p2x, float p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(float p1x, int64_t p1y, int32_t p2x, double p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::GetInteriorAngle
virtual double GetInteriorAngle(const CFLPoint< int64_t > &point) const sealed
매개변수로 주어진 정점과 해당 객체 사이의 내각을 출력합니다. 해당 객체의 flpPoints[1] 을 중심으로 합니다.
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int32_t p1x, int64_t p1y, float p2x, int32_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::operator/
CFLLine< double > operator/(const int32_t &value) const
직선의 각 정점을 매개변수 값으로 나누는 연산자
FLImaging::Foundation::CFLLine::GetPositionOnLine
virtual double GetPositionOnLine(const CFLPoint< double > &flp) const
FLImaging::Foundation::CFLLine::operator==
bool operator==(const CFLLine< int32_t > &line) const
비교 연산자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const CFLRect< int32_t > &rect) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const CFLBezierQuadraticCurve *pFlbc2) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const CFLBezierQuarticCurve &flbc4)
초기화 생성자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const Base::TRect< double > *pRect)
초기화 생성자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int64_t p1x, int64_t p1y, double p2x, double p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const CFLRoundRect< float > *pFlrr) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::operator+
CFLLine< double > operator+(const CFLPoint< int64_t > &point) const
이동 연산자[offset]
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const CFLLine< int64_t > &line)
초기화 생성자
FLImaging::Foundation::CFLLine::GetIntersection
virtual const CResult GetIntersection(const CFLEllipse< double > *pEll, CFLFigureArray *pFlfaResult) const override
FLImaging::Foundation::CFLLine::operator=
const CFLLine< T > & operator=(const CFLLine< double > *pLine)
대입 연산자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int32_t p1x, int32_t p1y, int64_t p2x, int64_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::IsCollision
virtual bool IsCollision(const CFLLine< double > *pLine) const override
FLImaging::Foundation::CFLLine::GetIntersection
virtual const CResult GetIntersection(const CFLComplexRegion *pFlcr, CFLFigureArray *pFlfaResult) const override
FLImaging::Foundation::CFLLine::operator-=
const CFLLine< T > & operator-=(const CFLRect< int64_t > &rect)
직선의 첫 번째 정점에서 rect 의 left, top 을, 두 번째 정점에서 right, bottom 값을 빼는 연산자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(float p1x, int64_t p1y, float p2x, double p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::operator=
const CFLLine< T > & operator=(const CFLLine< float > *pLine)
대입 연산자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int64_t p1x, double p1y, int32_t p2x, int32_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::operator*
CFLLine< double > operator*(const Base::TPoint< int32_t > &point) const
이동 연산자[offset]
FLImaging::Foundation::CFLLine::SetEquationForY
const CResult SetEquationForY(double f64XCoefficient, double f64Constant)
y 에 대한 방정식 y = a * x + b 로 해당 직선 객체를 설정하는 함수
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(float p1x, double p1y, double p2x, int64_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int32_t p1x, float p1y, double p2x, int64_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const CFLQuad< float > *pFlq)
초기화 생성자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const Base::TRect< float > &rect)
초기화 생성자
FLImaging::Foundation::CFLLine::GetInteriorAngle
virtual double GetInteriorAngle(const CFLPoint< float > &point) const sealed
매개변수로 주어진 정점과 해당 객체 사이의 내각을 출력합니다. 해당 객체의 flpPoints[1] 을 중심으로 합니다.
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(float p1x, float p1y, int64_t p2x, double p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(float p1x, double p1y, int32_t p2x, float p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int32_t p1x, double p1y, float p2x, int64_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int32_t p1x, double p1y, int32_t p2x, int64_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(double p1x, int32_t p1y, float p2x, float p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::GetInteriorAngle
virtual double GetInteriorAngle(const CFLPoint< int32_t > *pPoint) const sealed
매개변수로 주어진 정점과 해당 객체 사이의 내각을 출력합니다. 해당 객체의 flpPoints[1] 을 중심으로 합니다.
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int32_t p1x, double p1y, int32_t p2x, int32_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int64_t p1x, int64_t p1y, double p2x, double p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const CFLRect< double > *pRect)
초기화 생성자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int64_t p1x, int32_t p1y, double p2x, float p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const CFLPoint< double > &flpCenter, double f64Angle) sealed
파라미터 설정 함수로, 매개 변수를 통해 직선의 중심점과 기울기 값을 지정하고 길이가 무한한 직선으로 파라미터를 설정합니다.
FLImaging::Foundation::CFLLine::operator!=
bool operator!=(const CFLRect< int64_t > &rect) const
비교 연산자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const CFLRect< float > &rect)
초기화 생성자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const CFLPoint< double > &point1, const CFLPoint< double > &point2)
초기화 생성자로, 직선의 첫 번째 정점 값을 point1 값으로, 두 번째 정점 값을 point2 값으로 설정합니다.
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(double p1x, float p1y, double p2x, double p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::IsCollision
virtual bool IsCollision(const CFLFigureArray *pFlfa) const override
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const CFLRoundRect< float > &flrr)
초기화 생성자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int64_t p1x, int32_t p1y, double p2x, float p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int32_t p1x, int32_t p1y, int32_t p2x, double p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::operator=
const CFLLine< T > & operator=(Base::TRect< int32_t > *pRect)
대입 연산자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int32_t p1x, float p1y, float p2x, int32_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const CFLPoint< int64_t > *pPoint) sealed
파라미터 설정 함수로, 직선의 두 번째 정점 값을 point 값으로 설정합니다.
FLImaging::Foundation::CFLLine::operator=
const CFLLine< T > & operator=(const CFLPoint< int64_t > &point)
대입 연산자
FLImaging::Foundation::CFLLine::Fit
virtual const CResult Fit(const CFLFigureArray &flfaPoints, int64_t i64OutlierThresholdCount=0, double f64OutlierThreshold=3., ECenterType eCenterType=ECenterType_RectangleBoundaryCenter, Base::CFLArray< int64_t > *pFlaOutlierIndices=nullptr)
점들과 가장 유사한 형태의 선을 맞춰주는 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const Base::TRect< int64_t > &rect)
초기화 생성자
FLImaging::Foundation::CFLLine::operator+
CFLLine< double > operator+(const CFLPoint< int32_t > &point) const
이동 연산자[offset]
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(double p1x, float p1y, float p2x, int32_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int32_t p1x, double p1y, float p2x, float p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int64_t p1x, double p1y, int32_t p2x, double p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::operator+
CFLLine< double > operator+(const CFLLine< int32_t > &line) const
직선의 첫 번째 정점에 매개변수의 첫 번째 정점을, 두 번째 정점에 매개변수의 두 번째 정점 값을 더하는 연산자
FLImaging::Foundation::CFLLine::operator*=
const CFLLine< T > & operator*=(const double &value)
이동 연산자[offset]
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(float p1x, int64_t p1y, double p2x, float p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(float p1x, int32_t p1y, double p2x, double p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(float p1x, int32_t p1y, double p2x, float p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int64_t p1x, int64_t p1y, float p2x, float p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const CFLPoint< float > *pFlpCenter, double f64Angle)
초기화 생성자로, 매개 변수를 통해 직선의 중심점과 기울기 값을 지정하고 길이가 무한한 직선으로 파라미터를 초기합니다.
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const CFLEllipse< int32_t > &fle)
초기화 생성자
FLImaging::Foundation::CFLLine::operator*=
const CFLLine< T > & operator*=(const int32_t &value)
이동 연산자[offset]
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int32_t p1x, int32_t p1y, int32_t p2x, double p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int64_t p1x, float p1y, double p2x, int32_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(float p1x, float p1y, int64_t p2x, float p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::GetIntersection
virtual CFLPoint< double > GetIntersection(const CFLLine< int64_t > &line) const sealed
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const CFLRoundRect< double > *pFlrr) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(float p1x, int64_t p1y, double p2x, int64_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const CFLCircle< float > *pFlc)
초기화 생성자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const CFLPoint< double > *pPoint1, const CFLPoint< double > *pPoint2)
초기화 생성자로, 직선의 첫 번째 정점 값을 point1 값으로, 두 번째 정점 값을 point2 값으로 설정합니다.
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int64_t p1x, int64_t p1y, double p2x, int32_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int32_t p1x, float p1y, int32_t p2x, int64_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(float p1x, int32_t p1y, int32_t p2x, float p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(float p1x, int32_t p1y, double p2x, double p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(double p1x, double p1y, float p2x, double p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(float p1x, int64_t p1y, double p2x, double p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::GetPointOnLine
virtual CFLPoint< double > GetPointOnLine(double f64T) const sealed
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const CFLFigureArray &flfa) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const CFLPoint< int32_t > *pPoint)
초기화 생성자로, 직선의 두 번째 정점 값을 point 값으로 설정합니다.
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const CFLPointArray *pFlpa)
초기화 생성자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const CFLQuad< int64_t > *pFlq)
초기화 생성자
FLImaging::Foundation::CFLLine::GetInteriorAngle
virtual double GetInteriorAngle(const CFLLine< int64_t > &line) const sealed
매개변수로 주어진 직선과 해당 객체 사이의 내각을 출력
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int64_t p1x, int32_t p1y, float p2x, int64_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int32_t p1x, int64_t p1y, double p2x, float p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const CFLFigure *pFlf)
초기화 생성자로, pFlf 의 DeclType 에 맞는 Set 함수를 호출합니다.
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int32_t p1x, int64_t p1y, int32_t p2x, float p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const CFLLine< float > &line)
초기화 생성자
FLImaging::Foundation::CFLLine::operator*
CFLLine< double > operator*(const CFLLine< float > &line) const
직선의 첫 번째 정점에 매개변수의 첫 번째 정점을, 두 번째 정점에 매개변수의 두 번째 정점 값을 곱하는 연산자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(double p1x, float p1y, int64_t p2x, double p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(double p1x, int32_t p1y, int64_t p2x, double p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::operator=
const CFLLine< T > & operator=(const CFLLine< int64_t > *pLine)
대입 연산자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int64_t p1x, int32_t p1y, float p2x, int64_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const CFLPoint< float > *pPoint1, const CFLPoint< float > *pPoint2)
초기화 생성자로, 직선의 첫 번째 정점 값을 point1 값으로, 두 번째 정점 값을 point2 값으로 설정합니다.
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(double p1x, double p1y, double p2x, int64_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::operator-=
const CFLLine< T > & operator-=(const CFLRect< double > &rect)
직선의 첫 번째 정점에서 rect 의 left, top 을, 두 번째 정점에서 right, bottom 값을 빼는 연산자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const CFLRegion &flrg) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int32_t p1x, float p1y, int64_t p2x, double p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(float p1x, double p1y, int64_t p2x, int64_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::GetPositionOnLine
virtual double GetPositionOnLine(double f64X, double f64Y) const
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int32_t p1x, int32_t p1y, int32_t p2x, int64_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::GetWindingDirection
EWindingDirection GetWindingDirection(const CFLPoint< int64_t > *pFlpEnd) const
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int32_t p1x, int64_t p1y, double p2x, double p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(double p1x, double p1y, int32_t p2x, int64_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int64_t p1x, int32_t p1y, double p2x, double p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::operator-
CFLLine< double > operator-(const CFLRect< double > &rect) const
직선의 첫 번째 정점에서 rect 의 left, top 을, 두 번째 정점에서 right, bottom 값을 빼는 연산자
FLImaging::Foundation::CFLLine::operator/
friend CFLLine< double > operator/(const double &value, const CFLLine< T > &line)
직선의 각 정점을 매개변수 값으로 나누는 연산자
Definition FLLine.h:18764
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(double p1x, float p1y, double p2x, float p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const CFLFigureText< int32_t > *pFlft)
초기화 생성자로, 직선의 두 번째 정점 값을 FigureText의 좌표값으로 설정합니다.
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(float p1x, int64_t p1y, int64_t p2x, double p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int64_t p1x, float p1y, float p2x, double p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(double p1x, double p1y, int64_t p2x, float p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::operator-=
const CFLLine< T > & operator-=(const Base::TPoint< int32_t > &point)
이동 연산자[offset]
FLImaging::Foundation::CFLLine::GetOrthogonalPoint
virtual CFLPoint< double > GetOrthogonalPoint(const CFLPoint< float > *pPoint) const sealed
매개변수로 주어진 정점에서 해당 객체에 내린 수선의 발을 출력
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const CFLRoundRect< int64_t > *pFlrr) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int64_t p1x, double p1y, int32_t p2x, int64_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::GetPositionOnLine
virtual double GetPositionOnLine(const CFLPoint< double > *pFlp) const
FLImaging::Foundation::CFLLine::operator/=
const CFLLine< T > & operator/=(const CFLLine< double > &line)
직선의 첫 번째 정점을 매개변수의 첫 번째 정점으로, 두 번째 정점을 매개변수의 두 번째 정점 값으로 나누는 연산자
FLImaging::Foundation::CFLLine::IsCollision
virtual bool IsCollision(const CFLDoughnut< double > *pDoughnut) const override
FLImaging::Foundation::CFLLine::MakeFigureInvalid
virtual const CResult MakeFigureInvalid() override
Figure를 유효하지 않은 Figure로 만듦. (예를 들어, 점의 좌표를 Invalid한 x, y로 설정)
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int32_t p1x, int32_t p1y, int32_t p2x, int32_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(double p1x, int32_t p1y, int64_t p2x, int32_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::operator*
friend CFLLine< double > operator*(const float &value, const CFLLine< T > &line)
이동 연산자[offset]
Definition FLLine.h:18667
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(float p1x, int32_t p1y, int64_t p2x, int64_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int64_t p1x, double p1y, int64_t p2x, double p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(double p1x, double p1y, int32_t p2x, double p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int64_t p1x, double p1y, float p2x, float p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(float p1x, int32_t p1y, int64_t p2x, float p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::GetSamplingPointsOnSegment
virtual const CResult GetSamplingPointsOnSegment(double f64SamplingDistance, CFLFigureArray &flfaResult) const override
설정한 길이만큼 이동하는 점 정보를 얻어옵니다
FLImaging::Foundation::CFLLine::GetCircumcenter
virtual CFLPoint< double > GetCircumcenter(const CFLPoint< float > &point) const sealed
매개변수로 주어진 정점과 해당 객체의 두 정점 사이의 무게중심을 출력
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int64_t p1x, float p1y, double p2x, double p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(double p1x, int32_t p1y, int32_t p2x, float p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::IsCollision
virtual bool IsCollision(const CFLQuad< double > *pQuad) const override
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const Base::TRect< int32_t > &rect)
초기화 생성자
FLImaging::Foundation::CFLLine::MeasureThickness
virtual const CResult MeasureThickness(double &f64Thickness, double f64SamplingStep=1.) const override
도형의 두께를 측정합니다
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(float p1x, int32_t p1y, float p2x, int64_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::operator/
friend CFLLine< double > operator/(const int64_t &value, const CFLLine< T > &line)
직선의 각 정점을 매개변수 값으로 나누는 연산자
Definition FLLine.h:18726
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(double p1x, int32_t p1y, int32_t p2x, int32_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const CFLLine< int64_t > &line) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(double p1x, int64_t p1y, float p2x, int64_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int32_t p1x, int64_t p1y, int32_t p2x, double p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(double p1x, int64_t p1y, float p2x, float p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::operator=
const CFLLine< T > & operator=(const CFLRect< double > &rect)
대입 연산자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(double p1x, int32_t p1y, int32_t p2x, float p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::GetEquationForX
const CResult GetEquationForX(double *pYCoefficient, double *pConstant) const
해당 직선 객체를 x 에 대한 식 x = a* y + b 방정식 꼴로 표현하는 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(float p1x, float p1y, int32_t p2x, int64_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::operator+
CFLLine< double > operator+(const CFLRect< float > &rect) const
직선의 첫 번째 정점에 rect의 left, top을, 두 번째 정점에 right, bottom 값을 더하는 연산자
FLImaging::Foundation::CFLLine::operator=
const CFLLine< T > & operator=(const CFLPoint< int32_t > &point)
대입 연산자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int64_t p1x, double p1y, double p2x, int64_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::GetOrthogonalDistance
virtual double GetOrthogonalDistance(const Base::TPoint< int32_t > *pPoint) const sealed
해당 객체에서 매개변수로 주어진 정점 사이의 직교 거리를 출력
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int64_t p1x, int32_t p1y, float p2x, float p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(float p1x, int64_t p1y, float p2x, float p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(float p1x, double p1y, int64_t p2x, double p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const Base::CFLArray< Base::TPoint< int64_t > > &flaValidPoint)
파라미터 설정 함수
FLImaging::Foundation::CFLLine::MakeArrowWithRatio
virtual CFLFigureArray MakeArrowWithRatio(double f64Ratio, bool bEndArrow=true, double f64Angle=30, bool bBeginArrow=false) const sealed
해당 객체의 시작점 혹은 끝점에 지정한 길이의 비율과 각도의 화살표를 생성하는 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int64_t p1x, float p1y, int64_t p2x, int32_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const CFLRect< float > *pRect) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int32_t p1x, int64_t p1y, float p2x, float p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const CFLQuad< int64_t > &flq) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::GetOrthogonalDistance
virtual double GetOrthogonalDistance(const CFLPoint< double > *pPoint) const sealed
해당 객체에서 매개변수로 주어진 정점 사이의 직교 거리를 출력
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int32_t p1x, double p1y, int64_t p2x, int64_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int32_t p1x, int32_t p1y, float p2x, int64_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int64_t p1x, float p1y, float p2x, double p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(float p1x, double p1y, int64_t p2x, int32_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(double p1x, int32_t p1y, double p2x, int32_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int32_t p1x, int64_t p1y, float p2x, double p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int32_t p1x, float p1y, double p2x, double p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int32_t p1x, float p1y, int32_t p2x, float p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::GetPositionOnLine
virtual const CResult GetPositionOnLine(const CFLPoint< double > &flp, double &f64T) const sealed
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(float p1x, int32_t p1y, float p2x, double p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::Fit
virtual const CResult Fit(const Base::CFLArray< Base::TPoint< int64_t > > &flaPoints, int64_t i64OutlierThresholdCount=0, double f64OutlierThreshold=3., Base::CFLArray< int64_t > *pFlaOutlierIndices=nullptr)
점들과 가장 유사한 형태의 선을 맞춰주는 함수
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const Base::TRect< float > &rect) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int64_t p1x, float p1y, int64_t p2x, double p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const CFLQuad< double > &flq) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::operator/
CFLLine< double > operator/(const CFLRect< float > &rect) const
직선의 첫 번째 정점을 rect 의 left, top 으로, 두 번째 정점을 right, bottom 값으로 나누는 연산자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(double p1x, double p1y, float p2x, int32_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int32_t p1x, double p1y, int64_t p2x, int64_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const CFLQuad< float > *pFlq) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::GetDeclType
virtual EFigureDeclType GetDeclType() const override
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int64_t p1x, int64_t p1y, int32_t p2x, double p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int64_t p1x, double p1y, int64_t p2x, double p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(double p1x, float p1y, float p2x, float p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(float p1x, int64_t p1y, float p2x, int32_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(float p1x, double p1y, double p2x, double p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::operator-=
const CFLLine< T > & operator-=(const CFLLine< double > &line)
직선의 첫 번째 정점에서 매개변수의 첫 번째 정점을, 두 번째 정점에서 매개변수의 두 번째 정점 값을 빼는 연산자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const CFLPoint< int32_t > &point1, const CFLPoint< int32_t > &point2)
초기화 생성자로, 직선의 첫 번째 정점 값을 point1 값으로, 두 번째 정점 값을 point2 값으로 설정합니다.
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const CFLRect< float > *pRect)
초기화 생성자
FLImaging::Foundation::CFLLine::GetEquationForY
const CResult GetEquationForY(double &f64XCoefficient, double &f64Constant) const
해당 직선 객체를 y 에 대한 식 y = a* x + b 방정식 꼴로 표현하는 함수
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const CFLLine< int32_t > *pLine) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(double p1x, float p1y, float p2x, float p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(double p1x, int32_t p1y, int64_t p2x, double p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const CFLPoint< int64_t > &point) sealed
파라미터 설정 함수로, 직선의 두 번째 정점 값을 point 값으로 설정합니다.
FLImaging::Foundation::CFLLine::operator*=
const CFLLine< T > & operator*=(const CFLPoint< int64_t > &point)
이동 연산자[offset]
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int32_t p1x, int32_t p1y, float p2x, double p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int32_t p1x, float p1y, float p2x, int64_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const CFLPoint< float > *pFlpCenter, double f64Angle) sealed
파라미터 설정 함수로, 직선의 중심점과 기울기 값과 길이를 지정합니다.
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const CFLPoint< int32_t > *pFlpCenter, double f64Angle, double f64LineLength)
초기화 생성자로, 직선의 중심점과 기울기 값과 길이 값을 이용해 초기화합니다.
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const CFLEllipse< float > *pFle) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int64_t p1x, double p1y, double p2x, float p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int32_t p1x, int32_t p1y, double p2x, int64_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::GetIntersection
virtual const CResult GetIntersection(const CFLRegion *pFlrg, CFLFigureArray *pFlfaResult) const override
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const CFLPointArray &flpa) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int64_t p1x, int32_t p1y, int32_t p2x, float p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const CFLFigureText< float > &flft)
초기화 생성자로, 직선의 두 번째 정점 값을 FigureText의 좌표값으로 설정합니다.
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int64_t p1x, float p1y, int32_t p2x, int32_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::IsCollision
virtual bool IsCollision(const CFLBezierQuarticCurve *pFlbc4) const override
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int32_t p1x, int32_t p1y, double p2x, int32_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const CFLPoint< int32_t > &flpCenter, double f64Angle, double f64LineLength)
초기화 생성자로, 직선의 중심점과 기울기 값과 길이 값을 이용해 초기화합니다.
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(float p1x, int32_t p1y, int32_t p2x, int64_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(float p1x, int64_t p1y, int32_t p2x, float p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::operator+=
const CFLLine< T > & operator+=(const Base::TPoint< int32_t > &point)
이동 연산자[offset]
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const CFLLine< double > &line)
초기화 생성자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const CFLQuad< int32_t > &flq)
초기화 생성자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int64_t p1x, int32_t p1y, int32_t p2x, float p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int64_t p1x, double p1y, int32_t p2x, float p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::GetIntersection
virtual CFLPoint< double > GetIntersection(const CFLLine< int32_t > *pLine) const sealed
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const CFLEllipse< int32_t > &fle) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(double p1x, double p1y, int64_t p2x, int64_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int64_t p1x, float p1y, float p2x, float p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(double p1x, int32_t p1y, int64_t p2x, float p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::GetInteriorAngle
virtual double GetInteriorAngle(const CFLLine< float > *pLine) const sealed
매개변수로 주어진 직선과 해당 객체 사이의 내각을 출력
FLImaging::Foundation::CFLLine::GetIntersection
virtual const CResult GetIntersection(const CFLBezierCubicCurve *pFlbc3, CFLFigureArray *pFlfaResult) const override
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const CFLQuad< int32_t > *pFlq)
초기화 생성자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int64_t p1x, double p1y, float p2x, int32_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(double p1x, int32_t p1y, double p2x, int64_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int32_t p1x, int64_t p1y, float p2x, int32_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::GetOrthogonalPoint
virtual CFLPoint< double > GetOrthogonalPoint(const Base::TPoint< float > *pPoint) const sealed
매개변수로 주어진 정점에서 해당 객체에 내린 수선의 발을 출력
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int32_t p1x, int32_t p1y, int64_t p2x, int32_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::operator==
bool operator==(const CFLLine< int64_t > &line) const
비교 연산자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int64_t p1x, int64_t p1y, int64_t p2x, double p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int64_t p1x, int64_t p1y, int64_t p2x, int64_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(double p1x, float p1y, int32_t p2x, double p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::GetIntersection
virtual const CResult GetIntersection(const CFLLine< int64_t > &line, CFLPoint< double > *pPointResult) const sealed
FLImaging::Foundation::CFLLine::operator+
CFLLine< double > operator+(const CFLPoint< double > &point) const
이동 연산자[offset]
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(float p1x, double p1y, int32_t p2x, double p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(float p1x, int32_t p1y, int64_t p2x, int32_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::operator*
CFLLine< double > operator*(const CFLPoint< double > &point) const
이동 연산자[offset]
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(float p1x, double p1y, int64_t p2x, int32_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const CFLFigureText< double > &flft)
초기화 생성자로, 직선의 두 번째 정점 값을 FigureText의 좌표값으로 설정합니다.
FLImaging::Foundation::CFLLine::operator-
CFLLine< double > operator-(const CFLRect< int64_t > &rect) const
직선의 첫 번째 정점에서 rect 의 left, top 을, 두 번째 정점에서 right, bottom 값을 빼는 연산자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(double p1x, float p1y, int64_t p2x, int32_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::GetIntersection
virtual const CResult GetIntersection(const CFLFigureArray *pFlfaOperand, CFLFigureArray *pFlfaResult) const override
FLImaging::Foundation::CFLLine::operator+=
const CFLLine< T > & operator+=(const CFLLine< int64_t > &line)
직선의 첫 번째 정점에 매개변수의 첫 번째 정점을, 두 번째 정점에 매개변수의 두 번째 정점 값을 더하는 연산자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const Base::TPoint< int32_t > *pPoint1, const Base::TPoint< int32_t > *pPoint2)
초기화 생성자로, 직선의 첫 번째 정점 값을 point1 값으로, 두 번째 정점 값을 point2 값으로 설정합니다.
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int64_t p1x, float p1y, float p2x, int64_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(float p1x, int64_t p1y, int64_t p2x, int32_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(float p1x, float p1y, int64_t p2x, int64_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(float p1x, float p1y, float p2x, int32_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int64_t p1x, double p1y, float p2x, double p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::GetOrthogonalDistance
virtual double GetOrthogonalDistance(const Base::TPoint< double > &point) const sealed
해당 객체에서 매개변수로 주어진 정점 사이의 직교 거리를 출력
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const CFLFigure &flf)
초기화 생성자로, flf 의 DeclType 에 맞는 Set 함수를 호출합니다.
FLImaging::Foundation::CFLLine::GetOrthogonalPoint
virtual CFLPoint< double > GetOrthogonalPoint(const Base::TPoint< double > &point) const sealed
매개변수로 주어진 정점에서 해당 객체에 내린 수선의 발을 출력
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const CFLCircle< int32_t > &flc) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int64_t p1x, int64_t p1y, int32_t p2x, int64_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const CFLFigure &flf) override
FLImaging::Foundation::CFLLine::flpPoints
CFLPoint< T > flpPoints[2]
Definition FLLine.h:31
FLImaging::Foundation::CFLLine::GetRasterContour
virtual const CResult GetRasterContour(Base::CFLArray< Base::TPoint< int32_t > > *pFlaResult, bool bExcludeSingleDelta=false) const override
Contour의 Raster 점 정보를 얻어옵니다
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(float p1x, int64_t p1y, double p2x, int64_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(float p1x, int64_t p1y, int32_t p2x, int32_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::IsFigureValid
virtual bool IsFigureValid() const override
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int32_t p1x, int32_t p1y, float p2x, float p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(double p1x, double p1y, double p2x, int32_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(double p1x, int64_t p1y, int32_t p2x, float p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::operator=
const CFLLine< T > & operator=(const CFLLine< int32_t > &line)
대입 연산자
FLImaging::Foundation::CFLLine::MakeArrowWithLength
virtual const CResult MakeArrowWithLength(double f64Length, const CFLFigureArray &flfaResult, bool bEndArrow=true, double f64Angle=30, bool bBeginArrow=false) const sealed
해당 객체의 시작점 혹은 끝점에 지정한 길이와 각도의 화살표를 생성하는 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(double p1x, float p1y, double p2x, int32_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(float p1x, int32_t p1y, int32_t p2x, int32_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(double p1x, double p1y, float p2x, float p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int32_t p1x, int32_t p1y, double p2x, int32_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::operator/=
const CFLLine< T > & operator/=(const CFLRect< double > &rect)
직선의 첫 번째 정점을 rect 의 left, top 으로, 두 번째 정점을 right, bottom 값으로 나누는 연산자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(double p1x, double p1y, float p2x, int64_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::IsCollision
virtual bool IsCollision(const CFLEllipse< double > *pEll) const override
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const CFLBezierQuadraticCurve *pFlbc2)
초기화 생성자
FLImaging::Foundation::CFLLine::GetIntersection
virtual const CResult GetIntersection(const CFLBezierQuarticCurve *pFlbc4, CFLFigureArray *pFlfaResult) const override
FLImaging::Foundation::CFLLine::IsCollision
virtual bool IsCollision(const CFLBezierQuadraticCurve *pFlbc2) const override
FLImaging::Foundation::CFLLine::operator*=
const CFLLine< T > & operator*=(const CFLRect< float > &rect)
직선의 첫 번째 정점에 rect 의 left, top 을, 두 번째 정점에 right, bottom 값을 곱하는 연산자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(float p1x, int32_t p1y, int32_t p2x, int32_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::GetLength
virtual double GetLength() const override
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(float p1x, int64_t p1y, int64_t p2x, float p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int32_t p1x, int64_t p1y, int64_t p2x, double p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const CFLFigureText< float > &flft) sealed
파라미터 설정 함수로, 직선의 두 번째 정점 값을 FigureText의 좌표값으로 설정합니다.
FLImaging::Foundation::CFLLine::GetInfiniteLine
CFLLine< double > GetInfiniteLine() const
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const CFLCircle< int32_t > &flc)
초기화 생성자
FLImaging::Foundation::CFLLine::operator/
friend CFLLine< double > operator/(const float &value, const CFLLine< T > &line)
직선의 각 정점을 매개변수 값으로 나누는 연산자
Definition FLLine.h:18745
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(double p1x, int64_t p1y, int64_t p2x, int64_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::MeasureThickness
virtual const CResult MeasureThickness(double *pF64Thickness, double f64SamplingStep=1.) const override
도형의 두께를 측정합니다
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const Base::TRect< float > *pRect) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(float p1x, double p1y, double p2x, int64_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::GetCircumcenter
virtual CFLPoint< double > GetCircumcenter(const CFLPoint< double > &point) const sealed
매개변수로 주어진 정점과 해당 객체의 두 정점 사이의 무게중심을 출력
FLImaging::Foundation::CFLLine::GetRasterRegion
virtual const CResult GetRasterRegion(Base::CFLArray< Base::TRect< int64_t > > *pFlaResult, const CFLRect< int64_t > *pFlrROI=nullptr) const override
FLImaging::Foundation::CFLLine::GetCircumcenter
virtual CFLPoint< double > GetCircumcenter(const CFLPoint< int64_t > *pPoint) const sealed
매개변수로 주어진 정점과 해당 객체의 두 정점 사이의 무게중심을 출력
FLImaging::Foundation::CFLLine::operator=
const CFLLine< T > & operator=(const CFLLine< double > &line)
대입 연산자
FLImaging::Foundation::CFLLine::Extend
virtual const CResult Extend(double left, double top, double right, double bottom) override
FLImaging::Foundation::CFLLine::operator=
const CFLLine< T > & operator=(const CFLLine< int64_t > &line)
대입 연산자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(double p1x, int32_t p1y, int64_t p2x, int64_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::GetInteriorAngle
virtual double GetInteriorAngle(const CFLLine< int32_t > *pLine) const sealed
매개변수로 주어진 직선과 해당 객체 사이의 내각을 출력
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(float p1x, float p1y, double p2x, int32_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const CFLPoint< int32_t > *pFlpCenter, double f64Angle)
초기화 생성자로, 매개 변수를 통해 직선의 중심점과 기울기 값을 지정하고 길이가 무한한 직선으로 파라미터를 초기합니다.
FLImaging::Foundation::CFLLine::operator/
CFLLine< double > operator/(const Base::TRect< int32_t > &rect) const
직선의 첫 번째 정점을 rect 의 left, top 으로, 두 번째 정점을 right, bottom 값으로 나누는 연산자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(double p1x, int64_t p1y, float p2x, int32_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int32_t p1x, int64_t p1y, int64_t p2x, float p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::operator-=
const CFLLine< T > & operator-=(const CFLLine< int64_t > &line)
직선의 첫 번째 정점에서 매개변수의 첫 번째 정점을, 두 번째 정점에서 매개변수의 두 번째 정점 값을 빼는 연산자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const CFLCircle< double > *pFlc) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(float p1x, int64_t p1y, int64_t p2x, float p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::GetCircumcenter
virtual CFLPoint< double > GetCircumcenter(const CFLPoint< int64_t > &point) const sealed
매개변수로 주어진 정점과 해당 객체의 두 정점 사이의 무게중심을 출력
FLImaging::Foundation::CFLLine::operator*
friend CFLLine< double > operator*(const int32_t &value, const CFLLine< T > &line)
이동 연산자[offset]
Definition FLLine.h:18627
FLImaging::Foundation::CFLLine::operator/=
const CFLLine< T > & operator/=(const CFLPoint< double > &point)
직선의 각 정점을 매개변수의 각 x, y 값으로 나누는 연산자
FLImaging::Foundation::CFLLine::GetIntersection
virtual const CResult GetIntersection(const CFLLine< int64_t > *pLine, CFLPoint< double > *pPointResult) const sealed
FLImaging::Foundation::CFLLine::GetIntersection
virtual const CResult GetIntersection(const CFLRoundRect< double > *pRect, CFLFigureArray *pFlfaResult) const override
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int64_t p1x, double p1y, double p2x, int32_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::operator-=
const CFLLine< T > & operator-=(const CFLLine< int32_t > &line)
직선의 첫 번째 정점에서 매개변수의 첫 번째 정점을, 두 번째 정점에서 매개변수의 두 번째 정점 값을 빼는 연산자
FLImaging::Foundation::CFLLine::operator==
bool operator==(const CFLRect< int64_t > &rect) const
비교 연산자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int32_t p1x, double p1y, double p2x, int32_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int64_t p1x, float p1y, int32_t p2x, double p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(float p1x, int32_t p1y, int64_t p2x, double p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::operator-=
const CFLLine< T > & operator-=(const CFLPoint< double > &point)
이동 연산자[offset]
FLImaging::Foundation::CFLLine::GetIntersection
virtual const CResult GetIntersection(const CFLDoughnut< double > *pDoughnut, CFLFigureArray *pFlfaResult) const override
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const CFLRect< int32_t > *pRect) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::operator!=
bool operator!=(const CFLLine< double > &line) const
비교 연산자
FLImaging::Foundation::CFLLine::operator+=
const CFLLine< T > & operator+=(const CFLRect< int32_t > &rect)
직선의 첫 번째 정점에 rect의 left, top을, 두 번째 정점에 right, bottom 값을 더하는 연산자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const CFLPoint< int32_t > &flpCenter, double f64Angle)
초기화 생성자로, 매개 변수를 통해 직선의 중심점과 기울기 값을 지정하고 길이가 무한한 직선으로 파라미터를 초기합니다.
FLImaging::Foundation::CFLLine::operator-
CFLLine< double > operator-(const CFLPoint< float > &point) const
이동 연산자[offset]
FLImaging::Foundation::CFLLine::GetWindingDirection
EWindingDirection GetWindingDirection(const CFLPoint< double > *pFlpEnd) const
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const CFLPoint< double > *pPoint)
초기화 생성자로, 직선의 두 번째 정점 값을 point 값으로 설정합니다.
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int64_t p1x, int32_t p1y, int64_t p2x, int32_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(double p1x, int32_t p1y, int32_t p2x, double p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::operator*=
const CFLLine< T > & operator*=(const CFLPoint< int32_t > &point)
이동 연산자[offset]
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const CFLRect< float > &rect) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::GetInteriorAngle
virtual double GetInteriorAngle(const CFLLine< double > &line) const sealed
매개변수로 주어진 직선과 해당 객체 사이의 내각을 출력
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const CFLRect< double > &rect)
초기화 생성자
FLImaging::Foundation::CFLLine::operator*=
const CFLLine< T > & operator*=(const CFLLine< int32_t > &line)
직선의 첫 번째 정점에 매개변수의 첫 번째 정점을, 두 번째 정점에 매개변수의 두 번째 정점 값을 곱하는 연산자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const CFLPoint< int32_t > &point)
초기화 생성자로, 직선의 두 번째 정점 값을 point 값으로 설정합니다.
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(float p1x, int32_t p1y, double p2x, int32_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const CFLPoint< double > *pFlpCenter, double f64Angle)
초기화 생성자로, 매개 변수를 통해 직선의 중심점과 기울기 값을 지정하고 길이가 무한한 직선으로 파라미터를 초기합니다.
FLImaging::Foundation::CFLLine::operator+
CFLLine< double > operator+(const CFLRect< int32_t > &rect) const
직선의 첫 번째 정점에 rect의 left, top을, 두 번째 정점에 right, bottom 값을 더하는 연산자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const Base::TPoint< int32_t > &point1, const Base::TPoint< int32_t > &point2) sealed
파라미터 설정 함수로, 직선의 첫 번째 정점 값을 point1 값으로, 두 번째 정점 값을 point2 값으로 설정합니다.
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(double p1x, float p1y, int32_t p2x, int32_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(float p1x, double p1y, int32_t p2x, int32_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::GetOrthogonalDistance
virtual double GetOrthogonalDistance(const Base::TPoint< int64_t > *pPoint) const sealed
해당 객체에서 매개변수로 주어진 정점 사이의 직교 거리를 출력
FLImaging::Foundation::CFLLine::GetRasterRegion
virtual const CResult GetRasterRegion(Base::CFLArray< Base::TRect< int32_t > > *pFlaResult, const CFLRect< int64_t > *pFlrROI=nullptr) const override
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int64_t p1x, int32_t p1y, float p2x, double p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(double p1x, float p1y, int32_t p2x, float p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const CFLPoint< int64_t > *pPoint)
초기화 생성자로, 직선의 두 번째 정점 값을 point 값으로 설정합니다.
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(double p1x, int64_t p1y, double p2x, int64_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::GetInteriorAngle
virtual double GetInteriorAngle(const CFLPoint< int64_t > *pPoint) const sealed
매개변수로 주어진 정점과 해당 객체 사이의 내각을 출력합니다. 해당 객체의 flpPoints[1] 을 중심으로 합니다.
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(double p1x, int32_t p1y, float p2x, int64_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int64_t p1x, int64_t p1y, int64_t p2x, float p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(double p1x, double p1y, int32_t p2x, int32_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(float p1x, double p1y, float p2x, int64_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const CFLRegion *pFlrg) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int64_t p1x, float p1y, int32_t p2x, int32_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const CFLLine< int64_t > *pLine)
초기화 생성자
FLImaging::Foundation::CFLLine::operator/
CFLLine< double > operator/(const CFLPoint< int64_t > &point) const
직선의 각 정점을 매개변수의 각 x, y 값으로 나누는 연산자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(double p1x, double p1y, double p2x, float p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::operator-
CFLLine< double > operator-(const Base::TPoint< int32_t > &point) const
이동 연산자[offset]
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const CFLRoundRect< double > &flrr)
초기화 생성자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const CFLComplexRegion *pFlcr) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(float p1x, float p1y, int32_t p2x, int64_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::operator==
bool operator==(const CFLRect< int32_t > &rect) const
비교 연산자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int64_t p1x, float p1y, int64_t p2x, float p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::Fit
virtual const CResult Fit(const Base::CFLArray< Base::TPoint< double > > &flaPoints, int64_t i64OutlierThresholdCount=0, double f64OutlierThreshold=3., Base::CFLArray< int64_t > *pFlaOutlierIndices=nullptr)
점들과 가장 유사한 형태의 선을 맞춰주는 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(float p1x, int64_t p1y, int32_t p2x, float p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const CFLQuad< float > &flq)
초기화 생성자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int32_t p1x, int64_t p1y, int64_t p2x, int32_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::operator=
const CFLLine< T > & operator=(const CFLLine< float > &line)
대입 연산자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const CFLFigureText< int64_t > &flft) sealed
파라미터 설정 함수로, 직선의 두 번째 정점 값을 FigureText의 좌표값으로 설정합니다.
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(float p1x, int32_t p1y, float p2x, int32_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(double p1x, int32_t p1y, int64_t p2x, float p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(float p1x, double p1y, float p2x, int32_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int64_t p1x, int64_t p1y, double p2x, float p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(double p1x, int64_t p1y, double p2x, int64_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::operator*=
const CFLLine< T > & operator*=(const CFLLine< int64_t > &line)
직선의 첫 번째 정점에 매개변수의 첫 번째 정점을, 두 번째 정점에 매개변수의 두 번째 정점 값을 곱하는 연산자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(double p1x, float p1y, double p2x, double p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::operator+
friend CFLLine< double > operator+(const int32_t &value, const CFLLine< T > &line)
이동 연산자[offset]
Definition FLLine.h:18463
FLImaging::Foundation::CFLLine::SetEquationForX
const CResult SetEquationForX(double f64YCoefficient, double f64Constant)
x 에 대한 방정식 x = a * y + b 로 해당 직선 객체를 설정하는 함수
FLImaging::Foundation::CFLLine::operator/=
const CFLLine< T > & operator/=(const CFLPoint< int32_t > &point)
직선의 각 정점을 매개변수의 각 x, y 값으로 나누는 연산자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int64_t p1x, int64_t p1y, float p2x, int64_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::operator=
const CFLLine< T > & operator=(const CFLPoint< double > *pPoint)
대입 연산자
FLImaging::Foundation::CFLLine::operator*
CFLLine< double > operator*(const CFLPoint< int64_t > &point) const
이동 연산자[offset]
FLImaging::Foundation::CFLLine::GetIntersection
virtual const CResult GetIntersection(const CFLLine< double > *pLine, CFLPoint< double > *pPointResult) const sealed
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(double p1x, float p1y, double p2x, float p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int32_t p1x, int32_t p1y, float p2x, int64_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::operator/
CFLLine< double > operator/(const CFLPoint< int32_t > &point) const
직선의 각 정점을 매개변수의 각 x, y 값으로 나누는 연산자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int64_t p1x, int64_t p1y, float p2x, double p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::GetSamplingPointsOnSegment
virtual const CResult GetSamplingPointsOnSegment(double f64SamplingDistance, CFLFigureArray *pFlfaResult) const override
설정한 길이만큼 이동하는 점 정보를 얻어옵니다
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const Base::TPoint< double > *pPoint1, const Base::TPoint< double > *pPoint2) sealed
파라미터 설정 함수로, 직선의 첫 번째 정점 값을 point1 값으로, 두 번째 정점 값을 point2 값으로 설정합니다.
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(float p1x, double p1y, int32_t p2x, int64_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(float p1x, double p1y, int64_t p2x, int64_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(double p1x, float p1y, int64_t p2x, float p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const CFLBezierCubicCurve &flbc3) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::operator*
CFLLine< double > operator*(const CFLRect< int64_t > &rect) const
직선의 첫 번째 정점에 rect 의 left, top 을, 두 번째 정점에 right, bottom 값을 곱하는 연산자
FLImaging::Foundation::CFLLine::operator+=
const CFLLine< T > & operator+=(const CFLRect< double > &rect)
직선의 첫 번째 정점에 rect의 left, top을, 두 번째 정점에 right, bottom 값을 더하는 연산자
FLImaging::Foundation::CFLLine::operator*
CFLLine< double > operator*(const int32_t &value) const
이동 연산자[offset]
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const CFLCircle< float > &flc)
초기화 생성자
FLImaging::Foundation::CFLLine::operator-
CFLLine< double > operator-(const int64_t &value) const
이동 연산자[offset]
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(float p1x, int32_t p1y, int32_t p2x, double p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int32_t p1x, int32_t p1y, double p2x, double p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int32_t p1x, int64_t p1y, double p2x, int64_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::MakeArrowWithLength
virtual const CResult MakeArrowWithLength(double f64Length, CFLFigureArray *pFlfaResult, bool bEndArrow=true, double f64Angle=30, bool bBeginArrow=false) const sealed
해당 객체의 시작점 혹은 끝점에 지정한 길이와 각도의 화살표를 생성하는 함수
FLImaging::Foundation::CFLLine::operator-
friend CFLLine< double > operator-(const int32_t &value, const CFLLine< T > &line)
이동 연산자[offset]
Definition FLLine.h:18543
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int32_t p1x, double p1y, int32_t p2x, int32_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const Base::TPoint< float > &point1, const Base::TPoint< float > &point2) sealed
파라미터 설정 함수로, 직선의 첫 번째 정점 값을 point1 값으로, 두 번째 정점 값을 point2 값으로 설정합니다.
FLImaging::Foundation::CFLLine::GetWindingDirection
EWindingDirection GetWindingDirection(const CFLPoint< float > &flpEnd) const
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int64_t p1x, double p1y, double p2x, float p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const CFLLine< double > &line) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::GetInteriorAngle
virtual double GetInteriorAngle(const CFLLine< float > &line) const sealed
매개변수로 주어진 직선과 해당 객체 사이의 내각을 출력
FLImaging::Foundation::CFLLine::operator/=
const CFLLine< T > & operator/=(const CFLLine< int32_t > &line)
직선의 첫 번째 정점을 매개변수의 첫 번째 정점으로, 두 번째 정점을 매개변수의 두 번째 정점 값으로 나누는 연산자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const CFLLine< float > *pLine)
초기화 생성자
FLImaging::Foundation::CFLLine::operator/=
const CFLLine< T > & operator/=(const CFLRect< int32_t > &rect)
직선의 첫 번째 정점을 rect 의 left, top 으로, 두 번째 정점을 right, bottom 값으로 나누는 연산자
FLImaging::Foundation::CFLLine::operator-
friend CFLLine< double > operator-(const double &value, const CFLLine< T > &line)
이동 연산자[offset]
Definition FLLine.h:18606
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int32_t p1x, int64_t p1y, int32_t p2x, int32_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int32_t p1x, int32_t p1y, int64_t p2x, double p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::GetOrthogonalPoint
virtual CFLPoint< double > GetOrthogonalPoint(const Base::TPoint< int32_t > *pPoint) const sealed
매개변수로 주어진 정점에서 해당 객체에 내린 수선의 발을 출력
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int64_t p1x, float p1y, double p2x, int32_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(float p1x, int32_t p1y, int64_t p2x, int32_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::GetRasterContour
virtual const CResult GetRasterContour(CFLPointArray *pFlpaResult, bool bExcludeSingleDelta=false) const override
Contour의 Raster 점 정보를 얻어옵니다
FLImaging::Foundation::CFLLine::GetOrthogonalPoint
virtual CFLPoint< double > GetOrthogonalPoint(const CFLPoint< int32_t > *pPoint) const sealed
매개변수로 주어진 정점에서 해당 객체에 내린 수선의 발을 출력
FLImaging::Foundation::CFLLine::operator/=
const CFLLine< T > & operator/=(const Base::TRect< int32_t > &rect)
직선의 첫 번째 정점을 rect 의 left, top 으로, 두 번째 정점을 right, bottom 값으로 나누는 연산자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(double p1x, float p1y, double p2x, int64_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::operator!=
bool operator!=(const CFLRect< int32_t > &rect) const
비교 연산자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(float p1x, float p1y, int32_t p2x, int32_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::operator*
CFLLine< double > operator*(const float &value) const
이동 연산자[offset]
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(float p1x, float p1y, double p2x, float p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::GetRasterContour
virtual const CResult GetRasterContour(CFLFigureArray *pFlfaResult, bool bExcludeSingleDelta=false) const override
Contour의 Raster 점 정보를 얻어옵니다
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(double p1x, float p1y, int32_t p2x, int32_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int32_t p1x, float p1y, int64_t p2x, float p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const CFLPoint< double > *pFlpCenter, double f64Angle, double f64LineLength) sealed
파라미터 설정 함수로, 직선의 중심점과 기울기 값과 길이를 지정합니다.
FLImaging::Foundation::CFLLine::operator-
CFLLine< double > operator-(const CFLPoint< int64_t > &point) const
이동 연산자[offset]
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int32_t p1x, int32_t p1y, int32_t p2x, float p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int64_t p1x, int32_t p1y, int64_t p2x, float p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int64_t p1x, int32_t p1y, int32_t p2x, double p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int32_t p1x, double p1y, int32_t p2x, int64_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const Base::CFLImagePage &flip)
초기화 생성자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(double p1x, float p1y, int32_t p2x, int64_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(double p1x, int32_t p1y, float p2x, double p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const Base::TRect< int32_t > *pRect) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::operator/
CFLLine< double > operator/(const float &value) const
직선의 각 정점을 매개변수 값으로 나누는 연산자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(float p1x, double p1y, float p2x, double p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int64_t p1x, int32_t p1y, float p2x, int32_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(T a, T b, T c)
a * x + b * y + c = 0 방정식의 직선으로 초기화하는 생성자
FLImaging::Foundation::CFLLine::operator=
const CFLLine< T > & operator=(const CFLPoint< int64_t > *pPoint)
대입 연산자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(float p1x, double p1y, double p2x, float p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const CFLComplexRegion *pFlcr)
초기화 생성자
FLImaging::Foundation::CFLLine::GetOrthogonalDistance
virtual double GetOrthogonalDistance(const CFLPoint< int64_t > &point) const sealed
해당 객체에서 매개변수로 주어진 정점 사이의 직교 거리를 출력
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const CFLCubicSpline *pFlcs) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const CFLPoint< float > &point)
초기화 생성자로, 직선의 두 번째 정점 값을 point 값으로 설정합니다.
FLImaging::Foundation::CFLLine::operator!=
bool operator!=(const CFLRect< float > &rect) const
비교 연산자
FLImaging::Foundation::CFLLine::operator-
friend CFLLine< double > operator-(const float &value, const CFLLine< T > &line)
이동 연산자[offset]
Definition FLLine.h:18585
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(float p1x, int64_t p1y, float p2x, float p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::GetInteriorAngle
virtual double GetInteriorAngle(const CFLPoint< double > &point) const sealed
매개변수로 주어진 정점과 해당 객체 사이의 내각을 출력합니다. 해당 객체의 flpPoints[1] 을 중심으로 합니다.
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int64_t p1x, int32_t p1y, int32_t p2x, double p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int64_t p1x, float p1y, double p2x, int64_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::operator-=
const CFLLine< T > & operator-=(const int64_t &value)
이동 연산자[offset]
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(float p1x, int32_t p1y, int32_t p2x, double p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int64_t p1x, double p1y, int64_t p2x, int64_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::operator-
CFLLine< double > operator-(const float &value) const
이동 연산자[offset]
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const CFLPoint< int64_t > &flpCenter, double f64Angle, double f64LineLength) sealed
파라미터 설정 함수로, 직선의 중심점과 기울기 값과 길이를 지정합니다.
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(double p1x, int32_t p1y, float p2x, double p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::operator+
friend CFLLine< double > operator+(const float &value, const CFLLine< T > &line)
이동 연산자[offset]
Definition FLLine.h:18503
FLImaging::Foundation::CFLLine::operator+=
const CFLLine< T > & operator+=(const double &value)
이동 연산자[offset]
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(float p1x, int32_t p1y, int64_t p2x, float p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int64_t p1x, int64_t p1y, float p2x, int64_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int32_t p1x, int64_t p1y, float p2x, int64_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::GetRasterRegion
virtual const CResult GetRasterRegion(CFLFigureArray *pFlfaResult, const CFLRect< int64_t > *pFlrROI=nullptr) const override
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int32_t p1x, float p1y, double p2x, int32_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const CFLPointArray &flpa)
초기화 생성자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int64_t p1x, double p1y, float p2x, double p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int32_t p1x, int32_t p1y, int32_t p2x, int64_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::GetWindingDirection
EWindingDirection GetWindingDirection(const CFLPoint< double > &flpEnd) const
FLImaging::Foundation::CFLLine::operator+=
const CFLLine< T > & operator+=(const float &value)
이동 연산자[offset]
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int32_t p1x, double p1y, double p2x, double p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int64_t p1x, double p1y, int64_t p2x, float p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::operator*=
const CFLLine< T > & operator*=(const CFLRect< int32_t > &rect)
직선의 첫 번째 정점에 rect 의 left, top 을, 두 번째 정점에 right, bottom 값을 곱하는 연산자
FLImaging::Foundation::CFLLine::operator!=
bool operator!=(const CFLLine< float > &line) const
비교 연산자
FLImaging::Foundation::CFLLine::GetCircumcenter
virtual CFLPoint< double > GetCircumcenter(const CFLPoint< double > *pPoint) const sealed
매개변수로 주어진 정점과 해당 객체의 두 정점 사이의 무게중심을 출력
FLImaging::Foundation::CFLLine::GetOrthogonalDistance
virtual double GetOrthogonalDistance(const Base::TPoint< double > *pPoint) const sealed
해당 객체에서 매개변수로 주어진 정점 사이의 직교 거리를 출력
FLImaging::Foundation::CFLLine::operator/
friend CFLLine< double > operator/(const int32_t &value, const CFLLine< T > &line)
직선의 각 정점을 매개변수 값으로 나누는 연산자
Definition FLLine.h:18707
FLImaging::Foundation::CFLLine::GetIntersection
virtual CFLPoint< double > GetIntersection(const CFLLine< double > &line) const sealed
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int32_t p1x, float p1y, int32_t p2x, float p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int64_t p1x, float p1y, int32_t p2x, float p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::operator-
friend CFLLine< double > operator-(const int64_t &value, const CFLLine< T > &line)
이동 연산자[offset]
Definition FLLine.h:18564
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const CFLLine< int32_t > *pLine)
초기화 생성자
FLImaging::Foundation::CFLLine::operator+=
const CFLLine< T > & operator+=(const CFLPoint< float > &point)
이동 연산자[offset]
FLImaging::Foundation::CFLLine::GetRasterRegion
virtual const CResult GetRasterRegion(Base::CFLArray< Base::TPoint3< int32_t > > *pFlaResult, const CFLRect< int64_t > *pFlrROI=nullptr) const override
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(double a, double b, double c) sealed
a* x + b* y + c = 0 방정식의 직선을 이용한 파라미터 설정 함수
FLImaging::Foundation::CFLLine::operator-=
const CFLLine< T > & operator-=(const CFLPoint< int32_t > &point)
이동 연산자[offset]
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int32_t p1x, float p1y, float p2x, float p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int32_t p1x, float p1y, float p2x, float p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int32_t p1x, int64_t p1y, double p2x, float p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(float p1x, float p1y, double p2x, int32_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::Fit
virtual const CResult Fit(const Base::CFLArray< Base::TPoint< float > > *pFlaPoints, int64_t i64OutlierThresholdCount=0, double f64OutlierThreshold=3., Base::CFLArray< int64_t > *pFlaOutlierIndices=nullptr)
점들과 가장 유사한 형태의 선을 맞춰주는 함수
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const CFLPoint< int32_t > *pFlpCenter, double f64Angle) sealed
파라미터 설정 함수로, 직선의 중심점과 기울기 값과 길이를 지정합니다.
FLImaging::Foundation::CFLLine::operator+=
const CFLLine< T > & operator+=(const CFLPoint< double > &point)
이동 연산자[offset]
FLImaging::Foundation::CFLLine::operator+
CFLLine< double > operator+(const int64_t &value) const
이동 연산자[offset]
FLImaging::Foundation::CFLLine::operator/
CFLLine< double > operator/(const CFLPoint< float > &point) const
직선의 각 정점을 매개변수의 각 x, y 값으로 나누는 연산자
FLImaging::Foundation::CFLLine::operator*
CFLLine< double > operator*(const CFLRect< double > &rect) const
직선의 첫 번째 정점에 rect 의 left, top 을, 두 번째 정점에 right, bottom 값을 곱하는 연산자
FLImaging::Foundation::CFLLine::operator==
bool operator==(const CFLLine< float > &line) const
비교 연산자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int64_t p1x, int64_t p1y, int32_t p2x, float p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int32_t p1x, float p1y, int32_t p2x, double p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int32_t p1x, double p1y, int64_t p2x, double p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::GetIntersection
virtual CFLPoint< double > GetIntersection(const CFLLine< int64_t > *pLine) const sealed
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(double p1x, double p1y, float p2x, int32_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::GetMinimumEnclosingRectangle
virtual const CResult GetMinimumEnclosingRectangle(CFLQuad< double > *pQuad) const override
최소 둘레의 직사각형을 얻어옵니다
FLImaging::Foundation::CFLLine::operator+=
const CFLLine< T > & operator+=(const int64_t &value)
이동 연산자[offset]
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const CFLPoint< int32_t > *pFlpCenter, double f64Angle, double f64LineLength) sealed
파라미터 설정 함수로, 직선의 중심점과 기울기 값과 길이를 지정합니다.
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(double p1x, int32_t p1y, float p2x, int32_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::operator=
const CFLLine< T > & operator=(const CFLRect< float > *pRect)
대입 연산자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int32_t p1x, double p1y, double p2x, int32_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(float p1x, float p1y, int32_t p2x, double p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::operator/=
const CFLLine< T > & operator/=(const CFLLine< int64_t > &line)
직선의 첫 번째 정점을 매개변수의 첫 번째 정점으로, 두 번째 정점을 매개변수의 두 번째 정점 값으로 나누는 연산자
FLImaging::Foundation::CFLLine::operator*
CFLLine< double > operator*(const Base::TRect< int32_t > &rect) const
직선의 첫 번째 정점에 rect 의 left, top 을, 두 번째 정점에 right, bottom 값을 곱하는 연산자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(float p1x, float p1y, int32_t p2x, double p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(double p1x, int64_t p1y, int64_t p2x, double p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::Flip
virtual const CResult Flip(EFigureFlipDirection eDirection, double f64PivotX, double f64PivotY) override
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int64_t p1x, int32_t p1y, float p2x, float p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const CFLPointArray *pFlpa) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int32_t p1x, int32_t p1y, float p2x, float p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const CFLEllipse< double > &fle) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const CFLFigureText< int64_t > *pFlft) sealed
파라미터 설정 함수로, 직선의 두 번째 정점 값을 FigureText의 좌표값으로 설정합니다.
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int32_t p1x, double p1y, float p2x, double p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(float p1x, float p1y, int64_t p2x, double p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::operator*=
const CFLLine< T > & operator*=(const CFLPoint< double > &point)
이동 연산자[offset]
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int32_t p1x, float p1y, double p2x, float p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const CFLBezierCubicCurve &flbc3)
초기화 생성자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(double p1x, int32_t p1y, int64_t p2x, int32_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::Multiply
virtual const CResult Multiply(double f64MulX, double f64MulY) override
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int32_t p1x, double p1y, int64_t p2x, int32_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(float p1x, int32_t p1y, float p2x, float p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::GetVertexCount
virtual const CResult GetVertexCount(CFLFigureArray &flfaResult, EIncludingRegionType eType=EIncludingRegionType_All, bool bRecursive=true) const override
도형의 정점의 개수를 반환합니다
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(float p1x, int32_t p1y, double p2x, int64_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int64_t p1x, float p1y, double p2x, int64_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const CFLBezierQuadraticCurve &flbc2)
초기화 생성자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const CFLRoundRect< int32_t > *pFlrr)
초기화 생성자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const CFLPoint< int64_t > *pPoint1, const CFLPoint< int64_t > *pPoint2)
초기화 생성자로, 직선의 첫 번째 정점 값을 point1 값으로, 두 번째 정점 값을 point2 값으로 설정합니다.
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const Base::TRect< int64_t > *pRect) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::operator*
friend CFLLine< double > operator*(const int64_t &value, const CFLLine< T > &line)
이동 연산자[offset]
Definition FLLine.h:18647
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const CFLLine< int64_t > *pLine) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int32_t p1x, double p1y, int64_t p2x, double p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::Scale
virtual const CResult Scale(double f64PivotX, double f64PivotY, double f64RatioX, double f64RatioY) override
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int32_t p1x, int32_t p1y, int64_t p2x, float p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::operator/=
const CFLLine< T > & operator/=(const CFLPoint< int64_t > &point)
직선의 각 정점을 매개변수의 각 x, y 값으로 나누는 연산자
FLImaging::Foundation::CFLLine::GetIntersection
virtual const CResult GetIntersection(const CFLLine< int32_t > &line, CFLPoint< double > *pPointResult) const sealed
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(double p1x, double p1y, int32_t p2x, int64_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::operator/
CFLLine< double > operator/(const CFLRect< int32_t > &rect) const
직선의 첫 번째 정점을 rect 의 left, top 으로, 두 번째 정점을 right, bottom 값으로 나누는 연산자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(float p1x, int32_t p1y, float p2x, int32_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::GetInteriorAngle
virtual double GetInteriorAngle(const CFLPoint< float > *pPoint) const sealed
매개변수로 주어진 정점과 해당 객체 사이의 내각을 출력합니다. 해당 객체의 flpPoints[1] 을 중심으로 합니다.
FLImaging::Foundation::CFLLine::GetEquation
const CResult GetEquation(double *pA, double *pB, double *pC) const
해당 직선 객체를 A* x + B* y + C = 0 방정식 꼴로 표현하는 함수
FLImaging::Foundation::CFLLine::GetAngle
virtual double GetAngle() const override
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int32_t p1x, double p1y, float p2x, float p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int32_t p1x, int64_t p1y, double p2x, double p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::operator+
CFLLine< double > operator+(const CFLLine< double > &line) const
직선의 첫 번째 정점에 매개변수의 첫 번째 정점을, 두 번째 정점에 매개변수의 두 번째 정점 값을 더하는 연산자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const Base::TPoint< double > &point1, const Base::TPoint< double > &point2) sealed
파라미터 설정 함수로, 직선의 첫 번째 정점 값을 point1 값으로, 두 번째 정점 값을 point2 값으로 설정합니다.
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(double p1x, int32_t p1y, double p2x, float p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int64_t p1x, float p1y, double p2x, double p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(float p1x, int32_t p1y, int32_t p2x, int64_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(float p1x, float p1y, float p2x, int64_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int64_t p1x, float p1y, int64_t p2x, double p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int64_t p1x, int32_t p1y, float p2x, double p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const CFLRect< int64_t > *pRect) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(float p1x, int32_t p1y, int64_t p2x, int64_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const CFLCircle< int32_t > *pFlc)
초기화 생성자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int64_t p1x, float p1y, int32_t p2x, float p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::IsCollision
virtual bool IsCollision(const CFLRegion *pFlrg) const override
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const Base::CFLArray< Base::TPoint< int32_t > > *pFlaValidPoint)
파라미터 설정 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const CFLQuad< int64_t > &flq)
초기화 생성자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int64_t p1x, double p1y, float p2x, int64_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(double p1x, int64_t p1y, int32_t p2x, int32_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(double p1x, float p1y, int32_t p2x, double p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::operator-
CFLLine< double > operator-(const CFLLine< int64_t > &line) const
직선의 첫 번째 정점에서 매개변수의 첫 번째 정점을, 두 번째 정점에서 매개변수의 두 번째 정점 값을 빼는 연산자
FLImaging::Foundation::CFLLine::operator=
const CFLLine< T > & operator=(const CFLPoint< float > &point)
대입 연산자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(float p1x, double p1y, double p2x, double p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::GetUnitVector
CFLPoint< double > GetUnitVector() const
직선의 단위 벡터를 얻는 함수
FLImaging::Foundation::CFLLine::operator+=
const CFLLine< T > & operator+=(const CFLLine< double > &line)
직선의 첫 번째 정점에 매개변수의 첫 번째 정점을, 두 번째 정점에 매개변수의 두 번째 정점 값을 더하는 연산자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(float p1x, int32_t p1y, float p2x, float p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::operator/=
const CFLLine< T > & operator/=(const int64_t &value)
직선의 각 정점을 매개변수 값으로 나누는 연산자
FLImaging::Foundation::CFLLine::GetOrthogonalDistance
virtual double GetOrthogonalDistance(const Base::TPoint< int32_t > &point) const sealed
해당 객체에서 매개변수로 주어진 정점 사이의 직교 거리를 출력
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int32_t p1x, double p1y, double p2x, float p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::operator=
const CFLLine< T > & operator=(const Base::TRect< int32_t > &rect)
대입 연산자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(float p1x, double p1y, float p2x, double p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::GetWindingDirection
EWindingDirection GetWindingDirection(const CFLPoint< int32_t > &flpEnd) const
FLImaging::Foundation::CFLLine::operator+
CFLLine< double > operator+(const int32_t &value) const
이동 연산자[offset]
FLImaging::Foundation::CFLLine::GetIntersection
virtual const CResult GetIntersection(const CFLLine< float > *pLine, CFLPoint< double > *pPointResult) const sealed
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const Base::CFLArray< Base::TPoint< double > > *pFlaValidPoint)
파라미터 설정 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const CFLPoint< int64_t > &point)
초기화 생성자로, 직선의 두 번째 정점 값을 point 값으로 설정합니다.
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int64_t p1x, double p1y, double p2x, int64_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const Base::CFLArray< Base::TPoint< double > > &flaValidPoint)
파라미터 설정 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(double p1x, int64_t p1y, float p2x, double p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(float p1x, float p1y, double p2x, double p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(double p1x, int32_t p1y, float p2x, float p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::operator-=
const CFLLine< T > & operator-=(const CFLRect< float > &rect)
직선의 첫 번째 정점에서 rect 의 left, top 을, 두 번째 정점에서 right, bottom 값을 빼는 연산자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int64_t p1x, int64_t p1y, int32_t p2x, int64_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::operator*
CFLLine< double > operator*(const CFLPoint< int32_t > &point) const
이동 연산자[offset]
FLImaging::Foundation::CFLLine::GetInteriorAngle
virtual double GetInteriorAngle(const CFLLine< int64_t > *pLine) const sealed
매개변수로 주어진 직선과 해당 객체 사이의 내각을 출력
FLImaging::Foundation::CFLLine::operator!=
bool operator!=(const CFLLine< int32_t > &line) const
비교 연산자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const CFLBezierCubicCurve *pFlbc3)
초기화 생성자
FLImaging::Foundation::CFLLine::operator-
CFLLine< double > operator-(const CFLLine< float > &line) const
직선의 첫 번째 정점에서 매개변수의 첫 번째 정점을, 두 번째 정점에서 매개변수의 두 번째 정점 값을 빼는 연산자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(float p1x, int64_t p1y, int32_t p2x, int32_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const CFLEllipse< int32_t > *pFle) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(float p1x, double p1y, float p2x, int64_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::ReverseSequence
virtual const CResult ReverseSequence() override
순서를 반대방향으로 바꾸는 함수
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int64_t p1x, int64_t p1y, float p2x, float p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int32_t p1x, float p1y, int64_t p2x, int64_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const CFLRoundRect< int32_t > *pFlrr) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::Fit
virtual const CResult Fit(const Base::CFLArray< Base::TPoint< int64_t > > *pFlaPoints, int64_t i64OutlierThresholdCount=0, double f64OutlierThreshold=3., Base::CFLArray< int64_t > *pFlaOutlierIndices=nullptr)
점들과 가장 유사한 형태의 선을 맞춰주는 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int64_t p1x, float p1y, int32_t p2x, double p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const CFLEllipse< double > *pFle)
초기화 생성자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const CFLPoint< int64_t > &flpCenter, double f64Angle) sealed
파라미터 설정 함수로, 매개 변수를 통해 직선의 중심점과 기울기 값을 지정하고 길이가 무한한 직선으로 파라미터를 설정합니다.
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const CFLQuad< int64_t > *pFlq) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::GetWindingDirection
EWindingDirection GetWindingDirection(const CFLPoint< float > *pFlpEnd) const
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const CFLLine< float > *pLine) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(double p1x, int32_t p1y, int64_t p2x, int64_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int32_t p1x, double p1y, int32_t p2x, float p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const CFLPoint< float > *pPoint)
초기화 생성자로, 직선의 두 번째 정점 값을 point 값으로 설정합니다.
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const CFLRect< int64_t > &rect) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int32_t p1x, int32_t p1y, double p2x, double p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const CFLComplexRegion &flcr)
초기화 생성자
FLImaging::Foundation::CFLLine::SetEquation
const CResult SetEquation(double f64A, double f64B, double f64C=.0)
A * x + B * y + C = 0 방정식으로 해당 직선 객체를 설정하는 함수
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int32_t p1x, double p1y, int32_t p2x, double p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int64_t p1x, int32_t p1y, int32_t p2x, int64_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int32_t p1x, double p1y, double p2x, float p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::operator-
CFLLine< double > operator-(const double &value) const
이동 연산자[offset]
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int64_t p1x, int64_t p1y, double p2x, int32_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(float p1x, float p1y, int32_t p2x, int32_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const Base::TRect< double > &rect)
초기화 생성자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int32_t p1x, double p1y, float p2x, int32_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::operator-
CFLLine< double > operator-(const CFLRect< int32_t > &rect) const
직선의 첫 번째 정점에서 rect 의 left, top 을, 두 번째 정점에서 right, bottom 값을 빼는 연산자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int64_t p1x, int64_t p1y, double p2x, int64_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int32_t p1x, int32_t p1y, int64_t p2x, int64_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(float p1x, double p1y, int64_t p2x, double p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::operator+=
const CFLLine< T > & operator+=(const int32_t &value)
이동 연산자[offset]
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const CFLPoint< int64_t > &flpCenter, double f64Angle, double f64LineLength)
초기화 생성자로, 직선의 중심점과 기울기 값과 길이 값을 이용해 초기화합니다.
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const CFLFigureText< double > &flft) sealed
파라미터 설정 함수로, 직선의 두 번째 정점 값을 FigureText의 좌표값으로 설정합니다.
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const CFLPoint< float > &point1, const CFLPoint< float > &point2)
초기화 생성자로, 직선의 첫 번째 정점 값을 point1 값으로, 두 번째 정점 값을 point2 값으로 설정합니다.
FLImaging::Foundation::CFLLine::GetPositionOnLine
virtual const CResult GetPositionOnLine(double f64X, double f64Y, double &f64T) const sealed
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(float p1x, double p1y, float p2x, float p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const CFLRoundRect< float > &flrr) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::operator*=
const CFLLine< T > & operator*=(const float &value)
이동 연산자[offset]
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(double p1x, int64_t p1y, int64_t p2x, double p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(double p1x, int32_t p1y, int32_t p2x, int64_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(float p1x, float p1y, float p2x, int32_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(float p1x, float p1y, int64_t p2x, float p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const CFLPoint< float > &flpCenter, double f64Angle, double f64LineLength) sealed
파라미터 설정 함수로, 직선의 중심점과 기울기 값과 길이를 지정합니다.
FLImaging::Foundation::CFLLine::GetOrthogonalPoint
virtual CFLPoint< double > GetOrthogonalPoint(const Base::TPoint< int32_t > &point) const sealed
매개변수로 주어진 정점에서 해당 객체에 내린 수선의 발을 출력
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(float p1x, float p1y, int64_t p2x, int32_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const CFLRect< int32_t > *pRect)
초기화 생성자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const CFLLine< int32_t > &line) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(double p1x, int64_t p1y, double p2x, double p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::GetOrthogonalPoint
virtual CFLPoint< double > GetOrthogonalPoint(const Base::TPoint< int64_t > *pPoint) const sealed
매개변수로 주어진 정점에서 해당 객체에 내린 수선의 발을 출력
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const CFLPoint< double > *pFlpCenter, double f64Angle) sealed
파라미터 설정 함수로, 직선의 중심점과 기울기 값과 길이를 지정합니다.
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int64_t p1x, int64_t p1y, int64_t p2x, int64_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::GetPerimeter
virtual double GetPerimeter() const override
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int32_t p1x, int64_t p1y, int64_t p2x, int32_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(float p1x, int64_t p1y, int64_t p2x, int64_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::operator-=
const CFLLine< T > & operator-=(const Base::TRect< int32_t > &rect)
직선의 첫 번째 정점에서 rect 의 left, top 을, 두 번째 정점에서 right, bottom 값을 빼는 연산자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(double p1x, int64_t p1y, int32_t p2x, double p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::GetIntersection
virtual const CResult GetIntersection(const CFLLine< double > &line, CFLPoint< double > *pPointResult) const sealed
FLImaging::Foundation::CFLLine::operator-=
const CFLLine< T > & operator-=(const double &value)
이동 연산자[offset]
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(double p1x, float p1y, float p2x, int64_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::operator=
const CFLLine< T > & operator=(const CFLRect< int64_t > &rect)
대입 연산자
FLImaging::Foundation::CFLLine::operator-=
const CFLLine< T > & operator-=(const CFLLine< float > &line)
직선의 첫 번째 정점에서 매개변수의 첫 번째 정점을, 두 번째 정점에서 매개변수의 두 번째 정점 값을 빼는 연산자
FLImaging::Foundation::CFLLine::GetCenter
virtual const CResult GetCenter(double &x, double &y) const override
FLImaging::Foundation::CFLLine::operator=
const CFLLine< T > & operator=(const CFLRect< double > *pRect)
대입 연산자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int64_t p1x, float p1y, int64_t p2x, int64_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int64_t p1x, int32_t p1y, int32_t p2x, int64_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const CFLBezierCubicCurve *pFlbc3) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const CFLPoint< double > &flpCenter, double f64Angle, double f64LineLength)
초기화 생성자로, 직선의 중심점과 기울기 값과 길이 값을 이용해 초기화합니다.
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int32_t p1x, int64_t p1y, float p2x, float p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(double p1x, float p1y, double p2x, int64_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int64_t p1x, int64_t p1y, int32_t p2x, int32_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::operator+
CFLLine< double > operator+(const Base::TPoint< int32_t > &point) const
이동 연산자[offset]
FLImaging::Foundation::CFLLine::Fit
virtual const CResult Fit(const Base::CFLArray< Base::TPoint< double > > *pFlaPoints, int64_t i64OutlierThresholdCount=0, double f64OutlierThreshold=3., Base::CFLArray< int64_t > *pFlaOutlierIndices=nullptr)
점들과 가장 유사한 형태의 선을 맞춰주는 함수
FLImaging::Foundation::CFLLine::Rotate
virtual const CResult Rotate(double f64Angle, double f64PivotX, double f64PivotY) override
FLImaging::Foundation::CFLLine::GetEquationForY
const CResult GetEquationForY(double *pXCoefficient, double *pConstant) const
해당 직선 객체를 y 에 대한 식 y = a* x + b 방정식 꼴로 표현하는 함수
FLImaging::Foundation::CFLLine::GetOrthogonalDistance
virtual double GetOrthogonalDistance(const Base::TPoint< float > *pPoint) const sealed
해당 객체에서 매개변수로 주어진 정점 사이의 직교 거리를 출력
FLImaging::Foundation::CFLLine::GetHeight
virtual double GetHeight() const override
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(double p1x, int32_t p1y, float p2x, int64_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const CFLQuad< int32_t > &flq) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(float p1x, double p1y, double p2x, int32_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(float p1x, double p1y, int64_t p2x, float p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const CFLEllipse< double > *pFle) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int32_t p1x, int32_t p1y, double p2x, float p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const CFLPoint< int32_t > &flpCenter, double f64Angle, double f64LineLength) sealed
파라미터 설정 함수로, 직선의 중심점과 기울기 값과 길이를 지정합니다.
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int32_t p1x, float p1y, int64_t p2x, float p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::Warp
virtual const CResult Warp(const CFLQuad< double > *pFlqSourceRegion, const CFLQuad< double > *pFlqTargetRegion, CFLFigureArray *pFlfaResult, EWarpingType eWarpingType=EWarpingType_Bilinear) const override
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const CFLPoint< float > &point) sealed
파라미터 설정 함수로, 직선의 두 번째 정점 값을 point 값으로 설정합니다.
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int32_t p1x, float p1y, int64_t p2x, double p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const CFLCircle< int64_t > *pFlc)
초기화 생성자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const Base::TRect< int32_t > &rect) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::operator-=
const CFLLine< T > & operator-=(const CFLRect< int32_t > &rect)
직선의 첫 번째 정점에서 rect 의 left, top 을, 두 번째 정점에서 right, bottom 값을 빼는 연산자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const CFLCircle< double > *pFlc)
초기화 생성자
FLImaging::Foundation::CFLLine::operator*
friend CFLLine< double > operator*(const double &value, const CFLLine< T > &line)
이동 연산자[offset]
Definition FLLine.h:18687
FLImaging::Foundation::CFLLine::GetOrthogonalPoint
virtual CFLPoint< double > GetOrthogonalPoint(const Base::TPoint< float > &point) const sealed
매개변수로 주어진 정점에서 해당 객체에 내린 수선의 발을 출력
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int32_t p1x, int64_t p1y, int64_t p2x, int64_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const CFLCircle< int64_t > &flc)
초기화 생성자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const Base::CFLArray< Base::TPoint< float > > *pFlaValidPoint)
파라미터 설정 함수
FLImaging::Foundation::CFLLine::GetIntersection
virtual const CResult GetIntersection(const CFLQuad< double > *pQuad, CFLFigureArray *pFlfaResult) const override
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(double p1x, double p1y, double p2x, double p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::IsCollision
virtual bool IsCollision(const CFLBezierCubicCurve *pFlbc3) const override
FLImaging::Foundation::CFLLine::IsCollision
virtual bool IsCollision(const CFLPoint< double > *pPoint) const override
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int64_t p1x, double p1y, double p2x, int32_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::IsCollision
virtual bool IsCollision(const CFLComplexRegion *pFlcr) const override
FLImaging::Foundation::CFLLine::operator*
CFLLine< double > operator*(const CFLPoint< float > &point) const
이동 연산자[offset]
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const CFLPoint< float > &flpCenter, double f64Angle)
초기화 생성자로, 매개 변수를 통해 직선의 중심점과 기울기 값을 지정하고 길이가 무한한 직선으로 파라미터를 초기합니다.
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(float p1x, int64_t p1y, int32_t p2x, int64_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const CFLEllipse< int64_t > *pFle)
초기화 생성자
FLImaging::Foundation::CFLLine::Swap
virtual const CResult Swap(CFLFigure *pFlfRight) override
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int64_t p1x, double p1y, int32_t p2x, double p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int64_t p1x, int32_t p1y, double p2x, int64_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::operator=
const CFLLine< T > & operator=(const CFLRect< float > &rect)
대입 연산자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const CFLRoundRect< int64_t > &flrr) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const CFLLine< double > *pLine)
초기화 생성자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(float p1x, int64_t p1y, int64_t p2x, int64_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(float p1x, double p1y, float p2x, float p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(double p1x, double p1y, int32_t p2x, int32_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int32_t p1x, int32_t p1y, int32_t p2x, int32_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const CFLFigureText< int32_t > *pFlft) sealed
파라미터 설정 함수로, 직선의 두 번째 정점 값을 FigureText의 좌표값으로 설정합니다.
FLImaging::Foundation::CFLLine::operator/=
const CFLLine< T > & operator/=(const int32_t &value)
직선의 각 정점을 매개변수 값으로 나누는 연산자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int32_t p1x, int64_t p1y, float p2x, double p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const CFLRect< int32_t > &rect)
초기화 생성자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const CFLLine< double > *pLine) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int32_t p1x, int64_t p1y, double p2x, int64_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const Base::CFLImagePage *pFlip) override
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int64_t p1x, int32_t p1y, int32_t p2x, int32_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int64_t p1x, double p1y, int64_t p2x, float p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(float p1x, double p1y, int32_t p2x, int64_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int64_t p1x, double p1y, int32_t p2x, float p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::Warp
virtual const CResult Warp(const CFLPointArray *pFlpaSource, const CFLPointArray *pFlpaTarget, CFLFigureArray *pFlfaResult, EWarpingType eWarpingType=EWarpingType_Bicubic, int32_t i32Extension=2) const override
FLImaging::Foundation::CFLLine::operator+
CFLLine< double > operator+(const Base::TRect< int32_t > &rect) const
직선의 첫 번째 정점에 rect의 left, top을, 두 번째 정점에 right, bottom 값을 더하는 연산자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const Base::TRect< double > &rect) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(double p1x, int32_t p1y, double p2x, int64_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::operator*
CFLLine< double > operator*(const CFLLine< double > &line) const
직선의 첫 번째 정점에 매개변수의 첫 번째 정점을, 두 번째 정점에 매개변수의 두 번째 정점 값을 곱하는 연산자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(double p1x, int32_t p1y, int32_t p2x, int32_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::GetOrthogonalPoint
virtual CFLPoint< double > GetOrthogonalPoint(const CFLPoint< int32_t > &point) const sealed
매개변수로 주어진 정점에서 해당 객체에 내린 수선의 발을 출력
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const CFLPoint< int64_t > *pFlpCenter, double f64Angle) sealed
파라미터 설정 함수로, 직선의 중심점과 기울기 값과 길이를 지정합니다.
FLImaging::Foundation::CFLLine::GetBoundaryRect
virtual const CResult GetBoundaryRect(double &left, double &top, double &right, double &bottom) const override
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(double p1x, int64_t p1y, float p2x, float p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(float p1x, int32_t p1y, float p2x, int64_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::IsCollision
virtual bool IsCollision(const CFLRect< double > *pRect) const override
FLImaging::Foundation::CFLLine::operator/=
const CFLLine< T > & operator/=(const float &value)
직선의 각 정점을 매개변수 값으로 나누는 연산자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(double p1x, double p1y, int64_t p2x, float p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int64_t p1x, int32_t p1y, double p2x, double p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::IsCollision
virtual bool IsCollision(const CFLCubicSpline *pFlcs) const override
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(double p1x, int64_t p1y, double p2x, float p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(float p1x, float p1y, float p2x, float p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::GetIntersection
virtual const CResult GetIntersection(const CFLBezierQuadraticCurve *pFlbc2, CFLFigureArray *pFlfaResult) const override
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(float p1x, double p1y, float p2x, int32_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(float p1x, float p1y, int32_t p2x, float p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(double p1x, double p1y, int32_t p2x, double p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::Fit
virtual const CResult Fit(const Base::CFLArray< Base::TPoint< float > > &flaPoints, int64_t i64OutlierThresholdCount=0, double f64OutlierThreshold=3., Base::CFLArray< int64_t > *pFlaOutlierIndices=nullptr)
점들과 가장 유사한 형태의 선을 맞춰주는 함수
FLImaging::Foundation::CFLLine::GetOrthogonalPoint
virtual CFLPoint< double > GetOrthogonalPoint(const CFLPoint< double > &point) const sealed
매개변수로 주어진 정점에서 해당 객체에 내린 수선의 발을 출력
FLImaging::Foundation::CFLLine::operator==
bool operator==(const CFLLine< double > &line) const
비교 연산자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const CFLEllipse< float > &fle) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const CFLCircle< int64_t > &flc) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(double p1x, float p1y, int64_t p2x, int64_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const CFLPoint< double > &flpCenter, double f64Angle, double f64LineLength) sealed
파라미터 설정 함수로, 직선의 중심점과 기울기 값과 길이를 지정합니다.
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int32_t p1x, int32_t p1y, double p2x, float p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const CFLFigureText< int64_t > &flft)
초기화 생성자로, 직선의 두 번째 정점 값을 FigureText의 좌표값으로 설정합니다.
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(float p1x, float p1y, double p2x, double p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const Base::TPoint< int64_t > &point1, const Base::TPoint< int64_t > &point2) sealed
파라미터 설정 함수로, 직선의 첫 번째 정점 값을 point1 값으로, 두 번째 정점 값을 point2 값으로 설정합니다.
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int64_t p1x, float p1y, int64_t p2x, float p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(float p1x, double p1y, int32_t p2x, double p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int64_t p1x, int32_t p1y, float p2x, int32_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int32_t p1x, float p1y, int64_t p2x, int32_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::operator+=
const CFLLine< T > & operator+=(const CFLRect< float > &rect)
직선의 첫 번째 정점에 rect의 left, top을, 두 번째 정점에 right, bottom 값을 더하는 연산자
FLImaging::Foundation::CFLLine::GetOrthogonalPoint
virtual CFLPoint< double > GetOrthogonalPoint(const Base::TPoint< double > *pPoint) const sealed
매개변수로 주어진 정점에서 해당 객체에 내린 수선의 발을 출력
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const CFLCircle< double > &flc) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int64_t p1x, double p1y, int32_t p2x, int32_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int32_t p1x, int64_t p1y, int32_t p2x, int64_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::MakeArrowWithRatio
virtual const CResult MakeArrowWithRatio(double f64Ratio, const CFLFigureArray &flfaResult, bool bEndArrow=true, double f64Angle=30, bool bBeginArrow=false) const sealed
해당 객체의 시작점 혹은 끝점에 지정한 길이의 비율과 각도의 화살표를 생성하는 함수
FLImaging::Foundation::CFLLine::GetIntersection
virtual const CResult GetIntersection(const CFLLine< float > &line, CFLPoint< double > *pPointResult) const sealed
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int32_t p1x, int32_t p1y, float p2x, int32_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const Base::CFLArray< Base::TPoint< int32_t > > &flaValidPoint)
파라미터 설정 함수
FLImaging::Foundation::CFLLine::operator+=
const CFLLine< T > & operator+=(const Base::TRect< int32_t > &rect)
직선의 첫 번째 정점에 rect의 left, top을, 두 번째 정점에 right, bottom 값을 더하는 연산자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const Base::TRect< float > *pRect)
초기화 생성자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int32_t p1x, float p1y, float p2x, double p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const CFLEllipse< int64_t > &fle) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(double p1x, int64_t p1y, float p2x, int32_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(float p1x, float p1y, int64_t p2x, int64_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::operator-
CFLLine< double > operator-(const CFLPoint< double > &point) const
이동 연산자[offset]
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int32_t p1x, int32_t p1y, int64_t p2x, double p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(float p1x, double p1y, int32_t p2x, int32_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const CFLPoint< double > &point)
초기화 생성자로, 직선의 두 번째 정점 값을 point 값으로 설정합니다.
FLImaging::Foundation::CFLLine::operator/
CFLLine< double > operator/(const CFLRect< int64_t > &rect) const
직선의 첫 번째 정점을 rect 의 left, top 으로, 두 번째 정점을 right, bottom 값으로 나누는 연산자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int32_t p1x, int64_t p1y, int64_t p2x, float p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(float p1x, int64_t p1y, float p2x, double p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int32_t p1x, float p1y, int32_t p2x, int64_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::operator+
CFLLine< double > operator+(const CFLPoint< float > &point) const
이동 연산자[offset]
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int32_t p1x, float p1y, int32_t p2x, double p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(double p1x, double p1y, float p2x, double p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const CFLPoint< int64_t > *pFlpCenter, double f64Angle, double f64LineLength)
초기화 생성자로, 직선의 중심점과 기울기 값과 길이 값을 이용해 초기화합니다.
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const CFLQuad< double > &flq)
초기화 생성자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(double p1x, float p1y, int64_t p2x, int32_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(double p1x, int64_t p1y, int32_t p2x, int32_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(float p1x, float p1y, float p2x, float p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::GetPointsOfMinimumDistance
virtual const CResult GetPointsOfMinimumDistance(const CFLFigure *pFlfTarget, CFLPointArray *pFlpaResult) const override
대상 Figure와 서로 가장 가까운 위치를 반환합니다.
FLImaging::Foundation::CFLLine::GetWindingDirection
EWindingDirection GetWindingDirection(const CFLPoint< int64_t > &flpEnd) const
FLImaging::Foundation::CFLLine::operator+
CFLLine< double > operator+(const CFLLine< float > &line) const
직선의 첫 번째 정점에 매개변수의 첫 번째 정점을, 두 번째 정점에 매개변수의 두 번째 정점 값을 더하는 연산자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(double p1x, int32_t p1y, double p2x, double p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::operator+=
const CFLLine< T > & operator+=(const CFLLine< float > &line)
직선의 첫 번째 정점에 매개변수의 첫 번째 정점을, 두 번째 정점에 매개변수의 두 번째 정점 값을 더하는 연산자
FLImaging::Foundation::CFLLine::GetPositionOnLine
virtual const CResult GetPositionOnLine(const CFLPoint< double > *pFlp, double &f64T) const sealed
FLImaging::Foundation::CFLLine::operator=
const CFLLine< T > & operator=(const CFLRect< int64_t > *pRect)
대입 연산자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int32_t p1x, int64_t p1y, int64_t p2x, int64_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int64_t p1x, int64_t p1y, int64_t p2x, float p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::GetOrthogonalPoint
virtual CFLPoint< double > GetOrthogonalPoint(const Base::TPoint< int64_t > &point) const sealed
매개변수로 주어진 정점에서 해당 객체에 내린 수선의 발을 출력
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const CFLFigureArray *pFlfa) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int32_t p1x, int32_t p1y, double p2x, int64_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int32_t p1x, float p1y, int32_t p2x, int32_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(double p1x, float p1y, int32_t p2x, float p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::Inflate
virtual const CResult Inflate(double left, double top, double right, double bottom) override
FLImaging::Foundation::CFLLine::operator-=
const CFLLine< T > & operator-=(const int32_t &value)
이동 연산자[offset]
FLImaging::Foundation::CFLLine::Fit
virtual const CResult Fit(const Base::CFLArray< Base::TPoint< int32_t > > &flaPoints, int64_t i64OutlierThresholdCount=0, double f64OutlierThreshold=3., Base::CFLArray< int64_t > *pFlaOutlierIndices=nullptr)
점들과 가장 유사한 형태의 선을 맞춰주는 함수
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(double p1x, int64_t p1y, double p2x, double p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(double p1x, double p1y, double p2x, double p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(double p1x, int32_t p1y, double p2x, float p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int32_t p1x, int64_t p1y, int32_t p2x, double p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(double p1x, float p1y, float p2x, int32_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::IsCollision
virtual bool IsCollision(const CFLRoundRect< double > *pRect) const override
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(double p1x, double p1y, int64_t p2x, double p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::operator*=
const CFLLine< T > & operator*=(const CFLLine< float > &line)
직선의 첫 번째 정점에 매개변수의 첫 번째 정점을, 두 번째 정점에 매개변수의 두 번째 정점 값을 곱하는 연산자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int32_t p1x, float p1y, double p2x, int32_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::operator*=
const CFLLine< T > & operator*=(const CFLRect< int64_t > &rect)
직선의 첫 번째 정점에 rect 의 left, top 을, 두 번째 정점에 right, bottom 값을 곱하는 연산자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int32_t p1x, int32_t p1y, int32_t p2x, float p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int64_t p1x, double p1y, float p2x, float p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::operator=
const CFLLine< T > & operator=(const CFLRect< int32_t > &rect)
대입 연산자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const CFLPoint< double > &point) sealed
파라미터 설정 함수로, 직선의 두 번째 정점 값을 point 값으로 설정합니다.
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const CFLBezierQuarticCurve &flbc4) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int64_t p1x, double p1y, double p2x, double p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const Base::TPoint< float > *pPoint1, const Base::TPoint< float > *pPoint2) sealed
파라미터 설정 함수로, 직선의 첫 번째 정점 값을 point1 값으로, 두 번째 정점 값을 point2 값으로 설정합니다.
FLImaging::Foundation::CFLLine::GetInteriorAngle
virtual double GetInteriorAngle(const CFLLine< int32_t > &line) const sealed
매개변수로 주어진 직선과 해당 객체 사이의 내각을 출력
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(double p1x, double p1y, int32_t p2x, float p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int64_t p1x, int64_t p1y, int32_t p2x, int32_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(float p1x, double p1y, int64_t p2x, float p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::Fit
virtual const CResult Fit(const CFLPointArray &flpaPoints, int64_t i64OutlierThresholdCount=0, double f64OutlierThreshold=3., Base::CFLArray< int64_t > *pFlaOutlierIndices=nullptr)
점들과 가장 유사한 형태의 선을 맞춰주는 함수
FLImaging::Foundation::CFLLine::GetRasterRegion
virtual const CResult GetRasterRegion(Base::CFLArray< Base::TRect< double > > *pFlaResult, const CFLRect< int64_t > *pFlrROI=nullptr) const override
FLImaging::Foundation::CFLLine::operator+
friend CFLLine< double > operator+(const int64_t &value, const CFLLine< T > &line)
이동 연산자[offset]
Definition FLLine.h:18483
FLImaging::Foundation::CFLLine::GetOrthogonalPoint
virtual CFLPoint< double > GetOrthogonalPoint(const CFLPoint< int64_t > &point) const sealed
매개변수로 주어진 정점에서 해당 객체에 내린 수선의 발을 출력
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(float p1x, int64_t p1y, float p2x, int64_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::operator+
friend CFLLine< double > operator+(const double &value, const CFLLine< T > &line)
이동 연산자[offset]
Definition FLLine.h:18523
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(float p1x, int32_t p1y, double p2x, int64_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::Offset
virtual const CResult Offset(double x, double y) override
FLImaging::Foundation::CFLLine::GetNormalVector
CFLPoint< double > GetNormalVector() const
직선의 법선 벡터를 얻는 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const CFLFigureArray *pFlfa)
초기화 생성자
FLImaging::Foundation::CFLLine::MakeArrowWithLength
virtual CFLFigureArray MakeArrowWithLength(double f64Length, bool bEndArrow=true, double f64Angle=30, bool bBeginArrow=false) const sealed
해당 객체의 시작점 혹은 끝점에 지정한 길이와 각도의 화살표를 생성하는 함수
FLImaging::Foundation::CFLLine::operator!=
bool operator!=(const CFLRect< double > &rect) const
비교 연산자
FLImaging::Foundation::CFLLine::operator/=
const CFLLine< T > & operator/=(const Base::TPoint< int32_t > &point)
직선의 각 정점을 매개변수의 각 x, y 값으로 나누는 연산자
FLImaging::Foundation::CFLLine::operator==
bool operator==(const CFLRect< double > &rect) const
비교 연산자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int64_t p1x, int32_t p1y, int64_t p2x, int64_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::operator/=
const CFLLine< T > & operator/=(const double &value)
직선의 각 정점을 매개변수 값으로 나누는 연산자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(double p1x, double p1y, double p2x, int64_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(double p1x, int64_t p1y, int32_t p2x, float p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const Base::CFLImage &fli) override
FLImaging::Foundation::CFLLine::GetOrthogonalDistance
virtual double GetOrthogonalDistance(const CFLPoint< int64_t > *pPoint) const sealed
해당 객체에서 매개변수로 주어진 정점 사이의 직교 거리를 출력
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const CFLRect< int64_t > *pRect)
초기화 생성자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int32_t p1x, double p1y, double p2x, int64_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const Base::TRect< double > *pRect) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::operator+
CFLLine< double > operator+(const CFLRect< double > &rect) const
직선의 첫 번째 정점에 rect의 left, top을, 두 번째 정점에 right, bottom 값을 더하는 연산자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int32_t p1x, int32_t p1y, int64_t p2x, int32_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::GetCenterOfGravity
virtual const CResult GetCenterOfGravity(double &x, double &y) const override
FLImaging::Foundation::CFLLine::operator/
CFLLine< double > operator/(const double &value) const
직선의 각 정점을 매개변수 값으로 나누는 연산자
FLImaging::Foundation::CFLLine::operator+
CFLLine< double > operator+(const float &value) const
이동 연산자[offset]
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int64_t p1x, int32_t p1y, double p2x, int32_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const CFLPoint< int32_t > &point1, const CFLPoint< int32_t > &point2) sealed
파라미터 설정 함수로, 직선의 첫 번째 정점 값을 point1 값으로, 두 번째 정점 값을 point2 값으로 설정합니다.
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const CFLCircle< double > &flc)
초기화 생성자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(double p1x, int64_t p1y, int32_t p2x, double p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int64_t p1x, int64_t p1y, int64_t p2x, int32_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const Base::CFLArray< Base::TPoint< int64_t > > *pFlaValidPoint)
파라미터 설정 함수
FLImaging::Foundation::CFLLine::GetOrthogonalDistance
virtual double GetOrthogonalDistance(const CFLPoint< int32_t > &point) const sealed
해당 객체에서 매개변수로 주어진 정점 사이의 직교 거리를 출력
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const CFLPoint< float > &flpCenter, double f64Angle) sealed
파라미터 설정 함수로, 매개 변수를 통해 직선의 중심점과 기울기 값을 지정하고 길이가 무한한 직선으로 파라미터를 설정합니다.
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const Base::TRect< int64_t > *pRect)
초기화 생성자
FLImaging::Foundation::CFLLine::GetIntersection
virtual CFLPoint< double > GetIntersection(const CFLLine< double > *pLine) const sealed
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int64_t p1x, float p1y, float p2x, int32_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int32_t p1x, double p1y, int64_t p2x, float p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const CFLFigureArray &flfa)
초기화 생성자
FLImaging::Foundation::CFLLine::~CFLLine
virtual ~CFLLine()
기본 소멸자
FLImaging::Foundation::CFLLine::operator-
CFLLine< double > operator-(const CFLPoint< int32_t > &point) const
이동 연산자[offset]
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(float p1x, int64_t p1y, float p2x, int32_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::GetOrthogonalPoint
virtual CFLPoint< double > GetOrthogonalPoint(const CFLPoint< float > &point) const sealed
매개변수로 주어진 정점에서 해당 객체에 내린 수선의 발을 출력
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const CFLBezierQuadraticCurve &flbc2) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const CFLPoint< int32_t > *pPoint1, const CFLPoint< int32_t > *pPoint2)
초기화 생성자로, 직선의 첫 번째 정점 값을 point1 값으로, 두 번째 정점 값을 point2 값으로 설정합니다.
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const CFLFigureText< double > *pFlft)
초기화 생성자로, 직선의 두 번째 정점 값을 FigureText의 좌표값으로 설정합니다.
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int64_t p1x, double p1y, float p2x, int64_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const CFLPoint< float > *pFlpCenter, double f64Angle, double f64LineLength) sealed
파라미터 설정 함수로, 직선의 중심점과 기울기 값과 길이를 지정합니다.
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const CFLCubicSpline &flcs) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::operator=
const CFLLine< T > & operator=(const CFLPoint< float > *pPoint)
대입 연산자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int32_t p1x, float p1y, double p2x, float p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::operator/
CFLLine< double > operator/(const CFLPoint< double > &point) const
직선의 각 정점을 매개변수의 각 x, y 값으로 나누는 연산자
FLImaging::Foundation::CFLLine::GetSamplingVectorOnSegment
virtual const CResult GetSamplingVectorOnSegment(double f64SamplingDistance, CFLFigureArray &flfaResult) const override
설정한 길이만큼 직선으로 이동하는 점 정보를 얻어옵니다
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int64_t p1x, double p1y, int64_t p2x, int64_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::operator/=
const CFLLine< T > & operator/=(const CFLRect< float > &rect)
직선의 첫 번째 정점을 rect 의 left, top 으로, 두 번째 정점을 right, bottom 값으로 나누는 연산자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(double p1x, float p1y, float p2x, double p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::GetSamplingVectorOnSegment
virtual const CResult GetSamplingVectorOnSegment(double f64SamplingDistance, CFLFigureArray *pFlfaResult) const override
설정한 길이만큼 직선으로 이동하는 점 정보를 얻어옵니다
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const CFLPoint< int64_t > *pFlpCenter, double f64Angle, double f64LineLength) sealed
파라미터 설정 함수로, 직선의 중심점과 기울기 값과 길이를 지정합니다.
FLImaging::Foundation::CFLLine::GetIntersection
virtual CFLPoint< double > GetIntersection(const CFLLine< float > &line) const sealed
FLImaging::Foundation::CFLLine::GetOrthogonalPoint
virtual CFLPoint< double > GetOrthogonalPoint(const CFLPoint< int64_t > *pPoint) const sealed
매개변수로 주어진 정점에서 해당 객체에 내린 수선의 발을 출력
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(double p1x, double p1y, double p2x, float p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::operator-
CFLLine< double > operator-(const Base::TRect< int32_t > &rect) const
직선의 첫 번째 정점에서 rect 의 left, top 을, 두 번째 정점에서 right, bottom 값을 빼는 연산자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const CFLPoint< int64_t > *pFlpCenter, double f64Angle)
초기화 생성자로, 매개 변수를 통해 직선의 중심점과 기울기 값을 지정하고 길이가 무한한 직선으로 파라미터를 초기합니다.
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const CFLPoint< int32_t > *pPoint) sealed
파라미터 설정 함수로, 직선의 두 번째 정점 값을 point 값으로 설정합니다.
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(double p1x, int64_t p1y, double p2x, int32_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::Clear
virtual void Clear() override
객체의 변수를 초기화 합니다.
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(float p1x, int64_t p1y, int32_t p2x, int64_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int32_t p1x, float p1y, float p2x, int32_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::GetOrthogonalDistance
virtual double GetOrthogonalDistance(const Base::TPoint< float > &point) const sealed
해당 객체에서 매개변수로 주어진 정점 사이의 직교 거리를 출력
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(float p1x, double p1y, int32_t p2x, float p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::operator*=
const CFLLine< T > & operator*=(const Base::TRect< int32_t > &rect)
직선의 첫 번째 정점에 rect 의 left, top 을, 두 번째 정점에 right, bottom 값을 곱하는 연산자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const Base::TRect< int32_t > *pRect)
초기화 생성자
FLImaging::Foundation::CFLLine::operator/
CFLLine< double > operator/(const CFLLine< int32_t > &line) const
직선의 첫 번째 정점을 매개변수의 첫 번째 정점으로, 두 번째 정점을 매개변수의 두 번째 정점 값으로 나누는 연산자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const CFLFigureText< int32_t > &flft) sealed
파라미터 설정 함수로, 직선의 두 번째 정점 값을 FigureText의 좌표값으로 설정합니다.
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int64_t p1x, float p1y, int32_t p2x, int64_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const CFLPoint< float > *pPoint) sealed
파라미터 설정 함수로, 직선의 두 번째 정점 값을 point 값으로 설정합니다.
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(float p1x, int32_t p1y, double p2x, float p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const CFLQuad< double > *pFlq) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const CFLLine< int32_t > &line)
초기화 생성자
FLImaging::Foundation::CFLLine::GetIntersection
virtual const CResult GetIntersection(const CFLCubicSpline *pFlcs, CFLFigureArray *pFlfaResult) const override
FLImaging::Foundation::CFLLine::operator*=
const CFLLine< T > & operator*=(const int64_t &value)
이동 연산자[offset]
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int32_t p1x, int64_t p1y, double p2x, int32_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int64_t p1x, int64_t p1y, int32_t p2x, float p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(double p1x, float p1y, float p2x, int64_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::operator-
CFLLine< double > operator-(const CFLLine< int32_t > &line) const
직선의 첫 번째 정점에서 매개변수의 첫 번째 정점을, 두 번째 정점에서 매개변수의 두 번째 정점 값을 빼는 연산자
FLImaging::Foundation::CFLLine::operator=
const CFLLine< T > & operator=(const CFLPoint< double > &point)
대입 연산자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(double p1x, int64_t p1y, int64_t p2x, int64_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::GetOrthogonalDistance
virtual double GetOrthogonalDistance(const CFLPoint< float > *pPoint) const sealed
해당 객체에서 매개변수로 주어진 정점 사이의 직교 거리를 출력
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const CFLPoint< double > &point1, const CFLPoint< double > &point2) sealed
파라미터 설정 함수로, 직선의 첫 번째 정점 값을 point1 값으로, 두 번째 정점 값을 point2 값으로 설정합니다.
FLImaging::Foundation::CFLLine::operator+
CFLLine< double > operator+(const double &value) const
이동 연산자[offset]
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(float p1x, int32_t p1y, float p2x, double p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const CFLCubicSpline *pFlcs)
초기화 생성자
FLImaging::Foundation::CFLLine::GetIntersection
virtual const CResult GetIntersection(const CFLLine< double > *pLine, CFLFigureArray *pFlfaResult) const override
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int32_t p1x, int64_t p1y, int64_t p2x, double p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(double p1x, double p1y, float p2x, int64_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int64_t p1x, float p1y, float p2x, int32_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const CFLBezierQuarticCurve *pFlbc4)
초기화 생성자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int64_t p1x, int64_t p1y, float p2x, double p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const CFLPoint< float > *pFlpCenter, double f64Angle, double f64LineLength)
초기화 생성자로, 직선의 중심점과 기울기 값과 길이 값을 이용해 초기화합니다.
FLImaging::Foundation::CFLLine::GetCircumcenter
virtual CFLPoint< double > GetCircumcenter(const CFLPoint< float > *pPoint) const sealed
매개변수로 주어진 정점과 해당 객체의 두 정점 사이의 무게중심을 출력
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int32_t p1x, int64_t p1y, double p2x, int32_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::operator/
CFLLine< double > operator/(const int64_t &value) const
직선의 각 정점을 매개변수 값으로 나누는 연산자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(double p1x, int64_t p1y, double p2x, int32_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int32_t p1x, double p1y, int32_t p2x, float p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const CFLEllipse< float > &fle)
초기화 생성자
FLImaging::Foundation::CFLLine::operator=
const CFLLine< T > & operator=(const CFLLine< int32_t > *pLine)
대입 연산자
FLImaging::Foundation::CFLLine::operator-=
const CFLLine< T > & operator-=(const float &value)
이동 연산자[offset]
FLImaging::Foundation::CFLLine::operator+=
const CFLLine< T > & operator+=(const CFLLine< int32_t > &line)
직선의 첫 번째 정점에 매개변수의 첫 번째 정점을, 두 번째 정점에 매개변수의 두 번째 정점 값을 더하는 연산자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const CFLFigureText< int64_t > *pFlft)
초기화 생성자로, 직선의 두 번째 정점 값을 FigureText의 좌표값으로 설정합니다.
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(double p1x, double p1y, double p2x, int32_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::operator*=
const CFLLine< T > & operator*=(const CFLPoint< float > &point)
이동 연산자[offset]
FLImaging::Foundation::CFLLine::GetPointsOfMaximumDistance
virtual const CResult GetPointsOfMaximumDistance(const CFLFigure *pFlfTarget, CFLPointArray *pFlpaResult) const override
대상 Figure와 서로 가장 먼 위치를 반환합니다.
FLImaging::Foundation::CFLLine::operator-=
const CFLLine< T > & operator-=(const CFLPoint< float > &point)
이동 연산자[offset]
FLImaging::Foundation::CFLLine::operator+=
const CFLLine< T > & operator+=(const CFLPoint< int32_t > &point)
이동 연산자[offset]
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const CFLPoint< int64_t > &flpCenter, double f64Angle)
초기화 생성자로, 매개 변수를 통해 직선의 중심점과 기울기 값을 지정하고 길이가 무한한 직선으로 파라미터를 초기합니다.
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int64_t p1x, float p1y, int64_t p2x, int64_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(double p1x, int64_t p1y, int64_t p2x, float p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(float p1x, float p1y, double p2x, int64_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const CFLFigureText< int32_t > &flft)
초기화 생성자로, 직선의 두 번째 정점 값을 FigureText의 좌표값으로 설정합니다.
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(float p1x, float p1y, float p2x, double p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const CFLPoint< float > &point1, const CFLPoint< float > &point2) sealed
파라미터 설정 함수로, 직선의 첫 번째 정점 값을 point1 값으로, 두 번째 정점 값을 point2 값으로 설정합니다.
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const CFLPoint< double > *pFlpCenter, double f64Angle, double f64LineLength)
초기화 생성자로, 직선의 중심점과 기울기 값과 길이 값을 이용해 초기화합니다.
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int32_t p1x, double p1y, int64_t p2x, int32_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(double p1x, int64_t p1y, double p2x, float p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(float p1x, int64_t p1y, double p2x, int32_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int32_t p1x, float p1y, float p2x, double p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int32_t p1x, double p1y, float p2x, int32_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const CFLPoint< int32_t > &flpCenter, double f64Angle) sealed
파라미터 설정 함수로, 매개 변수를 통해 직선의 중심점과 기울기 값을 지정하고 길이가 무한한 직선으로 파라미터를 설정합니다.
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const Base::CFLImage *pFli) override
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(float p1x, float p1y, float p2x, double p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const CFLCubicSpline &flcs)
초기화 생성자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int64_t p1x, double p1y, double p2x, double p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(double p1x, int64_t p1y, float p2x, int64_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const Base::TPoint< int32_t > *pPoint1, const Base::TPoint< int32_t > *pPoint2) sealed
파라미터 설정 함수로, 직선의 첫 번째 정점 값을 point1 값으로, 두 번째 정점 값을 point2 값으로 설정합니다.
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const Base::CFLArray< Base::TPoint< float > > &flaValidPoint)
파라미터 설정 함수
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(float p1x, float p1y, int64_t p2x, int32_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::operator*
CFLLine< double > operator*(const CFLRect< float > &rect) const
직선의 첫 번째 정점에 rect 의 left, top 을, 두 번째 정점에 right, bottom 값을 곱하는 연산자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int32_t p1x, double p1y, float p2x, int64_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::operator+=
const CFLLine< T > & operator+=(const CFLPoint< int64_t > &point)
이동 연산자[offset]
FLImaging::Foundation::CFLLine::GetIntersection
virtual const CResult GetIntersection(const CFLLine< int32_t > *pLine, CFLPoint< double > *pPointResult) const sealed
FLImaging::Foundation::CFLLine::GetOrthogonalDistance
virtual double GetOrthogonalDistance(const CFLPoint< double > &point) const sealed
해당 객체에서 매개변수로 주어진 정점 사이의 직교 거리를 출력
FLImaging::Foundation::CFLLine::operator*
CFLLine< double > operator*(const CFLLine< int32_t > &line) const
직선의 첫 번째 정점에 매개변수의 첫 번째 정점을, 두 번째 정점에 매개변수의 두 번째 정점 값을 곱하는 연산자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const Base::TPoint< int64_t > *pPoint1, const Base::TPoint< int64_t > *pPoint2) sealed
파라미터 설정 함수로, 직선의 첫 번째 정점 값을 point1 값으로, 두 번째 정점 값을 point2 값으로 설정합니다.
FLImaging::Foundation::CFLLine::GetCircumcenter
virtual CFLPoint< double > GetCircumcenter(const CFLPoint< int32_t > *pPoint) const sealed
매개변수로 주어진 정점과 해당 객체의 두 정점 사이의 무게중심을 출력
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int64_t p1x, int64_t p1y, float p2x, int32_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int64_t p1x, float p1y, float p2x, float p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(float p1x, int64_t p1y, double p2x, int32_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int32_t p1x, float p1y, double p2x, int64_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::GetTemplateType
virtual EFigureTemplateType GetTemplateType() const override
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int64_t p1x, float p1y, float p2x, int64_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(float p1x, int64_t p1y, float p2x, int64_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const Base::CFLImage *pFli)
초기화 생성자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(double p1x, int64_t p1y, float p2x, double p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::operator-
CFLLine< double > operator-(const CFLRect< float > &rect) const
직선의 첫 번째 정점에서 rect 의 left, top 을, 두 번째 정점에서 right, bottom 값을 빼는 연산자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const Base::CFLImagePage &flip) override
FLImaging::Foundation::CFLLine::GetIntersection
virtual CFLPoint< double > GetIntersection(const CFLLine< float > *pLine) const sealed
FLImaging::Foundation::CFLLine::operator/=
const CFLLine< T > & operator/=(const CFLPoint< float > &point)
직선의 각 정점을 매개변수의 각 x, y 값으로 나누는 연산자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(float p1x, int32_t p1y, int64_t p2x, double p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::GetOrthogonalDistance
virtual double GetOrthogonalDistance(const CFLPoint< int32_t > *pPoint) const sealed
해당 객체에서 매개변수로 주어진 정점 사이의 직교 거리를 출력
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int32_t p1x, int64_t p1y, int32_t p2x, float p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const CFLRect< double > &rect) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(double p1x, float p1y, int64_t p2x, int64_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const CFLPoint< int64_t > *pPoint1, const CFLPoint< int64_t > *pPoint2) sealed
파라미터 설정 함수로, 직선의 첫 번째 정점 값을 point1 값으로, 두 번째 정점 값을 point2 값으로 설정합니다.
FLImaging::Foundation::CFLLine::operator=
const CFLLine< T > & operator=(const CFLPoint< int32_t > *pPoint)
대입 연산자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const CFLPoint< double > *pPoint) sealed
파라미터 설정 함수로, 직선의 두 번째 정점 값을 point 값으로 설정합니다.
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(double p1x, double p1y, int64_t p2x, double p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const CFLPoint< float > *pPoint1, const CFLPoint< float > *pPoint2) sealed
파라미터 설정 함수로, 직선의 첫 번째 정점 값을 point1 값으로, 두 번째 정점 값을 point2 값으로 설정합니다.
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int32_t p1x, float p1y, int64_t p2x, int64_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const Base::TPoint< int32_t > &point1, const Base::TPoint< int32_t > &point2)
초기화 생성자로, 직선의 첫 번째 정점 값을 point1 값으로, 두 번째 정점 값을 point2 값으로 설정합니다.
FLImaging::Foundation::CFLLine::GetIntersection
virtual const CResult GetIntersection(const CFLCircle< double > *pCir, CFLFigureArray *pFlfaResult) const override
FLImaging::Foundation::CFLLine::operator==
bool operator==(const CFLRect< float > &rect) const
비교 연산자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const CFLFigureText< float > *pFlft)
초기화 생성자로, 직선의 두 번째 정점 값을 FigureText의 좌표값으로 설정합니다.
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(float p1x, int32_t p1y, int32_t p2x, float p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int32_t p1x, double p1y, int64_t p2x, float p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::GetWindingDirection
EWindingDirection GetWindingDirection(const CFLPoint< int32_t > *pFlpEnd) const
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int32_t p1x, int32_t p1y, float p2x, double p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::GetArea
virtual double GetArea() const override
FLImaging::Foundation::CFLLine::operator/
CFLLine< double > operator/(const CFLLine< double > &line) const
직선의 첫 번째 정점을 매개변수의 첫 번째 정점으로, 두 번째 정점을 매개변수의 두 번째 정점 값으로 나누는 연산자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(float p1x, float p1y, int32_t p2x, float p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int64_t p1x, int64_t p1y, double p2x, int64_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::GetCircumcenter
virtual CFLPoint< double > GetCircumcenter(const CFLPoint< int32_t > &point) const sealed
매개변수로 주어진 정점과 해당 객체의 두 정점 사이의 무게중심을 출력
FLImaging::Foundation::CFLLine::operator*=
const CFLLine< T > & operator*=(const CFLRect< double > &rect)
직선의 첫 번째 정점에 rect 의 left, top 을, 두 번째 정점에 right, bottom 값을 곱하는 연산자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int64_t p1x, int64_t p1y, double p2x, float p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const CFLFigureText< float > *pFlft) sealed
파라미터 설정 함수로, 직선의 두 번째 정점 값을 FigureText의 좌표값으로 설정합니다.
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const Base::CFLImage &fli)
초기화 생성자
FLImaging::Foundation::CFLLine::operator*
CFLLine< double > operator*(const CFLLine< int64_t > &line) const
직선의 첫 번째 정점에 매개변수의 첫 번째 정점을, 두 번째 정점에 매개변수의 두 번째 정점 값을 곱하는 연산자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(double p1x, int64_t p1y, int64_t p2x, int32_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::operator-=
const CFLLine< T > & operator-=(const CFLPoint< int64_t > &point)
이동 연산자[offset]
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int32_t p1x, double p1y, int32_t p2x, double p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const CFLPoint< int64_t > &point1, const CFLPoint< int64_t > &point2)
초기화 생성자로, 직선의 첫 번째 정점 값을 point1 값으로, 두 번째 정점 값을 point2 값으로 설정합니다.
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int32_t p1x, float p1y, int32_t p2x, int32_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::GetIntersection
virtual const CResult GetIntersection(const CFLRect< double > *pRect, CFLFigureArray *pFlfaResult) const override
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const CFLPoint< int32_t > *pPoint1, const CFLPoint< int32_t > *pPoint2) sealed
파라미터 설정 함수로, 직선의 첫 번째 정점 값을 point1 값으로, 두 번째 정점 값을 point2 값으로 설정합니다.
FLImaging::Foundation::CFLLine::Fit
virtual const CResult Fit(const CFLPointArray *pFlpaPoints, int64_t i64OutlierThresholdCount=0, double f64OutlierThreshold=3., Base::CFLArray< int64_t > *pFlaOutlierIndices=nullptr)
점들과 가장 유사한 형태의 선을 맞춰주는 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int32_t p1x, int64_t p1y, int32_t p2x, int64_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const CFLPoint< int64_t > &point1, const CFLPoint< int64_t > &point2) sealed
파라미터 설정 함수로, 직선의 첫 번째 정점 값을 point1 값으로, 두 번째 정점 값을 point2 값으로 설정합니다.
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const CFLRoundRect< int64_t > *pFlrr)
초기화 생성자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const CFLRoundRect< float > *pFlrr)
초기화 생성자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int32_t p1x, int64_t p1y, float p2x, int64_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const CFLRegion &flrg)
초기화 생성자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int64_t p1x, float p1y, int32_t p2x, int64_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int32_t p1x, float p1y, double p2x, double p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::GetOrthogonalDistance
virtual double GetOrthogonalDistance(const CFLPoint< float > &point) const sealed
해당 객체에서 매개변수로 주어진 정점 사이의 직교 거리를 출력
FLImaging::Foundation::CFLLine::GetOrthogonalPoint
virtual CFLPoint< double > GetOrthogonalPoint(const CFLPoint< double > *pPoint) const sealed
매개변수로 주어진 정점에서 해당 객체에 내린 수선의 발을 출력
FLImaging::Foundation::CFLLine::operator*=
const CFLLine< T > & operator*=(const CFLLine< double > &line)
직선의 첫 번째 정점에 매개변수의 첫 번째 정점을, 두 번째 정점에 매개변수의 두 번째 정점 값을 곱하는 연산자
FLImaging::Foundation::CFLLine::IsCollision
virtual bool IsCollision(const CFLCircle< double > *pRect) const override
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const CFLFigure *pFlf) override
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(double p1x, double p1y, int64_t p2x, int32_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int32_t p1x, float p1y, float p2x, int64_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int32_t p1x, double p1y, double p2x, int64_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::Fit
virtual const CResult Fit(const Base::CFLArray< Base::TPoint< int32_t > > *pFlaPoints, int64_t i64OutlierThresholdCount=0, double f64OutlierThreshold=3., Base::CFLArray< int64_t > *pFlaOutlierIndices=nullptr)
점들과 가장 유사한 형태의 선을 맞춰주는 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const CFLRoundRect< int64_t > &flrr)
초기화 생성자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(float p1x, int64_t p1y, double p2x, float p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int32_t p1x, int32_t p1y, int64_t p2x, float p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const Base::CFLImagePage *pFlip)
초기화 생성자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const CFLPoint< double > *pPoint1, const CFLPoint< double > *pPoint2) sealed
파라미터 설정 함수로, 직선의 첫 번째 정점 값을 point1 값으로, 두 번째 정점 값을 point2 값으로 설정합니다.
FLImaging::Foundation::CFLLine::MakeArrowWithRatio
virtual const CResult MakeArrowWithRatio(double f64Ratio, CFLFigureArray *pFlfaResult, bool bEndArrow=true, double f64Angle=30, bool bBeginArrow=false) const sealed
해당 객체의 시작점 혹은 끝점에 지정한 길이의 비율과 각도의 화살표를 생성하는 함수
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int64_t p1x, int32_t p1y, int64_t p2x, float p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const CFLPoint< int32_t > &point) sealed
파라미터 설정 함수로, 직선의 두 번째 정점 값을 point 값으로 설정합니다.
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int64_t p1x, double p1y, int64_t p2x, int32_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const CFLCircle< float > &flc) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const CFLRoundRect< double > &flrr) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::operator*
CFLLine< double > operator*(const int64_t &value) const
이동 연산자[offset]
FLImaging::Foundation::CFLLine::GetEquation
const CResult GetEquation(double &A, double &B, double &C) const
해당 직선 객체를 A* x + B* y + C = 0 방정식 꼴로 표현하는 함수
FLImaging::Foundation::CFLLine::GetWidth
virtual double GetWidth() const override
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(float p1x, double p1y, double p2x, float p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::GetInteriorAngle
virtual double GetInteriorAngle(const CFLLine< double > *pLine) const sealed
매개변수로 주어진 직선과 해당 객체 사이의 내각을 출력
FLImaging::Foundation::CFLLine::operator*
CFLLine< double > operator*(const CFLRect< int32_t > &rect) const
직선의 첫 번째 정점에 rect 의 left, top 을, 두 번째 정점에 right, bottom 값을 곱하는 연산자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const CFLFigureText< double > *pFlft) sealed
파라미터 설정 함수로, 직선의 두 번째 정점 값을 FigureText의 좌표값으로 설정합니다.
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int32_t p1x, double p1y, double p2x, double p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::IsValid
virtual bool IsValid() const override
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const CFLQuad< double > *pFlq)
초기화 생성자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int64_t p1x, double p1y, int64_t p2x, int32_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int32_t p1x, int32_t p1y, float p2x, int32_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const CFLRect< double > *pRect) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::operator/
CFLLine< double > operator/(const CFLLine< int64_t > &line) const
직선의 첫 번째 정점을 매개변수의 첫 번째 정점으로, 두 번째 정점을 매개변수의 두 번째 정점 값으로 나누는 연산자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int64_t p1x, int32_t p1y, double p2x, int64_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::IsCollision
virtual bool IsCollision(const CFLPointArray *pFlpa) const override
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(double p1x, int64_t p1y, int32_t p2x, int64_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(double p1x, double p1y, float p2x, float p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const CFLEllipse< int32_t > *pFle)
초기화 생성자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const CFLCircle< float > *pFlc) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int64_t p1x, int32_t p1y, int32_t p2x, int32_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(float p1x, int32_t p1y, double p2x, int32_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(double p1x, int32_t p1y, int32_t p2x, int64_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(double p1x, double p1y, int64_t p2x, int32_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int64_t p1x, int32_t p1y, int64_t p2x, double p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const CFLCircle< int64_t > *pFlc) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int64_t p1x, float p1y, int64_t p2x, int32_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(double p1x, float p1y, double p2x, int32_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::GetIntersection
virtual CFLPoint< double > GetIntersection(const CFLLine< int32_t > &line) const sealed
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const CFLPoint< float > &flpCenter, double f64Angle, double f64LineLength)
초기화 생성자로, 직선의 중심점과 기울기 값과 길이 값을 이용해 초기화합니다.
FLImaging::Foundation::CFLLine::operator*=
const CFLLine< T > & operator*=(const Base::TPoint< int32_t > &point)
이동 연산자[offset]
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int64_t p1x, int32_t p1y, int64_t p2x, int64_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(double p1x, float p1y, float p2x, double p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::GetVertexCount
virtual const CResult GetVertexCount(CFLFigureArray *pFlfaResult, EIncludingRegionType eType=EIncludingRegionType_All, bool bRecursive=true) const override
도형의 정점의 개수를 반환합니다
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(float p1x, int64_t p1y, double p2x, double p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::operator-
CFLLine< double > operator-(const int32_t &value) const
이동 연산자[offset]
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const CFLLine< float > &line) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::operator/
CFLLine< double > operator/(const Base::TPoint< int32_t > &point) const
직선의 각 정점을 매개변수의 각 x, y 값으로 나누는 연산자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const Base::TRect< int64_t > &rect) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const CFLRoundRect< int32_t > &flrr) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int64_t p1x, float p1y, double p2x, float p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::operator-
CFLLine< double > operator-(const CFLLine< double > &line) const
직선의 첫 번째 정점에서 매개변수의 첫 번째 정점을, 두 번째 정점에서 매개변수의 두 번째 정점 값을 빼는 연산자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(double p1x, double p1y, int32_t p2x, float p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(float p1x, float p1y, float p2x, int64_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::GetWindingDirection
EWindingDirection GetWindingDirection(double f64EndPtX, double f64EndPtY) const
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(float p1x, int64_t p1y, int64_t p2x, int32_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int64_t p1x, int64_t p1y, int64_t p2x, int32_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::operator/
CFLLine< double > operator/(const CFLLine< float > &line) const
직선의 첫 번째 정점을 매개변수의 첫 번째 정점으로, 두 번째 정점을 매개변수의 두 번째 정점 값으로 나누는 연산자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const CFLEllipse< float > *pFle)
초기화 생성자
FLImaging::Foundation::CFLLine::operator/=
const CFLLine< T > & operator/=(const CFLRect< int64_t > &rect)
직선의 첫 번째 정점을 rect 의 left, top 으로, 두 번째 정점을 right, bottom 값으로 나누는 연산자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(double p1x, float p1y, int32_t p2x, int64_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const CFLEllipse< int64_t > *pFle) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::operator*
CFLLine< double > operator*(const double &value) const
이동 연산자[offset]
FLImaging::Foundation::CFLLine::Fit
virtual const CResult Fit(const CFLFigureArray *pFlfaPoints, int64_t i64OutlierThresholdCount=0, double f64OutlierThreshold=3., ECenterType eCenterType=ECenterType_RectangleBoundaryCenter, Base::CFLArray< int64_t > *pFlaOutlierIndices=nullptr)
점들과 가장 유사한 형태의 선을 맞춰주는 함수
FLImaging::Foundation::CFLLine::operator/
CFLLine< double > operator/(const CFLRect< double > &rect) const
직선의 첫 번째 정점을 rect 의 left, top 으로, 두 번째 정점을 right, bottom 값으로 나누는 연산자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const CFLRegion *pFlrg)
초기화 생성자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const CFLRoundRect< double > *pFlrr)
초기화 생성자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const CFLBezierQuarticCurve *pFlbc4) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::operator=
const CFLLine< T > & operator=(const CFLRect< int32_t > *pRect)
대입 연산자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int64_t p1x, int64_t p1y, float p2x, int32_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const CFLRoundRect< int32_t > &flrr)
초기화 생성자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(double p1x, int64_t p1y, int32_t p2x, int64_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int64_t p1x, int64_t p1y, int64_t p2x, double p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(float p1x, float p1y, double p2x, float p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const CFLCircle< int32_t > *pFlc) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const CFLQuad< int32_t > *pFlq) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::operator+=
const CFLLine< T > & operator+=(const CFLRect< int64_t > &rect)
직선의 첫 번째 정점에 rect의 left, top을, 두 번째 정점에 right, bottom 값을 더하는 연산자
FLImaging::Foundation::CFLLine::GetWindingDirection
virtual EWindingDirection GetWindingDirection() const sealed
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int64_t p1x, int32_t p1y, int64_t p2x, double p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::operator+
CFLLine< double > operator+(const CFLRect< int64_t > &rect) const
직선의 첫 번째 정점에 rect의 left, top을, 두 번째 정점에 right, bottom 값을 더하는 연산자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(double p1x, int32_t p1y, double p2x, double p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::GetOrthogonalDistance
virtual double GetOrthogonalDistance(const Base::TPoint< int64_t > &point) const sealed
해당 객체에서 매개변수로 주어진 정점 사이의 직교 거리를 출력
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const CFLComplexRegion &flcr) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(double p1x, int32_t p1y, double p2x, int32_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int64_t p1x, int32_t p1y, double p2x, int32_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(const CFLQuad< float > &flq) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const CFLEllipse< int64_t > &fle)
초기화 생성자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(double p1x, int32_t p1y, float p2x, int32_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(int32_t p1x, int64_t p1y, int32_t p2x, int32_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const CFLEllipse< double > &fle)
초기화 생성자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(float p1x, float p1y, double p2x, int64_t p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(const CFLPoint< double > &flpCenter, double f64Angle)
초기화 생성자로, 매개 변수를 통해 직선의 중심점과 기울기 값을 지정하고 길이가 무한한 직선으로 파라미터를 초기합니다.
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int32_t p1x, double p1y, float p2x, double p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int64_t p1x, int64_t p1y, int32_t p2x, double p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::GetInteriorAngle
virtual double GetInteriorAngle(const CFLPoint< int32_t > &point) const sealed
매개변수로 주어진 정점과 해당 객체 사이의 내각을 출력합니다. 해당 객체의 flpPoints[1] 을 중심으로 합니다.
FLImaging::Foundation::CFLLine::operator+
CFLLine< double > operator+(const CFLLine< int64_t > &line) const
직선의 첫 번째 정점에 매개변수의 첫 번째 정점을, 두 번째 정점에 매개변수의 두 번째 정점 값을 더하는 연산자
FLImaging::Foundation::CFLLine::operator/=
const CFLLine< T > & operator/=(const CFLLine< float > &line)
직선의 첫 번째 정점을 매개변수의 첫 번째 정점으로, 두 번째 정점을 매개변수의 두 번째 정점 값으로 나누는 연산자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(double p1x, int32_t p1y, int32_t p2x, double p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(int32_t p1x, float p1y, int64_t p2x, int32_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::Set
virtual const CResult Set(double p1x, float p1y, int64_t p2x, double p2y) sealed
파라미터 설정 함수
FLImaging::Foundation::CFLLine::operator!=
bool operator!=(const CFLLine< int64_t > &line) const
비교 연산자
FLImaging::Foundation::CFLLine::CFLLine
CFLLine(double p1x, double p1y, int64_t p2x, int64_t p2y)
초기화 생성자
FLImaging::Foundation::CFLLine::GetVertexCountRecursive
virtual uint64_t GetVertexCountRecursive(EIncludingRegionType eType=EIncludingRegionType_All) const override
FigureArray 내부의 모든 정점의 개수를 출력합니다.
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::EWarpingType
EWarpingType
Definition DefinitionsFigure.h:2748
FLImaging::Foundation::EWindingDirection
EWindingDirection
점들이 이어지는 방향
Definition DefinitionsFigure.h:2529
FLImaging::Foundation::EIncludingRegionType
EIncludingRegionType
Definition DefinitionsFigure.h:2723
FLImaging::Foundation::EFigureDeclType
EFigureDeclType
도형의 타입
Definition DefinitionsFigure.h:33
FLImaging::Foundation::EFigureTemplateType
EFigureTemplateType
도형의 변수 자료형
Definition DefinitionsFigure.h:302
FLImaging::Foundation::EFigureFlipDirection
EFigureFlipDirection
뒤집는 방향
Definition DefinitionsFigure.h:2620
FLImaging::Foundation::ECenterType
ECenterType
중심 종류
Definition DefinitionsFigure.h:2665
생성시간 : 목 5월 8 2025 22:19:30, 프로젝트명 : FLImaging, 생성자 :  doxygen 1.12.0