#include <GeNurbSurface.h>

Inheritance diagram for OdGeNurbSurface:

Public Types
enum	ConnectionSide { kLowerU = 1 , kUpperU = 2 , kLowerV = 3 , kUpperV = 4 }

Public Member Functions
	OdGeNurbSurface ()

	OdGeNurbSurface (int degreeInU, int degreeInV, int propsInU, int propsInV, int numControlPointsInU, int numControlPointsInV, const OdGePoint3dArray &controlPoints, const OdGeDoubleArray &weights, const OdGeKnotVector &uKnots, const OdGeKnotVector &vKnots, const OdGeTol &tol=OdGeContext::gTol)

	OdGeNurbSurface (const OdGeNurbSurface &source)

	OdGeNurbSurface (const OdGeEllipCylinder &cylinder)

	OdGeNurbSurface (const OdGeEllipCone &cone)

OdGeNurbSurface &	operator= (const OdGeNurbSurface &nurb)

bool	isRationalInU () const

bool	isPeriodicInU (double &period) const

bool	isRationalInV () const

bool	isPeriodicInV (double &period) const

int	singularityInU () const

int	singularityInV () const

int	degreeInU () const

int	numControlPointsInU () const

int	degreeInV () const

int	numControlPointsInV () const

void	getControlPoints (OdGePoint3dArray &controlPoints) const

bool	getWeights (OdGeDoubleArray &weights) const

int	numKnotsInU () const

void	getUKnots (OdGeKnotVector &uKnots) const

int	numKnotsInV () const

void	getVKnots (OdGeKnotVector &vKnots) const

void	getDefinition (int &degreeInU, int &degreeInV, int &propsInU, int &propsInV, int &numControlPointsInU, int &numControlPointsInV, OdGePoint3dArray &controlPoints, OdGeDoubleArray &weights, OdGeKnotVector &uKnots, OdGeKnotVector &vKnots) const

OdGeNurbSurface &	set (int degreeInU, int degreeInV, int propsInU, int propsInV, int numControlPointsInU, int numControlPointsInV, const OdGePoint3dArray &controlPoints, const OdGeDoubleArray &weights, const OdGeKnotVector &uKnots, const OdGeKnotVector &vKnots, const OdGeTol &tol=OdGeContext::gTol)

OdGeNurbSurface &	setFitData (const OdGePoint3dArray &fitPoints, const OdGeVector3dArray &arrTangentsInU, const OdGeVector3dArray &arrTangentsInV, const OdGeVector3dArray &arrMixedDerivs, const OdGeKnotVector &uKnots, const OdGeKnotVector &vKnots, const OdGeTol &tol)

void	computeVIsoLine (double V, OdGeNurbCurve3d &isoline) const

void	computeUIsoLine (double U, OdGeNurbCurve3d &isoline) const

OdGePoint2d	paramOfPrec (const OdGePoint3d &point, const OdGeTol &tol=OdGeContext::gTol) const

bool	getDerivativesAt (const OdGePoint2d &param, OdUInt32 numDeriv, VectorDerivArray derivatives) const

int	loc (int i, int j) const

OdGeNurbSurface &	joinWith (const OdGeNurbSurface &surface, ConnectionSide thisConnectionSide, ConnectionSide surfaceConnectionSide, const OdGeTol &tol=OdGeContext::gTol)

OdGeNurbSurface &	elevateDegree (bool iByU, int iPlusDegree)

OdGeNurbSurface &	insertKnot (bool iByU, double iNewKnot, int iTimes=1)

double	knotAt (bool iByU, int iKnotIndex) const

OdGePoint3d	controlPointAt (int iIdxU, int iIdxV) const

OdGeNurbSurface &	setControlPointAt (int iIdxU, int iIdxV, const OdGePoint3d &iPoint)

Public Member Functions inherited from OdGeSurface
OdGePoint2d	paramOf (const OdGePoint3d &point, const OdGeTol &tol=OdGeContext::gTol) const

OdGePoint2d	paramOf (const OdGePoint3d &point, const OdGeUvBox *uvBox, const OdGeTol &tol=OdGeContext::gTol) const

	TD_USING (OdGeEntity3d::isOn)

bool	isOn (const OdGePoint3d &point, OdGePoint2d &paramPoint, const OdGeTol &tol=OdGeContext::gTol) const

OdGePoint3d	closestPointTo (const OdGePoint3d &point, const OdGeTol &tol=OdGeContext::gTol) const

OdGePoint3d	closestPointTo (const OdGePoint3d &point, OdGePoint2d param, const OdGeUvBox uvBox, const OdGeTol &tol=OdGeContext::gTol) const

void	getClosestPointTo (const OdGePoint3d &point, OdGePointOnSurface &pntOnSurface, const OdGeTol &tol=OdGeContext::gTol) const

double	distanceTo (const OdGePoint3d &point, const OdGeTol &tol=OdGeContext::gTol) const

bool	isNormalReversed () const

bool	isLeftHanded () const

OdGeSurface &	reverseNormal ()

void	getEnvelope (OdGeInterval &intrvlU, OdGeInterval &intrvlV) const

void	getEnvelope (OdGeUvBox &uvbox) const

bool	isClosedInU (const OdGeTol &tol=OdGeContext::gTol) const

bool	isClosedInV (const OdGeTol &tol=OdGeContext::gTol) const

OdGePoint3d	evalPoint (const OdGePoint2d &param) const

OdGePoint3d	evalPoint (const OdGePoint2d &param, int numDeriv, OdGeVector3dArray &derivatives) const

OdGePoint3d	evalPoint (const OdGePoint2d &param, int numDeriv, OdGeVector3dArray &derivatives, OdGeVector3d &normal) const

OdGeSurface &	operator= (const OdGeSurface &surf)

OdGeExtents3d	getGeomExtents (const OdGeUvBox &range=OdGeUvBox(), const OdGeMatrix3d *coordSystem=NULL) const

bool	project (const OdGePoint3d &p, OdGePoint3d &projP, const OdGeTol &tol=OdGeContext::gTol) const

bool	setEnvelope (const OdGeInterval &realIntrvlU, const OdGeInterval &realIntrvlV)

OdGeCurve3d *	makeIsoparamCurve (bool byU, double param) const

OdGeCurve3d *	makeIsoparamCurve (bool byU, double param, const OdGeInterval &interval) const

bool	getPoles (OdGeDoubleArray uParams, OdGeDoubleArray vParams, OdGePoint3dArray uPoints, OdGePoint3dArray vPoints, double tol=1e-13) const

Public Member Functions inherited from OdGeEntity3d
	ODRX_HEAP_OPERATORS ()

	~OdGeEntity3d ()

bool	isKindOf (OdGe::EntityId entType) const

OdGe::EntityId	type () const

OdGeEntity3d *	copy () const

OdGeEntity3d &	operator= (const OdGeEntity3d &entity)

bool	operator== (const OdGeEntity3d &entity) const

bool	operator!= (const OdGeEntity3d &entity) const

bool	isEqualTo (const OdGeEntity3d &object, const OdGeTol &tol=OdGeContext::gTol) const

OdGeEntity3d &	transformBy (const OdGeMatrix3d &xfm)

OdGeEntity3d &	translateBy (const OdGeVector3d &translateVec)

OdGeEntity3d &	rotateBy (double angle, const OdGeVector3d &vect, const OdGePoint3d &basePoint=OdGePoint3d::kOrigin)

OdGeEntity3d &	mirror (const OdGePlane &plane)

OdGeEntity3d &	scaleBy (double scaleFactor, const OdGePoint3d &basePoint=OdGePoint3d::kOrigin)

bool	isOn (const OdGePoint3d &point, const OdGeTol &tol=OdGeContext::gTol) const

Static Public Member Functions
static OdGeNurbSurface *	convertFrom (const OdGeSurface *source, const OdGeUvBox &domain, const OdGeTol &tol=OdGeContext::gTol, bool sameParametrization=false)

static OdGeNurbSurface *	convertFrom (const OdGeSurface *source, const OdGeTol &tol=OdGeContext::gTol, bool sameParametrization=false)

Additional Inherited Members
Protected Member Functions inherited from OdGeSurface
	OdGeSurface ()

	OdGeSurface (const OdGeSurface &surf)

Protected Member Functions inherited from OdGeEntity3d
	OdGeEntity3d ()

	OdGeEntity3d (const OdGeEntity3d &)

void	connectTo (OdGeEntity3dImpl *)

Detailed Description

This class represents non-uniform, rational B-Spline (NURBS) surfaces.

Corresponding C++ library: TD_Ge

See also: <link ge_OdGeNurbSurface, Working with NURBS Surfaces>

Definition at line 56 of file GeNurbSurface.h.

Member Enumeration Documentation

◆ ConnectionSide

enum OdGeNurbSurface::ConnectionSide

Defines OdGeNurbSurface joining rules.

Remarks: Used for joinWith method.

Enumerator
kLowerU	The object will be connected by lower bound in the U direction
kUpperU	The object will be connected by upper bound in the U direction
kLowerV	The object will be connected by lower bound in the V direction
kUpperV	The object will be connected by upper bound in the V direction

Definition at line 513 of file GeNurbSurface.h.

Constructor & Destructor Documentation

◆ OdGeNurbSurface() [1/5]

OdGeNurbSurface::OdGeNurbSurface ( )

Default constructor for the OdGeNurbSurface class. Constructs an empty NURB surface.

◆ OdGeNurbSurface() [2/5]

OdGeNurbSurface::OdGeNurbSurface	(	int	degreeInU,
		int	degreeInV,
		int	propsInU,
		int	propsInV,
		int	numControlPointsInU,
		int	numControlPointsInV,
		const OdGePoint3dArray &	controlPoints,
		const OdGeDoubleArray &	weights,
		const OdGeKnotVector &	uKnots,
		const OdGeKnotVector &	vKnots,
		const OdGeTol &	tol = `OdGeContext::gTol`
	)

Constructor for the OdGeNurbSurface class.

Parameters

degreeInU	[in] Degree in the U direction.
degreeInV	[in] Degree in the V direction.
propsInU	[in] Properties in the U direction.
propsInV	[in] Properties in the V direction.
numControlPointsInU	[in] Number of control points in the U direction.
numControlPointsInV	[in] Number of control points in the V direction.
controlPoints	[in] Array of 3D control points.
weights	[in] Array of weights.
uKnots	[in] Knot vector in the U direction.
vKnots	[in] Knot vector in the V direction.
tol	[in] Geometric tolerance.

Remarks: Constructs a NURB surface defined by input data. propsInU and propsInV utilize OdGe::NurbSurfaceProperties values.

◆ OdGeNurbSurface() [3/5]

OdGeNurbSurface::OdGeNurbSurface ( const OdGeNurbSurface & source )

Copy constructor for the OdGeNurbSurface class.

Parameters

source [in] Object to be copied.

◆ OdGeNurbSurface() [4/5]

OdGeNurbSurface::OdGeNurbSurface ( const OdGeEllipCylinder & cylinder )

Constructor for the OdGeNurbSurface class.

Parameters

cylinder [in] Input cylinder from which a nurb surface is constructed.

◆ OdGeNurbSurface() [5/5]

OdGeNurbSurface::OdGeNurbSurface ( const OdGeEllipCone & cone )

Constructor for the OdGeNurbSurface class.

Parameters

cone	[in] Input cone from which a nurb surface is constructed.

Member Function Documentation

◆ computeUIsoLine()

void OdGeNurbSurface::computeUIsoLine	(	double	U,
		OdGeNurbCurve3d &	isoline
	)		const

Computes and retrieves the isoline for the specified value of U parameter.

Parameters

U	[in] Value of U parameter for which an isoline is computed.
isoline	[out] Receives the isoline for the specified value of U parameter.

◆ computeVIsoLine()

void OdGeNurbSurface::computeVIsoLine	(	double	V,
		OdGeNurbCurve3d &	isoline
	)		const

Computes and retrieves the isoline for the specified value of V parameter.

Parameters

V	[in] Value of V parameter for which an isoline is computed.
isoline	[out] Receives the isoline for the specified value of V parameter.

◆ controlPointAt()

OdGePoint3d OdGeNurbSurface::controlPointAt	(	int	iIdxU,
		int	iIdxV
	)		const

Returns the specified control point in the control point array.

Parameters

iIdxU	[in] Control point index for U-dimension.
iIdxV	[in] Control point index for V-dimension.

◆ convertFrom() [1/2]

static OdGeNurbSurface * OdGeNurbSurface::convertFrom	(	const OdGeSurface *	source,
		const OdGeTol &	tol = `OdGeContext::gTol`,
		bool	sameParametrization = `false`
	)

static

Converts source surface to spline with given tolerance and parametrization settings in native domain of source surface.

Parameters

source	[in] Source surface to convert.
tol	[in] Accuracy of conversion.
sameParametrization	[in] Necessity of parametrization preserving during conversion.

Returns: Raw pointer to converted spline or null pointer if conversion failed.

Remarks: If source surface already is spline, a copy is returned. If provided null-pointer to source surface or surface has no analytic representation, a null-pointer is returned If input domain is not coincident to native domain, the intersection of input and native domain is used to build nurb

◆ convertFrom() [2/2]

static OdGeNurbSurface * OdGeNurbSurface::convertFrom	(	const OdGeSurface *	source,
		const OdGeUvBox &	domain,
		const OdGeTol &	tol = `OdGeContext::gTol`,
		bool	sameParametrization = `false`
	)

static

Converts source surface to spline with given tolerance and parametrization settings.

Parameters

source	[in] Source surface to convert.
domain	[in] UV-range of source surface to convert.
tol	[in] Accuracy of conversion.
sameParametrization	[in] Necessity of parametrization preserving during conversion.

Returns: Raw pointer to converted spline or null pointer if conversion failed.

Remarks: If source surface already is spline, a copy is returned. If provided null-pointer to source surface or surface has no analytic representation, a null-pointer is returned If input domain is not coincident to native domain, the intersection of input and native domain is used to build nurb

◆ degreeInU()

int OdGeNurbSurface::degreeInU ( ) const

Returns the degree in the U direction.

Returns: Degree in the U direction as an integer value.

Remarks: High degree values represent flexible surfaces.

◆ degreeInV()

int OdGeNurbSurface::degreeInV ( ) const

Returns the degree in the V direction.

Returns: Degree in the V direction as an integer value.

Remarks: High degree values represent flexible surfaces.

◆ elevateDegree()

OdGeNurbSurface & OdGeNurbSurface::elevateDegree	(	bool	iByU,
		int	iPlusDegree
	)

Increases spline degree for corresponding dimension (U or V) by the specified value and returns a reference to this spline object.

Parameters

iByU	[in] true means U-dimension.
iPlusDegree	[in] Degree increment value.

Returns: Reference to this OdGeNurbSurface object.

◆ getControlPoints()

void OdGeNurbSurface::getControlPoints ( OdGePoint3dArray & controlPoints ) const

Retrieves the array of control points.

Parameters

controlPoints [out] Receives an array of 3D control points.

Remarks: The control points specify the placement of the surface and adjust its shape.

◆ getDefinition()

void OdGeNurbSurface::getDefinition	(	int &	degreeInU,
		int &	degreeInV,
		int &	propsInU,
		int &	propsInV,
		int &	numControlPointsInU,
		int &	numControlPointsInV,
		OdGePoint3dArray &	controlPoints,
		OdGeDoubleArray &	weights,
		OdGeKnotVector &	uKnots,
		OdGeKnotVector &	vKnots
	)		const

Retrieves the data used to define this surface.

Parameters

degreeInU	[out] Receives the Degree in the U direction.
degreeInV	[out] Receives the Degree in the V direction.
propsInU	[out] Receives the properties in the U direction.
propsInV	[out] Receives the properties in the V direction.
numControlPointsInU	[out] Receives the number of control points in the U direction.
numControlPointsInV	[out] Receives the number of control points in the V direction.
controlPoints	[out] Receives an array of 3D control points.
weights	[out] Receives an array of weights.
uKnots	[out] Receives the knot vector in the U direction.
vKnots	[out] Receives the knot vector in the V direction.

Remarks: propsInU and propsInV utilize OdGe::NurbSurfaceProperties values.

◆ getDerivativesAt()

bool OdGeNurbSurface::getDerivativesAt	(	const OdGePoint2d &	param,
		OdUInt32	numDeriv,
		VectorDerivArray	derivatives
	)		const

Retrieves the derivatives at the point specified by param.

Parameters

param	[in] Parameter to be evaluated.
numDeriv	[in] Number of derivatives to be computed.
derivatives	[out] Receives an array of derivatives at the point corresponding to param.

Returns: true if and only if derivatives were calculated successfully.

Remarks: Not implemented. For third-party use only.

◆ getUKnots()

void OdGeNurbSurface::getUKnots ( OdGeKnotVector & uKnots ) const

Retrieves the knot vector in the U direction.

Parameters

uKnots [out] Knot vector in the U direction.

Remarks: A knot vector defines a sequence of parameter values that determine where and how the control points affect the surface. Values of knot vector are provided in ascending order, for example: (0, 0, 0, 1, 2, 3, 3, 3) can be valid while (0, 0, 2, 0, 3, 1, 3, 3) cannot be valid.

◆ getVKnots()

void OdGeNurbSurface::getVKnots ( OdGeKnotVector & vKnots ) const

Retrieves the knot vector in the V direction.

Parameters

vKnots [out] Knot vector in the V direction.

Remarks: A knot vector defines a sequence of parameter values that determine where and how the control points affect the surface. Values of knot vector are provided in ascending order, for example: (0, 0, 0, 1, 2, 3, 3, 3) can be valid while (0, 0, 2, 0, 3, 1, 3, 3) cannot be valid.

◆ getWeights()

bool OdGeNurbSurface::getWeights ( OdGeDoubleArray & weights ) const

Retrieves the array of weights.

Parameters

weights [out] Array of weight values.

Returns: true if and only if this surface has weighted control points.

Remarks: The weight array is an array of double values, each value is associated with a corresponding control vertex. If the weight increases, the surface pulls toward the corresponding control point. If the weight decreases, the surface pushes from the corresponding control point.

◆ insertKnot()

OdGeNurbSurface & OdGeNurbSurface::insertKnot	(	bool	iByU,
		double	iNewKnot,
		int	iTimes = `1`
	)

Inserts new knot of provided multiplicity to the spline knot array for corresponding dimension (U or V).

Parameters

iByU	[in] true means U-dimension.
iNewKnot	[in] New knot.
iTimes	[in] Times to insert knot.

Returns: Reference to this OdGeNurbSurface object.

Remarks: If there is already such knot, then the multiplicity of the knot is increased by iTimes.

◆ isPeriodicInU()

bool OdGeNurbSurface::isPeriodicInU ( double & period ) const

Checks if this surface is periodic in the U direction, and returns the period.

Parameters

period [out] Period in the U direction.

Returns: true if and only if this surface is periodic in the U direction, and returns the period.

Remarks: If a surface is closed in one direction (opposite sides are the same line in object space) and the parameterization and derivatives also match at these boundaries, the surface is periodic in the parameter direction.

◆ isPeriodicInV()

bool OdGeNurbSurface::isPeriodicInV ( double & period ) const

Checks if this surface is periodic in the V direction, and returns the period.

Parameters

period [out] Period in the V direction.

Returns: true if and only if this surface is periodic in the U direction, and returns the period.

Remarks: If a surface is closed in one direction (opposite sides are the same line in object space) and the parameterization and derivatives also match at these boundaries, the surface is periodic in the parameter direction.

◆ isRationalInU()

bool OdGeNurbSurface::isRationalInU ( ) const

Checks if this surface is rational in the U direction.

Returns: true if and only if this surface is rational in the U direction.

Remarks: The U direction is considered rational when it has weighted control points.

◆ isRationalInV()

bool OdGeNurbSurface::isRationalInV ( ) const

Checks if this surface is rational in the V direction.

Returns: true if and only if this surface is rational in the V direction.

Remarks: The V direction is considered rational when it has weighted control points.

◆ joinWith()

OdGeNurbSurface & OdGeNurbSurface::joinWith	(	const OdGeNurbSurface &	surface,
		ConnectionSide	thisConnectionSide,
		ConnectionSide	surfaceConnectionSide,
		const OdGeTol &	tol = `OdGeContext::gTol`
	)

Joins the specified OdGeNurbSurface with this OdGeNurbSurface by specified sides and returns a reference to the recomputed OdGeNurbSurface.

Parameters

surface	[in] Surface to be joined with this surface.
thisConnectionSide	[in] The side of this surface to which another surface will be attached.
surfaceConnectionSide	[in] The side of the other surface to which this surface will be attached.
tol	[in] Accuracy of joining.

Returns: Reference to this recomputed OdGeNurbSurface object.

Remarks: Joining works in the case of coinciding edges of the same parameter (U-U, V-V).

◆ knotAt()

double OdGeNurbSurface::knotAt	(	bool	iByU,
		int	iKnotIndex
	)		const

Returns a knot value for the specified knot.

Parameters

iByU	[in] true means U-dimension.
iKnotIndex	[in] Knot index.

◆ loc()

int OdGeNurbSurface::loc	(	int	i,
		int	j
	)		const

Returns the index of the control point (i,j):

Parameters

i	[in] Index of the control point in the U direction.
j	[in] Index of the control point in the V direction.

Returns: Index of the control point (i,j) as an integer value.

◆ numControlPointsInU()

int OdGeNurbSurface::numControlPointsInU ( ) const

Returns the number of control points in the U direction.

Returns: Number of control points in the U direction as an integer value.

◆ numControlPointsInV()

int OdGeNurbSurface::numControlPointsInV ( ) const

Returns the number of control points in the V direction.

Returns: Number of control points in the V direction as an integer value.

◆ numKnotsInU()

int OdGeNurbSurface::numKnotsInU ( ) const

Returns the number of knots in the U direction.

Returns: Number of knots in the U direction as an integer value.

◆ numKnotsInV()

int OdGeNurbSurface::numKnotsInV ( ) const

Returns the number of knots in the V direction.

Returns: Number of knots in the V direction as an integer value.

◆ operator=()

OdGeNurbSurface & OdGeNurbSurface::operator= ( const OdGeNurbSurface & nurb )

Assignment operator for the OdGeNurbSurface object.

Parameters

nurb	[in] Nurb surface to assign.

Returns: Reference to this OdGeNurbSurface object.

◆ paramOfPrec()

OdGePoint2d OdGeNurbSurface::paramOfPrec	(	const OdGePoint3d &	point,
		const OdGeTol &	tol = `OdGeContext::gTol`
	)		const

Returns the 2D pair of parameter values of a point on this surface.

Parameters

point	[in] Point to be evaluated.
tol	[in] Geometric tolerance.

Returns: 2D pair of parameter values of a point on this surface as a OdGePoint2d object.

Remarks: The returned parameters specify a point within tol of point. If point is not on this surface, the results are unpredictable. If you are not sure the point is on this surface, use isOn() instead of this function. This method is slower than paramOf, but more accurate.

◆ set()

OdGeNurbSurface & OdGeNurbSurface::set	(	int	degreeInU,
		int	degreeInV,
		int	propsInU,
		int	propsInV,
		int	numControlPointsInU,
		int	numControlPointsInV,
		const OdGePoint3dArray &	controlPoints,
		const OdGeDoubleArray &	weights,
		const OdGeKnotVector &	uKnots,
		const OdGeKnotVector &	vKnots,
		const OdGeTol &	tol = `OdGeContext::gTol`
	)

Sets the parameters for this spline according to the arguments, and returns a reference to this spline.

Parameters

degreeInU	[in] Degree in the U direction.
degreeInV	[in] Degree in the V direction.
propsInU	[in] Properties in the U direction.
propsInV	[in] Properties in the V direction.
numControlPointsInU	[in] Number of control points in the U direction.
numControlPointsInV	[in] Number of control points in the V direction.
controlPoints	[in] Array of 3D control points.
weights	[in] Array of weights
uKnots	[in] Knot vector in the U direction.
vKnots	[in] Knot vector in the V direction.
tol	[in] Geometric tolerance.

Returns: Reference to this OdGeNurbSurface object.

Remarks: propsInU and propsInV utilize OdGe::NurbSurfaceProperties values.

◆ setControlPointAt()

OdGeNurbSurface & OdGeNurbSurface::setControlPointAt	(	int	iIdxU,
		int	iIdxV,
		const OdGePoint3d &	iPoint
	)

Sets the specified control point in the control point array.

Parameters

iIdxU	[in] Control point index for U-dimension in the array of control points.
iIdxV	[in] Control point index for V-dimension in the array of control points.
iPoint	[in] New point to be set at the specified index.

Returns: Reference to this OdGeNurbSurface object.

◆ setFitData()

OdGeNurbSurface & OdGeNurbSurface::setFitData	(	const OdGePoint3dArray &	fitPoints,
		const OdGeVector3dArray &	arrTangentsInU,
		const OdGeVector3dArray &	arrTangentsInV,
		const OdGeVector3dArray &	arrMixedDerivs,
		const OdGeKnotVector &	uKnots,
		const OdGeKnotVector &	vKnots,
		const OdGeTol &	tol
	)

Sets the fit data for this spline and returns a reference to this surface object.

Parameters

fitPoints	[in] Interpolation points.
arrTangentsInU	[in] An array of tangent vectors for U direction.
arrTangentsInV	[in] An array of tangent vectors for V direction.
arrMixedDerivs	[in] An array of derivatives for both directions.
uKnots	[in] Knot vector in the U direction.
vKnots	[in] Knot vector in the V direction.
tol	[in] Geometric tolerance.

Returns: Reference to this OdGeNurbSurface object.

◆ singularityInU()

int OdGeNurbSurface::singularityInU ( ) const

Returns a description of the singularity in the U direction:

Returns: Description of the singularity in the U direction as a OdGe::NurbSurfaceProperties value.

◆ singularityInV()

int OdGeNurbSurface::singularityInV ( ) const

Returns a description of the singularity in the V direction:

Returns: Description of the singularity in the V direction as a OdGe::NurbSurfaceProperties value.

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

GeNurbSurface.h

Public Types

Public Member Functions

Static Public Member Functions

Additional Inherited Members

Detailed Description

Member Enumeration Documentation

◆ ConnectionSide

Constructor & Destructor Documentation

◆ OdGeNurbSurface() [1/5]

◆ OdGeNurbSurface() [2/5]

◆ OdGeNurbSurface() [3/5]

◆ OdGeNurbSurface() [4/5]

◆ OdGeNurbSurface() [5/5]

Member Function Documentation

◆ computeUIsoLine()

◆ computeVIsoLine()

◆ controlPointAt()

◆ convertFrom() [1/2]

◆ convertFrom() [2/2]

◆ degreeInU()

◆ degreeInV()

◆ elevateDegree()

◆ getControlPoints()

◆ getDefinition()

◆ getDerivativesAt()

◆ getUKnots()

◆ getVKnots()

◆ getWeights()

◆ insertKnot()

◆ isPeriodicInU()

◆ isPeriodicInV()

◆ isRationalInU()

◆ isRationalInV()

◆ joinWith()

◆ knotAt()

◆ loc()

◆ numControlPointsInU()

◆ numControlPointsInV()

◆ numKnotsInU()

◆ numKnotsInV()

◆ operator=()

◆ paramOfPrec()

◆ set()

◆ setControlPointAt()

◆ setFitData()

◆ singularityInU()

◆ singularityInV()