Classes
class	CAlgorithmBase
	Processing unit base class required by algorithm. More...
class	CAlgorithmFeatureBase
	A class containing the basic functions of computer vision algorithm. More...
class	CBicubicSplineMapping
	A class that transforms a set of corresponding vertices input from the user based on the model function set by the user. More...
class	CCombination
	A class that computes combination. More...
class	CDBSCAN
	class of Density-Based Spatial Clustering of Applications with Noise More...
class	CDxfReader
	DxfReader class. More...
class	CEquation
	A class of Equation calculator. More...
class	CExpression
	A class representing formula. More...
class	CFigureUtilities
	An utility class that contains FLFigure operations, file i/o, string conversion, etc. More...
class	CFL3DCamera
	A class of 3D view camera. More...
class	CFL3DObject
	A class representing 3D object. More...
class	CFLBezierCubicCurve
	A class representing bezier cubic curve. More...
class	CFLBezierQuadraticCurve
	A class representing bezier cubic curve. More...
class	CFLBezierQuarticCurve
	A class representing bezier quartic curve. More...
class	CFLCircle
	A class representing circle. More...
class	CFLComplexRegion
	A class representing a polygon. More...
class	CFLComplexRegionAttribute
	A class of ComplexRegion attribute class. More...
class	CFLCubicSpline
	A class representing cubic spline. More...
class	CFLDoughnut
	A class representing a doughnut shape of a circle or an arc. More...
class	CFLEllipse
	A class representing ellipse. More...
class	CFLFigure
	A base class of classes representing figures. More...
class	CFLFigureArray
	A base class representing array of figure. More...
class	CFLFigureAttribute
	A class of Figure attribute class. More...
class	CFLFigureAttributeBasic
	A class of Figure basic attribute class. More...
class	CFLFigureText
	A class that expresses information necessary for drawing. More...
class	CFLFigureTextAttribute
	A class of FigureText attribute class. More...
class	CFLFrustum3
	A class representing a frustum. More...
class	CFLGeometry3DAxis
	A class representing 3D object. More...
class	CFLGeometry3DCoordinateSystem
	A class that represents a 3D coordinate system. It can be either a right-handed or left-handed coordinate system. The Z-axis serves as the main axis, and based on this Z-axis, the X and Y directions are computed. If the coordinate system is right-handed, it satisfies Z-axis direction = X direction ^ Y direction. If the coordinate system is left-handed, it satisfies Z-axis direction = -X direction ^ Y direction. It can represent STEP entity AXIS2_PLACEMENT_3D. More...
class	CFLGeometry3DCoordinateSystemRH
	A class representing 3D object. More...
class	CFLGeometry3DDirection
	A class representing 3D object. More...
class	CFLGeometry3DPlane
	A class representing plane in 3D space which has origin and X, Y direction. More...
class	CFLGeometry3DQuaternion
	A class representing 3D object. More...
class	CFLGeometry3DVector
	A class representing 3D object. More...
class	CFLLine
	A class representing a line. More...
class	CFLPoint
	A class representing a point. More...
class	CFLPoint3
	A class representing a 3D point. More...
class	CFLPoint4
	A class representing a point with 4 elements. More...
class	CFLPointArray
	A base class representing array of figure. More...
class	CFLPointArray3
	A base class representing array of 3d point. More...
class	CFLQuad
	A class representing a quadrangle. More...
class	CFLQuad3
	A class representing a 3D quadrangle. More...
class	CFLQuadrilateralSolid3
	A class representing an irregular hexahedron formed by connecting corresponding vertices of two base quadrangles. More...
class	CFLRect
	A class representing a rectangle. More...
class	CFLRegion
	A class representing region. More...
class	CFLRegionAttribute
	A class of Region attribute class. More...
class	CFLRoundRect
	A class representing a round rectangle. More...
class	CFLScalar
	A class representing scalar. More...
class	CFLTriangle
	A class representing a 2D triangle. More...
class	CFLTriangle3
	A class representing a 3D triangle. More...
class	CFLTriangularSolid3
	A class representing an irregular pentahedron formed by connecting corresponding vertices of two base triangles. More...
class	CGbrReader
	GbrReader class. More...
class	CKMeansCluster
	A class of K-Means cluster algorithm. More...
class	CKNearestNeighbor
	A class of K-Nearest Neighbor algorithm. More...
class	CLanczosSplineMapping
	A class that transforms a set of corresponding vertices input from the user based on the model function set by the user. More...
class	CLeastSquares
	A file of class calculating least squares and trends line. More...
class	CLeastSquares3D
	3D least squares calculation class More...
class	CMatrix
	A class representing matrix. More...
class	CMatrixFor3D
	A class representing matrix. More...
class	CMatrixFor3DTransform
	A class representing matrix. More...
class	CObjReader
	ObjReader class. More...
class	CPermutation
	A class that computes permutation. More...
class	CPlyReader
	PlyReader class. More...
class	CProjectionUtilities3D
	A file of 3D ROI related utility class. More...
class	CReportDescriptor
	ReportDescriptor class. More...
class	CROIUtilities
	ROI related utility class. More...
class	CROIUtilities3D
	A file of 3D ROI related utility class. More...
class	CStatistics
	A class that computes statistics based on the values of elements in CFLArray. Support types. More...
class	CStencil
	A class that converts strings to Figure. More...
class	CStepReader
	StepReader class. More...
class	CStlReader
	StlReader class. More...
class	CThinPlateSplineMapping
	A class that transforms a set of corresponding vertices input from the user based on the Thin Plate Spline model function. More...
class	CXyzImageReader
	XyzImageReader class. More...

Enumerations
enum class	EProcessingUnitFeatures { Feature_CPU = 0x00000001 , Feature_Cuda = 0x00000002 , Feature_SerialProcessing = 0x01000000 , Feature_ParallelProcessing = 0x02000000 , Feature_Naive = 0x00010000 , Feature_SSE4 = 0x00020000 , Feature_AVX2 = 0x00040000 , None = 0x00000000 , CPU_Naive = Feature_CPU \| Feature_SerialProcessing \| Feature_Naive , CPU_SSE4 = Feature_CPU \| Feature_SerialProcessing \| Feature_SSE4 , CPU_AVX2 = Feature_CPU \| Feature_SerialProcessing \| Feature_AVX2 , CPU_Multi_Naive = Feature_CPU \| Feature_ParallelProcessing \| Feature_Naive , CPU_Multi_SSE4 = Feature_CPU \| Feature_ParallelProcessing \| Feature_SSE4 , CPU_Multi_AVX2 = Feature_CPU \| Feature_ParallelProcessing \| Feature_AVX2 , Cuda = Feature_Cuda }
	Processing Unit Features. More...
enum class	ESourceInterpolationMethod { LinearSpline = 0 , CubicSpline }
	Source interpolation method. More...
enum class	EDestinationInterpolationMethod { LinearSpline = 0 , CubicSpline }
	Destination interpolation method. More...
enum class	ETextureFit3D { Stretch , Center }
	Texture fit for 3D objects. More...
enum class	E3DCameraProjectionType { Perspective , Orthographic }
	Projection type of 3D view camera. More...
enum class	ETopologyType3D { Default = 0x00 , PointCloud = 0x02 , Wireframe = 0x04 , Solid = 0x08 , Segment = 0x10 }
	How 3D objects connect to vertices. More...
enum class	EShadingType3D { Default , Shadeless , Flat , Phong , Gouraud }
	3D Object Shading Type More...
enum class	E3DLineExtent { Line = 0 , Ray , Segment }
	Parametric domain type for line-like primitives used in intersection tests. Selects whether the parameter (t) spans an infinite line, a half-line (ray), or a finite segment. More...
enum class	E3DIntersectionBasis { Vertex = 1 , Segment = 2 , FaceSegment = 3 , Face = 4 }
	Specifies which primitive basis of `CFL3DObject` will be used for intersection (picking/collision) tests. Each option maps to a particular topology stream (vertices, segments, face edges, faces). More...
enum class	E3DHeightMapColorMappingMode { Default = 0 , ImageRange , UserDefinedRange }
	Specifies how vertex colors of the Foundation::CFL3DObjectHeightMap object are determined. More...
enum class	E3DHeightMapColorMappingDirection { Default = 0 , Increasing , Decreasing }
	Specifies the direction of the color mapping applied to the vertex color array. In increasing mode, lower values map to blue and higher values map to red. In decreasing mode, the color progression is reversed. More...
enum class	EDxfSectionType { None = 0 , Tables = 0x01 , Blocks = 0x02 , Entities = 0x04 , Objects = 0x08 , All = Tables \| Blocks \| Entities \| Objects }
	Section type of Dxf. More...
enum class	EDxfEntityType { None = 0x000000 , ThreeDimensionalFace = 0x000001 , ThreeDimensionalSolid = 0x000002 , Arc = 0x000004 , Circle = 0x000008 , Ellipse = 0x000010 , Helix = 0x000020 , Insert = 0x000040 , Line = 0x000080 , LWPolyline = 0x000100 , Mesh = 0x000200 , MLine = 0x000400 , MText = 0x000800 , Point = 0x001000 , Polyline = 0x002000 , Solid = 0x004000 , Spline = 0x008000 , Text = 0x010000 , XLine = 0x020000 , All = ThreeDimensionalFace \| ThreeDimensionalSolid \| Arc \| Circle \| Ellipse \| Helix \| Insert \| Line \| LWPolyline \| Mesh \| MLine \| MText \| Point \| Polyline \| Solid \| Spline \| Text \| XLine }
	Entity type of Dxf. More...
enum class	EFigureDeclType { Unknown = 0 , Point , Line , Rect , RoundRect , Quad , Circle , Ellipse , CubicSpline , ComplexRegion , Array , Doughnut , Scalar , Region , PointArray , BezierQuadraticCurve , BezierCubicCurve , BezierQuarticCurve , FigureText , Point3 , Point4 , Quad3 , Frustum3 , Triangle3 , TriangularSolid3 , QuadrilateralSolid3 , Triangle }
	Declare type of figure. More...
enum class	EFigureTemplateType { Unknown = 0x00 , Int32 = 0x01 , Int64 = 0x02 , Float = 0x04 , Double = 0x08 , Int32_Int64 = Int32 \| Int64 , Int32_Float = Int32 \| Float , Int32_Double = Int32 \| Double , Int32_Int64_Float = Int32 \| Int64 \| Float , Int32_Int64_Double = Int32 \| Int64 \| Double , Int32_Float_Double = Int32 \| Float \| Double , Int32_Int64_Float_Double = Int32 \| Int64 \| Float \| Double , Int64_Float = Int64 \| Float , Int64_Double = Int64 \| Double , Float_Double = Float \| Double , Mixed = 0xff }
	Template type of figure. More...
enum class	EArcClosingMethod { NoClose = 0 , EachOther , Center }
	Arc closing method. More...
enum class	EWindingDirection { CW = -1 , Straight = 0 , CCW = 1 }
	Winding direction. More...
enum class	EFigureOperationType { Unknown = 0 , Intersection , Union , Subtraction , ExclusiveOr }
	Figure operation type. More...
enum class	EComplexRegionElementType { Empty = 0x00 , Point = 0x01 , Line = 0x02 , Arc = 0x04 , EllipseArc = 0x08 , CubicSpline = 0x10 , BezierQuadraticCurve = 0x20 , BezierCubicCurve = 0x40 , BezierQuarticCurve = 0x80 , Point_Line = Point \| Line , Point_Arc = Point \| Arc , Line_Arc = Line \| Arc , Point_EllipseArc = Point \| EllipseArc , Line_EllipseArc = Line \| EllipseArc , Arc_EllipseArc = Arc \| EllipseArc , Point_CubicSpline = Point \| CubicSpline , Line_CubicSpline = Line \| CubicSpline , Arc_CubicSpline = Arc \| CubicSpline , EllipseArc_CubicSpline = EllipseArc \| CubicSpline , Point_BezierQuadraticCurve = Point \| BezierQuadraticCurve , Line_BezierQuadraticCurve = Line \| BezierQuadraticCurve , Arc_BezierQuadraticCurve = Arc \| BezierQuadraticCurve , EllipseArc_BezierQuadraticCurve = EllipseArc \| BezierQuadraticCurve , CubicSpline_BezierQuadraticCurve = CubicSpline \| BezierQuadraticCurve , Point_BezierCubicCurve = Point \| BezierCubicCurve , Line_BezierCubicCurve = Line \| BezierCubicCurve , Arc_BezierCubicCurve = Arc \| BezierCubicCurve , EllipseArc_BezierCubicCurve = EllipseArc \| BezierCubicCurve , CubicSpline_BezierCubicCurve = CubicSpline \| BezierCubicCurve , BezierQuadraticCurve_BezierCubicCurve = BezierQuadraticCurve \| BezierCubicCurve , Point_BezierQuarticCurve = Point \| BezierQuarticCurve , Line_BezierQuarticCurve = Line \| BezierQuarticCurve , Arc_BezierQuarticCurve = Arc \| BezierQuarticCurve , EllipseArc_BezierQuarticCurve = EllipseArc \| BezierQuarticCurve , CubicSpline_BezierQuarticCurve = CubicSpline \| BezierQuarticCurve , BezierQuadraticCurve_BezierQuarticCurve = BezierQuadraticCurve \| BezierQuarticCurve , BezierCubicCurve_BezierQuarticCurve = BezierCubicCurve \| BezierQuarticCurve , Point_Line_Arc = Point \| Line \| Arc , Point_Line_EllipseArc = Point \| Line \| EllipseArc , Point_Arc_EllipseArc = Point \| Arc \| EllipseArc , Line_Arc_EllipseArc = Line \| Arc \| EllipseArc , Point_Line_CubicSpline = Point \| Line \| CubicSpline , Point_Arc_CubicSpline = Point \| Arc \| CubicSpline , Line_Arc_CubicSpline = Line \| Arc \| CubicSpline , Point_EllipseArc_CubicSpline = Point \| EllipseArc \| CubicSpline , Line_EllipseArc_CubicSpline = Line \| EllipseArc \| CubicSpline , Arc_EllipseArc_CubicSpline = Arc \| EllipseArc \| CubicSpline , Point_Line_BezierQuadraticCurve = Point \| Line \| BezierQuadraticCurve , Point_Arc_BezierQuadraticCurve = Point \| Arc \| BezierQuadraticCurve , Line_Arc_BezierQuadraticCurve = Line \| Arc \| BezierQuadraticCurve , Point_EllipseArc_BezierQuadraticCurve = Point \| EllipseArc \| BezierQuadraticCurve , Line_EllipseArc_BezierQuadraticCurve = Line \| EllipseArc \| BezierQuadraticCurve , Arc_EllipseArc_BezierQuadraticCurve = Arc \| EllipseArc \| BezierQuadraticCurve , Point_CubicSpline_BezierQuadraticCurve = Point \| CubicSpline \| BezierQuadraticCurve , Line_CubicSpline_BezierQuadraticCurve = Line \| CubicSpline \| BezierQuadraticCurve , Arc_CubicSpline_BezierQuadraticCurve = Arc \| CubicSpline \| BezierQuadraticCurve , EllipseArc_CubicSpline_BezierQuadraticCurve = EllipseArc \| CubicSpline \| BezierQuadraticCurve , Point_Line_BezierCubicCurve = Point \| Line \| BezierCubicCurve , Point_Arc_BezierCubicCurve = Point \| Arc \| BezierCubicCurve , Line_Arc_BezierCubicCurve = Line \| Arc \| BezierCubicCurve , Point_EllipseArc_BezierCubicCurve = Point \| EllipseArc \| BezierCubicCurve , Line_EllipseArc_BezierCubicCurve = Line \| EllipseArc \| BezierCubicCurve , Arc_EllipseArc_BezierCubicCurve = Arc \| EllipseArc \| BezierCubicCurve , Point_CubicSpline_BezierCubicCurve = Point \| CubicSpline \| BezierCubicCurve , Line_CubicSpline_BezierCubicCurve = Line \| CubicSpline \| BezierCubicCurve , Arc_CubicSpline_BezierCubicCurve = Arc \| CubicSpline \| BezierCubicCurve , EllipseArc_CubicSpline_BezierCubicCurve = EllipseArc \| CubicSpline \| BezierCubicCurve , Point_BezierQuadraticCurve_BezierCubicCurve = Point \| BezierQuadraticCurve \| BezierCubicCurve , Line_BezierQuadraticCurve_BezierCubicCurve = Line \| BezierQuadraticCurve \| BezierCubicCurve , Arc_BezierQuadraticCurve_BezierCubicCurve = Arc \| BezierQuadraticCurve \| BezierCubicCurve , EllipseArc_BezierQuadraticCurve_BezierCubicCurve = EllipseArc \| BezierQuadraticCurve \| BezierCubicCurve , CubicSpline_BezierQuadraticCurve_BezierCubicCurve = CubicSpline \| BezierQuadraticCurve \| BezierCubicCurve , Point_Line_BezierQuarticCurve = Point \| Line \| BezierQuarticCurve , Point_Arc_BezierQuarticCurve = Point \| Arc \| BezierQuarticCurve , Line_Arc_BezierQuarticCurve = Line \| Arc \| BezierQuarticCurve , Point_EllipseArc_BezierQuarticCurve = Point \| EllipseArc \| BezierQuarticCurve , Line_EllipseArc_BezierQuarticCurve = Line \| EllipseArc \| BezierQuarticCurve , Arc_EllipseArc_BezierQuarticCurve = Arc \| EllipseArc \| BezierQuarticCurve , Point_CubicSpline_BezierQuarticCurve = Point \| CubicSpline \| BezierQuarticCurve , Line_CubicSpline_BezierQuarticCurve = Line \| CubicSpline \| BezierQuarticCurve , Arc_CubicSpline_BezierQuarticCurve = Arc \| CubicSpline \| BezierQuarticCurve , EllipseArc_CubicSpline_BezierQuarticCurve = EllipseArc \| CubicSpline \| BezierQuarticCurve , Point_BezierQuadraticCurve_BezierQuarticCurve = Point \| BezierQuadraticCurve \| BezierQuarticCurve , Line_BezierQuadraticCurve_BezierQuarticCurve = Line \| BezierQuadraticCurve \| BezierQuarticCurve , Arc_BezierQuadraticCurve_BezierQuarticCurve = Arc \| BezierQuadraticCurve \| BezierQuarticCurve , EllipseArc_BezierQuadraticCurve_BezierQuarticCurve = EllipseArc \| BezierQuadraticCurve \| BezierQuarticCurve , CubicSpline_BezierQuadraticCurve_BezierQuarticCurve = CubicSpline \| BezierQuadraticCurve \| BezierQuarticCurve , Point_BezierCubicCurve_BezierQuarticCurve = Point \| BezierCubicCurve \| BezierQuarticCurve , Line_BezierCubicCurve_BezierQuarticCurve = Line \| BezierCubicCurve \| BezierQuarticCurve , Arc_BezierCubicCurve_BezierQuarticCurve = Arc \| BezierCubicCurve \| BezierQuarticCurve , EllipseArc_BezierCubicCurve_BezierQuarticCurve = EllipseArc \| BezierCubicCurve \| BezierQuarticCurve , CubicSpline_BezierCubicCurve_BezierQuarticCurve = CubicSpline \| BezierCubicCurve \| BezierQuarticCurve , BezierQuadraticCurve_BezierCubicCurve_BezierQuarticCurve = BezierQuadraticCurve \| BezierCubicCurve \| BezierQuarticCurve , Point_Line_Arc_EllipseArc = Point \| Line \| Arc \| EllipseArc , Point_Line_Arc_CubicSpline = Point \| Line \| Arc \| CubicSpline , Point_Line_EllipseArc_CubicSpline = Point \| Line \| EllipseArc \| CubicSpline , Point_Arc_EllipseArc_CubicSpline = Point \| Arc \| EllipseArc \| CubicSpline , Line_Arc_EllipseArc_CubicSpline = Line \| Arc \| EllipseArc \| CubicSpline , Point_Line_Arc_BezierQuadraticCurve = Point \| Line \| Arc \| BezierQuadraticCurve , Point_Line_EllipseArc_BezierQuadraticCurve = Point \| Line \| EllipseArc \| BezierQuadraticCurve , Point_Arc_EllipseArc_BezierQuadraticCurve = Point \| Arc \| EllipseArc \| BezierQuadraticCurve , Line_Arc_EllipseArc_BezierQuadraticCurve = Line \| Arc \| EllipseArc \| BezierQuadraticCurve , Point_Line_CubicSpline_BezierQuadraticCurve = Point \| Line \| CubicSpline \| BezierQuadraticCurve , Point_Arc_CubicSpline_BezierQuadraticCurve = Point \| Arc \| CubicSpline \| BezierQuadraticCurve , Line_Arc_CubicSpline_BezierQuadraticCurve = Line \| Arc \| CubicSpline \| BezierQuadraticCurve , Point_EllipseArc_CubicSpline_BezierQuadraticCurve = Point \| EllipseArc \| CubicSpline \| BezierQuadraticCurve , Line_EllipseArc_CubicSpline_BezierQuadraticCurve = Line \| EllipseArc \| CubicSpline \| BezierQuadraticCurve , Arc_EllipseArc_CubicSpline_BezierQuadraticCurve = Arc \| EllipseArc \| CubicSpline \| BezierQuadraticCurve , Point_Line_Arc_BezierCubicCurve = Point \| Line \| Arc \| BezierCubicCurve , Point_Line_EllipseArc_BezierCubicCurve = Point \| Line \| EllipseArc \| BezierCubicCurve , Point_Arc_EllipseArc_BezierCubicCurve = Point \| Arc \| EllipseArc \| BezierCubicCurve , Line_Arc_EllipseArc_BezierCubicCurve = Line \| Arc \| EllipseArc \| BezierCubicCurve , Point_Line_CubicSpline_BezierCubicCurve = Point \| Line \| CubicSpline \| BezierCubicCurve , Point_Arc_CubicSpline_BezierCubicCurve = Point \| Arc \| CubicSpline \| BezierCubicCurve , Line_Arc_CubicSpline_BezierCubicCurve = Line \| Arc \| CubicSpline \| BezierCubicCurve , Point_EllipseArc_CubicSpline_BezierCubicCurve = Point \| EllipseArc \| CubicSpline \| BezierCubicCurve , Line_EllipseArc_CubicSpline_BezierCubicCurve = Line \| EllipseArc \| CubicSpline \| BezierCubicCurve , Arc_EllipseArc_CubicSpline_BezierCubicCurve = Arc \| EllipseArc \| CubicSpline \| BezierCubicCurve , Point_Line_BezierQuadraticCurve_BezierCubicCurve = Point \| Line \| BezierQuadraticCurve \| BezierCubicCurve , Point_Arc_BezierQuadraticCurve_BezierCubicCurve = Point \| Arc \| BezierQuadraticCurve \| BezierCubicCurve , Line_Arc_BezierQuadraticCurve_BezierCubicCurve = Line \| Arc \| BezierQuadraticCurve \| BezierCubicCurve , Point_EllipseArc_BezierQuadraticCurve_BezierCubicCurve = Point \| EllipseArc \| BezierQuadraticCurve \| BezierCubicCurve , Line_EllipseArc_BezierQuadraticCurve_BezierCubicCurve = Line \| EllipseArc \| BezierQuadraticCurve \| BezierCubicCurve , Arc_EllipseArc_BezierQuadraticCurve_BezierCubicCurve = Arc \| EllipseArc \| BezierQuadraticCurve \| BezierCubicCurve , Point_CubicSpline_BezierQuadraticCurve_BezierCubicCurve = Point \| CubicSpline \| BezierQuadraticCurve \| BezierCubicCurve , Line_CubicSpline_BezierQuadraticCurve_BezierCubicCurve = Line \| CubicSpline \| BezierQuadraticCurve \| BezierCubicCurve , Arc_CubicSpline_BezierQuadraticCurve_BezierCubicCurve = Arc \| CubicSpline \| BezierQuadraticCurve \| BezierCubicCurve , EllipseArc_CubicSpline_BezierQuadraticCurve_BezierCubicCurve = EllipseArc \| CubicSpline \| BezierQuadraticCurve \| BezierCubicCurve , Point_Line_Arc_BezierQuarticCurve = Point \| Line \| Arc \| BezierQuarticCurve , Point_Line_EllipseArc_BezierQuarticCurve = Point \| Line \| EllipseArc \| BezierQuarticCurve , Point_Arc_EllipseArc_BezierQuarticCurve = Point \| Arc \| EllipseArc \| BezierQuarticCurve , Line_Arc_EllipseArc_BezierQuarticCurve = Line \| Arc \| EllipseArc \| BezierQuarticCurve , Point_Line_CubicSpline_BezierQuarticCurve = Point \| Line \| CubicSpline \| BezierQuarticCurve , Point_Arc_CubicSpline_BezierQuarticCurve = Point \| Arc \| CubicSpline \| BezierQuarticCurve , Line_Arc_CubicSpline_BezierQuarticCurve = Line \| Arc \| CubicSpline \| BezierQuarticCurve , Point_EllipseArc_CubicSpline_BezierQuarticCurve = Point \| EllipseArc \| CubicSpline \| BezierQuarticCurve , Line_EllipseArc_CubicSpline_BezierQuarticCurve = Line \| EllipseArc \| CubicSpline \| BezierQuarticCurve , Arc_EllipseArc_CubicSpline_BezierQuarticCurve = Arc \| EllipseArc \| CubicSpline \| BezierQuarticCurve , Point_Line_BezierQuadraticCurve_BezierQuarticCurve = Point \| Line \| BezierQuadraticCurve \| BezierQuarticCurve , Point_Arc_BezierQuadraticCurve_BezierQuarticCurve = Point \| Arc \| BezierQuadraticCurve \| BezierQuarticCurve , Line_Arc_BezierQuadraticCurve_BezierQuarticCurve = Line \| Arc \| BezierQuadraticCurve \| BezierQuarticCurve , Point_EllipseArc_BezierQuadraticCurve_BezierQuarticCurve = Point \| EllipseArc \| BezierQuadraticCurve \| BezierQuarticCurve , Line_EllipseArc_BezierQuadraticCurve_BezierQuarticCurve = Line \| EllipseArc \| BezierQuadraticCurve \| BezierQuarticCurve , Arc_EllipseArc_BezierQuadraticCurve_BezierQuarticCurve = Arc \| EllipseArc \| BezierQuadraticCurve \| BezierQuarticCurve , Point_CubicSpline_BezierQuadraticCurve_BezierQuarticCurve = Point \| CubicSpline \| BezierQuadraticCurve \| BezierQuarticCurve , Line_CubicSpline_BezierQuadraticCurve_BezierQuarticCurve = Line \| CubicSpline \| BezierQuadraticCurve \| BezierQuarticCurve , Arc_CubicSpline_BezierQuadraticCurve_BezierQuarticCurve = Arc \| CubicSpline \| BezierQuadraticCurve \| BezierQuarticCurve , EllipseArc_CubicSpline_BezierQuadraticCurve_BezierQuarticCurve = EllipseArc \| CubicSpline \| BezierQuadraticCurve \| BezierQuarticCurve , Point_Line_BezierCubicCurve_BezierQuarticCurve = Point \| Line \| BezierCubicCurve \| BezierQuarticCurve , Point_Arc_BezierCubicCurve_BezierQuarticCurve = Point \| Arc \| BezierCubicCurve \| BezierQuarticCurve , Line_Arc_BezierCubicCurve_BezierQuarticCurve = Line \| Arc \| BezierCubicCurve \| BezierQuarticCurve , Point_EllipseArc_BezierCubicCurve_BezierQuarticCurve = Point \| EllipseArc \| BezierCubicCurve \| BezierQuarticCurve , Line_EllipseArc_BezierCubicCurve_BezierQuarticCurve = Line \| EllipseArc \| BezierCubicCurve \| BezierQuarticCurve , Arc_EllipseArc_BezierCubicCurve_BezierQuarticCurve = Arc \| EllipseArc \| BezierCubicCurve \| BezierQuarticCurve , Point_CubicSpline_BezierCubicCurve_BezierQuarticCurve = Point \| CubicSpline \| BezierCubicCurve \| BezierQuarticCurve , Line_CubicSpline_BezierCubicCurve_BezierQuarticCurve = Line \| CubicSpline \| BezierCubicCurve \| BezierQuarticCurve , Arc_CubicSpline_BezierCubicCurve_BezierQuarticCurve = Arc \| CubicSpline \| BezierCubicCurve \| BezierQuarticCurve , EllipseArc_CubicSpline_BezierCubicCurve_BezierQuarticCurve = EllipseArc \| CubicSpline \| BezierCubicCurve \| BezierQuarticCurve , Point_BezierQuadraticCurve_BezierCubicCurve_BezierQuarticCurve = Point \| BezierQuadraticCurve \| BezierCubicCurve \| BezierQuarticCurve , Line_BezierQuadraticCurve_BezierCubicCurve_BezierQuarticCurve = Line \| BezierQuadraticCurve \| BezierCubicCurve \| BezierQuarticCurve , Arc_BezierQuadraticCurve_BezierCubicCurve_BezierQuarticCurve = Arc \| BezierQuadraticCurve \| BezierCubicCurve \| BezierQuarticCurve , EllipseArc_BezierQuadraticCurve_BezierCubicCurve_BezierQuarticCurve = EllipseArc \| BezierQuadraticCurve \| BezierCubicCurve \| BezierQuarticCurve , CubicSpline_BezierQuadraticCurve_BezierCubicCurve_BezierQuarticCurve = CubicSpline \| BezierQuadraticCurve \| BezierCubicCurve \| BezierQuarticCurve , Point_Line_Arc_EllipseArc_CubicSpline = Point \| Line \| Arc \| EllipseArc \| CubicSpline , Point_Line_Arc_EllipseArc_BezierQuadraticCurve = Point \| Line \| Arc \| EllipseArc \| BezierQuadraticCurve , Point_Line_Arc_CubicSpline_BezierQuadraticCurve = Point \| Line \| Arc \| CubicSpline \| BezierQuadraticCurve , Point_Line_EllipseArc_CubicSpline_BezierQuadraticCurve = Point \| Line \| EllipseArc \| CubicSpline \| BezierQuadraticCurve , Point_Arc_EllipseArc_CubicSpline_BezierQuadraticCurve = Point \| Arc \| EllipseArc \| CubicSpline \| BezierQuadraticCurve , Line_Arc_EllipseArc_CubicSpline_BezierQuadraticCurve = Line \| Arc \| EllipseArc \| CubicSpline \| BezierQuadraticCurve , Point_Line_Arc_EllipseArc_BezierCubicCurve = Point \| Line \| Arc \| EllipseArc \| BezierCubicCurve , Point_Line_Arc_CubicSpline_BezierCubicCurve = Point \| Line \| Arc \| CubicSpline \| BezierCubicCurve , Point_Line_EllipseArc_CubicSpline_BezierCubicCurve = Point \| Line \| EllipseArc \| CubicSpline \| BezierCubicCurve , Point_Arc_EllipseArc_CubicSpline_BezierCubicCurve = Point \| Arc \| EllipseArc \| CubicSpline \| BezierCubicCurve , Line_Arc_EllipseArc_CubicSpline_BezierCubicCurve = Line \| Arc \| EllipseArc \| CubicSpline \| BezierCubicCurve , Point_Line_Arc_BezierQuadraticCurve_BezierCubicCurve = Point \| Line \| Arc \| BezierQuadraticCurve \| BezierCubicCurve , Point_LineEllipseArc_BezierQuadraticCurve_BezierCubicCurve = Point \| Line \| EllipseArc \| BezierQuadraticCurve \| BezierCubicCurve , Point_Arc_EllipseArc_BezierQuadraticCurve_BezierCubicCurve = Point \| Arc \| EllipseArc \| BezierQuadraticCurve \| BezierCubicCurve , Line_Arc_EllipseArc_BezierQuadraticCurve_BezierCubicCurve = Line \| Arc \| EllipseArc \| BezierQuadraticCurve \| BezierCubicCurve , Point_Line_CubicSpline_BezierQuadraticCurve_BezierCubicCurve = Point \| Line \| CubicSpline \| BezierQuadraticCurve \| BezierCubicCurve , Point_Arc_CubicSpline_BezierQuadraticCurve_BezierCubicCurve = Point \| Arc \| CubicSpline \| BezierQuadraticCurve \| BezierCubicCurve , Line_Arc_CubicSpline_BezierQuadraticCurve_BezierCubicCurve = Line \| Arc \| CubicSpline \| BezierQuadraticCurve \| BezierCubicCurve , Point_EllipseArc_CubicSpline_BezierQuadraticCurve_BezierCubicCurve = Point \| EllipseArc \| CubicSpline \| BezierQuadraticCurve \| BezierCubicCurve , Line_EllipseArc_CubicSpline_BezierQuadraticCurve_BezierCubicCurve = Line \| EllipseArc \| CubicSpline \| BezierQuadraticCurve \| BezierCubicCurve , Arc_EllipseArc_CubicSpline_BezierQuadraticCurve_BezierCubicCurve = Arc \| EllipseArc \| CubicSpline \| BezierQuadraticCurve \| BezierCubicCurve , Point_Line_Arc_EllipseArc_BezierQuarticCurve = Point \| Line \| Arc \| EllipseArc \| BezierQuarticCurve , Point_Line_Arc_CubicSpline_BezierQuarticCurve = Point \| Line \| Arc \| CubicSpline \| BezierQuarticCurve , Point_Line_EllipseArc_CubicSpline_BezierQuarticCurve = Point \| Line \| EllipseArc \| CubicSpline \| BezierQuarticCurve , Point_Arc_EllipseArc_CubicSpline_BezierQuarticCurve = Point \| Arc \| EllipseArc \| CubicSpline \| BezierQuarticCurve , Line_Arc_EllipseArc_CubicSpline_BezierQuarticCurve = Line \| Arc \| EllipseArc \| CubicSpline \| BezierQuarticCurve , Point_Line_Arc_BezierQuadraticCurve_BezierQuarticCurve = Point \| Line \| Arc \| BezierQuadraticCurve \| BezierQuarticCurve , Point_Line_EllipseArc_BezierQuadraticCurve_BezierQuarticCurve = Point \| Line \| EllipseArc \| BezierQuadraticCurve \| BezierQuarticCurve , Point_Arc_EllipseArc_BezierQuadraticCurve_BezierQuarticCurve = Point \| Arc \| EllipseArc \| BezierQuadraticCurve \| BezierQuarticCurve , Line_Arc_EllipseArc_BezierQuadraticCurve_BezierQuarticCurve = Line \| Arc \| EllipseArc \| BezierQuadraticCurve \| BezierQuarticCurve , Point_Line_CubicSpline_BezierQuadraticCurve_BezierQuarticCurve = Point \| Line \| CubicSpline \| BezierQuadraticCurve \| BezierQuarticCurve , Point_Arc_CubicSpline_BezierQuadraticCurve_BezierQuarticCurve = Point \| Arc \| CubicSpline \| BezierQuadraticCurve \| BezierQuarticCurve , Line_Arc_CubicSpline_BezierQuadraticCurve_BezierQuarticCurve = Line \| Arc \| CubicSpline \| BezierQuadraticCurve \| BezierQuarticCurve , Point_EllipseArc_CubicSpline_BezierQuadraticCurve_BezierQuarticCurve = Point \| EllipseArc \| CubicSpline \| BezierQuadraticCurve \| BezierQuarticCurve , Line_EllipseArc_CubicSpline_BezierQuadraticCurve_BezierQuarticCurve = Line \| EllipseArc \| CubicSpline \| BezierQuadraticCurve \| BezierQuarticCurve , Arc_EllipseArc_CubicSpline_BezierQuadraticCurve_BezierQuarticCurve = Arc \| EllipseArc \| CubicSpline \| BezierQuadraticCurve \| BezierQuarticCurve , Point_Line_Arc_BezierCubicCurve_BezierQuarticCurve = Point \| Line \| Arc \| BezierCubicCurve \| BezierQuarticCurve , Point_Line_EllipseArc_BezierCubicCurve_BezierQuarticCurve = Point \| Line \| EllipseArc \| BezierCubicCurve \| BezierQuarticCurve , Point_Arc_EllipseArc_BezierCubicCurve_BezierQuarticCurve = Point \| Arc \| EllipseArc \| BezierCubicCurve \| BezierQuarticCurve , Line_Arc_EllipseArc_BezierCubicCurve_BezierQuarticCurve = Line \| Arc \| EllipseArc \| BezierCubicCurve \| BezierQuarticCurve , Point_Line_CubicSpline_BezierCubicCurve_BezierQuarticCurve = Point \| Line \| CubicSpline \| BezierCubicCurve \| BezierQuarticCurve , Point_Arc_CubicSpline_BezierCubicCurve_BezierQuarticCurve = Point \| Arc \| CubicSpline \| BezierCubicCurve \| BezierQuarticCurve , Line_Arc_CubicSpline_BezierCubicCurve_BezierQuarticCurve = Line \| Arc \| CubicSpline \| BezierCubicCurve \| BezierQuarticCurve , Point_EllipseArc_CubicSpline_BezierCubicCurve_BezierQuarticCurve = Point \| EllipseArc \| CubicSpline \| BezierCubicCurve \| BezierQuarticCurve , Line_EllipseArc_CubicSpline_BezierCubicCurve_BezierQuarticCurve = Line \| EllipseArc \| CubicSpline \| BezierCubicCurve \| BezierQuarticCurve , Arc_EllipseArc_CubicSpline_BezierCubicCurve_BezierQuarticCurve = Arc \| EllipseArc \| CubicSpline \| BezierCubicCurve \| BezierQuarticCurve , Point_Line_BezierQuadraticCurve_BezierCubicCurve_BezierQuarticCurve = Point \| Line \| BezierQuadraticCurve \| BezierCubicCurve \| BezierQuarticCurve , Point_Arc_BezierQuadraticCurve_BezierCubicCurve_BezierQuarticCurve = Point \| Arc \| BezierQuadraticCurve \| BezierCubicCurve \| BezierQuarticCurve , Line_Arc_BezierQuadraticCurve_BezierCubicCurve_BezierQuarticCurve = Line \| Arc \| BezierQuadraticCurve \| BezierCubicCurve \| BezierQuarticCurve , Point_EllipseArc_BezierQuadraticCurve_BezierCubicCurve_BezierQuarticCurve = Point \| EllipseArc \| BezierQuadraticCurve \| BezierCubicCurve \| BezierQuarticCurve , Line_EllipseArc_BezierQuadraticCurve_BezierCubicCurve_BezierQuarticCurve = Line \| EllipseArc \| BezierQuadraticCurve \| BezierCubicCurve \| BezierQuarticCurve , Arc_EllipseArc_BezierQuadraticCurve_BezierCubicCurve_BezierQuarticCurve = Arc \| EllipseArc \| BezierQuadraticCurve \| BezierCubicCurve \| BezierQuarticCurve , Point_CubicSpline_BezierQuadraticCurve_BezierCubicCurve_BezierQuarticCurve = Point \| CubicSpline \| BezierQuadraticCurve \| BezierCubicCurve \| BezierQuarticCurve , Line_CubicSpline_BezierQuadraticCurve_BezierCubicCurve_BezierQuarticCurve = Line \| CubicSpline \| BezierQuadraticCurve \| BezierCubicCurve \| BezierQuarticCurve , Arc_CubicSpline_BezierQuadraticCurve_BezierCubicCurve_BezierQuarticCurve = Arc \| CubicSpline \| BezierQuadraticCurve \| BezierCubicCurve \| BezierQuarticCurve , EllipseArc_CubicSpline_BezierQuadraticCurve_BezierCubicCurve_BezierQuarticCurve = EllipseArc \| CubicSpline \| BezierQuadraticCurve \| BezierCubicCurve \| BezierQuarticCurve , Point_Line_Arc_EllipseArc_CubicSpline_BezierQuadraticCurve = Point \| Line \| Arc \| EllipseArc \| CubicSpline \| BezierQuadraticCurve , Point_Line_Arc_EllipseArc_CubicSpline_BezierCubicCurve = Point \| Line \| Arc \| EllipseArc \| CubicSpline \| BezierCubicCurve , Point_Line_Arc_EllipseArc_BezierQuadraticCurve_BezierCubicCurve = Point \| Line \| Arc \| EllipseArc \| BezierQuadraticCurve \| BezierCubicCurve , Point_Line_Arc_CubicSpline_BezierQuadraticCurve_BezierCubicCurve = Point \| Line \| Arc \| CubicSpline \| BezierQuadraticCurve \| BezierCubicCurve , Point_Line_EllipseArc_CubicSpline_BezierQuadraticCurve_BezierCubicCurve = Point \| Line \| EllipseArc \| CubicSpline \| BezierQuadraticCurve \| BezierCubicCurve , Point_Arc_EllipseArc_CubicSpline_BezierQuadraticCurve_BezierCubicCurve = Point \| Arc \| EllipseArc \| CubicSpline \| BezierQuadraticCurve \| BezierCubicCurve , Line_Arc_EllipseArc_CubicSpline_BezierQuadraticCurve_BezierCubicCurve = Line \| Arc \| EllipseArc \| CubicSpline \| BezierQuadraticCurve \| BezierCubicCurve , Point_Line_Arc_EllipseArc_CubicSpline_BezierQuarticCurve = Point \| Line \| Arc \| EllipseArc \| CubicSpline \| BezierQuarticCurve , Point_Line_Arc_EllipseArc_BezierQuadraticCurve_BezierQuarticCurve = Point \| Line \| Arc \| EllipseArc \| BezierQuadraticCurve \| BezierQuarticCurve , Point_Line_Arc_CubicSpline_BezierQuadraticCurve_BezierQuarticCurve = Point \| Line \| Arc \| CubicSpline \| BezierQuadraticCurve \| BezierQuarticCurve , Point_LineEllipseArc_CubicSpline_BezierQuadraticCurve_BezierQuarticCurve = Point \| Line \| EllipseArc \| CubicSpline \| BezierQuadraticCurve \| BezierQuarticCurve , Point_Arc_EllipseArc_CubicSpline_BezierQuadraticCurve_BezierQuarticCurve = Point \| Arc \| EllipseArc \| CubicSpline \| BezierQuadraticCurve \| BezierQuarticCurve , Line_Arc_EllipseArc_CubicSpline_BezierQuadraticCurve_BezierQuarticCurve = Line \| Arc \| EllipseArc \| CubicSpline \| BezierQuadraticCurve \| BezierQuarticCurve , Point_Line_Arc_EllipseArc_BezierCubicCurve_BezierQuarticCurve = Point \| Line \| Arc \| EllipseArc \| BezierCubicCurve \| BezierQuarticCurve , Point_Line_Arc_CubicSpline_BezierCubicCurve_BezierQuarticCurve = Point \| Line \| Arc \| CubicSpline \| BezierCubicCurve \| BezierQuarticCurve , Point_Line_EllipseArc_CubicSpline_BezierCubicCurve_BezierQuarticCurve = Point \| Line \| EllipseArc \| CubicSpline \| BezierCubicCurve \| BezierQuarticCurve , Point_Arc_EllipseArc_CubicSpline_BezierCubicCurve_BezierQuarticCurve = Point \| Arc \| EllipseArc \| CubicSpline \| BezierCubicCurve \| BezierQuarticCurve , Line_Arc_EllipseArc_CubicSpline_BezierCubicCurve_BezierQuarticCurve = Line \| Arc \| EllipseArc \| CubicSpline \| BezierCubicCurve \| BezierQuarticCurve , Point_Line_Arc_BezierQuadraticCurve_BezierCubicCurve_BezierQuarticCurve = Point \| Line \| Arc \| BezierQuadraticCurve \| BezierCubicCurve \| BezierQuarticCurve , Point_Line_EllipseArc_BezierQuadraticCurve_BezierCubicCurve_BezierQuarticCurve = Point \| Line \| EllipseArc \| BezierQuadraticCurve \| BezierCubicCurve \| BezierQuarticCurve , Point_Arc_EllipseArc_BezierQuadraticCurve_BezierCubicCurve_BezierQuarticCurve = Point \| Arc \| EllipseArc \| BezierQuadraticCurve \| BezierCubicCurve \| BezierQuarticCurve , Line_Arc_EllipseArc_BezierQuadraticCurve_BezierCubicCurve_BezierQuarticCurve = Line \| Arc \| EllipseArc \| BezierQuadraticCurve \| BezierCubicCurve \| BezierQuarticCurve , Point_Line_CubicSpline_BezierQuadraticCurve_BezierCubicCurve_BezierQuarticCurve = Point \| Line \| CubicSpline \| BezierQuadraticCurve \| BezierCubicCurve \| BezierQuarticCurve , Point_Arc_CubicSpline_BezierQuadraticCurve_BezierCubicCurve_BezierQuarticCurve = Point \| Arc \| CubicSpline \| BezierQuadraticCurve \| BezierCubicCurve \| BezierQuarticCurve , Line_Arc_CubicSpline_BezierQuadraticCurve_BezierCubicCurve_BezierQuarticCurve = Line \| Arc \| CubicSpline \| BezierQuadraticCurve \| BezierCubicCurve \| BezierQuarticCurve , Point_EllipseArc_CubicSpline_BezierQuadraticCurve_BezierCubicCurve_BezierQuarticCurve = Point \| EllipseArc \| CubicSpline \| BezierQuadraticCurve \| BezierCubicCurve \| BezierQuarticCurve , Line_EllipseArc_CubicSpline_BezierQuadraticCurve_BezierCubicCurve_BezierQuarticCurve = Line \| EllipseArc \| CubicSpline \| BezierQuadraticCurve \| BezierCubicCurve \| BezierQuarticCurve , Arc_EllipseArc_CubicSpline_BezierQuadraticCurve_BezierCubicCurve_BezierQuarticCurve = Arc \| EllipseArc \| CubicSpline \| BezierQuadraticCurve \| BezierCubicCurve \| BezierQuarticCurve , Point_Line_Arc_EllipseArc_CubicSpline_BezierQuadraticCurve_BezierCubicCurve = Point \| Line \| Arc \| EllipseArc \| CubicSpline \| BezierQuadraticCurve \| BezierCubicCurve , Point_Line_Arc_EllipseArc_CubicSpline_BezierQuadraticCurve_BezierQuarticCurve = Point \| Line \| Arc \| EllipseArc \| CubicSpline \| BezierQuadraticCurve \| BezierQuarticCurve , Point_Line_Arc_EllipseArc_CubicSpline_BezierCubicCurve_BezierQuarticCurve = Point \| Line \| Arc \| EllipseArc \| CubicSpline \| BezierCubicCurve \| BezierQuarticCurve , Point_Line_Arc_EllipseArc_BezierQuadraticCurve_BezierCubicCurve_BezierQuarticCurve = Point \| Line \| Arc \| EllipseArc \| BezierQuadraticCurve \| BezierCubicCurve \| BezierQuarticCurve , Point_Line_Arc_CubicSpline_BezierQuadraticCurve_BezierCubicCurve_BezierQuarticCurve = Point \| Line \| Arc \| CubicSpline \| BezierQuadraticCurve \| BezierCubicCurve \| BezierQuarticCurve , Point_Line_EllipseArc_CubicSpline_BezierQuadraticCurve_BezierCubicCurve_BezierQuarticCurve = Point \| Line \| EllipseArc \| CubicSpline \| BezierQuadraticCurve \| BezierCubicCurve \| BezierQuarticCurve , Point_Arc_EllipseArc_CubicSpline_BezierQuadraticCurve_BezierCubicCurve_BezierQuarticCurve = Point \| Arc \| EllipseArc \| CubicSpline \| BezierQuadraticCurve \| BezierCubicCurve \| BezierQuarticCurve , Line_Arc_EllipseArc_CubicSpline_BezierQuadraticCurve_BezierCubicCurve_BezierQuarticCurve = Line \| Arc \| EllipseArc \| CubicSpline \| BezierQuadraticCurve \| BezierCubicCurve \| BezierQuarticCurve , All = Point \| Line \| Arc \| EllipseArc \| CubicSpline \| BezierQuadraticCurve \| BezierCubicCurve \| BezierQuarticCurve }
	Element type of Complex region. More...
enum class	EFigureFlipDirection { None = 0x00 , Horizontal = 0x01 , Vertical = 0x02 , Both = Horizontal \| Vertical }
	Flip direction. More...
enum class	ECenterType { RectangleBoundaryCenter = 0x00 , CenterOfGravity , MinimumEnclosingRectangle }
	Center type. More...
enum class	ERegionType { Closed = 0 , Open }
enum class	EIncludingRegionType { All = 0 , Region , ExclusiveRegion }
enum class	EWarpingType { Perspective = 0 , Bilinear , Bicubic , Lanczos , ThinPlate }
enum class	EEquationAxis { X , Y }
enum class	ESortOrderFigure { NotSelected = 0 , Area_Asc , Area_Desc , Perimeter_Asc , Perimeter_Desc , Length_Asc , Length_Desc , Width_Asc , Width_Desc , Height_Asc , Height_Desc , Angle_Asc , Angle_Desc , CenterX_Asc , CenterX_Desc , CenterY_Asc , CenterY_Desc , CenterOfGravityX_Asc , CenterOfGravityX_Desc , CenterOfGravityY_Asc , CenterOfGravityY_Desc , BoundaryRectLeft_Asc , BoundaryRectLeft_Desc , BoundaryRectTop_Asc , BoundaryRectTop_Desc , BoundaryRectRight_Asc , BoundaryRectRight_Desc , BoundaryRectBottom_Asc , BoundaryRectBottom_Desc , MinimumEnclosingRectangleArea_Asc , MinimumEnclosingRectangleArea_Desc , MinimumEnclosingRectanglePerimeter_Asc , MinimumEnclosingRectanglePerimeter_Desc , MinimumEnclosingRectangleWidth_Asc , MinimumEnclosingRectangleWidth_Desc , MinimumEnclosingRectangleHeight_Asc , MinimumEnclosingRectangleHeight_Desc , MinimumEnclosingRectangleLongSideLength_Asc , MinimumEnclosingRectangleLongSideLength_Desc , MinimumEnclosingRectangleShortSideLength_Asc , MinimumEnclosingRectangleShortSideLength_Desc , MinimumEnclosingRectangleShortLongRatio_Asc , MinimumEnclosingRectangleShortLongRatio_Desc , MinimumEnclosingRectangleAngle_Asc , MinimumEnclosingRectangleAngle_Desc , MinimumEnclosingRectangleCenterX_Asc , MinimumEnclosingRectangleCenterX_Desc , MinimumEnclosingRectangleCenterY_Asc , MinimumEnclosingRectangleCenterY_Desc , VertexCount_Asc , VertexCount_Desc , TotalCount }
enum class	EKernelShape { Rectangle = 0 , Rhombus , Circle }
enum class	EAttributeDrawingPenStyle { Solid = 0 , Dash , Dot , DashDot , DashDotDot , Null , InsideFrame , UserStyle , Alternate , Solid_RoundCap , ItemCount }
enum class	EFigureTextAttributeParameters { FontSize = 0 , RealSize , Angle , Alignment , FontName , FontWeight , Italic , Count }
enum class	EFigureAttributeBasicParameters { RasterOperation = 0 , RasterRegionOutline , RasterRegionOutlineThickness , LineColor , LineWidth , FillColor , PenStyle , LineColorAlphaRatio , FillColorAlphaRatio , EdgeColor , RealSizeLineWidthEnabled , Count }
enum class	ERegionAttributeParameters { RegionType = 0 , Count }
enum class	EComplexRegionAttributeParameters { RegionType = 0 , Count }
enum class	EFigureSpecCompareType { Coordinates = 0x01 , Name = 0x02 , BasicAttribute = 0x04 , ExtraAttribute = 0x08 , AttributeAll = Name \| BasicAttribute \| ExtraAttribute , All = Coordinates \| AttributeAll }
enum class	EFigureTextFontWeight { DONTCARE = 0 , THIN = 100 , EXTRALIGHT = 200 , LIGHT = 300 , NORMAL = 400 , MEDIUM = 500 , SEMIBOLD = 600 , BOLD = 700 , EXTRABOLD = 800 , HEAVY = 900 , ULTRALIGHT = EXTRALIGHT , REGULAR = NORMAL , DEMIBOLD = SEMIBOLD , ULTRABOLD = EXTRABOLD , BLACK = HEAVY }
	Font weight of FigureText. More...
enum class	EFigureTextAlignment { LEFT = 0x0000 , RIGHT = 0x0001 , CENTER = 0x0002 , JUSTIFIED = 0x0004 , HORIZONTAL_MASK = 0x0007 , LEFT_TOP = 0x0000 , RIGHT_TOP = 0x0001 , CENTER_TOP = 0x0002 , LEFT_BOTTOM = 0x0010 , RIGHT_BOTTOM = 0x0011 , CENTER_BOTTOM = 0x0012 , LEFT_CENTER = 0x0020 , RIGHT_CENTER = 0x0021 , CENTER_CENTER = 0x0022 , VERTICAL_MASK = 0x0037 }
	Align text in FigureText. More...
enum class	ESizeUnit { Byte = 0 , Kilobyte , Megabyte , Gigabyte , Terabyte }
	Represents a unit of memory capacity. More...
enum class	ELengthUnit { pm = 0 , nm , um , mm , m }
	Indicates a unit of length. More...
enum class	ESortOrder2D { Y_Asc_X_Asc = 0 , Y_Asc_X_Desc , Y_Desc_X_Asc , Y_Desc_X_Desc , X_Asc_Y_Asc , X_Asc_Y_Desc , X_Desc_Y_Asc , X_Desc_Y_Desc }
enum class	ECoefficientOrder { Ascending = 0 , Descending }
	Indicates the order in which the coefficients are listed. More...
enum class	EAccuracy { Bits64 = 0 , Bits128 , Bits256 }
	Accuracy. More...
enum class	EMatrixAxis { Row = 0 , Column }
	axis of the matrix More...
enum class	EMatrixSortOrder { Ascending = 0 , Descending }
	Sorting order of the matrix. More...
enum class	EEulerSequence { Extrinsic_XYZ , Extrinsic_XZY , Extrinsic_YZX , Extrinsic_YXZ , Extrinsic_ZXY , Extrinsic_ZYX , Intrinsic_XYZ , Intrinsic_XZY , Intrinsic_YZX , Intrinsic_YXZ , Intrinsic_ZXY , Intrinsic_ZYX , Extrinsic_XYX , Extrinsic_XZX , Extrinsic_YZY , Extrinsic_YXY , Extrinsic_ZYZ , Extrinsic_ZXZ , Intrinsic_XYX , Intrinsic_XZX , Intrinsic_YZY , Intrinsic_YXY , Intrinsic_ZXZ , Intrinsic_ZYZ , EulerAngles = Intrinsic_ZXZ , YawPitchRoll = Intrinsic_ZYX }
	The order of rotations. More...
enum	ETransformType { Identity , Translation , Scale , Rotation , PointSymmetry , BilateralSymmetry , RotationalSymmetry , ComplexTransform , NonOrthogonal }
	Type of transformation. More...
enum class	EExpressionValid { Initialized = 0 , Valid , Invalid }
	An enum to express whether the expression is valid. More...
enum class	ELeastSqauresAccuracy { TemplateType = 0 , Bits128 , Bits256 }
	Least Squares calculation accuracy. More...
enum class	EMatrixTemplateType { Float , Double }
	matrix data datatype type More...
enum class	EMatrixReduceType { Both , Row , Column }
	matrix dimension reduction direction type More...

Detailed Description

Foundation namespace

Enumeration Type Documentation

◆ E3DCameraProjectionType

enum class FLImagingCLR::Foundation::E3DCameraProjectionType

strong

Projection type of 3D view camera.

Enumerator
Perspective	perspective projection
Orthographic	Parallel projections with all projection lines perpendicular to the projection plane.

◆ E3DHeightMapColorMappingDirection

enum class FLImagingCLR::Foundation::E3DHeightMapColorMappingDirection

strong

Specifies the direction of the color mapping applied to the vertex color array. In increasing mode, lower values map to blue and higher values map to red. In decreasing mode, the color progression is reversed.

Enumerator
Default	Follows the 3D view's color mode or default configuration. Default value is Increasing.
Increasing	Increasing color mapping mode. Minimum values → Blue, Medium values → Green, Maximum values → Red.
Decreasing	Decreasing color mapping mode. Maximum values → Blue, Medium values → Green, Minimum values → Red.

◆ E3DHeightMapColorMappingMode

enum class FLImagingCLR::Foundation::E3DHeightMapColorMappingMode

strong

Specifies how vertex colors of the Foundation::CFL3DObjectHeightMap object are determined.

Enumerator
Default	Follows the 3D view's color mode or default configuration. Default value is ImageRange.
ImageRange	Colors are determined using the full image value range of the height map.
UserDefinedRange	Colors are mapped using a user-defined value range instead of the full image range.

◆ E3DIntersectionBasis

enum class FLImagingCLR::Foundation::E3DIntersectionBasis

strong

Specifies which primitive basis of CFL3DObject will be used for intersection (picking/collision) tests. Each option maps to a particular topology stream (vertices, segments, face edges, faces).

Enumerator
Vertex	Vertex-based testing (point cloud). Uses `CFL3DObject::GetVertices()` as the primitive set. Each vertex is treated as a pickable point (optionally with a tolerance/radius in the picking logic).
Segment	Segment-based testing (explicit segment stream). Uses `CFL3DObject::GetSegmentIndices()` to build user-defined polylines/loops (e.g., cylinder rims), independent of face topology.
FaceSegment	Face-edge (wireframe) testing. Interprets the face index stream as edges and tests intersection against edges of faces (wireframe). Faces are described by `GetFaceIndices()` together with `GetFaceElementCountInformation()`.
Face	Face (filled polygon) testing. Tests intersection against polygonal faces assembled from `GetFaceIndices()` and `GetFaceElementCountInformation()`. Non-triangular polygons may be triangulated internally.

◆ E3DLineExtent

enum class FLImagingCLR::Foundation::E3DLineExtent

strong

Parametric domain type for line-like primitives used in intersection tests. Selects whether the parameter (t) spans an infinite line, a half-line (ray), or a finite segment.

Enumerator

Line

Infinite line:

\[ P(t) = O + t\,D, \quad t \in (-\infty, +\infty). \]

Used when both directions along the line are valid.

Ray

Ray (half-line):

\[ P(t) = O + tD,\; t \ge 0. \]

Starts at the origin and extends infinitely in the direction.

Segment

Line segment (typically):

\[ P(t) = A + t(B-A),\; t \in [0,1]. \]

Only the finite span between the start and end points is valid.

◆ EAccuracy

enum class FLImagingCLR::Foundation::EAccuracy

strong

Accuracy.

Enumerator
Bits64	Perform 64-bit operations
Bits128	Perform 128-bit operations
Bits256	Perform 256-bit operations

◆ EArcClosingMethod

enum class FLImagingCLR::Foundation::EArcClosingMethod

strong

Arc closing method.

See also: FLImagingCLR::Foundation::CFLCircle; FLImagingCLR::Foundation::CFLEllipse

Enumerator
NoClose	The arc ends are not connected.
EachOther	The ends of the arc connect to each other.
Center	The ends of the arc connect to center.

◆ EAttributeDrawingPenStyle

enum class FLImagingCLR::Foundation::EAttributeDrawingPenStyle

strong

Pen Style in Figure drawing attribute

Enumerator
Solid	single-line style
Dash	Dash style.
Dot	Dot style.
DashDot	Dash dot style.
DashDotDot	Dash dot dot style.
Null	No style.
InsideFrame	Inside Frame Style.
UserStyle	User Styles.
Alternate	Alternate style.
Solid_RoundCap	single-line with round end cap style
ItemCount	Number of enum.

◆ ECenterType

enum class FLImagingCLR::Foundation::ECenterType

strong

Center type.

Enumerator
RectangleBoundaryCenter	Center of boundary rectangle.
CenterOfGravity	Center of gravity.
MinimumEnclosingRectangle	Center of minimum enclosing rectangle.

◆ ECoefficientOrder

enum class FLImagingCLR::Foundation::ECoefficientOrder

strong

Indicates the order in which the coefficients are listed.

Enumerator
Ascending	Ascending to list coefficients starting with lower order.
Descending	Descending to list coefficients starting with higher order.

◆ EComplexRegionAttributeParameters

enum class FLImagingCLR::Foundation::EComplexRegionAttributeParameters

strong

EComplexRegionAttributeParameters Enumeration Type

Enumerator
RegionType	ComplexRegionType

◆ EComplexRegionElementType

enum class FLImagingCLR::Foundation::EComplexRegionElementType

strong

Element type of Complex region.

See also: FLImagingCLR::Foundation::CFLComplexRegion

◆ EDestinationInterpolationMethod

enum class FLImagingCLR::Foundation::EDestinationInterpolationMethod

strong

Destination interpolation method.

Enumerator
LinearSpline	Linear spline interpolation.
CubicSpline	Cubic spline interpolation.

◆ EDxfEntityType

enum class FLImagingCLR::Foundation::EDxfEntityType

strong

Entity type of Dxf.

Enumerator
None	Entity type not specified.
ThreeDimensionalFace	3D Face
ThreeDimensionalSolid	3D Solid
Arc	Arc.
Circle	Circle.
Ellipse	Ellipse.
Helix	Helix.
Insert	Insert.
Line	Line.
LWPolyline	Light Weight Polyline.
Mesh	Mesh.
MLine	Multi Line.
MText	Multi Text.
Point	Point.
Polyline	Polyline.
Solid	Solid.
Spline	Spline.
Text	Text.
XLine	XLine.
All	All.

◆ EDxfSectionType

enum class FLImagingCLR::Foundation::EDxfSectionType

strong

Section type of Dxf.

Enumerator
None	Section type not specified.
Tables	Tables.
Blocks	Blocks.
Entities	Entities.
Objects	Objects.
All	All.

◆ EEquationAxis

enum class FLImagingCLR::Foundation::EEquationAxis

strong

coordinate expression type

Enumerator
X	x-axis coordinate expression
Y	y-axis coordinate expression

◆ EEulerSequence

enum class FLImagingCLR::Foundation::EEulerSequence

strong

The order of rotations.

Extrinsic : Rotations about the axes xyz of the original coordinate system, which is assumed to remain motionless
Intrinsic : Rotations about the axes of the rotating coordinate system XYZ, solidary with the moving body, which changes its orientation with respect to the extrinsic frame after each elemental rotation

Enumerator
Extrinsic_XYZ	Tait-Bryan angles x-y-z
Extrinsic_XZY	Tait-Bryan angles x-z-y
Extrinsic_YZX	Tait-Bryan angles y-z-x
Extrinsic_YXZ	Tait-Bryan angles y-x-z
Extrinsic_ZXY	Tait-Bryan angles z-x-y
Extrinsic_ZYX	Tait-Bryan angles z-y-x
Intrinsic_XYZ	Tait-Bryan angles x-y-z
Intrinsic_XZY	Tait-Bryan angles x-z-y
Intrinsic_YZX	Tait-Bryan angles y-z-x
Intrinsic_YXZ	Tait-Bryan angles y-x-z
Intrinsic_ZXY	Tait-Bryan angles z-x-y
Intrinsic_ZYX	Tait-Bryan angles z-y-x
Extrinsic_XYX	Proper Euler angles x-y-x
Extrinsic_XZX	Proper Euler angles x-z-x
Extrinsic_YZY	Proper Euler angles y-z-y
Extrinsic_YXY	Proper Euler angles y-x-y
Extrinsic_ZYZ	Proper Euler angles z-y-z
Extrinsic_ZXZ	Proper Euler angles z-x-z
Intrinsic_XYX	Proper Euler angles x-y-x
Intrinsic_XZX	Proper Euler angles x-z-x
Intrinsic_YZY	Proper Euler angles y-z-y
Intrinsic_YXY	Proper Euler angles y-x-y
Intrinsic_ZXZ	Proper Euler angles z-x-z
Intrinsic_ZYZ	Proper Euler angles z-y-z
EulerAngles	Classic Euler angles
YawPitchRoll	Yaw Pitch Roll angles

◆ EExpressionValid

enum class FLImagingCLR::Foundation::EExpressionValid

strong

An enum to express whether the expression is valid.

Enumerator
Initialized	Validation was not performed after the expression was initialized.
Valid	valid expression
Invalid	invalid expression

◆ EFigureAttributeBasicParameters

enum class FLImagingCLR::Foundation::EFigureAttributeBasicParameters

strong

EFigureAttributeBasicParameters Enumeration Type

Enumerator
RasterOperation	RasterOperation
RasterRegionOutline	RasterRegionOutline
RasterRegionOutlineThickness	RasterRegionOutlineThickness
LineColor	LineColor
LineWidth	LineWidth
FillColor	FillColor
PenStyle	PenStyle
LineColorAlphaRatio	LineColorAlphaRatio
FillColorAlphaRatio	FillColorAlphaRatio
EdgeColor	EdgeColor
RealSizeLineWidthEnabled	RealSizeLineWidth

◆ EFigureDeclType

enum class FLImagingCLR::Foundation::EFigureDeclType

strong

Declare type of figure.

See also: FLImagingCLR::Foundation::CFLFigure

Enumerator
Unknown	The type of figure is not determined. See also FLImagingCLR::Foundation::CFLFigure
Point	Point. See also FLImagingCLR::Foundation::CFLPoint
Line	Line. See also FLImagingCLR::Foundation::CFLLine
Rect	Rectangle. See also FLImagingCLR::Foundation::CFLRect
RoundRect	Round Rectangle. See also FLImagingCLR::Foundation::CFLRoundRect
Quad	Quadrangle. See also FLImagingCLR::Foundation::CFLQuad
Circle	Circle. See also FLImagingCLR::Foundation::CFLCircle
Ellipse	Ellipse. See also FLImagingCLR::Foundation::CFLEllipse
CubicSpline	Cubic spline. See also FLImagingCLR::Foundation::CFLCubicSpline
ComplexRegion	Complex Region. See also FLImagingCLR::Foundation::CFLComplexRegion
Array	Figure Array. See also FLImagingCLR::Foundation::CFLFigureArray
Doughnut	Doughnut. See also FLImagingCLR::Foundation::CFLDoughnut
Scalar	Scalar. See also FLImagingCLR::Foundation::CFLScalar
Region	Region. See also FLImagingCLR::Foundation::CFLRegion
PointArray	Point Array. See also FLImagingCLR::Foundation::CFLPointArray
BezierQuadraticCurve	Quadratic bezier curve. See also FLImagingCLR::Foundation::CFLBezierQuadraticCurve
BezierCubicCurve	Cubic bezier curve. See also FLImagingCLR::Foundation::CFLBezierCubicCurve
BezierQuarticCurve	Quartic bezier curve. See also FLImagingCLR::Foundation::CFLBezierQuarticCurve
FigureText	Figure with text and drawing information. See also FLImagingCLR::Foundation::CFLFigureText
Point3	3D Point See also FLImagingCLR::Foundation::CFLPoint3
Point4	Point with 4 elements. See also FLImagingCLR::Foundation::CFLPoint4
Quad3	3D Quadrangle See also FLImagingCLR::Foundation::CFLQuad3
Frustum3	Frustum3. See also FLImagingCLR::Foundation::CFLFrustum3
Triangle3	3D Triangle See also FLImagingCLR::Foundation::CFLTriangle3
TriangularSolid3	TriangularSolid3. See also FLImagingCLR::Foundation::CFLTriangularSolid3
QuadrilateralSolid3	QuadrilateralSolid3. See also FLImagingCLR::Foundation::CFLQuadrilateralSolid3
Triangle	2D Triangle See also FLImagingCLR::Foundation::CFLTriangle

◆ EFigureFlipDirection

enum class FLImagingCLR::Foundation::EFigureFlipDirection

strong

Flip direction.

Enumerator
None	Do nothing.
Horizontal	Horizontal.
Vertical	Vertical.
Both	Horizontal and Vertical.

◆ EFigureOperationType

enum class FLImagingCLR::Foundation::EFigureOperationType

strong

Figure operation type.

Enumerator
Unknown	Unknown.
Intersection	Intersection.
Union	union
Subtraction	Subtraction.
ExclusiveOr	ExclusiveOr.

◆ EFigureSpecCompareType

enum class FLImagingCLR::Foundation::EFigureSpecCompareType

strong

EFigureSpecCompareType Enumeration Type

Enumerator
Coordinates	Compares the coordinates of the figure.
Name	Compares the FigureName attribute.
BasicAttribute	Compares the BasicAttribute.
ExtraAttribute	Compares the ExtraAttribute.
AttributeAll	Compares all attributes (Name, BasicAttribute, ExtraAttribute).
All	Compares all specifications, including coordinates and all attributes.

◆ EFigureTemplateType

enum class FLImagingCLR::Foundation::EFigureTemplateType

strong

Template type of figure.

See also: FLImagingCLR::Foundation::CFLFigure

Enumerator
Unknown	unknown
Int32	int32_t
Int64	int64_t
Float	float
Double	double
Int32_Int64	int32_t, int64_t
Int32_Float	int32_t, float
Int32_Double	int32_t, double
Int32_Int64_Float	int32_t, int64_t, float
Int32_Int64_Double	int32_t, int64_t, double
Int32_Float_Double	int32_t, float, double
Int32_Int64_Float_Double	int32_t, int64_t, float, double
Int64_Float	int64_t, float
Int64_Double	int64_t, double
Float_Double	float, double
Mixed	Mixed

◆ EFigureTextAlignment

enum class FLImagingCLR::Foundation::EFigureTextAlignment

strong

Align text in FigureText.

Enumerator
LEFT	Alignment with the reference point on the left side of the text.
RIGHT	Alignment with the reference point on the right side of the text.
CENTER	Alignment with the reference point at the center of the text.
JUSTIFIED	Justified alignment on both sides.
HORIZONTAL_MASK	Horizontal alignment mask (left, center, right alignment)
LEFT_TOP	Alignment with the reference point at the top left of the text.
RIGHT_TOP	Alignment with the reference point at the top right of the text.
CENTER_TOP	Alignment with the reference point at the top center (horizontal) of the text.
LEFT_BOTTOM	Alignment with the reference point at the bottom left of the text.
RIGHT_BOTTOM	Alignment with the reference point at the bottom right of the text.
CENTER_BOTTOM	Alignment with the reference point at the bottom center (horizontal) of the text.
LEFT_CENTER	Alignment with the reference point at the left center (vertical) of the text.
RIGHT_CENTER	Alignment with the reference point at the right center (vertical) of the text.
CENTER_CENTER	Alignment with the reference point at the center (horizontal and vertical) of the text.
VERTICAL_MASK	Vertical alignment mask (top, center, bottom alignment)

◆ EFigureTextAttributeParameters

enum class FLImagingCLR::Foundation::EFigureTextAttributeParameters

strong

EFigureTextAttributeParameters Enumeration Type

Enumerator
FontSize	FontSize
RealSize	RealSize
Angle	Angle
Alignment	Alignment
FontName	FontName
FontWeight	FontWeight
Italic	Italic

◆ EFigureTextFontWeight

enum class FLImagingCLR::Foundation::EFigureTextFontWeight

strong

Font weight of FigureText.

Enumerator
DONTCARE	Don't care.
THIN	Thin.
EXTRALIGHT	Extra light.
LIGHT	Light.
NORMAL	Normal.
MEDIUM	Medium.
SEMIBOLD	Semi bold.
BOLD	Bold.
EXTRABOLD	Extra bold.
HEAVY	Heavy.
ULTRALIGHT	Ultra light.
REGULAR	Regular.
DEMIBOLD	Demi bold.
ULTRABOLD	ultra bold
BLACK	Black.

◆ EIncludingRegionType

enum class FLImagingCLR::Foundation::EIncludingRegionType

strong

Figure operation range type

Enumerator
All	Contains all the Vertices that form the base shape and the inverted shape
Region	Contains vertices that form primitive shapes
ExclusiveRegion	Contains Vertices that form inverted shapes

◆ EKernelShape

enum class FLImagingCLR::Foundation::EKernelShape

strong

EKernelShape Enumeration Type

Enumerator
Rectangle	Rectangle
Rhombus	Rhombus
Circle	Circle

◆ ELeastSqauresAccuracy

enum class FLImagingCLR::Foundation::ELeastSqauresAccuracy

strong

Least Squares calculation accuracy.

Enumerator
TemplateType	Calculate with the current data type
Bits128	Calculate with float128_t
Bits256	Calculate with float256_t

◆ ELengthUnit

enum class FLImagingCLR::Foundation::ELengthUnit

strong

Indicates a unit of length.

Enumerator
pm	The unit of length is picometer.
nm	The unit of length is nanometer.
um	The unit of length is micrometer.
mm	The unit of length is millimeter.
m	The unit of length is meter.

◆ EMatrixAxis

enum class FLImagingCLR::Foundation::EMatrixAxis

strong

axis of the matrix

Enumerator
Row	Row
Column	Column

◆ EMatrixReduceType

enum class FLImagingCLR::Foundation::EMatrixReduceType

strong

matrix dimension reduction direction type

Enumerator
Both	Reduce both Row and Column
Row	Row dimension reduction
Column	Column dimension reduction

◆ EMatrixSortOrder

enum class FLImagingCLR::Foundation::EMatrixSortOrder

strong

Sorting order of the matrix.

Enumerator
Ascending	Sort in ascending order.
Descending	Sort by descending order.

◆ EMatrixTemplateType

enum class FLImagingCLR::Foundation::EMatrixTemplateType

strong

matrix data datatype type

Enumerator
Float	The data type of matrix data is float.
Double	The data type of matrix data is double.

◆ EProcessingUnitFeatures

enum class FLImagingCLR::Foundation::EProcessingUnitFeatures

strong

Processing Unit Features.

Enumerator
Feature_CPU	Feature_CPU
Feature_Cuda	Feature_Cuda
Feature_SerialProcessing	Feature_SerialProcessing
Feature_ParallelProcessing	Feature_ParallelProcessing
Feature_Naive	Feature_Naive
Feature_SSE4	Feature_SSE4
Feature_AVX2	Feature_AVX2
None	None
CPU_Naive	CPU_Naive
CPU_SSE4	CPU_SSE4
CPU_AVX2	CPU_AVX2
CPU_Multi_Naive	CPU_Multi_Naive
CPU_Multi_SSE4	CPU_Multi_SSE4
CPU_Multi_AVX2	CPU_Multi_AVX2
Cuda	Cuda

◆ ERegionAttributeParameters

enum class FLImagingCLR::Foundation::ERegionAttributeParameters

strong

ERegionAttributeParameters Enumeration Type

Enumerator
RegionType	RegionType

◆ ERegionType

enum class FLImagingCLR::Foundation::ERegionType

strong

Region Type

Enumerator
Closed	Closed
Open	Open

◆ EShadingType3D

enum class FLImagingCLR::Foundation::EShadingType3D

strong

3D Object Shading Type

Enumerator
Default	The default shading model.
Shadeless	An option that does not perform shading. It is used in cases such as images captured by 3D cameras where lighting and reflection effects are not needed, or when dealing with fully precomputed colors for 3D objects.
Flat	Flat shading - lighting is evaluated only once for each polygon, assuming that all polygons have flat surface normals and are flat.
Phong	Phong shading.
Gouraud	Gouraud shading.

◆ ESizeUnit

enum class FLImagingCLR::Foundation::ESizeUnit

strong

Represents a unit of memory capacity.

Enumerator
Byte	Memory unit Byte.
Kilobyte	The memory unit is Kilobyte (1024 byte).
Megabyte	The memory unit Megabyte (1024² byte).
Gigabyte	The memory unit is Gigabyte (1024³ byte).
Terabyte	The memory unit is Terabyte (1024⁴ byte).

◆ ESortOrder2D

enum class FLImagingCLR::Foundation::ESortOrder2D

strong

2 dimension sorting order

Enumerator
Y_Asc_X_Asc	1st Ascending Y, 2nd Ascending X
Y_Asc_X_Desc	1st Ascending Y, 2nd Descending X
Y_Desc_X_Asc	1st Descending Y, 2nd Ascending X
Y_Desc_X_Desc	1st Descending Y, 2nd Descending X
X_Asc_Y_Asc	1st Ascending X, 2nd Ascending Y
X_Asc_Y_Desc	1st Ascending X, 2nd Descending Y
X_Desc_Y_Asc	1st Descending X, 2nd Ascending Y
X_Desc_Y_Desc	1st Descending X, 2nd Descending Y

◆ ESortOrderFigure

enum class FLImagingCLR::Foundation::ESortOrderFigure

strong

Sort order of figures

Enumerator
NotSelected	Not selected
Area_Asc	Area (ascending)
Area_Desc	Area (descending)
Perimeter_Asc	Perimeter (ascending)
Perimeter_Desc	Perimeter (descending)
Length_Asc	Length (ascending)
Length_Desc	Length (descending)
Width_Asc	Width (ascending)
Width_Desc	Width (descending)
Height_Asc	Height (ascending)
Height_Desc	Height (descending)
Angle_Asc	Angle (ascending)
Angle_Desc	Angle (descending)
CenterX_Asc	x-coordinate of center (ascending)
CenterX_Desc	x-coordinate of center (descending)
CenterY_Asc	y-coordinate of center (ascending)
CenterY_Desc	y-coordinate of center (descending)
CenterOfGravityX_Asc	x-coordinate of the center of gravity (ascending)
CenterOfGravityX_Desc	x-coordinate of the center of gravity (descending)
CenterOfGravityY_Asc	y-coordinate of the center of gravity (ascending)
CenterOfGravityY_Desc	y-coordinate of the center of gravity (descending)
BoundaryRectLeft_Asc	left of BoundaryRect (ascending)
BoundaryRectLeft_Desc	left of BoundaryRect (descending)
BoundaryRectTop_Asc	top of BoundaryRect (ascending)
BoundaryRectTop_Desc	top of BoundaryRect (descending)
BoundaryRectRight_Asc	right of BoundaryRect (ascending)
BoundaryRectRight_Desc	right of BoundaryRect (descending)
BoundaryRectBottom_Asc	bottom of BoundaryRect (ascending)
BoundaryRectBottom_Desc	bottom of BoundaryRect (descending)
MinimumEnclosingRectangleArea_Asc	Area of minimum enclosing rectangle (ascending)
MinimumEnclosingRectangleArea_Desc	Area of minimum enclosing rectangle (descending)
MinimumEnclosingRectanglePerimeter_Asc	Perimeter of minimum enclosing rectangle (ascending)
MinimumEnclosingRectanglePerimeter_Desc	Perimeter of minimum enclosing rectangle (descending)
MinimumEnclosingRectangleWidth_Asc	Width of minimum enclosing rectangle (ascending)
MinimumEnclosingRectangleWidth_Desc	Width of minimum enclosing rectangle (descending)
MinimumEnclosingRectangleHeight_Asc	Height of minimum enclosing rectangle (ascending)
MinimumEnclosingRectangleHeight_Desc	Height of minimum enclosing rectangle (descending)
MinimumEnclosingRectangleLongSideLength_Asc	LongSideLength of minimum enclosing rectangle (ascending)
MinimumEnclosingRectangleLongSideLength_Desc	LongSideLength of minimum enclosing rectangle (descending)
MinimumEnclosingRectangleShortSideLength_Asc	ShortSideLength of minimum enclosing rectangle (ascending)
MinimumEnclosingRectangleShortSideLength_Desc	ShortSideLength of minimum enclosing rectangle (descending)
MinimumEnclosingRectangleShortLongRatio_Asc	ShortLongRatio of minimum enclosing rectangle (ascending)
MinimumEnclosingRectangleShortLongRatio_Desc	ShortLongRatio of minimum enclosing rectangle (descending)
MinimumEnclosingRectangleAngle_Asc	Angle of minimum enclosing rectangle (ascending)
MinimumEnclosingRectangleAngle_Desc	Angle of minimum enclosing rectangle (descending)
MinimumEnclosingRectangleCenterX_Asc	x-coordinate of minimum enclosing rectangle (ascending)
MinimumEnclosingRectangleCenterX_Desc	x-coordinate of minimum enclosing rectangle (descending)
MinimumEnclosingRectangleCenterY_Asc	y-coordinate of minimum enclosing rectangle (ascending)
MinimumEnclosingRectangleCenterY_Desc	y-coordinate of minimum enclosing rectangle (descending)
VertexCount_Asc	The number of all vertices in the interior (ascending)
VertexCount_Desc	The number of all vertices in the interior (descending)
TotalCount	ESortOrderFigure enumulation count

◆ ESourceInterpolationMethod

enum class FLImagingCLR::Foundation::ESourceInterpolationMethod

strong

Source interpolation method.

Enumerator
LinearSpline	Linear spline interpolation.
CubicSpline	Cubic spline interpolation.

◆ ETextureFit3D

enum class FLImagingCLR::Foundation::ETextureFit3D

strong

Texture fit for 3D objects.

Enumerator
Stretch	Stretch texture to match object size.
Center	Apply textures to the center of the object.

◆ ETopologyType3D

enum class FLImagingCLR::Foundation::ETopologyType3D

strong

How 3D objects connect to vertices.

Enumerator
Default	The default type.
PointCloud	Point cloud(show vertices as they are without connecting them)
Wireframe	Display lines connecting vertices in the order of the face index array. See also FLImagingCLR::Foundation::CFL3DObject::GetFaceIndices()
Solid	Solid modeling(It distinguishes between the exterior and interior of an object, has volume, and displays surfaces.)
Segment	Display lines connecting vertices in the order of the segment index array. See also FLImagingCLR::Foundation::CFL3DObject::GetSegmentIndices()

◆ ETransformType

enum FLImagingCLR::Foundation::ETransformType

Type of transformation.

Enumerator
Identity	Identity matrix
Translation	Translation
Scale	Scaling transformation
Rotation	Rotation
PointSymmetry	Symmetry about a point
BilateralSymmetry	Bilateral symmetry
RotationalSymmetry	Rotational Symmetry
ComplexTransform	Combination of transformations
NonOrthogonal	Non-orthogonal transformation

◆ EWarpingType

enum class FLImagingCLR::Foundation::EWarpingType

strong

EWarpingType enum

Enumerator
Perspective	Transform warp using perspective method
Bilinear	Transform warp using Bilinear method
Bicubic	Transform warp using Bicubic method
Lanczos	Transform warp using Lanczos method
ThinPlate	Transform warp using ThinPlate method

◆ EWindingDirection

enum class FLImagingCLR::Foundation::EWindingDirection

strong

Winding direction.

Enumerator
CW	Clockwise.
Straight	Straight.
CCW	Counter clockwise.

Classes

Enumerations

Detailed Description

Enumeration Type Documentation

◆ E3DCameraProjectionType

◆ E3DHeightMapColorMappingDirection

◆ E3DHeightMapColorMappingMode

◆ E3DIntersectionBasis

◆ E3DLineExtent

◆ EAccuracy

◆ EArcClosingMethod

◆ EAttributeDrawingPenStyle

◆ ECenterType

◆ ECoefficientOrder

◆ EComplexRegionAttributeParameters

◆ EComplexRegionElementType

◆ EDestinationInterpolationMethod

◆ EDxfEntityType

◆ EDxfSectionType

◆ EEquationAxis

◆ EEulerSequence

◆ EExpressionValid

◆ EFigureAttributeBasicParameters

◆ EFigureDeclType

◆ EFigureFlipDirection

◆ EFigureOperationType

◆ EFigureSpecCompareType

◆ EFigureTemplateType

◆ EFigureTextAlignment

◆ EFigureTextAttributeParameters

◆ EFigureTextFontWeight

◆ EIncludingRegionType

◆ EKernelShape

◆ ELeastSqauresAccuracy

◆ ELengthUnit

◆ EMatrixAxis

◆ EMatrixReduceType

◆ EMatrixSortOrder

◆ EMatrixTemplateType

◆ EProcessingUnitFeatures

◆ ERegionAttributeParameters

◆ ERegionType

◆ EShadingType3D

◆ ESizeUnit

◆ ESortOrder2D

◆ ESortOrderFigure

◆ ESourceInterpolationMethod

◆ ETextureFit3D

◆ ETopologyType3D

◆ ETransformType

◆ EWarpingType

◆ EWindingDirection