#include <RestrictionCurve.h>

Inheritance diagram for UE::CADKernel::FRestrictionCurve:

Public Member Functions
virtual void	Serialize (FCADKernelArchive &Ar) override

virtual ECurve	GetCurveType () const override

const FSurfacicPolyline &	GetPolyline () const

const TSharedRef< FCurve >	Get2DCurve () const

double	GetMinLinearTolerance () const

TSharedPtr< FEntityGeom >	ApplyMatrix (const FMatrixH &InMatrix) const override

FVector2d	Approximate2DPoint (double InCoordinate) const

FVector	Approximate3DPoint (double InCoordinate) const

FVector	GetTangentAt (double InCoordinate) const

FVector2d	GetTangent2DAt (double InCoordinate) const

void	Approximate2DPoints (const TArray< double > &InCoordinates, TArray< FVector2d > &OutPoints) const

void	Approximate3DPoints (const TArray< double > &InCoordinates, TArray< FVector > &OutPoints) const

void	ApproximatePolyline (FSurfacicPolyline &OutPolyline) const

template<class PointType >
double	GetCoordinateOfProjectedPoint (const FLinearBoundary &InBoundary, const PointType &PointOnEdge, PointType &ProjectedPoint) const

template<class PointType >
void	ProjectPoints (const FLinearBoundary &InBoundary, const TArray< PointType > &InPointsToProject, TArray< double > &ProjectedPointCoordinates, TArray< PointType > &ProjectedPoints) const

void	ProjectTwinCurvePoints (const FLinearBoundary &InBoundary, const TArray< FVector > &InPointsToProject, bool bSameOrientation, TArray< double > &OutProjectedPointCoords, double ToleranceOfProjection) const

void	ComputeIntersectionsWithIsos (const FLinearBoundary &InBoundary, const TArray< double > &InIsoCoordinates, const EIso InTypeIso, const FSurfacicTolerance &ToleranceIso, TArray< double > &OutIntersection) const

void	CheckIfDegenerated (const FLinearBoundary &InBoundary, bool &bDegeneration2D, bool &bDegeneration3D, double &Length3D) const

void	GetExtremities (const FLinearBoundary &InBoundary, FSurfacicCurveExtremities &Extremities) const

double	GetToleranceAt (const double InCoordinate)

FVector2d	GetExtremityTolerances (const FLinearBoundary &InBoundary)

int32	GetPolylineSize ()

template<class PointType >
void	GetDiscretizationPoints (const FLinearBoundary &InBoundary, EOrientation Orientation, TArray< PointType > &OutPoints) const

template<class PointType >
void	GetDiscretizationPoints (const FLinearBoundary &InBoundary, TArray< double > &OutCoordinates, TArray< PointType > &OutPoints) const

void	Sample (const FLinearBoundary &InBoundary, const double DesiredSegmentLength, TArray< double > &OutCoordinates) const

double	ApproximateLength (const FLinearBoundary &InBoundary) const

void	ExtendTo (const FVector2d &Point) override

bool	IsIso (EIso Iso, double ErrorTolerance=DOUBLE_SMALL_NUMBER) const

void	Offset2D (const FVector2d &OffsetDirection)

virtual void	Offset (const FVector &OffsetDirection) override

Public Member Functions inherited from UE::CADKernel::FSurfacicCurve
virtual void	SpawnIdent (FDatabase &Database) override

virtual void	ResetMarkersRecursively () const override

const TSharedPtr< FCurve > &	Get2DCurve () const

TSharedPtr< FCurve > &	Get2DCurve ()

const TSharedRef< FSurface >	GetCarrierSurface () const

void	Set2DCurve (TSharedPtr< FCurve > &NewCurve2D)

const TSharedPtr< FSurface > &	GetSurface () const

TSharedPtr< FSurface > &	GetSurface ()

virtual void	EvaluatePoint (double Coordinate, FCurvePoint &OutPoint, int32 DerivativeOrder=0) const override

virtual void	Evaluate2DPoint (double Coordinate, FCurvePoint2D &OutPoint, int32 DerivativeOrder=0) const override

virtual void	Evaluate2DPoint (double Coordinate, FVector2d &OutPoint) const override

virtual void	EvaluatePoints (const TArray< double > &Coordinates, TArray< FCurvePoint > &OutPoints, int32 DerivativeOrder=0) const override

void	EvaluateSurfacicPolyline (FSurfacicPolyline &OutPolyline) const

virtual void	Evaluate2DPoints (const TArray< double > &Coordinates, TArray< FVector2d > &OutPoints) const override

virtual void	Evaluate2DPoints (const TArray< double > &Coordinates, TArray< FCurvePoint2D > &OutPoints, int32 DerivativeOrder=0) const override

virtual void	FindNotDerivableCoordinates (const FLinearBoundary &InBoundary, int32 DerivativeOrder, TArray< double > &OutNotDerivableCoordinates) const override

Public Member Functions inherited from UE::CADKernel::FCurve
int32	GetDimension () const

virtual EEntity	GetEntityType () const override

double	GetUMin () const

double	GetUMax () const

const FLinearBoundary &	GetBoundary () const

virtual double	GetLength (double Tolerance) const

virtual FVector	EvaluatePoint (double Coordinate) const

virtual FVector2d	Evaluate2DPoint (double Coordinate) const

virtual void	EvaluatePoints (const TArray< double > &Coordinates, TArray< FVector > &OutPoints) const

void	FindNotDerivableCoordinates (int32 DerivativeOrder, TArray< double > &OutNotDerivableCoordinates) const

void	Presample (TArray< double > &OutSampling, double Tolerance) const

virtual void	Presample (const FLinearBoundary &InBoundary, double Tolerance, TArray< double > &OutSampling) const

virtual TSharedPtr< FCurve >	MakeBoundedCurve (const FLinearBoundary &InBoundary)

virtual TSharedPtr< FCurve >	Rebound (const FLinearBoundary &InBoundary)

virtual void	ExtendTo (const FVector &DesiredPosition)

Public Member Functions inherited from UE::CADKernel::FEntityGeom
	FEntityGeom ()=default

FIdent	GetKioId () const

Public Member Functions inherited from UE::CADKernel::FEntity
virtual	~FEntity ()

virtual void	Delete ()

virtual void	Empty ()

bool	IsTopologicalEntity () const

bool	IsTopologicalShapeEntity () const

bool	IsGeometricalEntity ()

const TCHAR *	GetTypeName () const

const FIdent &	GetId () const

Public Member Functions inherited from TSharedFromThis< FEntity >
TSharedRef< FEntity, Mode >	AsShared ()

TSharedRef< FEntity const, Mode >	AsShared () const

TSharedRef< SubobjectType, Mode >	AsSharedSubobject (SubobjectType *SubobjectPtr) const

TWeakPtr< FEntity, Mode >	AsWeak ()

TWeakPtr< FEntity const, Mode >	AsWeak () const

TWeakPtr< SubobjectType, Mode >	AsWeakSubobject (SubobjectType *SubobjectPtr) const

void	UpdateWeakReferenceInternal (TSharedPtr< SharedPtrType, SharedPtrMode > const InSharedPtr, OtherType InObject) const

void	UpdateWeakReferenceInternal (TSharedRef< SharedRefType, SharedPtrMode > const InSharedRef, OtherType InObject) const

UE_FORCEINLINE_HINT bool	DoesSharedInstanceExist () const

Public Member Functions inherited from UE::CADKernel::FHaveStates
	FHaveStates ()

void	Serialize (FCADKernelArchive &Ar)

void	ResetElementStatus ()

bool	HasMarker1 () const

bool	HasMarker2 () const

bool	HasMarker1And2 () const

bool	HasMarker1Or2 () const

void	SetMarker1 () const

void	SetMarker2 () const

void	ResetMarker1 () const

void	ResetMarker2 () const

void	ResetMarkers () const

bool	IsDeleted () const

void	SetDeletedMarker () const

void	ResetDeleted () const

virtual bool	IsDeletedOrDegenerated () const

virtual bool	IsDegenerated () const

virtual void	SetAsDegenerated () const

virtual void	ResetDegenerated () const

void	SetWaitingMarker () const

void	ResetWaitingMarker () const

virtual bool	IsWaiting () const

void	SetProcessedMarker () const

void	ResetProcessedMarker () const

virtual bool	IsProcessed () const

virtual bool	IsProcessedDeletedOrDegenerated () const

void	SetToProcessMarker () const

void	ResetToProcessMarker () const

virtual bool	IsToProcess () const

virtual bool	IsNotToProcess () const

virtual bool	IsNotToOrAlreadyProcess () const

Protected Member Functions
	FRestrictionCurve (TSharedRef< FSurface > InCarrierSurface, TSharedRef< FCurve > InCurve2D)

	FRestrictionCurve ()=default

Protected Member Functions inherited from UE::CADKernel::FSurfacicCurve
	FSurfacicCurve (TSharedRef< FCurve > InCurve2D, TSharedRef< FSurface > InSurface)

	FSurfacicCurve ()=default

Protected Member Functions inherited from UE::CADKernel::FCurve
	FCurve (int8 InDimension=3)

	FCurve (const FLinearBoundary &InBounds, int8 InDimension=3)

virtual double	ComputeLength (const FLinearBoundary &InBoundary, double Tolerance) const

virtual double	ComputeLength2D (const FLinearBoundary &InBoundary, double Tolerance) const

Protected Member Functions inherited from UE::CADKernel::FEntity
bool	SetId (FDatabase &Database)

Protected Member Functions inherited from TSharedFromThis< FEntity >
	TSharedFromThis ()

	TSharedFromThis (TSharedFromThis const &)

UE_FORCEINLINE_HINT TSharedFromThis &	operator= (TSharedFromThis const &)

	~TSharedFromThis ()

Protected Attributes
FSurfacicPolyline	Polyline

double	MinLinearTolerance

Protected Attributes inherited from UE::CADKernel::FSurfacicCurve
TSharedPtr< FCurve >	Curve2D

TSharedPtr< FSurface >	CarrierSurface

Protected Attributes inherited from UE::CADKernel::FCurve
TCache< double >	GlobalLength

FLinearBoundary	Boundary

int8	Dimension

Protected Attributes inherited from UE::CADKernel::FEntityGeom
FIdent	CtKioId = 0

Protected Attributes inherited from UE::CADKernel::FEntity
FIdent	Id = 0

Protected Attributes inherited from UE::CADKernel::FHaveStates
EHaveStates	States

Friends
class	FEntity

class	FTopologicalEdge

Additional Inherited Members
Static Public Member Functions inherited from UE::CADKernel::FCurve
static TSharedPtr< FCurve >	MakeNurbsCurve (FNurbsCurveData &InNurbsData)

static TSharedPtr< FCurve >	MakeBezierCurve (const TArray< FVector > &InPoles)

static TSharedPtr< FCurve >	MakeSplineCurve (const TArray< FVector > &InPoles)

static TSharedPtr< FCurve >	MakeSplineCurve (const TArray< FVector > &InPoles, const TArray< FVector > &Tangents)

static TSharedPtr< FCurve >	MakeSplineCurve (const TArray< FVector > &InPoles, const TArray< FVector > &ArriveTangents, const TArray< FVector > &LeaveTangents)

static TSharedPtr< FEntity >	Deserialize (FCADKernelArchive &Archive)

Static Public Member Functions inherited from UE::CADKernel::FEntity
template<typename OtherEntity , typename... InArgTypes>
static TSharedRef< OtherEntity >	MakeShared (InArgTypes &&... Args)

template<typename OtherEntity >
static TSharedRef< OtherEntity >	MakeShared (FCADKernelArchive &Archive)

static void	SerializeIdent (FCADKernelArchive &Ar, TSharedPtr< FEntity > &Entity, bool bSaveSelection=true)

static void	SerializeIdent (FCADKernelArchive &Ar, TWeakPtr< FEntity > &Entity, bool bSaveSelection=true)

static void	SerializeIdent (FCADKernelArchive &Ar, FEntity **Entity, bool bSaveSelection=true)

template<typename EntityType >
static void	SerializeIdent (FCADKernelArchive &Ar, EntityType **Entity, bool bSaveSelection=true)

template<typename EntityType >
static void	SerializeIdent (FCADKernelArchive &Ar, TSharedPtr< EntityType > &Entity, bool bSaveSelection=true)

template<typename EntityType >
static void	SerializeIdent (FCADKernelArchive &Ar, TWeakPtr< EntityType > &Entity, bool bSaveSelection=true)

static void	SerializeIdents (FCADKernelArchive &Ar, TArray< FEntity * > &Array, bool bSaveSelection=true)

static void	SerializeIdents (FCADKernelArchive &Ar, TArray< TWeakPtr< FEntity > > &Array, bool bSaveSelection=true)

static void	SerializeIdents (FCADKernelArchive &Ar, TArray< TSharedPtr< FEntity > > &Array, bool bSaveSelection=true)

static void	SerializeIdents (FCADKernelArchive &Ar, TArray< TOrientedEntity< FEntity > > &Array)

template<typename EntityType >
static void	SerializeIdents (FCADKernelArchive &Ar, TArray< EntityType * > &Array, bool bSaveSelection=true)

template<typename EntityType >
static void	SerializeIdents (FCADKernelArchive &Ar, TArray< TWeakPtr< EntityType > > &Array, bool bSaveSelection=true)

template<typename EntityType >
static void	SerializeIdents (FCADKernelArchive &Ar, TArray< TSharedPtr< EntityType > > &Array, bool bSaveSelection=true)

static void	SpawnIdentOnEntities (TArray< FEntity * > &Array, FDatabase &Database)

static void	SpawnIdentOnEntities (TArray< TSharedPtr< FEntity > > &Array, FDatabase &Database)

static void	SpawnIdentOnEntities (TArray< TOrientedEntity< FEntity > > &Array, FDatabase &Database)

template<typename EntityType >
static void	SpawnIdentOnEntities (TArray< TSharedPtr< EntityType > > &Array, FDatabase &Database)

static void	ResetMarkersRecursivelyOnEntities (const TArray< FEntity * > &Array)

static void	ResetMarkersRecursivelyOnEntities (const TArray< TWeakPtr< FEntity > > &Array)

static void	ResetMarkersRecursivelyOnEntities (const TArray< TSharedPtr< FEntity > > &Array)

static void	ResetMarkersRecursivelyOnEntities (const TArray< TOrientedEntity< FEntity > > &Array)

template<typename EntityType >
static void	ResetMarkersRecursivelyOnEntities (const TArray< TSharedPtr< EntityType > > &Array)

static TSharedPtr< FEntity >	Deserialize (FCADKernelArchive &Ar)

static const TCHAR *	GetTypeName (EEntity Type)

Static Protected Member Functions inherited from TSharedFromThis< FEntity >
static UE_FORCEINLINE_HINT TSharedRef< OtherType, Mode >	SharedThis (OtherType *ThisPtr)

static UE_FORCEINLINE_HINT TSharedRef< OtherType const, Mode >	SharedThis (const OtherType *ThisPtr)

Static Protected Attributes inherited from UE::CADKernel::FEntity
static const TCHAR *	TypesNames []

Detailed Description

A restriction curve is the curve carrying an edge

It's defined by

A surfacic curve defined by a 2D curve (
See also
Curve2D) and the carrier surface (

CarrierSurface) of the TopologicalFace containing the edge:
A linear approximation of the surfacic curve (
See also
Polyline) respecting the System Geometrical Tolerance (
FKernelParameters::GeometricalTolerance) The linear approximation is:
- an array of increasing coordinates (
Polyline::Coordinates)
- an array of 2D Points relating to coordinates: points of curve in the parametric space of the carrier surface (
Polyline::Points2D)
- an array of 3D Points relating to coordinates: 3D points of curve (
Polyline::Points3D)
- an array of Normal relating to coordinates: Surface's normal (
Polyline::Normal)

Constructor & Destructor Documentation

◆ FRestrictionCurve() [1/2]

UE::CADKernel::FRestrictionCurve::FRestrictionCurve	(	TSharedRef< FSurface >	InCarrierSurface,
		TSharedRef< FCurve >	InCurve2D
	)

inlineprotected

◆ FRestrictionCurve() [2/2]

UE::CADKernel::FRestrictionCurve::FRestrictionCurve ( )

protecteddefault

Member Function Documentation

◆ ApplyMatrix()

TSharedPtr< FEntityGeom > UE::CADKernel::FRestrictionCurve::ApplyMatrix ( const FMatrixH & InMatrix ) const

inlineoverridevirtual

Reimplemented from UE::CADKernel::FSurfacicCurve.

◆ Approximate2DPoint()

FVector2d UE::CADKernel::FRestrictionCurve::Approximate2DPoint ( double InCoordinate ) const

inline

Fast computation of the point in the parametric space of the carrier surface. This approximation is based on FSurfacicPolyline::Polyline

◆ Approximate2DPoints()

void UE::CADKernel::FRestrictionCurve::Approximate2DPoints	(	const TArray< double > &	InCoordinates,
		TArray< FVector2d > &	OutPoints
	)		const

inline

Fast computation of the point in the parametric space of the carrier surface. This approximation is based on FSurfacicPolyline::Polyline

◆ Approximate3DPoint()

FVector UE::CADKernel::FRestrictionCurve::Approximate3DPoint ( double InCoordinate ) const

inline

Fast computation of the point in the parametric space of the carrier surface. This approximation is based on FSurfacicPolyline::Polyline

◆ Approximate3DPoints()

void UE::CADKernel::FRestrictionCurve::Approximate3DPoints	(	const TArray< double > &	InCoordinates,
		TArray< FVector > &	OutPoints
	)		const

inline

Fast computation of the 3D point of the curve. This approximation is based on FSurfacicPolyline::Polyline

◆ ApproximateLength()

double UE::CADKernel::FRestrictionCurve::ApproximateLength ( const FLinearBoundary & InBoundary ) const

inline

◆ ApproximatePolyline()

void UE::CADKernel::FRestrictionCurve::ApproximatePolyline ( FSurfacicPolyline & OutPolyline ) const

inline

Approximation of surfacic polyline (points 2d, 3d, normals, tangents) defined by its coordinates compute with carrier surface polyline

◆ CheckIfDegenerated()

void UE::CADKernel::FRestrictionCurve::CheckIfDegenerated	(	const FLinearBoundary &	InBoundary,
		bool &	bDegeneration2D,
		bool &	bDegeneration3D,
		double &	Length3D
	)		const

inline

A check is done to verify that:

the curve is degenerated in the parametric space of the carrier surface i.e. the 2D length of the curve is not nearly equal to zero
the curve is degenerated in 3D i.e. the 3D length of the curve is not nearly equal to zero

A curve can be degenerated in 3D and not in 2D in the case of locally degenerated carrier surface.

◆ ComputeIntersectionsWithIsos()

void UE::CADKernel::FRestrictionCurve::ComputeIntersectionsWithIsos	(	const FLinearBoundary &	InBoundary,
		const TArray< double > &	InIsoCoordinates,
		const EIso	InTypeIso,
		const FSurfacicTolerance &	ToleranceIso,
		TArray< double > &	OutIntersection
	)		const

inline

◆ ExtendTo()

void UE::CADKernel::FRestrictionCurve::ExtendTo ( const FVector2d & DesiredPosition )

overridevirtual

Linear deformation of the curve along the axis [Start point, End point] so that the nearest extremity is at the desired position and the other is not modified

Reimplemented from UE::CADKernel::FCurve.

◆ Get2DCurve()

const TSharedRef< FCurve > UE::CADKernel::FRestrictionCurve::Get2DCurve ( ) const

inline

◆ GetCoordinateOfProjectedPoint()

template<class PointType >

double UE::CADKernel::FRestrictionCurve::GetCoordinateOfProjectedPoint	(	const FLinearBoundary &	InBoundary,
		const PointType &	PointOnEdge,
		PointType &	ProjectedPoint
	)		const

inline

◆ GetCurveType()

virtual ECurve UE::CADKernel::FRestrictionCurve::GetCurveType ( ) const

inlineoverridevirtual

Reimplemented from UE::CADKernel::FSurfacicCurve.

◆ GetDiscretizationPoints() [1/2]

template<class PointType >

void UE::CADKernel::FRestrictionCurve::GetDiscretizationPoints	(	const FLinearBoundary &	InBoundary,
		EOrientation	Orientation,
		TArray< PointType > &	OutPoints
	)		const

inline

Get the sub polyline bounded by the input InBoundary in the orientation of the input InOrientation and append it to the output OutPoints

◆ GetDiscretizationPoints() [2/2]

template<class PointType >

void UE::CADKernel::FRestrictionCurve::GetDiscretizationPoints	(	const FLinearBoundary &	InBoundary,
		TArray< double > &	OutCoordinates,
		TArray< PointType > &	OutPoints
	)		const

inline

Get the sub polyline bounded by the input InBoundary in the orientation of the input InOrientation and append it to the output OutPoints

◆ GetExtremities()

void UE::CADKernel::FRestrictionCurve::GetExtremities	(	const FLinearBoundary &	InBoundary,
		FSurfacicCurveExtremities &	Extremities
	)		const

inline

◆ GetExtremityTolerances()

FVector2d UE::CADKernel::FRestrictionCurve::GetExtremityTolerances ( const FLinearBoundary & InBoundary )

inline

◆ GetMinLinearTolerance()

double UE::CADKernel::FRestrictionCurve::GetMinLinearTolerance ( ) const

inline

◆ GetPolyline()

const FSurfacicPolyline & UE::CADKernel::FRestrictionCurve::GetPolyline ( ) const

inline

◆ GetPolylineSize()

int32 UE::CADKernel::FRestrictionCurve::GetPolylineSize ( )

inline

Returns: the size of the polyline i.e. the count of points.

◆ GetTangent2DAt()

FVector2d UE::CADKernel::FRestrictionCurve::GetTangent2DAt ( double InCoordinate ) const

inline

◆ GetTangentAt()

FVector UE::CADKernel::FRestrictionCurve::GetTangentAt ( double InCoordinate ) const

inline

◆ GetToleranceAt()

double UE::CADKernel::FRestrictionCurve::GetToleranceAt ( const double InCoordinate )

inline

◆ IsIso()

bool UE::CADKernel::FRestrictionCurve::IsIso	(	EIso	Iso,
		double	ErrorTolerance = `DOUBLE_SMALL_NUMBER`
	)		const

inline

◆ Offset()

virtual void UE::CADKernel::FRestrictionCurve::Offset ( const FVector & OffsetDirection )

inlineoverridevirtual

must not be call

Reimplemented from UE::CADKernel::FSurfacicCurve.

◆ Offset2D()

void UE::CADKernel::FRestrictionCurve::Offset2D ( const FVector2d & OffsetDirection )

◆ ProjectPoints()

template<class PointType >

void UE::CADKernel::FRestrictionCurve::ProjectPoints	(	const FLinearBoundary &	InBoundary,
		const TArray< PointType > &	InPointsToProject,
		TArray< double > &	ProjectedPointCoordinates,
		TArray< PointType > &	ProjectedPoints
	)		const

inline

◆ ProjectTwinCurvePoints()

void UE::CADKernel::FRestrictionCurve::ProjectTwinCurvePoints	(	const FLinearBoundary &	InBoundary,
		const TArray< FVector > &	InPointsToProject,
		bool	bSameOrientation,
		TArray< double > &	OutProjectedPointCoords,
		double	ToleranceOfProjection
	)		const

inline

Project a set of points of a twin curve on the 3D polyline and return the coordinate of the projected point

Parameters

ToleranceOfProjection Max error between the both curve to stop the search of projection of a point

◆ Sample()

void UE::CADKernel::FRestrictionCurve::Sample	(	const FLinearBoundary &	InBoundary,
		const double	DesiredSegmentLength,
		TArray< double > &	OutCoordinates
	)		const

inline

Samples the sub curve limited by the boundary respecting the input Desired segment length

◆ Serialize()

virtual void UE::CADKernel::FRestrictionCurve::Serialize ( FCADKernelArchive & Ar )

inlineoverridevirtual

Serialization of a FEntity. Each class derived from FEntity has to override this method (and call the direct base class override method first) E.g. class FEntityXXX : public FEntityXX { virtual void Serialize(FCADKernelArchive& Ar) override { FEntityXX::Serialize(Ar); ... } }

Reimplemented from UE::CADKernel::FSurfacicCurve.

Friends And Related Symbol Documentation

◆ FEntity

friend class FEntity

friend

◆ FTopologicalEdge

friend class FTopologicalEdge

friend

Member Data Documentation

◆ MinLinearTolerance

double UE::CADKernel::FRestrictionCurve::MinLinearTolerance

protected

◆ Polyline

FSurfacicPolyline UE::CADKernel::FRestrictionCurve::Polyline

protected

The documentation for this class was generated from the following files:

Engine/Source/Runtime/Datasmith/CADKernel/Base/Public/Geo/Curves/RestrictionCurve.h
Engine/Source/Runtime/Datasmith/CADKernel/Base/Private/Geo/Curves/RestrictionCurve.cpp

Public Member Functions

Protected Member Functions

Protected Attributes

Friends

Additional Inherited Members

Detailed Description

Constructor & Destructor Documentation

◆ FRestrictionCurve() [1/2]

◆ FRestrictionCurve() [2/2]

Member Function Documentation

◆ ApplyMatrix()

◆ Approximate2DPoint()

◆ Approximate2DPoints()

◆ Approximate3DPoint()

◆ Approximate3DPoints()

◆ ApproximateLength()

◆ ApproximatePolyline()

◆ CheckIfDegenerated()

◆ ComputeIntersectionsWithIsos()

◆ ExtendTo()

◆ Get2DCurve()

◆ GetCoordinateOfProjectedPoint()

◆ GetCurveType()

◆ GetDiscretizationPoints() [1/2]

◆ GetDiscretizationPoints() [2/2]

◆ GetExtremities()

◆ GetExtremityTolerances()

◆ GetMinLinearTolerance()

◆ GetPolyline()

◆ GetPolylineSize()

◆ GetTangent2DAt()

◆ GetTangentAt()

◆ GetToleranceAt()

◆ IsIso()

◆ Offset()

◆ Offset2D()

◆ ProjectPoints()

◆ ProjectTwinCurvePoints()

◆ Sample()

◆ Serialize()

Friends And Related Symbol Documentation

◆ FEntity

◆ FTopologicalEdge

Member Data Documentation

◆ MinLinearTolerance

◆ Polyline