#include <GeSurface.h>

Inheritance diagram for OdGeSurface:

Public Member Functions
OdGePoint2d	paramOf (const OdGePoint3d &point, 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

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

OdGeSurface &	reverseNormal ()

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

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

bool	getReparameterization (bool &swapUV, double &uCoeffA, double &vCoeffA, double &uCoeffB, double &vCoeffB) const

void	setReparameterization (bool swapUV=false, double uCoeffA=1., double vCoeffA=1., double uCoeffB=0., double vCoeffB=0.)

void	getImplicitEnvelope (OdGeInterval &implicitIntrvlU, OdGeInterval &implicitIntrvlV) const

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

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

Protected Member Functions
	OdGeSurface ()

	OdGeSurface (const OdGeSurface &surf)

Protected Member Functions inherited from OdGeEntity3d
	OdGeEntity3d ()

	OdGeEntity3d (const OdGeEntity3d &)

void	connectTo (OdGeEntity3dImpl *)

Detailed Description

This class is the base class for all OdGe parametric surfaces.

Corresponding C++ library: TD_Ge

Definition at line 47 of file GeSurface.h.

Constructor & Destructor Documentation

◆ OdGeSurface() [1/2]

OdGeSurface::OdGeSurface ( )

protected

◆ OdGeSurface() [2/2]

OdGeSurface::OdGeSurface ( const OdGeSurface & surf )

protected

Member Function Documentation

◆ closestPointTo()

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

Returns the point on this surface closest to the specified point.

Parameters

point	[in] Any 3D point.
tol	[in] Geometric tolerance.

◆ distanceTo()

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

Returns the distance to the point on this curve closest to the specified point.

Parameters

point	[in] Any 3D point.
tol	[in] Geometric tolerance.

Remarks: By default this function throws exception "not Implemented". Should be implemented in derived classes.

◆ evalPoint() [1/3]

OdGePoint3d OdGeSurface::evalPoint ( const OdGePoint2d & param ) const

Returns the point corresponding to the parameter pair, as well as the derivatives and the normal at that point.

Parameters

param [in] The parameter pair to be evaluated.

Remarks: Derivatives are ordered as follows: du, dv, dudu, dvdv, dudv.; By default this function throws exception "not Implemented". Should be implemented in derived classes.

◆ evalPoint() [2/3]

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

Returns the point corresponding to the parameter pair, as well as the derivatives and the normal at that point.

Parameters

param	[in] The parameter pair to be evaluated.
numDeriv	[in] The number of derivatives to be computed.
derivatives	[out] Receives an array of derivatives at the point corresponding to param.

Remarks: Derivatives are ordered as follows: du, dv, dudu, dvdv, dudv; By default this function throws exception "not Implemented". Should be implemented in derived classes.

◆ evalPoint() [3/3]

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

Returns the point corresponding to the parameter pair, as well as the derivatives and the normal at that point.

Parameters

param	[in] The parameter pair to be evaluated.
numDeriv	[in] The number of derivatives to be computed.
derivatives	[out] Receives an array of derivatives at the point corresponding to param.
normal	[out] Receives the normal at the point corresponding to param.

Remarks: Derivatives are ordered as follows: du, dv, dudu, dvdv, dudv; By default this function throws exception "not Implemented". Should be implemented in derived classes.

◆ getClosestPointTo()

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

Returns the point on this surface closest to the specified point.

Parameters

point	[in] Any 3D point.
pntOnSurface	[out] Receives the closest point on surface to specified point.
tol	[in] Geometric tolerance.

Remarks: By default this function throws exception "not Implemented". Should be implemented in derived classes.

◆ getEnvelope()

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

Returns the minimum rectangle in parameter space that contains the parameter domain of this surface.

Parameters

intrvlU	[out] Receives the u interval.
intrvlV	[out] Receives the v interval.

Remarks: By default this function throws exception "not Implemented". Should be implemented in derived classes.

◆ getImplicitEnvelope()

void OdGeSurface::getImplicitEnvelope	(	OdGeInterval &	implicitIntrvlU,
		OdGeInterval &	implicitIntrvlV
	)		const

Returns the minimum rectangle in parameter space that contains the implicit parameter domain of this surface.

Parameters

implicitIntrvlU	[out] Receives the implicit u interval.
implicitIntrvlV	[out] Receives the implicit v interval.

Remarks: By default this function throws exception "not Implemented". Should be implemented in derived classes.

◆ getReparameterization()

bool OdGeSurface::getReparameterization	(	bool &	swapUV,
		double &	uCoeffA,
		double &	vCoeffA,
		double &	uCoeffB,
		double &	vCoeffB
	)		const

Returns true if and only if this surface has reparameterization, and returns the swap flag value and u- and v-coefficients.

Parameters

swapUV	[out] Receives the current uv parameter swap flag value. If returns true, uv parameters were swapped; returns false in the other case.
uCoeffA	[out] Receives the current value of the uCoeffA coefficient.
vCoeffA	[out] Receives the current value of the vCoeffA coefficient.
uCoeffB	[out] Receives the current value of the uCoeffB coefficient.
vCoeffB	[out] Receives the current value of the vCoeffB coefficient.

◆ isClosedInU()

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

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

Parameters

tol	[in] Geometric tolerance.

Remarks: By default this function throws exception "not Implemented". Should be implemented in derived classes.

◆ isClosedInV()

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

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

Parameters

tol	[in] Geometric tolerance.

Remarks: By default this function throws exception "not Implemented". Should be implemented in derived classes.

◆ isNormalReversed()

bool OdGeSurface::isNormalReversed ( ) const

Returns true if and only if the normal of this surface has been reversed an odd number of times.

◆ isOn()

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

Parameters

ParamPoint [out] Receives the 2D pair of parameter values at the point.

Remarks: By default this function throws exception "not Implemented". Should be implemented in derived classes.

◆ operator=()

OdGeSurface& OdGeSurface::operator= ( const OdGeSurface & surf )

◆ paramOf()

OdGePoint2d OdGeSurface::paramOf	(	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.

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.; By default this function throws exception "not Implemented". Should be implemented in derived classes.

◆ project()

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

Returns projP and true, if and only if there is a point on this surface, projP, where a normal to this surface passes through the point p.

Parameters

p	[in] Any 3D point.
projP	[out] Receives the point on this surface.

◆ reverseNormal()

OdGeSurface& OdGeSurface::reverseNormal ( )

Reverses the normal of this surface and returns a reference to this surface.

◆ setEnvelope()

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

Set the rectangle in parameter space that defines the parameter domain of this surface.

Returns: Returns true if and only the new parameter domain was successfully set for this surface.

Parameters

realIntrvlU	[in] A reference to a new real u interval to be set.
realIntrvlV	[in] A reference to a new real v interval to be set.

◆ setReparameterization()

void OdGeSurface::setReparameterization	(	bool	swapUV = `false`,
		double	uCoeffA = `1.`,
		double	vCoeffA = `1.`,
		double	uCoeffB = `0.`,
		double	vCoeffB = `0.`
	)

Sets a new swap flag value, and u- and v-coefficients to new values.

Parameters

swapUV	[in] A new value of the swap flag to be set. Default value is false.
uCoeffA	[in] A new uCoeffA value. Default value is 1.0.
vCoeffA	[in] A new vCoeffA value. Default value is 1.0.
uCoeffB	[in] A new uCoeffB value. Default value is 0.0.
vCoeffB	[in] A new vCoeffB value. Default value is 0.0.

◆ TD_USING()

OdGeSurface::TD_USING ( OdGeEntity3d::isOn )

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

GeSurface.h

Public Member Functions

Protected Member Functions

Detailed Description

Constructor & Destructor Documentation

◆ OdGeSurface() [1/2]

◆ OdGeSurface() [2/2]

Member Function Documentation

◆ closestPointTo()

◆ distanceTo()

◆ evalPoint() [1/3]

◆ evalPoint() [2/3]

◆ evalPoint() [3/3]

◆ getClosestPointTo()

◆ getEnvelope()

◆ getImplicitEnvelope()

◆ getReparameterization()

◆ isClosedInU()

◆ isClosedInV()

◆ isNormalReversed()

◆ isOn()

◆ operator=()

◆ paramOf()

◆ project()

◆ reverseNormal()

◆ setEnvelope()

◆ setReparameterization()

◆ TD_USING()