#include <BSpline.h>

Inheritance diagram for UE::Geometry::Spline::TBSpline< VALUETYPE, DEGREE >:

Classes
struct	FValidKnotSearchParams

struct	THasToString

struct	THasToString< T, std::void_t< decltype(std::declval< T >().ToString())> >

Public Types
using	ValueType = typename TSplineInterface< VALUETYPE >::ValueType

using	FWindow = TStaticArray< const ValueType *, WindowSize >

Public Types inherited from UE::Geometry::Spline::TSplineInterface< VALUETYPE >
typedef VALUETYPE	ValueType

Public Member Functions
	DECLARE_SPLINE_TYPE_ID (BSplineNameSelector< DEGREE >::Name, *TSplineValueTypeTraits< VALUETYPE >::Name)

	TBSpline ()=default

virtual	~TBSpline () override=default

void	Dump () const

virtual void	Clear () override

virtual bool	IsEqual (const ISplineInterface *OtherSpline) const override

virtual bool	Serialize (FArchive &Ar) override

bool	operator== (const TBSpline &Other) const

virtual FInterval1f	GetParameterSpace () const override

virtual void	SetClosedLoop (bool bClosed) override

virtual bool	IsClosedLoop () const override

virtual TUniquePtr< ISplineInterface >	Clone () const override

virtual int32	GetNumberOfSegments () const override

virtual FInterval1f	GetSegmentParameterRange (int32 SegmentIndex) const override

virtual ValueType	EvaluateImpl (float Parameter) const override

virtual float	FindNearest (const ValueType &Point, float &OutSquaredDistance) const override

int32	NumKeys () const

const ValueType &	GetValue (int32 Idx) const

int32	AddValue (const ValueType &NewValue)

bool	SetValue (int32 Idx, const ValueType &NewValue)

int32	InsertValue (int32 Idx, const ValueType &NewValue)

virtual bool	RemoveValue (int32 Index)

virtual int32	SetParameter (int32 Index, float NewParameter)

virtual float	GetParameter (int32 Index) const

virtual int32	FindIndexForParameter (float Parameter, float &OutLocalParam) const

const TArray< FKnot > &	GetKnotVector () const

const TArray< FKnot > &	GetPairKnots () const

void	ResetKnotVector ()

int32	GetKnotMultiplicity (int32 KnotIndex) const

bool	SetCustomKnots (const TArray< FKnot > &NewKnots)

virtual void	Reparameterize (EParameterizationPolicy ParameterizationPolicy)

void	SetClampedEnds (bool bInClampEnds)

bool	IsClampedEnds () const

FInterval1f	GetKnotRange () const

Public Member Functions inherited from UE::Geometry::Spline::TSplineInterface< VALUETYPE >
	TSplineInterface ()

virtual	~TSplineInterface () override=default

ValueType	Evaluate (float Parameter) const

virtual FSplineTypeId::IdType	GetTypeId () const override

virtual FString	GetValueTypeName () const override

virtual void	SetPreInfinityMode (EOutOfBoundsHandlingMode InMode)

virtual void	SetPostInfinityMode (EOutOfBoundsHandlingMode InMode)

virtual EOutOfBoundsHandlingMode	GetPreInfinityMode () const

virtual EOutOfBoundsHandlingMode	GetPostInfinityMode () const

Public Member Functions inherited from UE::Geometry::Spline::ISplineInterface
virtual	~ISplineInterface ()=default

virtual FString	GetImplementationName () const =0

Static Public Attributes
static constexpr int32	Degree = DEGREE

static constexpr int32	WindowSize = Degree + 1

Protected Member Functions
void	SetKnot (int32 KnotIdx, float NewValue)

bool	RemoveKnot (int32 KnotIdx)

void	SwapKnots (int32 KnotIdxA, int32 KnotIdxB)

bool	InsertKnot (FKnot InKnot)

float	GetNearestAvailableKnotValue (const FValidKnotSearchParams &InSearchParams) const

virtual int32	GetExpectedNumKnots () const

void	GenerateUniformKnots (int32 KnotCount)

void	GenerateChordLengthKnots (int32 KnotCount)

void	GenerateCentripetalKnots (int32 KnotCount)

void	ApplyClampedKnotsMultiplicity ()

void	UpdateFlatKnotsCache () const

void	MarkFlatKnotsCacheDirty () const

void	PrintKnotVector () const

Protected Member Functions inherited from UE::Geometry::Spline::TSplineInterface< VALUETYPE >
float	HandleOutOfBounds (float Parameter) const

Protected Attributes
TArray< ValueType >	Values

TArray< FKnot >	PairKnots

TArray< float >	FlatKnots

bool	bFlatKnotsCacheDirty

bool	bIsClosedLoop = false

bool	bClampEnds = true

Protected Attributes inherited from UE::Geometry::Spline::TSplineInterface< VALUETYPE >
EOutOfBoundsHandlingMode	PreInfinityMode = EOutOfBoundsHandlingMode::Zero

EOutOfBoundsHandlingMode	PostInfinityMode = EOutOfBoundsHandlingMode::Zero

Friends
FArchive &	operator<< (FArchive &Ar, TBSpline &BSpline)

Additional Inherited Members
Static Public Member Functions inherited from UE::Geometry::Spline::TSplineInterface< VALUETYPE >
static void	SetTypeName (const FString &InTypeName)

Member Typedef Documentation

◆ FWindow

template<typename VALUETYPE , int32 DEGREE>

using UE::Geometry::Spline::TBSpline< VALUETYPE, DEGREE >::FWindow = TStaticArray<const ValueType*, WindowSize>

◆ ValueType

template<typename VALUETYPE , int32 DEGREE>

using UE::Geometry::Spline::TBSpline< VALUETYPE, DEGREE >::ValueType = typename TSplineInterface<VALUETYPE>::ValueType

Constructor & Destructor Documentation

◆ TBSpline()

template<typename VALUETYPE , int32 DEGREE>

UE::Geometry::Spline::TBSpline< VALUETYPE, DEGREE >::TBSpline ( )

default

◆ ~TBSpline()

template<typename VALUETYPE , int32 DEGREE>

virtual UE::Geometry::Spline::TBSpline< VALUETYPE, DEGREE >::~TBSpline ( )

overridevirtualdefault

Member Function Documentation

◆ AddValue()

template<typename VALUETYPE , int32 DEGREE>

int32 UE::Geometry::Spline::TBSpline< VALUETYPE, DEGREE >::AddValue ( const ValueType & NewValue )

inline

◆ ApplyClampedKnotsMultiplicity()

template<typename VALUETYPE , int32 DEGREE>

void UE::Geometry::Spline::TBSpline< VALUETYPE, DEGREE >::ApplyClampedKnotsMultiplicity ( )

inlineprotected

Applies clamped multiplicity to the knot vector. This ensures that the first and last knots have Degree + 1 multiplicity

◆ Clear()

template<typename VALUETYPE , int32 DEGREE>

virtual void UE::Geometry::Spline::TBSpline< VALUETYPE, DEGREE >::Clear ( )

inlineoverridevirtual

Implements UE::Geometry::Spline::ISplineInterface.

Reimplemented in UE::Geometry::Spline::TPolyBezierSpline< VALUETYPE >.

◆ Clone()

template<typename VALUETYPE , int32 DEGREE>

virtual TUniquePtr< ISplineInterface > UE::Geometry::Spline::TBSpline< VALUETYPE, DEGREE >::Clone ( ) const

inlineoverridevirtual

Implements UE::Geometry::Spline::ISplineInterface.

Reimplemented in UE::Geometry::Spline::TPolyBezierSpline< VALUETYPE >.

◆ DECLARE_SPLINE_TYPE_ID()

template<typename VALUETYPE , int32 DEGREE>

UE::Geometry::Spline::TBSpline< VALUETYPE, DEGREE >::DECLARE_SPLINE_TYPE_ID	(	BSplineNameSelector< DEGREE >::Name	,
		*TSplineValueTypeTraits< VALUETYPE >::Name
	)

◆ Dump()

template<typename VALUETYPE , int32 DEGREE>

void UE::Geometry::Spline::TBSpline< VALUETYPE, DEGREE >::Dump ( ) const

inline

◆ EvaluateImpl()

template<typename VALUETYPE , int32 DEGREE>

virtual ValueType UE::Geometry::Spline::TBSpline< VALUETYPE, DEGREE >::EvaluateImpl ( float Parameter ) const

inlineoverridevirtual

Implementation of evaluate with parameter handling

Implements UE::Geometry::Spline::TSplineInterface< VALUETYPE >.

◆ FindIndexForParameter()

template<typename VALUETYPE , int32 DEGREE>

virtual int32 UE::Geometry::Spline::TBSpline< VALUETYPE, DEGREE >::FindIndexForParameter	(	float	Parameter,
		float &	OutLocalParam
	)		const

inlinevirtual

Reimplemented in UE::Geometry::Spline::TPolyBezierSpline< VALUETYPE >.

◆ FindNearest()

template<typename VALUETYPE , int32 DEGREE>

virtual float UE::Geometry::Spline::TBSpline< VALUETYPE, DEGREE >::FindNearest	(	const ValueType &	Point,
		float &	OutSquaredDistance
	)		const

inlineoverridevirtual

Finds the nearest parameter value to a point

Parameters

Point	The point to find nearest to
OutSquaredDistance	The squared distance to the nearest point

Returns: The parameter value at the nearest point

Implements UE::Geometry::Spline::TSplineInterface< VALUETYPE >.

Reimplemented in UE::Geometry::Spline::TPolyBezierSpline< VALUETYPE >.

◆ GenerateCentripetalKnots()

template<typename VALUETYPE , int32 DEGREE>

void UE::Geometry::Spline::TBSpline< VALUETYPE, DEGREE >::GenerateCentripetalKnots ( int32 KnotCount )

inlineprotected

Generates a knot vector using centripetal parameterization Uses square root of chord lengths which helps prevent cusps and unwanted loops Often provides the most visually pleasing results for interactive curve editing

◆ GenerateChordLengthKnots()

template<typename VALUETYPE , int32 DEGREE>

void UE::Geometry::Spline::TBSpline< VALUETYPE, DEGREE >::GenerateChordLengthKnots ( int32 KnotCount )

inlineprotected

Generates a knot vector based on chord lengths between control points This gives better parameterization when control points are unevenly spaced

◆ GenerateUniformKnots()

template<typename VALUETYPE , int32 DEGREE>

void UE::Geometry::Spline::TBSpline< VALUETYPE, DEGREE >::GenerateUniformKnots ( int32 KnotCount )

inlineprotected

Generates a uniform knot vector with equal spacing For clamped ends, multiplicity of degree+1 is used at endpoints

◆ GetExpectedNumKnots()

template<typename VALUETYPE , int32 DEGREE>

virtual int32 UE::Geometry::Spline::TBSpline< VALUETYPE, DEGREE >::GetExpectedNumKnots ( ) const

inlineprotectedvirtual

Reimplemented in UE::Geometry::Spline::TPolyBezierSpline< VALUETYPE >.

◆ GetKnotMultiplicity()

template<typename VALUETYPE , int32 DEGREE>

int32 UE::Geometry::Spline::TBSpline< VALUETYPE, DEGREE >::GetKnotMultiplicity ( int32 KnotIndex ) const

inline

Returns how many times a given knot value appears.

Parameters

KnotIndex - Knot value to check

Returns: Number of times the knot appears

◆ GetKnotRange()

template<typename VALUETYPE , int32 DEGREE>

FInterval1f UE::Geometry::Spline::TBSpline< VALUETYPE, DEGREE >::GetKnotRange ( ) const

inline

◆ GetKnotVector()

template<typename VALUETYPE , int32 DEGREE>

const TArray< FKnot > & UE::Geometry::Spline::TBSpline< VALUETYPE, DEGREE >::GetKnotVector ( ) const

inline

◆ GetNearestAvailableKnotValue()

template<typename VALUETYPE , int32 DEGREE>

float UE::Geometry::Spline::TBSpline< VALUETYPE, DEGREE >::GetNearestAvailableKnotValue ( const FValidKnotSearchParams & InSearchParams ) const

inlineprotected

Finds the nearest available knot value that does not conflict with existing knots.

Parameters

InSearchParams - Describes value to search for and how to search.

Returns: The nearest valid knot parameter that does not conflict with existing knots.

◆ GetNumberOfSegments()

template<typename VALUETYPE , int32 DEGREE>

virtual int32 UE::Geometry::Spline::TBSpline< VALUETYPE, DEGREE >::GetNumberOfSegments ( ) const

inlineoverridevirtual

Returns the number of Bezier segments in the spline

Implements UE::Geometry::Spline::ISplineInterface.

Reimplemented in UE::Geometry::Spline::TPolyBezierSpline< VALUETYPE >.

◆ GetPairKnots()

template<typename VALUETYPE , int32 DEGREE>

const TArray< FKnot > & UE::Geometry::Spline::TBSpline< VALUETYPE, DEGREE >::GetPairKnots ( ) const

inline

◆ GetParameter()

template<typename VALUETYPE , int32 DEGREE>

virtual float UE::Geometry::Spline::TBSpline< VALUETYPE, DEGREE >::GetParameter ( int32 Index ) const

inlinevirtual

Reimplemented in UE::Geometry::Spline::TLinearSpline< T >, and UE::Geometry::Spline::TPolyBezierSpline< VALUETYPE >.

◆ GetParameterSpace()

template<typename VALUETYPE , int32 DEGREE>

virtual FInterval1f UE::Geometry::Spline::TBSpline< VALUETYPE, DEGREE >::GetParameterSpace ( ) const

inlineoverridevirtual

Implements UE::Geometry::Spline::ISplineInterface.

Reimplemented in UE::Geometry::Spline::TPolyBezierSpline< VALUETYPE >.

◆ GetSegmentParameterRange()

template<typename VALUETYPE , int32 DEGREE>

virtual FInterval1f UE::Geometry::Spline::TBSpline< VALUETYPE, DEGREE >::GetSegmentParameterRange ( int32 SegmentIndex ) const

inlineoverridevirtual

Maps a segment index to its parameter range

Parameters

SegmentIndex - Index of the segment (0-based)

Returns: True if the segment index is valid and mapping succeeded

Implements UE::Geometry::Spline::ISplineInterface.

Reimplemented in UE::Geometry::Spline::TPolyBezierSpline< VALUETYPE >.

◆ GetValue()

template<typename VALUETYPE , int32 DEGREE>

const ValueType & UE::Geometry::Spline::TBSpline< VALUETYPE, DEGREE >::GetValue ( int32 Idx ) const

inline

◆ InsertKnot()

template<typename VALUETYPE , int32 DEGREE>

bool UE::Geometry::Spline::TBSpline< VALUETYPE, DEGREE >::InsertKnot ( FKnot InKnot )

inlineprotected

Inserts a knot at the specified parameter value

Parameters

InKnot - Knot to insert

Returns: true if knot insertion was successful, false otherwise.

◆ InsertValue()

template<typename VALUETYPE , int32 DEGREE>

int32 UE::Geometry::Spline::TBSpline< VALUETYPE, DEGREE >::InsertValue	(	int32	Idx,
		const ValueType &	NewValue
	)

inline

◆ IsClampedEnds()

template<typename VALUETYPE , int32 DEGREE>

bool UE::Geometry::Spline::TBSpline< VALUETYPE, DEGREE >::IsClampedEnds ( ) const

inline

◆ IsClosedLoop()

template<typename VALUETYPE , int32 DEGREE>

virtual bool UE::Geometry::Spline::TBSpline< VALUETYPE, DEGREE >::IsClosedLoop ( ) const

inlineoverridevirtual

Implements UE::Geometry::Spline::ISplineInterface.

◆ IsEqual()

template<typename VALUETYPE , int32 DEGREE>

virtual bool UE::Geometry::Spline::TBSpline< VALUETYPE, DEGREE >::IsEqual ( const ISplineInterface * OtherSpline ) const

inlineoverridevirtual

Implements UE::Geometry::Spline::ISplineInterface.

◆ MarkFlatKnotsCacheDirty()

template<typename VALUETYPE , int32 DEGREE>

void UE::Geometry::Spline::TBSpline< VALUETYPE, DEGREE >::MarkFlatKnotsCacheDirty ( ) const

inlineprotected

Marks the flat knots cache as dirty.

◆ NumKeys()

template<typename VALUETYPE , int32 DEGREE>

int32 UE::Geometry::Spline::TBSpline< VALUETYPE, DEGREE >::NumKeys ( ) const

inline

◆ operator==()

template<typename VALUETYPE , int32 DEGREE>

bool UE::Geometry::Spline::TBSpline< VALUETYPE, DEGREE >::operator== ( const TBSpline< VALUETYPE, DEGREE > & Other ) const

inline

◆ PrintKnotVector()

template<typename VALUETYPE , int32 DEGREE>

void UE::Geometry::Spline::TBSpline< VALUETYPE, DEGREE >::PrintKnotVector ( ) const

inlineprotected

Prints the knot vector to the log for debugging.

◆ RemoveKnot()

template<typename VALUETYPE , int32 DEGREE>

bool UE::Geometry::Spline::TBSpline< VALUETYPE, DEGREE >::RemoveKnot ( int32 KnotIdx )

inlineprotected

Removes a knot at the specified index.

Parameters

KnotIdx - Index of the knot to remove

Returns: True if the knot was successfully removed, false if index was invalid

◆ RemoveValue()

template<typename VALUETYPE , int32 DEGREE>

virtual bool UE::Geometry::Spline::TBSpline< VALUETYPE, DEGREE >::RemoveValue ( int32 Index )

inlinevirtual

◆ Reparameterize()

template<typename VALUETYPE , int32 DEGREE>

virtual void UE::Geometry::Spline::TBSpline< VALUETYPE, DEGREE >::Reparameterize ( EParameterizationPolicy ParameterizationPolicy )

inlinevirtual

Updates the knot vector based on current control points and settings

Parameters

Points	- Array of control points and their Knots
ParameterizationPolicy	- Policy for generating knot vector

Reimplemented in UE::Geometry::Spline::TPolyBezierSpline< VALUETYPE >.

◆ ResetKnotVector()

template<typename VALUETYPE , int32 DEGREE>

void UE::Geometry::Spline::TBSpline< VALUETYPE, DEGREE >::ResetKnotVector ( )

inline

◆ Serialize()

template<typename VALUETYPE , int32 DEGREE>

virtual bool UE::Geometry::Spline::TBSpline< VALUETYPE, DEGREE >::Serialize ( FArchive & Ar )

inlineoverridevirtual

Serializes the spline

Reimplemented from UE::Geometry::Spline::TSplineInterface< VALUETYPE >.

◆ SetClampedEnds()

template<typename VALUETYPE , int32 DEGREE>

void UE::Geometry::Spline::TBSpline< VALUETYPE, DEGREE >::SetClampedEnds ( bool bInClampEnds )

inline

Sets whether the spline should be clamped at endpoints When true, the curve will interpolate the first and last control points

◆ SetClosedLoop()

template<typename VALUETYPE , int32 DEGREE>

virtual void UE::Geometry::Spline::TBSpline< VALUETYPE, DEGREE >::SetClosedLoop ( bool bClosed )

inlineoverridevirtual

Implements UE::Geometry::Spline::ISplineInterface.

Reimplemented in UE::Geometry::Spline::TPolyBezierSpline< VALUETYPE >.

◆ SetCustomKnots()

template<typename VALUETYPE , int32 DEGREE>

bool UE::Geometry::Spline::TBSpline< VALUETYPE, DEGREE >::SetCustomKnots ( const TArray< FKnot > & NewKnots )

inline

Sets a custom knot vector using explicit knot/multiplicity pairs

Parameters

NewKnots - Array of knot values. Must be non-decreasing and have correct length (see GetExpectedNumKnots)

Returns: True if the knot vector was valid and set successfully

◆ SetKnot()

template<typename VALUETYPE , int32 DEGREE>

void UE::Geometry::Spline::TBSpline< VALUETYPE, DEGREE >::SetKnot	(	int32	KnotIdx,
		float	NewValue
	)

inlineprotected

Sets the value of a knot

Parameters

KnotIdx	- Index of the knot to set
NewValue	- Value to set

◆ SetParameter()

template<typename VALUETYPE , int32 DEGREE>

virtual int32 UE::Geometry::Spline::TBSpline< VALUETYPE, DEGREE >::SetParameter	(	int32	Index,
		float	NewParameter
	)

inlinevirtual

Reimplemented in UE::Geometry::Spline::TLinearSpline< T >, and UE::Geometry::Spline::TPolyBezierSpline< VALUETYPE >.

◆ SetValue()

template<typename VALUETYPE , int32 DEGREE>

bool UE::Geometry::Spline::TBSpline< VALUETYPE, DEGREE >::SetValue	(	int32	Idx,
		const ValueType &	NewValue
	)

inline

◆ SwapKnots()

template<typename VALUETYPE , int32 DEGREE>

void UE::Geometry::Spline::TBSpline< VALUETYPE, DEGREE >::SwapKnots	(	int32	KnotIdxA,
		int32	KnotIdxB
	)

inlineprotected

Swaps two knots.

Parameters

KnotIdxA	- Index of first knot to swap.
KnotIdxB	- Index of second knot to swap.

◆ UpdateFlatKnotsCache()

template<typename VALUETYPE , int32 DEGREE>

void UE::Geometry::Spline::TBSpline< VALUETYPE, DEGREE >::UpdateFlatKnotsCache ( ) const

inlineprotected

Updates the flat knot cache from the pair representation if the cache is dirty.

Friends And Related Symbol Documentation

◆ operator<<

template<typename VALUETYPE , int32 DEGREE>

FArchive & operator<<	(	FArchive &	Ar,
		TBSpline< VALUETYPE, DEGREE > &	BSpline
	)

friend

Member Data Documentation

◆ bClampEnds

template<typename VALUETYPE , int32 DEGREE>

bool UE::Geometry::Spline::TBSpline< VALUETYPE, DEGREE >::bClampEnds = true

protected

Whether to clamp the endpoints for interpolation of first/last control points

◆ bFlatKnotsCacheDirty

template<typename VALUETYPE , int32 DEGREE>

bool UE::Geometry::Spline::TBSpline< VALUETYPE, DEGREE >::bFlatKnotsCacheDirty

mutableprotected

◆ bIsClosedLoop

template<typename VALUETYPE , int32 DEGREE>

bool UE::Geometry::Spline::TBSpline< VALUETYPE, DEGREE >::bIsClosedLoop = false

protected

◆ Degree

template<typename VALUETYPE , int32 DEGREE>

constexpr int32 UE::Geometry::Spline::TBSpline< VALUETYPE, DEGREE >::Degree = DEGREE

staticconstexpr

◆ FlatKnots

template<typename VALUETYPE , int32 DEGREE>

TArray<float> UE::Geometry::Spline::TBSpline< VALUETYPE, DEGREE >::FlatKnots

mutableprotected

◆ PairKnots

template<typename VALUETYPE , int32 DEGREE>

TArray<FKnot> UE::Geometry::Spline::TBSpline< VALUETYPE, DEGREE >::PairKnots

protected

◆ Values

template<typename VALUETYPE , int32 DEGREE>

TArray<ValueType> UE::Geometry::Spline::TBSpline< VALUETYPE, DEGREE >::Values

protected

◆ WindowSize

template<typename VALUETYPE , int32 DEGREE>

constexpr int32 UE::Geometry::Spline::TBSpline< VALUETYPE, DEGREE >::WindowSize = Degree + 1

staticconstexpr

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

Engine/Source/Runtime/GeometryCore/Public/Splines/BSpline.h

Classes

Public Types

Public Member Functions

Static Public Attributes

Protected Member Functions

Protected Attributes

Friends

Additional Inherited Members

Member Typedef Documentation

◆ FWindow

◆ ValueType

Constructor & Destructor Documentation

◆ TBSpline()

◆ ~TBSpline()

Member Function Documentation

◆ AddValue()

◆ ApplyClampedKnotsMultiplicity()

◆ Clear()

◆ Clone()

◆ DECLARE_SPLINE_TYPE_ID()

◆ Dump()

◆ EvaluateImpl()

◆ FindIndexForParameter()

◆ FindNearest()

◆ GenerateCentripetalKnots()

◆ GenerateChordLengthKnots()

◆ GenerateUniformKnots()

◆ GetExpectedNumKnots()

◆ GetKnotMultiplicity()

◆ GetKnotRange()

◆ GetKnotVector()

◆ GetNearestAvailableKnotValue()

◆ GetNumberOfSegments()

◆ GetPairKnots()

◆ GetParameter()

◆ GetParameterSpace()

◆ GetSegmentParameterRange()

◆ GetValue()

◆ InsertKnot()

◆ InsertValue()

◆ IsClampedEnds()

◆ IsClosedLoop()

◆ IsEqual()

◆ MarkFlatKnotsCacheDirty()

◆ NumKeys()

◆ operator==()

◆ PrintKnotVector()

◆ RemoveKnot()

◆ RemoveValue()

◆ Reparameterize()

◆ ResetKnotVector()

◆ Serialize()

◆ SetClampedEnds()

◆ SetClosedLoop()

◆ SetCustomKnots()

◆ SetKnot()

◆ SetParameter()

◆ SetValue()

◆ SwapKnots()

◆ UpdateFlatKnotsCache()

Friends And Related Symbol Documentation

◆ operator<<

Member Data Documentation

◆ bClampEnds

◆ bFlatKnotsCacheDirty

◆ bIsClosedLoop

◆ Degree

◆ FlatKnots

◆ PairKnots

◆ Values

◆ WindowSize