Represents a collection of Curve s. More...

Inheritance diagram for NXOpen::CurveCollection:

Classes
class	iterator
	Iterator for accessing the contents of the collection. More...

Public Member Functions
iterator	begin ()
	Returns an iterator addressing the first element.

NXOpen::Arc *	CreateArc (const NXOpen::Point3d &startPoint, const NXOpen::Point3d &pointOn, const NXOpen::Point3d &endPoint, bool alternateSolution, bool *startAndEndGotFlipped)
	Creates an Arc that passes through the three specified points.

NXOpen::Arc *	CreateArc (const NXOpen::Point3d &center, NXOpen::NXMatrix *matrix, double radius, double startAngle, double endAngle)
	Creates an Arc .

NXOpen::Arc *	CreateArc (const NXOpen::Point3d &center, const NXOpen::Vector3d &xDirection, const NXOpen::Vector3d &yDirection, double radius, double startAngle, double endAngle)
	Creates an Arc .

NXOpen::Ellipse *	CreateEllipse (const NXOpen::Point3d &center, double majorRadius, double minorRadius, double startAngle, double endAngle, double rotationAngle, NXOpen::NXMatrix *matrix)
	Creates an Ellipse .

NXOpen::Ellipse *	CreateEllipse (const NXOpen::Point3d &center, const NXOpen::Vector3d &xDirection, const NXOpen::Vector3d &yDirection, double majorRadius, double minorRadius, double startAngle, double endAngle)
	Creates an Ellipse .

NXOpen::ICurve *	CreateExtractedCurve (NXOpen::ICurve curveToExtract, int type, int subtype, NXOpen::Xform xform, double tolerance, NXOpen::SmartObject::UpdateOption updateOption)
	Creates a Curve .

NXOpen::Hyperbola *	CreateHyperbola (const NXOpen::Point3d &center, double semiTransverseLength, double semiConjugateLength, double minimumDY, double maximumDY, double rotationAngle, NXOpen::NXMatrix *matrix)
	Creates a Hyperbola .

NXOpen::Hyperbola *	CreateHyperbola (const NXOpen::Point3d &center, const NXOpen::Vector3d &xDirection, const NXOpen::Vector3d &yDirection, double semiTransverseLength, double semiConjugateLength, double minimumDY, double maximumDY)
	Creates a Hyperbola .

NXOpen::InfiniteLine *	CreateInfiniteLine (const NXOpen::Point3d &startPoint, const NXOpen::Point3d &endPoint)
	Creates a InfiniteLine that passes through the two specified points.

NXOpen::Line *	CreateLine (const NXOpen::Point3d &startPoint, const NXOpen::Point3d &endPoint)
	Creates a Line .

NXOpen::Line *	CreateLine (NXOpen::Point startPoint, NXOpen::Point endPoint)
	Creates a Line joining given start Point and End Point .

NXOpen::InfiniteLine *	CreatePairedInfiniteLine (NXOpen::Line *line)
	Creates a paired InfiniteLine that is paired to the specified line.

NXOpen::Parabola *	CreateParabola (const NXOpen::Point3d &center, double focalLength, double minimumDY, double maximumDY, double rotationAngle, NXOpen::NXMatrix *matrix)
	Creates a Parabola .

NXOpen::Parabola *	CreateParabola (const NXOpen::Point3d &center, const NXOpen::Vector3d &xDirection, const NXOpen::Vector3d &yDirection, double focalLength, double minimumDY, double maximumDY)
	Creates a Parabola .

NXOpen::Curve *	CreateSmartCompositeCurve (NXOpen::Section *section, NXOpen::SmartObject::UpdateOption updateOption, double tolerance)
	Creates a Curve .

NXOpen::Curve *	CreateSmartCompositeCurve (NXOpen::Curve *curve, NXOpen::SmartObject::UpdateOption updateOption)
	Creates a Curve .

NXOpen::Curve *	CreateVirtualBlendCurve (NXOpen::SmartObject::UpdateOption updateOption, NXOpen::IParameterizedSurface *blendFace, double tolerance)
	Creates a Curve .

NXOpen::Curve *	CreateVirtualCenterlineCurve (NXOpen::SmartObject::UpdateOption updateOption, NXOpen::IParameterizedSurface *blendFace, double tolerance)
	Creates a Curve .

iterator	end ()
	Returns an iterator addressing one past the last element.

tag_t	Tag () const
	Returns the tag of this object.

Detailed Description

Represents a collection of Curve s.

To obtain an instance of this class, refer to BasePart

Created in NX3.0.0.

Member Function Documentation

iterator NXOpen::CurveCollection::begin ( )

Returns an iterator addressing the first element.

NXOpen::Arc* NXOpen::CurveCollection::CreateArc	(	const NXOpen::Point3d &	startPoint,
		const NXOpen::Point3d &	pointOn,
		const NXOpen::Point3d &	endPoint,
		bool	alternateSolution,
		bool *	startAndEndGotFlipped
	)

Creates an Arc that passes through the three specified points.

Returns: Created in NX3.0.0.

License requirements : solid_modeling ("SOLIDS MODELING") OR drafting ("DRAFTING")

Parameters

startPoint	Start point
pointOn	Point that the arc passes through.
endPoint	End point
alternateSolution	If true, the arc will be created using the alternate solution instead of the regular solution. The alternate solution for an arc is the portion of the full circle that is left out of the regular solution. For example, if the regular solution is an arc that goes from 0 to 45 degrees, the alternate solution will be an arc with the same center and origin but that goes from 45 degrees to 360.
startAndEndGotFlipped	If true, the start point of the arc that is created is at the end point parameter to this method and the end point of the arc is at the start point parameter. In other words, suppose you execute arc = Curves.CreateArc(startPointParam, pointOnParam, endPointParam, false, flipped). If flipped is true, then arc.StartPoint equals endPointParam and arc.EndPoint equals startPointParam.

NXOpen::Arc* NXOpen::CurveCollection::CreateArc	(	const NXOpen::Point3d &	center,
		NXOpen::NXMatrix *	matrix,
		double	radius,
		double	startAngle,
		double	endAngle
	)

Creates an Arc .

The arc will be created in a plane which passes through center and whose normal is the Z axis of the orientation matrix. (matrix.Element.xx, matrix.Element.xy, matrix.Element.xz) is the X axis of the orientation matrix. (matrix.Element.yx, matrix.Element.yy, matrix.Element.yz) is the Y axis of the orientation matrix. The start and end angles are measured relative to the X and Y axis of this orientation matrix.

Returns: Created in NX3.0.0.

License requirements : solid_modeling ("SOLIDS MODELING") OR drafting ("DRAFTING")

Parameters

center	Center of the arc
matrix	Orientation matrix for the arc.
radius	Radius of the arc. Must be greater than zero.
startAngle	Start angle in radians
endAngle	End angle in radians

NXOpen::Arc* NXOpen::CurveCollection::CreateArc	(	const NXOpen::Point3d &	center,
		const NXOpen::Vector3d &	xDirection,
		const NXOpen::Vector3d &	yDirection,
		double	radius,
		double	startAngle,
		double	endAngle
	)

Creates an Arc .

The arc will be created through the origin and whose normal is Z axis. The start and end angles are measured relative to the X and Y axes.

Returns: Created in NX4.0.0.

License requirements : solid_modeling ("SOLIDS MODELING") OR drafting ("DRAFTING")

Parameters

center	Center of the arc
xDirection	X direction of the arc
yDirection	Y direction of the arc
radius	Radius of the arc. Must be greater than zero.
startAngle	Start angle in radians
endAngle	End angle in radians

NXOpen::Ellipse* NXOpen::CurveCollection::CreateEllipse	(	const NXOpen::Point3d &	center,
		double	majorRadius,
		double	minorRadius,
		double	startAngle,
		double	endAngle,
		double	rotationAngle,
		NXOpen::NXMatrix *	matrix
	)

Creates an Ellipse .

The ellipse will be created in a plane which passes through center and whose normal is the Z axis of the orientation matrix. (matrix.Element.xx, matrix.Element.xy, matrix.Element.xz) is the X axis of the orientation matrix. (matrix.Element.yx, matrix.Element.yy, matrix.Element.yz) is the Y axis of the orientation matrix. The start, end, and rotation angles are measured relative to the X and Y axis of this orientation matrix.

Returns: Created in NX3.0.0.

License requirements : solid_modeling ("SOLIDS MODELING") OR drafting ("DRAFTING")

Parameters

center	Center of ellipse
majorRadius	Major radius
minorRadius	Minor radius
startAngle	Start angle in radians
endAngle	End angle in radians
rotationAngle	Rotation angle in radians
matrix	Orientation matrix for the ellipse

NXOpen::Ellipse* NXOpen::CurveCollection::CreateEllipse	(	const NXOpen::Point3d &	center,
		const NXOpen::Vector3d &	xDirection,
		const NXOpen::Vector3d &	yDirection,
		double	majorRadius,
		double	minorRadius,
		double	startAngle,
		double	endAngle
	)

Creates an Ellipse .

The ellipse will be created through the origin and whose normal is Z axis. The start and end angles are measured relative to the X and Y axes.

Returns: Created in NX4.0.0.

License requirements : solid_modeling ("SOLIDS MODELING") OR drafting ("DRAFTING")

Parameters

center	Center of the ellipse
xDirection	X direction of the ellipse
yDirection	Y direction of the ellipse
majorRadius	Major radius of the ellipse. Must be greater than zero.
minorRadius	Minor radius of the ellipse. Must be greater than zero.
startAngle	Start angle in radians
endAngle	End angle in radians

NXOpen::ICurve* NXOpen::CurveCollection::CreateExtractedCurve	(	NXOpen::ICurve *	curveToExtract,
		int	type,
		int	subtype,
		NXOpen::Xform *	xform,
		double	tolerance,
		NXOpen::SmartObject::UpdateOption	updateOption
	)

Creates a Curve .

The extracted curve will be created for the input curve to extract.

Returns: Created in NX8.0.0.

License requirements : solid_modeling ("SOLIDS MODELING")

Parameters

curveToExtract	Curve or edge to be extracted
type	Type
subtype	Sub-Type
xform	optional Xform
tolerance	tolerance for computing the extract curve
updateOption	update option

NXOpen::Hyperbola* NXOpen::CurveCollection::CreateHyperbola	(	const NXOpen::Point3d &	center,
		double	semiTransverseLength,
		double	semiConjugateLength,
		double	minimumDY,
		double	maximumDY,
		double	rotationAngle,
		NXOpen::NXMatrix *	matrix
	)

Creates a Hyperbola .

The hyperbola will be created in a plane which passes through center and whose normal is the Z axis of the orientation matrix. (matrix.Element.xx, matrix.Element.xy, matrix.Element.xz) is the X axis of the orientation matrix. (matrix.Element.yx, matrix.Element.yy, matrix.Element.yz) is the Y axis of the orientation matrix. The rotation angle is measured relative to the X and Y axis of this orientation matrix.

Returns: Created in NX3.0.0.

License requirements : solid_modeling ("SOLIDS MODELING") OR drafting ("DRAFTING")

Parameters

center	Center of hyperbola
semiTransverseLength	Semi-transverse length
semiConjugateLength	Semi-conjugate length
minimumDY	Minimum DY width
maximumDY	Maximum DY width
rotationAngle	Rotation angle in radians
matrix	Orientation matrix for the hyperbola

NXOpen::Hyperbola* NXOpen::CurveCollection::CreateHyperbola	(	const NXOpen::Point3d &	center,
		const NXOpen::Vector3d &	xDirection,
		const NXOpen::Vector3d &	yDirection,
		double	semiTransverseLength,
		double	semiConjugateLength,
		double	minimumDY,
		double	maximumDY
	)

Creates a Hyperbola .

The hyperbola will be created through the origin and whose normal is Z axis.

Returns: Created in NX4.0.0.

License requirements : solid_modeling ("SOLIDS MODELING") OR drafting ("DRAFTING")

Parameters

center	Center of the hyperbola
xDirection	X direction of the hyperbola
yDirection	Y direction of the hyperbola
semiTransverseLength	Semi-transverse length
semiConjugateLength	Semi-conjugate length
minimumDY	Minimum DY width
maximumDY	Maximum DY width

NXOpen::InfiniteLine* NXOpen::CurveCollection::CreateInfiniteLine	(	const NXOpen::Point3d &	startPoint,
		const NXOpen::Point3d &	endPoint
	)

Creates a InfiniteLine that passes through the two specified points.

Returns: Created in NX7.5.0.

License requirements : nx_drafting_plus ("DraftingPlus")

Parameters

startPoint	Start point
endPoint	End point

NXOpen::Line* NXOpen::CurveCollection::CreateLine	(	const NXOpen::Point3d &	startPoint,
		const NXOpen::Point3d &	endPoint
	)

Creates a Line .

Returns: Created in NX3.0.0.

License requirements : solid_modeling ("SOLIDS MODELING") OR drafting ("DRAFTING") OR cam_base ("CAM BASE")

Parameters

startPoint	Start point
endPoint	End point

NXOpen::Line* NXOpen::CurveCollection::CreateLine	(	NXOpen::Point *	startPoint,
		NXOpen::Point *	endPoint
	)

Creates a Line joining given start Point and End Point .

Returns: Created in NX5.0.0.

License requirements : solid_modeling ("SOLIDS MODELING") OR drafting ("DRAFTING") OR cam_base ("CAM BASE")

Parameters

startPoint	Start Point
endPoint	End Point

NXOpen::InfiniteLine* NXOpen::CurveCollection::CreatePairedInfiniteLine ( NXOpen::Line * line )

Creates a paired InfiniteLine that is paired to the specified line.

Returns: Created in NX7.5.0.

License requirements : nx_drafting_plus ("DraftingPlus")

Parameters

line	Paired Line

NXOpen::Parabola* NXOpen::CurveCollection::CreateParabola	(	const NXOpen::Point3d &	center,
		double	focalLength,
		double	minimumDY,
		double	maximumDY,
		double	rotationAngle,
		NXOpen::NXMatrix *	matrix
	)

Creates a Parabola .

The parabola will be created in a plane which passes through center and whose normal is the Z axis of the orientation matrix. (matrix.Element.xx, matrix.Element.xy, matrix.Element.xz) is the X axis of the orientation matrix. (matrix.Element.yx, matrix.Element.yy, matrix.Element.yz) is the Y axis of the orientation matrix. The rotation angle is measured relative to the X and Y axis of this orientation matrix.

Returns: Created in NX3.0.0.

License requirements : solid_modeling ("SOLIDS MODELING") OR drafting ("DRAFTING")

Parameters

center	Center of parabola
focalLength	Focal length
minimumDY	Minimum DY width
maximumDY	Maximum DY width
rotationAngle	Rotation angle in radians
matrix	Orientation matrix for the parabola

NXOpen::Parabola* NXOpen::CurveCollection::CreateParabola	(	const NXOpen::Point3d &	center,
		const NXOpen::Vector3d &	xDirection,
		const NXOpen::Vector3d &	yDirection,
		double	focalLength,
		double	minimumDY,
		double	maximumDY
	)

Creates a Parabola .

The parabola will be created through the origin and whose normal is Z axis.

Returns: Created in NX4.0.0.

License requirements : solid_modeling ("SOLIDS MODELING") OR drafting ("DRAFTING")

Parameters

center	Center of the parabola
xDirection	X direction of the parabola
yDirection	Y direction of the parabola
focalLength	Focal length
minimumDY	Minimum DY width
maximumDY	Maximum DY width

NXOpen::Curve* NXOpen::CurveCollection::CreateSmartCompositeCurve	(	NXOpen::Section *	section,
		NXOpen::SmartObject::UpdateOption	updateOption,
		double	tolerance
	)

Creates a Curve .

The smart composite curve will be created for the input section.

Returns: Created in NX8.0.0.

License requirements : solid_modeling ("SOLIDS MODELING") OR drafting ("DRAFTING")

Parameters

section	Section from which smart composite curve will be created
updateOption	update option
tolerance	Tolerance used to join the section output curves

NXOpen::Curve* NXOpen::CurveCollection::CreateSmartCompositeCurve	(	NXOpen::Curve *	curve,
		NXOpen::SmartObject::UpdateOption	updateOption
	)

Creates a Curve .

The smart composite curve will be created for the input curve.

Returns: Created in NX8.0.0.

License requirements : solid_modeling ("SOLIDS MODELING") OR drafting ("DRAFTING")

Parameters

curve	Curve from which smart composite curve will be created
updateOption	update option

NXOpen::Curve* NXOpen::CurveCollection::CreateVirtualBlendCurve	(	NXOpen::SmartObject::UpdateOption	updateOption,
		NXOpen::IParameterizedSurface *	blendFace,
		double	tolerance
	)

Creates a Curve .

The virtual blend curve will be created for the input blend face. The virtual blend curve behaves similarly to the original edge that the blend face was applied on.

Returns: Created in NX7.0.0.

License requirements : solid_modeling ("SOLIDS MODELING")

Parameters

updateOption	update option
blendFace	blend face
tolerance	tolerance for computing the facsimile curve

NXOpen::Curve* NXOpen::CurveCollection::CreateVirtualCenterlineCurve	(	NXOpen::SmartObject::UpdateOption	updateOption,
		NXOpen::IParameterizedSurface *	blendFace,
		double	tolerance
	)

Creates a Curve .

The virtual centerline curve will be created for the input blend face.

Returns: Created in NX7.5.0.

License requirements : solid_modeling ("SOLIDS MODELING")

Parameters

updateOption	update option
blendFace	blend face
tolerance	tolerance for computing the facsimile curve

iterator NXOpen::CurveCollection::end ( )

Returns an iterator addressing one past the last element.

tag_t NXOpen::CurveCollection::Tag ( ) const

Returns the tag of this object.

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

CurveCollection.hxx

Classes

Public Member Functions

Detailed Description

Member Function Documentation