#include <Sketch.hxx>

类 NXOpen::Sketch 继承关系图:

类
struct	ConstraintGeometry
struct	ConstraintGeometryHelp
struct	CopyObjectData
struct	DimensionGeometry
struct	SketchGeometry

Public 类型
enum	AddEllipseOption { AddEllipseOptionTreatAsEllipse , AddEllipseOptionTreatAsConic }
enum	AlternateSolutionOption { AlternateSolutionOptionFalse , AlternateSolutionOptionTrue }
enum	AssocType { AssocTypeNone , AssocTypeStartPoint , AssocTypeEndPoint , AssocTypeArcCenter , AssocTypeTangency , AssocTypeCurvePoint , AssocTypeAnchorPoint , AssocTypeMidpoint }
enum	AutoDimensioningRule { AutoDimensioningRuleSymmetric = 1 , AutoDimensioningRuleAdjacentAngle , AutoDimensioningRuleLength , AutoDimensioningRuleHorizontalVertical , AutoDimensioningRuleReferenceAxes }
enum	ConstraintClass { ConstraintClassNotConstraint , ConstraintClassAny , ConstraintClassGeometric , ConstraintClassDimension }
enum	ConstraintGeometryHelpType { ConstraintGeometryHelpTypePoint , ConstraintGeometryHelpTypeParameter }
enum	ConstraintPointType { ConstraintPointTypeNone , ConstraintPointTypeStartVertex , ConstraintPointTypeEndVertex , ConstraintPointTypeArcCenter , ConstraintPointTypeSplineDefiningPoint , ConstraintPointTypeAnchor , ConstraintPointTypeSplinePole , ConstraintPointTypeMidVertex }
enum	ConstraintType { ConstraintTypeNoCon , ConstraintTypeFixed , ConstraintTypeHorizontal , ConstraintTypeVertical , ConstraintTypeParallel , ConstraintTypePerpendicular , ConstraintTypeCollinear , ConstraintTypeEqualLength , ConstraintTypeEqualRadius , ConstraintTypeConstantLength , ConstraintTypeConstantAngle , ConstraintTypeCoincident , ConstraintTypeConcentric , ConstraintTypeMirror , ConstraintTypePointOnCurve , ConstraintTypeMidpoint , ConstraintTypeTangent , ConstraintTypeRadiusDim , ConstraintTypeDiameterDim , ConstraintTypeHorizontalDim , ConstraintTypeVerticalDim , ConstraintTypeParallelDim , ConstraintTypePerpendicularDim , ConstraintTypeAngularDim , ConstraintTypeReservedCon1 , ConstraintTypeReservedCon2 , ConstraintTypeReservedCon3 , ConstraintTypeReservedCon4 , ConstraintTypeReservedCon5 , ConstraintTypeReservedCon6 , ConstraintTypePointOnString , ConstraintTypeSlope , ConstraintTypeUniformScaled , ConstraintTypeNonUniformScaled , ConstraintTypeAssocTrim , ConstraintTypeAssocOffset , ConstraintTypePerimeterDim , ConstraintTypeOffset , ConstraintTypeNormal , ConstraintTypePointOnLoop , ConstraintTypeRecipeTrim , ConstraintTypePattern , ConstraintTypeMinorAngularDim , ConstraintTypeMajorAngularDim , ConstraintTypeLastConType }
enum	CreateDimensionOption { CreateDimensionOptionFalse , CreateDimensionOptionTrue }
enum	CreateInferConstraintSetting { CreateInferConstraintSettingOn , CreateInferConstraintSettingOff }
enum	DeleteThirdCurveOption { DeleteThirdCurveOptionFalse , DeleteThirdCurveOptionTrue }
enum	DimensionOption { DimensionOptionCreateAsDriving , DimensionOptionCreateAsReference , DimensionOptionCreateAsAutomatic , DimensionOptionCreateAsConstant }
enum	InferConstraintsOption { InferConstraintsOptionInferNoConstraints , InferConstraintsOptionInferCoincidentConstraints }
enum	PlaneOption { PlaneOptionInferred , PlaneOptionExistingPlane , PlaneOptionNewPlane , PlaneOptionNewCsys }
enum	PointType { PointTypeNone , PointTypeStartPoint , PointTypeEndPoint , PointTypeCenter , PointTypeSplineDefiningPoint , PointTypeAnchor , PointTypeSplinePole , PointTypeMidPoint , PointTypeQuadrant }
enum	Status { StatusUnknown , StatusNotEvaluated , StatusUnderConstrained , StatusWellConstrained , StatusOverConstrained , StatusInconsistentlyConstrained }
enum	TrimInputOption { TrimInputOptionFalse , TrimInputOptionTrue }
enum	UpdateLevel { UpdateLevelSketchOnly , UpdateLevelModel }
enum	ViewReorient { ViewReorientFalse , ViewReorientTrue }
Public 类型继承自 NXOpen::DisplayableObject
enum	ObjectFont { ObjectFontSolid = 1 , ObjectFontDashed , ObjectFontPhantom , ObjectFontCenterline , ObjectFontDotted , ObjectFontLongDashed , ObjectFontDottedDashed , ObjectFontEight = 11 , ObjectFontNine , ObjectFontTen , ObjectFontEleven }
enum	ObjectWidth { ObjectWidthNormal , ObjectWidthThick , ObjectWidthThin , ObjectWidthOne = 5 , ObjectWidthTwo , ObjectWidthThree , ObjectWidthFour , ObjectWidthFive , ObjectWidthSix , ObjectWidthSeven , ObjectWidthEight , ObjectWidthNine }
Public 类型继承自 NXOpen::NXObject
enum	AttributeType { AttributeTypeInvalid , AttributeTypeNull , AttributeTypeBoolean , AttributeTypeInteger , AttributeTypeReal , AttributeTypeString , AttributeTypeTime , AttributeTypeReference , AttributeTypeAny = 100 }
enum	DateAndTimeFormat { DateAndTimeFormatNumeric , DateAndTimeFormatTextual }

Public 成员函数
void	Activate (NXOpen::Sketch::ViewReorient orientView)
void	AddGeometry (NXOpen::Curve *crv, NXOpen::Sketch::InferConstraintsOption inferCoincidentConstraints, NXOpen::Sketch::AddEllipseOption ellipseOption)
void	AddGeometry (NXOpen::DisplayableObject *crv)
void	AddGeometry (NXOpen::DisplayableObject *crv, NXOpen::Sketch::InferConstraintsOption inferCoincidentConstraints)
void	AddGeometry (NXOpen::Sketch::InferConstraintsOption inferCoincidentConstraints, NXOpen::Sketch::AddEllipseOption ellipseOption, const std::vector< NXOpen::SmartObject * > &curvesOrPoints)
NXOpen::ISurface *	AttachPlane ()
std::vector< NXOpen::SketchConstraint * >	AutoConstrain (double linearTolerance, double angularTolerance, bool allowRemoteConstraints, const std::vector< NXOpen::SmartObject * > &geometries, const std::vector< NXOpen::Sketch::ConstraintType > &autoconstraintTypes)
void	BreakAssociativity (const std::vector< NXOpen::NXObject * > &sketchGeoms)
void	CalculateStatus ()
void	ConvertRadialDimension (const std::vector< NXOpen::DisplayableObject * > &dimensions)
void	ConvertToNx10Spline (NXOpen::Spline *spline)
std::vector< NXOpen::NXObject * >	CopyObjects (const std::vector< NXOpen::NXObject * > &inputObjects)
void	CopyObjectsWithDimensionOutput (const std::vector< NXOpen::NXObject * > &inputObjects, std::vector< NXOpen::NXObject * > &outputObjects, std::vector< NXOpen::NXObject * > &outputDims)
std::vector< NXOpen::Sketch::CopyObjectData >	CopyObjectsWithTracking (const std::vector< NXOpen::DisplayableObject * > &inputObjects)
NXOpen::SketchGeometricConstraint *	CreateCoincidentConstraint (const NXOpen::Sketch::ConstraintGeometry &geom1, const NXOpen::Sketch::ConstraintGeometry &geom2)
NXOpen::SketchGeometricConstraint *	CreateCollinearConstraint (const NXOpen::Sketch::ConstraintGeometry &conGeom1, const NXOpen::Sketch::ConstraintGeometry &conGeom2)
NXOpen::SketchGeometricConstraint *	CreateConcentricConstraint (const NXOpen::Sketch::ConstraintGeometry &conGeom1, const NXOpen::Sketch::ConstraintGeometry &conGeom2)
NXOpen::SketchGeometricConstraint *	CreateConstantAngleConstraint (const NXOpen::Sketch::ConstraintGeometry &conGeom)
NXOpen::SketchGeometricConstraint *	CreateConstantLengthConstraint (const NXOpen::Sketch::ConstraintGeometry &conGeom)
NXOpen::SketchDimensionalConstraint *	CreateDiameterDimension (const NXOpen::Sketch::DimensionGeometry &dimObject1, const NXOpen::Point3d &dimOrigin, NXOpen::Expression *expression)
NXOpen::SketchDimensionalConstraint *	CreateDiameterDimension (const NXOpen::Sketch::DimensionGeometry &dimObject1, const NXOpen::Point3d &dimOrigin, NXOpen::Expression *expression, NXOpen::Sketch::DimensionOption refDim)
NXOpen::SketchDimensionalConstraint *	CreateDimension (NXOpen::Sketch::ConstraintType dimType, const NXOpen::Sketch::DimensionGeometry &dimObject1, const NXOpen::Sketch::DimensionGeometry &dimObject2, const NXOpen::Point3d &dimOrigin, NXOpen::Expression *expression)
NXOpen::SketchDimensionalConstraint *	CreateDimension (NXOpen::Sketch::ConstraintType dimType, const NXOpen::Sketch::DimensionGeometry &dimObject1, const NXOpen::Sketch::DimensionGeometry &dimObject2, const NXOpen::Point3d &dimOrigin, NXOpen::Expression *expression, NXOpen::Sketch::DimensionOption refDim)
NXOpen::SketchGeometricConstraint *	CreateEqualLengthConstraint (const NXOpen::Sketch::ConstraintGeometry &conGeom1, const NXOpen::Sketch::ConstraintGeometry &conGeom2)
NXOpen::SketchGeometricConstraint *	CreateEqualRadiusConstraint (const NXOpen::Sketch::ConstraintGeometry &conGeom1, const NXOpen::Sketch::ConstraintGeometry &conGeom2)
NXOpen::SketchGeometricConstraint *	CreateFixedConstraint (const NXOpen::Sketch::ConstraintGeometry &geom)
std::vector< NXOpen::SketchGeometricConstraint * >	CreateFullyFixedConstraints (const NXOpen::Sketch::ConstraintGeometry &geom)
NXOpen::SketchGeometricConstraint *	CreateHorizontalConstraint (const NXOpen::Sketch::ConstraintGeometry &geom)
NXOpen::Sketch::CreateInferConstraintSetting	CreateInferConstraintsSetting ()
NXOpen::SketchGeometricConstraint *	CreateMidpointConstraint (const NXOpen::Sketch::ConstraintGeometry &conGeom1, const NXOpen::Sketch::ConstraintGeometry &conGeom2)
NXOpen::SketchGeometricConstraint *	CreateNonUniformScaledConstraint (const NXOpen::Sketch::ConstraintGeometry &conGeom)
NXOpen::SketchGeometricConstraint *	CreateNormalConstraint (const NXOpen::Sketch::ConstraintGeometry &conGeom1, const NXOpen::Sketch::ConstraintGeometryHelp &geom1Help, const NXOpen::Sketch::ConstraintGeometry &conGeom2, const NXOpen::Sketch::ConstraintGeometryHelp &geom2Help)
NXOpen::SketchGeometricConstraint *	CreateParallelConstraint (const NXOpen::Sketch::ConstraintGeometry &conGeom1, const NXOpen::Sketch::ConstraintGeometry &conGeom2)
NXOpen::SketchDimensionalConstraint *	CreatePerimeterDimension (const std::vector< NXOpen::Curve * > &curves, const NXOpen::Point3d &dimOrigin, NXOpen::Expression *expression)
NXOpen::SketchGeometricConstraint *	CreatePerpendicularConstraint (const NXOpen::Sketch::ConstraintGeometry &conGeom1, const NXOpen::Sketch::ConstraintGeometry &conGeom2)
NXOpen::SketchHelpedGeometricConstraint *	CreatePointOnCurveConstraint (const NXOpen::Sketch::ConstraintGeometry &conGeom1, const NXOpen::Sketch::ConstraintGeometry &conGeom2, const NXOpen::Sketch::ConstraintGeometryHelp &help)
NXOpen::SketchHelpedGeometricConstraint *	CreatePointOnStringConstraint (const NXOpen::Sketch::ConstraintGeometry &conGeom1, const std::vector< NXOpen::Curve * > &curvesInString, const NXOpen::Sketch::ConstraintGeometryHelp &helpData, int curveWhichHelpParamAppliesTo)
NXOpen::SketchHelpedGeometricConstraint *	CreatePointOnStringConstraint (const NXOpen::Sketch::ConstraintGeometry &conGeom1, NXOpen::Curve *curveInString, const NXOpen::Sketch::ConstraintGeometryHelp &helpData)
NXOpen::SketchDimensionalConstraint *	CreateRadialDimension (const NXOpen::Sketch::DimensionGeometry &dimObject1, const NXOpen::Point3d &dimOrigin, NXOpen::Expression *expression)
NXOpen::SketchDimensionalConstraint *	CreateRadialDimension (const NXOpen::Sketch::DimensionGeometry &dimObject1, const NXOpen::Point3d &dimOrigin, NXOpen::Expression *expression, NXOpen::Sketch::DimensionOption refDim)
NXOpen::SketchGeometricConstraint *	CreateSlopeConstraint (const NXOpen::Sketch::ConstraintGeometry &conGeom1, const NXOpen::Sketch::ConstraintGeometry &conGeom2)
NXOpen::SketchTangentConstraint *	CreateTangentConstraint (const NXOpen::Sketch::ConstraintGeometry &geom1, const NXOpen::Sketch::ConstraintGeometryHelp &geom1Help, const NXOpen::Sketch::ConstraintGeometry &geom2, const NXOpen::Sketch::ConstraintGeometryHelp &geom2Help)
NXOpen::SketchGeometricConstraint *	CreateUniformScaledConstraint (const NXOpen::Sketch::ConstraintGeometry &conGeom)
NXOpen::SketchGeometricConstraint *	CreateVerticalConstraint (const NXOpen::Sketch::ConstraintGeometry &geom)
void	Deactivate (NXOpen::Sketch::ViewReorient orientView, NXOpen::Sketch::UpdateLevel updateLevel)
void	DeleteConstraintsOnGeometries (const std::vector< NXOpen::NXObject * > &objects)
void	DeleteConstraintsOnGeometries (const std::vector< NXOpen::Sketch::ConstraintGeometry > &objects)
void	DeleteConstraintsOnGeometries (NXOpen::Sketch::ConstraintClass conClass, const std::vector< NXOpen::Sketch::ConstraintGeometry > &objects)
NXOpen::ErrorList *	DeleteObjects (const std::vector< NXOpen::NXObject * > &objects)
bool	DOFDisplay ()
void	EditSplineDefiningPoints (NXOpen::Spline *spline, const std::vector< double > &points)
void	EditSplinePoles (NXOpen::Spline *spline, const std::vector< double > &poles)
NXOpen::Features::Feature *	Feature ()
std::vector< NXOpen::Arc * >	Fillet (NXOpen::Curve curve1, NXOpen::Curve curve2, const NXOpen::Point3d &helpPoint1, const NXOpen::Point3d &helpPoint2, const NXOpen::Point3d &pointOnArc, double radius, NXOpen::Sketch::TrimInputOption doTrim, NXOpen::Sketch::CreateDimensionOption createRadiusDim, NXOpen::Sketch::AlternateSolutionOption alternateSolution, std::vector< NXOpen::SketchConstraint * > &constraints)
std::vector< NXOpen::Arc * >	Fillet (NXOpen::Curve curve1, NXOpen::Curve curve2, const NXOpen::Point3d &helpPoint1, const NXOpen::Point3d &helpPoint2, double radius, NXOpen::Sketch::TrimInputOption doTrim, NXOpen::Sketch::CreateDimensionOption createRadiusDim, NXOpen::Sketch::AlternateSolutionOption alternateSolution, std::vector< NXOpen::SketchConstraint * > &constraints)
std::vector< NXOpen::Arc * >	Fillet (NXOpen::Curve curve1, NXOpen::Curve curve2, NXOpen::Curve curve3, const NXOpen::Point3d &helpPoint1, const NXOpen::Point3d &helpPoint2, const NXOpen::Point3d &helpPoint3, const NXOpen::Point3d &pointOnArc, double radius, NXOpen::Sketch::TrimInputOption doTrim, NXOpen::Sketch::DeleteThirdCurveOption doDelete, NXOpen::Sketch::CreateDimensionOption createRadiusDim, NXOpen::Sketch::AlternateSolutionOption alternateSolution, std::vector< NXOpen::SketchConstraint > &constraints)
std::vector< NXOpen::Arc * >	Fillet (NXOpen::Curve curve1, NXOpen::Curve curve2, NXOpen::Curve curve3, const NXOpen::Point3d &helpPoint1, const NXOpen::Point3d &helpPoint2, const NXOpen::Point3d &helpPoint3, double radius, NXOpen::Sketch::TrimInputOption doTrim, NXOpen::Sketch::DeleteThirdCurveOption doDelete, NXOpen::Sketch::CreateDimensionOption createRadiusDim, NXOpen::Sketch::AlternateSolutionOption alternateSolution, std::vector< NXOpen::SketchConstraint > &constraints)
void	FlipNormal ()
void	FlipReferenceDirection ()
std::vector< NXOpen::SketchConstraint * >	GetAllConstraintsOfType (NXOpen::Sketch::ConstraintClass conClass, NXOpen::Sketch::ConstraintType conType)
std::vector< NXOpen::Expression * >	GetAllExpressions ()
std::vector< NXOpen::NXObject * >	GetAllGeometry ()
NXOpen::SketchDimensionalConstraint *	GetConstraintFromDimension (NXOpen::Annotations::Dimension *dimension)
std::vector< NXOpen::SketchConstraint * >	GetConstraintsForGeometry (NXOpen::SmartObject *geometry, NXOpen::Sketch::ConstraintClass conClass)
std::vector< NXOpen::SketchRelation * >	GetIgnoredRelationsOfGeometry (const NXOpen::Sketch::ConstraintGeometry &geometry)
NXOpen::NXObject *	GetParentOfIncludedGeometry (NXOpen::SmartObject *geometry)
NXOpen::Vector3d	GetReferenceDirection (NXOpen::IReferenceAxis *referenceAxis, NXOpen::AxisOrientation referenceAxisOrientation, NXOpen::Sense *referenceAxisSense)
std::vector< NXOpen::SmartObject * >	GetRemoteFindingCurves ()
NXOpen::Sketch::Status	GetStatus (int *dofNeeded)
std::vector< NXOpen::SketchVirtualPoint * >	GetVirtualPoints ()
void	HideDimensions ()
void	HideDimensions (const std::vector< NXOpen::DisplayableObject * > &inputObjects)
void	HideDimensions (const std::vector< NXOpen::Sketch::ConstraintGeometry > &objects)
NXOpen::InfiniteLine *	HorizontalAxis ()
bool	IsActive ()
bool	IsDraftingSketch ()
bool	IsIncludedGeometry (NXOpen::SmartObject *geometry)
bool	IsInternal ()
bool	IsSketchConstraint (NXOpen::SketchConstraint *constraint)
bool	IsSketchDimension (NXOpen::Annotations::Dimension *dimension)
bool	IsSketchGeometry (NXOpen::SmartObject *geometry)
void	LocalUpdate ()
void	MakeDatumsExternal2 ()
std::vector< NXOpen::SketchConstraint * >	MakeRelationPersistent (const std::vector< NXOpen::NXObject * > &foundRelations)
void	ManageConstraintsAfterEdit (const std::vector< NXOpen::NXObject * > &sketchGeoms, bool preserveComplexConstraints)
bool	MechanismMode ()
	NX_DEPRECATED ("Deprecated in NX11.0.0. None.") void MakeDatumsInternal()
	NX_DEPRECATED ("Deprecated in NX11.0.0. Please use NXOpen::Sketch::MakeDatumsExternal2 instead.") void MakeDatumsExternal()
NXOpen::NXMatrix *	Orientation ()
NXOpen::Point3d	Origin ()
NXOpen::Point *	OriginPoint ()
NXOpen::Preferences::SketchPreferences *	Preferences ()
void	RemoveRedundantVertices (const std::vector< NXOpen::NXObject * > &geoms)
void	RenewDraftingSketch ()
bool	RotateDragMode ()
void	RunAutoDimension ()
void	Scale (double scaleFactor)
void	SetCreateInferConstraintsSetting (NXOpen::Sketch::CreateInferConstraintSetting createInferCon)
void	SetDOFDisplay (bool displayDof)
void	SetMechanismMode (bool isMechanismMode)
void	SetReferenceDirection (NXOpen::IReferenceAxis *referenceAxis, const NXOpen::Vector3d &referenceDirection, NXOpen::AxisOrientation referenceAxisOrientation, NXOpen::Sense referenceAxisSense)
void	SetRotateDragMode (bool rotateDrag)
void	SetRotationOrigin (const NXOpen::Point3d &center)
void	SetTextHeight (double textHeight)
void	SetUpdateScope (NXOpen::Sketch::UpdateLevel updateScope)
void	SetUpgradeUponActivation (bool upgrade)
void	ShowDimensions ()
void	ShowDimensions (const std::vector< NXOpen::DisplayableObject * > &inputObjects)
void	ShowDimensions (const std::vector< NXOpen::Sketch::ConstraintGeometry > &objects)
void	Update ()
void	Update (const std::vector< NXOpen::NXObject * > &geoms)
void	UpdateConstraintDisplay ()
void	UpdateConstraintDisplay (const std::vector< NXOpen::SmartObject * > &geoms)
void	UpdateDimensionDisplay ()
void	UpdateDimensionDisplay (const std::vector< NXOpen::NXObject * > &dims)
void	UpdateDimensionDisplay (const std::vector< NXOpen::SmartObject * > &geoms)
void	UpdateGeometryDisplay ()
void	UpdateGeometryDisplay (const std::vector< NXOpen::SmartObject * > &geoms)
void	UpdateNavigator ()
NXOpen::Sketch::UpdateLevel	UpdateScope ()
bool	UpgradeUponActivation ()
bool	UsesLegacySolver ()
NXOpen::InfiniteLine *	VerticalAxis ()
NXOpen::View *	View ()
Public 成员函数继承自 NXOpen::DisplayableObject
void	Blank ()
int	Color ()
void	Highlight ()
bool	IsBlanked ()
int	Layer ()
NXOpen::DisplayableObject::ObjectFont	LineFont ()
NXOpen::DisplayableObject::ObjectWidth	LineWidth ()
NXOpen::Point3d	NameLocation ()
void	RedisplayObject ()
void	RemoveViewDependency ()
void	SetColor (int color)
void	SetLayer (int layer)
void	SetLineFont (NXOpen::DisplayableObject::ObjectFont font)
void	SetLineWidth (NXOpen::DisplayableObject::ObjectWidth width)
void	SetNameLocation (const NXOpen::Point3d &location)
void	Unblank ()
void	Unhighlight ()
Public 成员函数继承自 NXOpen::NXObject
NXOpen::AttributeIterator *	CreateAttributeIterator ()
NX_DEPRECATED("Deprecated in NX8.0.0. Use DeleteUserAttribute instead.") void DeleteAttributeByTypeAndTitle(NXOpen void	DeleteAttributeByTypeAndTitle (NXOpen::NXObject::AttributeType type, const char *title)
NX_DEPRECATED("Deprecated in NX8.0.0. Use DeleteUserAttribute instead.") void DeleteAttributeByTypeAndTitle(NXOpen void	DeleteAttributeByTypeAndTitle (NXOpen::NXObject::AttributeType type, const char *title, NXOpen::Update::Option option)
void	DeleteUserAttribute (NXOpen::NXObject::AttributeType type, const char *title, bool deleteEntireArray, NXOpen::Update::Option option)
void	DeleteUserAttribute (NXOpen::NXObject::AttributeType type, const NXString &title, bool deleteEntireArray, NXOpen::Update::Option option)
void	DeleteUserAttributes (NXOpen::AttributeIterator *iterator, NXOpen::Update::Option option)
void	DeleteUserAttributes (NXOpen::NXObject::AttributeType type, NXOpen::Update::Option option)
virtual NXOpen::INXObject *	FindObject (const char *journalIdentifier)
virtual NXOpen::INXObject *	FindObject (const NXString &journalIdentifier)
bool	GetBooleanUserAttribute (const char *title, int index)
bool	GetBooleanUserAttribute (const NXString &title, int index)
NXOpen::NXObject::ComputationalTime	GetComputationalTimeUserAttribute (const char *title, int index)
NXOpen::NXObject::ComputationalTime	GetComputationalTimeUserAttribute (const NXString &title, int index)
int	GetIntegerAttribute (const char *title)
int	GetIntegerUserAttribute (const char *title, int index)
int	GetIntegerUserAttribute (const NXString &title, int index)
bool	GetNextUserAttribute (NXOpen::AttributeIterator iterator, NXOpen::NXObject::AttributeInformation info)
NXString	GetPdmReferenceAttributeValue (const char *attributeTitle)
	获取指定对象的PDM参考属性值。用户需提供属性标题，将返回UI显示的属性值。
NXString	GetPdmReferenceAttributeValue (const NXString &attributeTitle)
	获取指定对象的PDM参考属性值。用户需提供属性标题，将返回UI显示的属性值。
double	GetRealAttribute (const char *title)
double	GetRealUserAttribute (const char *title, int index)
double	GetRealUserAttribute (const NXString &title, int index)
NXString	GetReferenceAttribute (const char *title)
NXString	GetStringAttribute (const char *title)
NXString	GetStringUserAttribute (const char *title, int index)
NXString	GetStringUserAttribute (const NXString &title, int index)
NX_DEPRECATED("Deprecated in NX8.0.0. Use GetUserAttribute instead.") NXString GetTimeAttribute(NXOpen NXString	GetTimeAttribute (NXOpen::NXObject::DateAndTimeFormat format, const char *title)
NXString	GetTimeUserAttribute (const char *title, int index)
NXString	GetTimeUserAttribute (const NXString &title, int index)
NX_DEPRECATED("Deprecated in NX11.0.0. Use GetUserAttribute instead.") std std::vector< NXOpen::NXObject::AttributeInformation >	GetUserAttribute (const char *title, bool includeUnset, bool addStringValues, NXOpen::NXObject::AttributeType type)
NXOpen::NXObject::AttributeInformation	GetUserAttribute (const char *title, NXOpen::NXObject::AttributeType type, int index)
NXOpen::NXObject::AttributeInformation	GetUserAttribute (const NXString &title, NXOpen::NXObject::AttributeType type, int index)
NXString	GetUserAttributeAsString (const char *title, NXOpen::NXObject::AttributeType type, int index)
NXString	GetUserAttributeAsString (const NXString &title, NXOpen::NXObject::AttributeType type, int index)
int	GetUserAttributeCount (NXOpen::AttributeIterator *iterator)
int	GetUserAttributeCount (NXOpen::AttributeIterator *iterator, bool countArrayAsOneAttribute)
int	GetUserAttributeCount (NXOpen::NXObject::AttributeType type)
int	GetUserAttributeCount (NXOpen::NXObject::AttributeType type, bool includeUnset, bool countArrayAsOneAttribute)
bool	GetUserAttributeLock (const char *title, NXOpen::NXObject::AttributeType type)
bool	GetUserAttributeLock (const NXString &title, NXOpen::NXObject::AttributeType type)
std::vector< NXOpen::NXObject::AttributeInformation >	GetUserAttributes ()
std::vector< NXOpen::NXObject::AttributeInformation >	GetUserAttributes (bool includeUnset)
std::vector< NXOpen::NXObject::AttributeInformation >	GetUserAttributes (NXOpen::AttributeIterator *iterator)
int	GetUserAttributeSize (const char *title, NXOpen::NXObject::AttributeType type)
int	GetUserAttributeSize (const NXString &title, NXOpen::NXObject::AttributeType type)
std::vector< NXOpen::NXObject * >	GetUserAttributeSourceObjects ()
bool	HasUserAttribute (const char *title, NXOpen::NXObject::AttributeType type, int index)
bool	HasUserAttribute (const NXString &title, NXOpen::NXObject::AttributeType type, int index)
bool	HasUserAttribute (NXOpen::AttributeIterator *iterator)
virtual bool	IsOccurrence ()
virtual NXString	JournalIdentifier ()
virtual NXString	Name ()
	NX_DEPRECATED ("Deprecated in NX8.0.0. Use GetUserAttribute instead.") double GetRealAttribute(const NXString &title)
	NX_DEPRECATED ("Deprecated in NX8.0.0. Use GetUserAttribute instead.") int GetIntegerAttribute(const NXString &title)
	NX_DEPRECATED ("Deprecated in NX8.0.0. Use GetUserAttribute instead.") NXString GetReferenceAttribute(const NXString &title)
	NX_DEPRECATED ("Deprecated in NX8.0.0. Use GetUserAttribute instead.") NXString GetStringAttribute(const NXString &title)
	NX_DEPRECATED ("Deprecated in NX8.0.0. Use SetUserAttribute instead.") void SetAttribute(const NXString &title
	NX_DEPRECATED ("Deprecated in NX8.0.0. Use SetUserAttribute instead.") void SetAttribute(const NXString &title
	NX_DEPRECATED ("Deprecated in NX8.0.0. Use SetUserAttribute instead.") void SetAttribute(const NXString &title
	NX_DEPRECATED ("Deprecated in NX8.0.0. Use SetUserAttribute instead.") void SetAttribute(const NXString &title
	NX_DEPRECATED ("Deprecated in NX8.0.0. Use SetUserAttribute instead.") void SetAttribute(const NXString &title
	NX_DEPRECATED ("Deprecated in NX8.0.0. Use SetUserAttribute instead.") void SetAttribute(const NXString &title
	NX_DEPRECATED ("Deprecated in NX8.0.0. Use SetUserAttribute instead.") void SetAttribute(const NXString &title
	NX_DEPRECATED ("Deprecated in NX8.0.0. Use SetUserAttribute instead.") void SetAttribute(const NXString &title)
	NX_DEPRECATED ("Deprecated in NX8.0.0. Use SetUserAttribute instead.") void SetReferenceAttribute(const NXString &title
	NX_DEPRECATED ("Deprecated in NX8.0.0. Use SetUserAttribute instead.") void SetReferenceAttribute(const NXString &title
	NX_DEPRECATED ("Deprecated in NX8.0.0. Use SetUserAttribute instead.") void SetTimeAttribute(const NXString &title
	NX_DEPRECATED ("Deprecated in NX8.0.0. Use SetUserAttribute instead.") void SetTimeAttribute(const NXString &title
virtual NXOpen::Assemblies::Component *	OwningComponent ()
virtual NXOpen::BasePart *	OwningPart ()
virtual void	Print ()
virtual NXOpen::INXObject *	Prototype ()
void	SetAttribute (const char *title)
void	SetAttribute (const char title, const char value)
void	SetAttribute (const char title, const char value, NXOpen::Update::Option option)
void	SetAttribute (const char *title, double value)
void	SetAttribute (const char *title, double value, NXOpen::Update::Option option)
void	SetAttribute (const char *title, int value)
void	SetAttribute (const char *title, int value, NXOpen::Update::Option option)
void	SetAttribute (const char *title, NXOpen::Update::Option option)
void	SetBooleanUserAttribute (const char *title, int index, bool value, NXOpen::Update::Option option)
void	SetBooleanUserAttribute (const NXString &title, int index, bool value, NXOpen::Update::Option option)
virtual void	SetName (const char *name)
virtual void	SetName (const NXString &name)
void	SetPdmReferenceAttribute (const char attributeTitle, const char attributeValue)
	设置对象的PDM参考属性值。用户需提供属性标题和UI显示的别名值。若参考属性为数组类型，此操作将被忽略。别名字符串会转换为内部值（如会话标识符），并将该内部值设置到指定对象上。创建于NX12.0.0。许可要求：无
void	SetPdmReferenceAttribute (const NXString &attributeTitle, const NXString &attributeValue)
	设置对象的PDM参考属性值。用户需提供属性标题和UI显示的别名值。若参考属性为数组类型，此操作将被忽略。别名字符串会转换为内部值（如会话标识符），并将该内部值设置到指定对象上。创建于NX12.0.0。许可要求：无
void	SetReferenceAttribute (const char title, const char value)
void	SetReferenceAttribute (const char title, const char value, NXOpen::Update::Option option)
void	SetTimeAttribute (const char title, const char value)
void	SetTimeAttribute (const char title, const char value, NXOpen::Update::Option option)
void	SetTimeUserAttribute (const char title, int index, const char value, NXOpen::Update::Option option)
void	SetTimeUserAttribute (const char *title, int index, const NXOpen::NXObject::ComputationalTime &value, NXOpen::Update::Option option)
void	SetTimeUserAttribute (const NXString &title, int index, const NXOpen::NXObject::ComputationalTime &value, NXOpen::Update::Option option)
void	SetTimeUserAttribute (const NXString &title, int index, const NXString &value, NXOpen::Update::Option option)
void	SetUserAttribute (const char title, int index, const char value, NXOpen::Update::Option option)
void	SetUserAttribute (const char *title, int index, double value, NXOpen::Update::Option option)
void	SetUserAttribute (const char *title, int index, int value, NXOpen::Update::Option option)
void	SetUserAttribute (const char *title, int index, NXOpen::Update::Option option)
void	SetUserAttribute (const NXOpen::NXObject::AttributeInformation &info, NXOpen::Update::Option option)
void	SetUserAttribute (const NXString &title, int index, const NXString &value, NXOpen::Update::Option option)
void	SetUserAttribute (const NXString &title, int index, double value, NXOpen::Update::Option option)
void	SetUserAttribute (const NXString &title, int index, int value, NXOpen::Update::Option option)
void	SetUserAttribute (const NXString &title, int index, NXOpen::Update::Option option)
void	SetUserAttributeLock (const char *title, NXOpen::NXObject::AttributeType type, bool lock)
void	SetUserAttributeLock (const NXString &title, NXOpen::NXObject::AttributeType type, bool lock)
Public 成员函数继承自 NXOpen::TaggedObject
tag_t	Tag () const

友元
class	_SketchBuilder

额外继承的成员函数
Public 属性继承自 NXOpen::NXObject
NXOpen::Update::Option	option
const NXString NXOpen::Update::Option	option
double NXOpen::Update::Option	option
int NXOpen::Update::Option	option
const NXString &	value
double	value
int	value

详细描述

草图对象

表示草图
使用 NXOpen::SketchCollection 类创建草图。

创建于 NX3.0.0。

成员枚举类型说明

◆ AddEllipseOption

enum NXOpen::Sketch::AddEllipseOption

Used by NXOpen::Sketch::AddGeometry to determine whether to treat an ellipse as an ellipse or generic conic when adding the curve to a sketch. Treating an ellipse as a conic means that the ellipse will be given an anchor point. This affects, among other things, how the ellipse behaves when it is dragged. In order for an ellipse to be treated as a conic, its end angle minus its start angle must be less than 180 degrees.

枚举值
AddEllipseOptionTreatAsEllipse	treat as ellipse
AddEllipseOptionTreatAsConic	treat as conic

◆ AlternateSolutionOption

enum NXOpen::Sketch::AlternateSolutionOption

指示是否使用替代解决方案而非常规解决方案。圆弧的替代解决方案是完整圆中未包含在常规解决方案中的部分。例如，如果常规解决方案是从0到45度的圆弧，替代解决方案将是具有相同圆心和原点但从45度到360度的圆弧。

枚举值
AlternateSolutionOptionFalse	使用常规解决方案
AlternateSolutionOptionTrue	使用替代解决方案

◆ AssocType

enum NXOpen::Sketch::AssocType

Used in NXOpen::Sketch::DimensionGeometry to indicate what type of geometry to use

枚举值
AssocTypeNone	Use the entire geometric item, as opposed to a point
AssocTypeStartPoint	Start point. E.g. the start point of a line
AssocTypeEndPoint	End point. E.g. the start point of a line
AssocTypeArcCenter	Center of an arc, circle, or ellipse
AssocTypeTangency	Create the dimension tangent to the geometric item
AssocTypeCurvePoint	A point on a spline
AssocTypeAnchorPoint	The anchor of a conic
AssocTypeMidpoint	The midpoint of a curve

◆ AutoDimensioningRule

enum NXOpen::Sketch::AutoDimensioningRule

Type of Auto Dimensioning rules. It should match the rule types defined in Auto Dimensioning engine. Auto Dimensioning rules affect how the dimensions are created by the Auto Dimensioner. The rules will be put in a list, the first the rule with the highest priority and the last rule with the lowest priority. The user can change the order of the rules in the list to persue the flavor of the dimensions he wants. NXOpen::Sketch::AutoDimensioningRuleSymmetric : create symmetric dimensions if the curves are symmetric NXOpen::Sketch::AutoDimensioningRuleAdjacentAngle : create angles between adjacent lines NXOpen::Sketch::AutoDimensioningRuleLength : create length dimension for lines NXOpen::Sketch::AutoDimensioningRuleHorizontalVertical : create horizontal and vertical dimensions NXOpen::Sketch::AutoDimensioningRuleReferenceAxes : create dimensions between curves and reference axes

枚举值
AutoDimensioningRuleSymmetric	Create Symmetric Dimensions
AutoDimensioningRuleAdjacentAngle	Create Adjacent Angles
AutoDimensioningRuleLength	Create Length Dimension
AutoDimensioningRuleHorizontalVertical	Create Horizontal and Vertical Dimensions
AutoDimensioningRuleReferenceAxes	Create Dimensions to Reference Axes

◆ ConstraintClass

enum NXOpen::Sketch::ConstraintClass

Represents the class of the constraint. There are two classes of constraints: geometric and dimension

枚举值
ConstraintClassNotConstraint	not constraint
ConstraintClassAny	Used in query methods that filter by constraint class to select both types of constraints
ConstraintClassGeometric	A non-dimension constraint
ConstraintClassDimension	A dimensional constraint

◆ ConstraintGeometryHelpType

enum NXOpen::Sketch::ConstraintGeometryHelpType

Used in ConstraintHelp to indicate what type of help it is

枚举值
ConstraintGeometryHelpTypePoint	point
ConstraintGeometryHelpTypeParameter	parameter

◆ ConstraintPointType

enum NXOpen::Sketch::ConstraintPointType

用于在 ConstraintGeometry 中指示几何是什么类型的点（如果有的话）

枚举值
ConstraintPointTypeNone	几何不是点
ConstraintPointTypeStartVertex	起始顶点（例如，直线的起点）
ConstraintPointTypeEndVertex	结束顶点（例如，直线的终点）
ConstraintPointTypeArcCenter	圆、弧或椭圆的中心
ConstraintPointTypeSplineDefiningPoint	样条曲线的定义点
ConstraintPointTypeAnchor	圆锥曲线的锚点
ConstraintPointTypeSplinePole	样条曲线的控制点
ConstraintPointTypeMidVertex	直线或弧的中点

◆ ConstraintType

enum NXOpen::Sketch::ConstraintType

Represents the type of constraint

枚举值
ConstraintTypeNoCon	Used in query methods that filter by constraint type to select any type of constraint
ConstraintTypeFixed	fixed
ConstraintTypeHorizontal	horizontal
ConstraintTypeVertical	vertical
ConstraintTypeParallel	parallel
ConstraintTypePerpendicular	perpendicular
ConstraintTypeCollinear	collinear
ConstraintTypeEqualLength	equal length
ConstraintTypeEqualRadius	equal radius
ConstraintTypeConstantLength	constant length
ConstraintTypeConstantAngle	constant angle
ConstraintTypeCoincident	coincident
ConstraintTypeConcentric	concentric
ConstraintTypeMirror	mirror
ConstraintTypePointOnCurve	point on curve
ConstraintTypeMidpoint	midpoint
ConstraintTypeTangent	tangent
ConstraintTypeRadiusDim	radius dim
ConstraintTypeDiameterDim	diameter dim
ConstraintTypeHorizontalDim	horizontal dim
ConstraintTypeVerticalDim	vertical dim
ConstraintTypeParallelDim	parallel dim
ConstraintTypePerpendicularDim	perpendicular dim
ConstraintTypeAngularDim	system will decide if it is major or minor
ConstraintTypeReservedCon1	Do not use
ConstraintTypeReservedCon2	Do not use
ConstraintTypeReservedCon3	Do not use
ConstraintTypeReservedCon4	Do not use
ConstraintTypeReservedCon5	Do not use
ConstraintTypeReservedCon6	Do not use
ConstraintTypePointOnString	point on string
ConstraintTypeSlope	slope
ConstraintTypeUniformScaled	uniform scaled
ConstraintTypeNonUniformScaled	non uniform scaled
ConstraintTypeAssocTrim	Limited support
ConstraintTypeAssocOffset	Limited support
ConstraintTypePerimeterDim	perimeter dim
ConstraintTypeOffset	offset
ConstraintTypeNormal	normal
ConstraintTypePointOnLoop	point on loop
ConstraintTypeRecipeTrim	recipe trim
ConstraintTypePattern	pattern
ConstraintTypeMinorAngularDim	minor angular dim
ConstraintTypeMajorAngularDim	major angular dim
ConstraintTypeLastConType	The last constraint type indicator; NOT to be used.

◆ CreateDimensionOption

enum NXOpen::Sketch::CreateDimensionOption

用于圆角，指示是否由圆角创建半径尺寸

枚举值
CreateDimensionOptionFalse	不创建半径尺寸
CreateDimensionOptionTrue	创建半径尺寸

◆ CreateInferConstraintSetting

enum NXOpen::Sketch::CreateInferConstraintSetting

指示是否创建推断约束

枚举值
CreateInferConstraintSettingOn	创建推断约束
CreateInferConstraintSettingOff	不创建推断约束

◆ DeleteThirdCurveOption

enum NXOpen::Sketch::DeleteThirdCurveOption

Indicates whether the 3rd curve should be deleted when doing a 3 curve fillet

枚举值
DeleteThirdCurveOptionFalse	不删除第三条曲线
DeleteThirdCurveOptionTrue	删除第三条曲线

◆ DimensionOption

enum NXOpen::Sketch::DimensionOption

Used by NXOpen::Sketch::CreateDimension , NXOpen::Sketch::CreateRadialDimension NXOpen::Sketch::CreateDiameterDimension and NXOpen::Sketch::CreatePerimeterDimension to determine whether to create driving, constant, or reference dimension

枚举值
DimensionOptionCreateAsDriving	Create dimension as driving
DimensionOptionCreateAsReference	Create dimension as reference
DimensionOptionCreateAsAutomatic	Create dimension as automatic
DimensionOptionCreateAsConstant	Create dimension as constant

◆ InferConstraintsOption

enum NXOpen::Sketch::InferConstraintsOption

添加点或曲线到草图时使用。指定是否推断新添加几何与草图中已有几何之间的重合约束。如果选择推断约束，当新添加几何的端点与草图中其他端点在系统容差范围内位置相同时，将创建重合约束。

枚举值
InferConstraintsOptionInferNoConstraints	不推断约束
InferConstraintsOptionInferCoincidentConstraints	推断约束

◆ PlaneOption

enum NXOpen::Sketch::PlaneOption

指定草图使用的平面类型

枚举值
PlaneOptionInferred	使用推断平面
PlaneOptionExistingPlane	使用现有平面
PlaneOptionNewPlane	使用新平面
PlaneOptionNewCsys	使用新坐标系

◆ PointType

enum NXOpen::Sketch::PointType

Sketch operations can involve an entire geometric object, such as a NXOpen::Line , or a control point of the geometry, such as a start point or center point.

枚举值
PointTypeNone	none
PointTypeStartPoint	start point
PointTypeEndPoint	end point
PointTypeCenter	center
PointTypeSplineDefiningPoint	spline defining point
PointTypeAnchor	anchor
PointTypeSplinePole	spline pole
PointTypeMidPoint	mid point
PointTypeQuadrant	quadrant

◆ Status

enum NXOpen::Sketch::Status

表示草图的状态

枚举值
StatusUnknown	未知
StatusNotEvaluated	未评估
StatusUnderConstrained	需要更多约束以完全约束草图
StatusWellConstrained	草图已完全约束
StatusOverConstrained	草图约束过多
StatusInconsistentlyConstrained	草图存在冲突约束

◆ TrimInputOption

enum NXOpen::Sketch::TrimInputOption

Indicates whether the input curves should be trimmed when doing a fillet

枚举值
TrimInputOptionFalse	Do not trim the input curves
TrimInputOptionTrue	Trim the input curves

◆ UpdateLevel

enum NXOpen::Sketch::UpdateLevel

用于指示更新的程度

枚举值
UpdateLevelSketchOnly	仅更新草图
UpdateLevelModel	更新完整模型和草图

◆ ViewReorient

enum NXOpen::Sketch::ViewReorient

用于指示激活草图时是否重新定向视图

枚举值
ViewReorientFalse	不重新定向视图到草图
ViewReorientTrue	重新定向视图到草图

成员函数说明

◆ Activate()

void NXOpen::Sketch::Activate ( NXOpen::Sketch::ViewReorient orientView )

重新附着草图。

弃用: 已在 NX11.0.0 中弃用。请使用 NXOpen::SketchInPlaceBuilder 替代。
创建于 NX3.0.0。
许可证要求：solid_modeling ("SOLIDS MODELING") 或 drafting ("DRAFTING") 或 geometric_tol ("GDT")

草图将附着到的面或基准平面。必须是平面。可以是基准轴、边、基准平面、面或 NULL。如果是边，该边必须是线段。如果是面，该面必须是平面。如果为 NULL，则使用 reference_direction。如果 reference_axis 为 NULL，此参数设置草图的参考方向。此时，该参数不能为 (0,0,0)。如果 reference_axis 不为 NULL 且此参数不为 (0,0,0)，此参数确定参考方向是与 reference_axis 同向还是反向。如果此参数为 (0,0,0)，则不使用此参数。指示参考轴是水平还是垂直。除非 reference_direction 为 (0,0,0) 且 reference_axis 是边或基准轴，否则忽略。此参数指示参考轴应与 reference_axis 同向还是反向。草图的 Z 轴应向外还是向内。草图局部坐标系的原点。 Activates the sketch
Created in NX3.0.0.

License requirements : solid_modeling ("SOLIDS MODELING") OR drafting ("DRAFTING") OR geometric_tol ("GDT") OR nx_freeform_1 ("basic freeform modeling")

参数

orientView Indicates whether to orient the view to the sketch during activation

◆ AddGeometry() [1/4]

void NXOpen::Sketch::AddGeometry	(	NXOpen::Curve *	crv,
		NXOpen::Sketch::InferConstraintsOption	inferCoincidentConstraints,
		NXOpen::Sketch::AddEllipseOption	ellipseOption )

Adds a curve or point to a sketch.
Created in NX3.0.0.

License requirements : solid_modeling ("SOLIDS MODELING") OR drafting ("DRAFTING") OR geometric_tol ("GDT") OR nx_freeform_1 ("basic freeform modeling")

参数

crv	Must be a curve or point
inferCoincidentConstraints	Whether to automatically create coincident constraints when adding the geometry. If this flag is true and there exists another curve or point in the sketch that has a vertex that is at the same location (within system tolerance) as one of the vertices for crv, a coincident constraint will be created
ellipseOption	If you are adding an ellipse to the sketch, this parameter indicates whether the ellipse should be treated as an ellipse or general conic. If you are not adding an ellipse, the option is ignored. See the documentation for NXOpen::Sketch::AddEllipseOption for more details. The default value is NXOpen::Sketch::AddEllipseOptionTreatAsEllipse . In order to treat an ellipse as a conic, its end angle minus its start angle must be less than 180 degrees.

◆ AddGeometry() [2/4]

void NXOpen::Sketch::AddGeometry ( NXOpen::DisplayableObject * crv )

Adds a curve or point to the sketch. Infers coincident constraints with other geometry in the sketch
Created in NX3.0.0.

License requirements : solid_modeling ("SOLIDS MODELING") OR drafting ("DRAFTING") OR geometric_tol ("GDT") OR nx_freeform_1 ("basic freeform modeling")

参数

crv	Must be a curve or point

◆ AddGeometry() [3/4]

void NXOpen::Sketch::AddGeometry	(	NXOpen::DisplayableObject *	crv,
		NXOpen::Sketch::InferConstraintsOption	inferCoincidentConstraints )

Adds a curve or point to the sketch
Created in NX3.0.0.

License requirements : solid_modeling ("SOLIDS MODELING") OR drafting ("DRAFTING") OR geometric_tol ("GDT") OR nx_freeform_1 ("basic freeform modeling")

参数

crv	Must be a curve or point
inferCoincidentConstraints	Whether to automatically create coincident constraints when adding the geometry. If this flag is true and there exists another curve or point in the sketch that has a vertex that is at the same location (within system tolerance) as one of the vertices for crv, a coincident constraint will be created

◆ AddGeometry() [4/4]

void NXOpen::Sketch::AddGeometry	(	NXOpen::Sketch::InferConstraintsOption	inferCoincidentConstraints,
		NXOpen::Sketch::AddEllipseOption	ellipseOption,
		const std::vector< NXOpen::SmartObject * > &	curvesOrPoints )

Adds an array of curves or points to a sketch.
Created in NX6.0.1.

License requirements : solid_modeling ("SOLIDS MODELING") OR drafting ("DRAFTING") OR geometric_tol ("GDT") OR nx_freeform_1 ("basic freeform modeling")

参数

inferCoincidentConstraints	Whether to automatically create coincident constraints when adding the geometry. If this flag is true and there exists another curve or point in the sketch that has a vertex that is at the same location (within system tolerance) as one of the vertices for crv, a coincident constraint will be created
ellipseOption	If you are adding an ellipse to the sketch, this parameter indicates whether the ellipse should be treated as an ellipse or general conic. If you are not adding an ellipse, the option is ignored. See the documentation for NXOpen::Sketch::AddEllipseOption for more details. The default value is NXOpen::Sketch::AddEllipseOptionTreatAsEllipse . In order to treat an ellipse as a conic, its end angle minus its start angle must be less than 180 degrees.
curvesOrPoints	Must be a curve or point

◆ AttachPlane()

NXOpen::ISurface * NXOpen::Sketch::AttachPlane ( )

Returns the plane that the sketch is attached to
Created in NX3.0.0.

License requirements : None

◆ AutoConstrain()

std::vector< NXOpen::SketchConstraint * > NXOpen::Sketch::AutoConstrain	(	double	linearTolerance,
		double	angularTolerance,
		bool	allowRemoteConstraints,
		const std::vector< NXOpen::SmartObject * > &	geometries,
		const std::vector< NXOpen::Sketch::ConstraintType > &	autoconstraintTypes )

对输入的几何集创建自动约束。

返回: 推导的约束数组
创建于 NX4.0.0。

许可要求：solid_modeling ("SOLIDS MODELING") 或 drafting ("DRAFTING") 或 geometric_tol ("GDT")

参数

linearTolerance	捕捉距离
angularTolerance	捕捉角度
allowRemoteConstraints	是否允许远程约束
geometries	几何数组
autoconstraintTypes	约束类型数组

◆ BreakAssociativity()

void NXOpen::Sketch::BreakAssociativity ( const std::vector< NXOpen::NXObject * > & sketchGeoms )

断开草图中配方几何（投影或相交曲线和点）的关联性，使其成为常规草图几何。忽略任何非配方几何。在草图更新前调用。
创建于 NX11.0.0。

许可要求：solid_modeling ("SOLIDS MODELING") 或 drafting ("DRAFTING") 或 geometric_tol ("GDT")

参数

sketchGeoms 活动草图中的配方几何

◆ CalculateStatus()

void NXOpen::Sketch::CalculateStatus ( )

Calculate the sketch status to detect if the dimensions and persistent relations define the sketch properly. The calculated status is stored on the sketch and can be accessed using NXOpen::Sketch::GetStatus . The sketch should be active without the Work Region enabled to get the correct status.
Created in NX1980.0.0.

License requirements : solid_modeling ("SOLIDS MODELING") OR drafting ("DRAFTING") OR geometric_tol ("GDT") OR nx_freeform_1 ("basic freeform modeling")

◆ ConvertRadialDimension()

void NXOpen::Sketch::ConvertRadialDimension ( const std::vector< NXOpen::DisplayableObject * > & dimensions )

将半径尺寸转换为直径尺寸或直径尺寸转换为半径尺寸。当尺寸是驱动尺寸且其表达式被其他表达式引用，或其值是引用表达式的公式时，转换将不执行。转换半径到直径时，半径值加倍为直径值。转换直径到半径时，直径值减半为半径值。
创建于 NX1899.0.0。

许可要求：solid_modeling ("SOLIDS MODELING") 或 drafting ("DRAFTING") 或 geometric_tol ("GDT")

参数

dimensions 要转换的尺寸

◆ ConvertToNx10Spline()

void NXOpen::Sketch::ConvertToNx10Spline ( NXOpen::Spline * spline )

将旧版样条曲线转换为新的 NX10 样条曲线。输入样条曲线将升级为 NX10 样条曲线。不会创建新样条曲线来替换输入样条曲线。
创建于 NX10.0.0。

许可要求：solid_modeling ("SOLIDS MODELING") 或 drafting ("DRAFTING") 或 geometric_tol ("GDT")

参数

spline 样条曲线

◆ CopyObjects()

std::vector< NXOpen::NXObject * > NXOpen::Sketch::CopyObjects ( const std::vector< NXOpen::NXObject * > & inputObjects )

创建输入对象及其之间约束的副本。

返回: 副本对象
创建于 NX4.0.0。

许可要求：solid_modeling ("SOLIDS MODELING") OR drafting ("DRAFTING") OR geometric_tol ("GDT")

参数

inputObjects 要复制的对象

◆ CopyObjectsWithDimensionOutput()

void NXOpen::Sketch::CopyObjectsWithDimensionOutput	(	const std::vector< NXOpen::NXObject * > &	inputObjects,
		std::vector< NXOpen::NXObject * > &	outputObjects,
		std::vector< NXOpen::NXObject * > &	outputDims )

创建输入对象及其之间约束的副本。此函数与 NXOpen::Sketch::CopyObjects 相同，只是返回新创建的尺寸数组
创建于 NX6.0.0。

许可要求：solid_modeling ("SOLIDS MODELING") OR drafting ("DRAFTING") OR geometric_tol ("GDT")

参数

inputObjects	要复制的对象
outputObjects	副本对象
outputDims	副本尺寸

◆ CopyObjectsWithTracking()

std::vector< NXOpen::Sketch::CopyObjectData > NXOpen::Sketch::CopyObjectsWithTracking ( const std::vector< NXOpen::DisplayableObject * > & inputObjects )

复制输入对象和它们之间的约束。仅当输入对象数组中显式包含时，才复制草图尺寸。

返回: 原始输入对象与对应复制对象的映射
创建于 NX7.5.0。

许可要求：solid_modeling ("SOLIDS MODELING") 或 drafting ("DRAFTING") 或 geometric_tol ("GDT")

参数

inputObjects 要复制的对象

◆ CreateCoincidentConstraint()

NXOpen::SketchGeometricConstraint * NXOpen::Sketch::CreateCoincidentConstraint	(	const NXOpen::Sketch::ConstraintGeometry &	geom1,
		const NXOpen::Sketch::ConstraintGeometry &	geom2 )

Creates a coincident constraint

返回: The coincident constraint
Created in NX3.0.0.

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

参数

geom1	Must be a vertex
geom2	Must be a vertex

◆ CreateCollinearConstraint()

NXOpen::SketchGeometricConstraint * NXOpen::Sketch::CreateCollinearConstraint	(	const NXOpen::Sketch::ConstraintGeometry &	conGeom1,
		const NXOpen::Sketch::ConstraintGeometry &	conGeom2 )

Creates a collinear constraint. One of the input constraint geometries must be a line.

返回: The collinear constraint
Created in NX3.0.0.

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

参数

conGeom1	Must be a line, linear edge, datum axis, or datum plane
conGeom2	Must be a line, linear edge, datum axis, or datum plane

◆ CreateConcentricConstraint()

NXOpen::SketchGeometricConstraint * NXOpen::Sketch::CreateConcentricConstraint	(	const NXOpen::Sketch::ConstraintGeometry &	conGeom1,
		const NXOpen::Sketch::ConstraintGeometry &	conGeom2 )

Creates a concentric constraint. One of the input constraint geometries must be a curve.

返回: The concentric constraint
Created in NX3.0.0.

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

参数

conGeom1	Must be an arc or ellipse or edge shaped as an arc or ellipse
conGeom2	Must be an arc or ellipse or edge shaped as an arc or ellipse

◆ CreateConstantAngleConstraint()

NXOpen::SketchGeometricConstraint * NXOpen::Sketch::CreateConstantAngleConstraint ( const NXOpen::Sketch::ConstraintGeometry & conGeom )

Creates a constant angle constraint

返回: The constant angle constraint
Created in NX3.0.0.

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

参数

conGeom Must be a line

◆ CreateConstantLengthConstraint()

NXOpen::SketchGeometricConstraint * NXOpen::Sketch::CreateConstantLengthConstraint ( const NXOpen::Sketch::ConstraintGeometry & conGeom )

Creates a constant length constraint

返回: The constant length constraint
Created in NX3.0.0.

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

参数

conGeom Must be a line

◆ CreateDiameterDimension() [1/2]

NXOpen::SketchDimensionalConstraint * NXOpen::Sketch::CreateDiameterDimension	(	const NXOpen::Sketch::DimensionGeometry &	dimObject1,
		const NXOpen::Point3d &	dimOrigin,
		NXOpen::Expression *	expression )

Creates a diameter dimension constraint

返回: The diametral dimension constraint
Created in NX3.0.0.

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

参数

dimObject1	Should be an arc
dimOrigin	The location where the dimension should be placed
expression	Defining expression for the dimension. Can be NULL

◆ CreateDiameterDimension() [2/2]

NXOpen::SketchDimensionalConstraint * NXOpen::Sketch::CreateDiameterDimension	(	const NXOpen::Sketch::DimensionGeometry &	dimObject1,
		const NXOpen::Point3d &	dimOrigin,
		NXOpen::Expression *	expression,
		NXOpen::Sketch::DimensionOption	refDim )

Creates a diameter dimension constraint. Accepts a flag to create the dim as driving or reference

返回: The diametral dimension constraint
Created in NX4.0.0.

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

参数

dimObject1	Should be an arc
dimOrigin	The location where the dimension should be placed
expression	Defining expression for the dimension. Can be NULL
refDim	option for creating driving or reference dimension

◆ CreateDimension() [1/2]

NXOpen::SketchDimensionalConstraint * NXOpen::Sketch::CreateDimension	(	NXOpen::Sketch::ConstraintType	dimType,
		const NXOpen::Sketch::DimensionGeometry &	dimObject1,
		const NXOpen::Sketch::DimensionGeometry &	dimObject2,
		const NXOpen::Point3d &	dimOrigin,
		NXOpen::Expression *	expression )

Creates a dimension between two geometric objects. Do not use for radial, diameter, or perimeter dimensions. To create a radial or diameter constraint, use NXOpen::Sketch::CreateRadialDimension or NXOpen::Sketch::CreateDiameterDimension . To create a perimeter dimension, use NXOpen::Sketch::CreatePerimeterDimension

返回: The dimensional constraint
Created in NX3.0.0.

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

参数

dimType	Must be one of the dimension types and should not be a radial, diametral, or perimeter dimension
dimObject1	First input geometry
dimObject2	Second input geometry
dimOrigin	The location where the dimension should be placed
expression	Defining expression for the dimension. Can be NULL

◆ CreateDimension() [2/2]

NXOpen::SketchDimensionalConstraint * NXOpen::Sketch::CreateDimension	(	NXOpen::Sketch::ConstraintType	dimType,
		const NXOpen::Sketch::DimensionGeometry &	dimObject1,
		const NXOpen::Sketch::DimensionGeometry &	dimObject2,
		const NXOpen::Point3d &	dimOrigin,
		NXOpen::Expression *	expression,
		NXOpen::Sketch::DimensionOption	refDim )

Creates a dimension between two geometric objects. Do not use for radial, diameter, or perimeter dimensions. To create a radial or diameter constraint, use NXOpen::Sketch::CreateRadialDimension or NXOpen::Sketch::CreateDiameterDimension . To create a perimeter dimension, use NXOpen::Sketch::CreatePerimeterDimension . This function takes in an argument to create the dimension as driving or reference.

返回: The dimensional constraint
Created in NX4.0.0.

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

参数

dimType	Must be one of the dimension types and should not be a radial, diametral, or perimeter dimension
dimObject1	First input geometry
dimObject2	Second input geometry
dimOrigin	The location where the dimension should be placed
expression	Defining expression for the dimension. Can be NULL
refDim	option for creating driving or reference dimension

◆ CreateEqualLengthConstraint()

NXOpen::SketchGeometricConstraint * NXOpen::Sketch::CreateEqualLengthConstraint	(	const NXOpen::Sketch::ConstraintGeometry &	conGeom1,
		const NXOpen::Sketch::ConstraintGeometry &	conGeom2 )

Creates an equal length constraint. One of the input constraint geometries must be a line.

返回: The equal length constraint
Created in NX3.0.0.

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

参数

conGeom1	Must be a line or linear edge
conGeom2	Must be a line or linear edge

◆ CreateEqualRadiusConstraint()

NXOpen::SketchGeometricConstraint * NXOpen::Sketch::CreateEqualRadiusConstraint	(	const NXOpen::Sketch::ConstraintGeometry &	conGeom1,
		const NXOpen::Sketch::ConstraintGeometry &	conGeom2 )

Creates an equal radius constraint. One of the input constraint geometries must be a curve.

返回: The equal radius constraint
Created in NX3.0.0.

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

参数

conGeom1	Must be an arc or edge shaped as an arc
conGeom2	Must be an arc or edge shaped as an arc

◆ CreateFixedConstraint()

NXOpen::SketchGeometricConstraint * NXOpen::Sketch::CreateFixedConstraint ( const NXOpen::Sketch::ConstraintGeometry & geom )

Creates a fixed constraint

返回: The fixed constraint
Created in NX3.0.0.

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

参数

geom	Can be any curve, point, or vertex in the sketch

◆ CreateFullyFixedConstraints()

std::vector< NXOpen::SketchGeometricConstraint * > NXOpen::Sketch::CreateFullyFixedConstraints ( const NXOpen::Sketch::ConstraintGeometry & geom )

Creates enough fixed constraints on the curve and all of its vertices such that the geometry is fully fixed without any redundant fixed constraints.

返回: The fixed constraints
Created in NX5.0.0.

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

参数

geom	Can be any curve, point, or vertex in the sketch

◆ CreateHorizontalConstraint()

NXOpen::SketchGeometricConstraint * NXOpen::Sketch::CreateHorizontalConstraint ( const NXOpen::Sketch::ConstraintGeometry & geom )

Creates a horizontal constraint

返回: The horizontal constraint
Created in NX3.0.0.

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

参数

geom	Must be a line

◆ CreateInferConstraintsSetting()

NXOpen::Sketch::CreateInferConstraintSetting NXOpen::Sketch::CreateInferConstraintsSetting ( )

Returns the toggle that controls the creation of infer constraints in sketch
Created in NX4.0.0.

License requirements : None

◆ CreateMidpointConstraint()

NXOpen::SketchGeometricConstraint * NXOpen::Sketch::CreateMidpointConstraint	(	const NXOpen::Sketch::ConstraintGeometry &	conGeom1,
		const NXOpen::Sketch::ConstraintGeometry &	conGeom2 )

Creates a midpoint constraint. One of the input constraint geometries must be a vertex and the other must be a curve or edge.

返回: The midpoint constraint
Created in NX3.0.0.

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

参数

conGeom1	con geom1
conGeom2	con geom2

◆ CreateNonUniformScaledConstraint()

NXOpen::SketchGeometricConstraint * NXOpen::Sketch::CreateNonUniformScaledConstraint ( const NXOpen::Sketch::ConstraintGeometry & conGeom )

Creates a non-uniform scale constraint

返回: The non-uniform scale constraint
Created in NX3.0.0.

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

参数

conGeom Must be a spline

◆ CreateNormalConstraint()

NXOpen::SketchGeometricConstraint * NXOpen::Sketch::CreateNormalConstraint	(	const NXOpen::Sketch::ConstraintGeometry &	conGeom1,
		const NXOpen::Sketch::ConstraintGeometryHelp &	geom1Help,
		const NXOpen::Sketch::ConstraintGeometry &	conGeom2,
		const NXOpen::Sketch::ConstraintGeometryHelp &	geom2Help )

Creates a normal constraint. A normal constraint can be created between any two curve/edge type except between two linear objects. For linear objects, create a perpendicular constraint

返回: The normal constraint
Created in NX3.0.0.

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

参数

conGeom1	First input geometry for the constraint
geom1Help	Help data for first geom
conGeom2	Second input geometry for the constraint
geom2Help	Help data for second geom

◆ CreateParallelConstraint()

NXOpen::SketchGeometricConstraint * NXOpen::Sketch::CreateParallelConstraint	(	const NXOpen::Sketch::ConstraintGeometry &	conGeom1,
		const NXOpen::Sketch::ConstraintGeometry &	conGeom2 )

Creates a parallel constraint. A parallel constraint can only be created between one of the following pairs: (line, line or linear edge), (line, datum axis or datum plane), (line or linear edge, ellipse), (line, ellipse or elliptical edge), (ellipse, ellipse or elliptical edge).

返回: The parallel constraint
Created in NX3.0.0.

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

参数

conGeom1	First input geometry for the constraint
conGeom2	Second input geometry for the constraint

◆ CreatePerimeterDimension()

NXOpen::SketchDimensionalConstraint * NXOpen::Sketch::CreatePerimeterDimension	(	const std::vector< NXOpen::Curve * > &	curves,
		const NXOpen::Point3d &	dimOrigin,
		NXOpen::Expression *	expression )

Creates a perimeter dimension constraint

返回: The perimeter dimensional constraint
Created in NX3.0.0.

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

参数

curves	The curves that form the perimeter
dimOrigin	Not currently used
expression	Defining expression for the dimension. Can be NULL

◆ CreatePerpendicularConstraint()

NXOpen::SketchGeometricConstraint * NXOpen::Sketch::CreatePerpendicularConstraint	(	const NXOpen::Sketch::ConstraintGeometry &	conGeom1,
		const NXOpen::Sketch::ConstraintGeometry &	conGeom2 )

Creates a perpendicular constraint. A perpendicular constraint can only be created between one of the following pairs: (line, line or linear edge), (line, datum axis or datum plane), (line or linear edge, ellipse), (line, ellipse or elliptical edge), (ellipse, ellipse or elliptical edge).

返回: The perpendicular constraint
Created in NX3.0.0.

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

参数

conGeom1	First input geometry for the constraint
conGeom2	Second input geometry for the constraint

◆ CreatePointOnCurveConstraint()

NXOpen::SketchHelpedGeometricConstraint * NXOpen::Sketch::CreatePointOnCurveConstraint	(	const NXOpen::Sketch::ConstraintGeometry &	conGeom1,
		const NXOpen::Sketch::ConstraintGeometry &	conGeom2,
		const NXOpen::Sketch::ConstraintGeometryHelp &	help )

Creates a point on curve constraint. One of the input geometries must be a vertex and the other must be a curve, edge, datum axis, or datum plane.

返回: The point on curve constraint
Created in NX3.0.0.

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

参数

conGeom1	con geom1
conGeom2	con geom2
help	help

◆ CreatePointOnStringConstraint() [1/2]

NXOpen::SketchHelpedGeometricConstraint * NXOpen::Sketch::CreatePointOnStringConstraint	(	const NXOpen::Sketch::ConstraintGeometry &	conGeom1,
		const std::vector< NXOpen::Curve * > &	curvesInString,
		const NXOpen::Sketch::ConstraintGeometryHelp &	helpData,
		int	curveWhichHelpParamAppliesTo )

Creates a point on string constraint.

返回: The point on string constraint
Created in NX3.0.0.

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

参数

conGeom1	Must be a vertex
curvesInString	Must all be part of the same string. (You can create a string of curves through the UI through the Edit -> Project command.)
helpData	help data
curveWhichHelpParamAppliesTo	If helpData is a parameter, this parameter indicates which curve in the curvesInString that the help parameter applies to. Otherwise, this parameter is not used

◆ CreatePointOnStringConstraint() [2/2]

NXOpen::SketchHelpedGeometricConstraint * NXOpen::Sketch::CreatePointOnStringConstraint	(	const NXOpen::Sketch::ConstraintGeometry &	conGeom1,
		NXOpen::Curve *	curveInString,
		const NXOpen::Sketch::ConstraintGeometryHelp &	helpData )

Creates a point on string constraint. The string is specified using a single curve in the string. The constraint is created on the entire string that curveInString belongs to.

返回: The point on string constraint
Created in NX3.0.0.

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

参数

conGeom1	Must be a vertex
curveInString	A curve in the string that you want to create the constraint on. The constraint is created on the entire string that this curve belongs to. (You can create a string of curves through the UI through the Edit -> Project command.)
helpData	help data

◆ CreateRadialDimension() [1/2]

NXOpen::SketchDimensionalConstraint * NXOpen::Sketch::CreateRadialDimension	(	const NXOpen::Sketch::DimensionGeometry &	dimObject1,
		const NXOpen::Point3d &	dimOrigin,
		NXOpen::Expression *	expression )

Creates a radial dimension constraint

返回: The radial dimension constraint
Created in NX3.0.0.

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

参数

dimObject1	Should be an arc
dimOrigin	The location where the dimension should be placed
expression	Defining expression for the dimension. Can be NULL

◆ CreateRadialDimension() [2/2]

NXOpen::SketchDimensionalConstraint * NXOpen::Sketch::CreateRadialDimension	(	const NXOpen::Sketch::DimensionGeometry &	dimObject1,
		const NXOpen::Point3d &	dimOrigin,
		NXOpen::Expression *	expression,
		NXOpen::Sketch::DimensionOption	refDim )

Creates a radial dimension constraint. Accepts a flag to create the dimension as driving or reference

返回: The radial dimension constraint
Created in NX4.0.0.

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

参数

dimObject1	Should be an arc
dimOrigin	The location where the dimension should be placed
expression	Defining expression for the dimension. Can be NULL
refDim	option for creating driving or reference dimension

◆ CreateSlopeConstraint()

NXOpen::SketchGeometricConstraint * NXOpen::Sketch::CreateSlopeConstraint	(	const NXOpen::Sketch::ConstraintGeometry &	conGeom1,
		const NXOpen::Sketch::ConstraintGeometry &	conGeom2 )

Creates a slope constraint. One of the input constraint geometries must a spline defining point. The other must be datum axis, datum plane, or a curve or edge shaped as a line, arc, ellipse, conic, or spline.

返回: The slope constraint
Created in NX3.0.0.

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

参数

conGeom1	con geom1
conGeom2	con geom2

◆ CreateTangentConstraint()

NXOpen::SketchTangentConstraint * NXOpen::Sketch::CreateTangentConstraint	(	const NXOpen::Sketch::ConstraintGeometry &	geom1,
		const NXOpen::Sketch::ConstraintGeometryHelp &	geom1Help,
		const NXOpen::Sketch::ConstraintGeometry &	geom2,
		const NXOpen::Sketch::ConstraintGeometryHelp &	geom2Help )

Creates a tangent constraint. Note: the input constraint geometries cannot both be linear.

返回: The tangent constraint
Created in NX3.0.0.

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

参数

geom1	A curve, edge, or datum axis
geom1Help	geom1 help
geom2	A curve, edge, or datum axis
geom2Help	geom2 help

◆ CreateUniformScaledConstraint()

NXOpen::SketchGeometricConstraint * NXOpen::Sketch::CreateUniformScaledConstraint ( const NXOpen::Sketch::ConstraintGeometry & conGeom )

Creates a uniform scale constraint

返回: The uniform scale constraint
Created in NX3.0.0.

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

参数

conGeom Must be a spline

◆ CreateVerticalConstraint()

NXOpen::SketchGeometricConstraint * NXOpen::Sketch::CreateVerticalConstraint ( const NXOpen::Sketch::ConstraintGeometry & geom )

Creates a vertical constraint

返回: The vertical constraint
Created in NX3.0.0.

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

参数

geom	Must be a line

◆ Deactivate()

void NXOpen::Sketch::Deactivate	(	NXOpen::Sketch::ViewReorient	orientView,
		NXOpen::Sketch::UpdateLevel	updateLevel )

Deactivates the sketch
Created in NX3.0.0.

License requirements : solid_modeling ("SOLIDS MODELING") OR drafting ("DRAFTING") OR geometric_tol ("GDT") OR nx_freeform_1 ("basic freeform modeling")

参数

orientView	Indicates whether to orient the view to the model during deactivation
updateLevel	Indicates whether just the sketch should be updated or the entire model

◆ DeleteConstraintsOnGeometries() [1/3]

void NXOpen::Sketch::DeleteConstraintsOnGeometries ( const std::vector< NXOpen::NXObject * > & objects )

删除与对象及其所有顶点相关联的所有几何约束。将与对象及其顶点相关联的所有驱动尺寸转换为参考尺寸。
创建于 NX4.0.0。

许可要求：solid_modeling ("SOLIDS MODELING") OR drafting ("DRAFTING") OR geometric_tol ("GDT")

参数

objects 需删除约束的对象

◆ DeleteConstraintsOnGeometries() [2/3]

void NXOpen::Sketch::DeleteConstraintsOnGeometries ( const std::vector< NXOpen::Sketch::ConstraintGeometry > & objects )

删除与对象及其所有顶点相关联的所有几何约束。将与对象及其顶点相关联的所有驱动尺寸转换为参考尺寸。用户可以传入一个顶点，对提供的顶点执行相同操作。
创建于 NX8.5.0。

许可要求：solid_modeling ("SOLIDS MODELING") OR drafting ("DRAFTING") OR geometric_tol ("GDT")

参数

objects 需删除约束的对象

◆ DeleteConstraintsOnGeometries() [3/3]

void NXOpen::Sketch::DeleteConstraintsOnGeometries	(	NXOpen::Sketch::ConstraintClass	conClass,
		const std::vector< NXOpen::Sketch::ConstraintGeometry > &	objects )

根据约束类删除与输入草图几何和顶点相关联的约束，例如：

NXOpen::Sketch::ConstraintClassAny 将移除所有几何约束并将驱动尺寸转换为参考尺寸。
NXOpen::Sketch::ConstraintClassGeometric 将移除所有几何约束。
NXOpen::Sketch::ConstraintClassDimension 将移除所有尺寸，不将其转换为参考尺寸。
NXOpen::Sketch::ConstraintClassNotConstraint 将不移除任何几何约束和尺寸。

创建于 NX11.0.0。

许可要求：solid_modeling ("SOLIDS MODELING") OR drafting ("DRAFTING") OR geometric_tol ("GDT")

参数

conClass	如果不想按约束类筛选，请使用 NXOpen::Sketch::ConstraintClassAny
objects	需删除约束的对象

◆ DeleteObjects()

NXOpen::ErrorList * NXOpen::Sketch::DeleteObjects ( const std::vector< NXOpen::NXObject * > & objects )

从草图中删除对象

返回: 删除过程中遇到的错误列表
创建于 NX3.0.0。
许可证要求：solid_modeling ("SOLIDS MODELING") 或 drafting ("DRAFTING") 或 geometric_tol ("GDT")

参数

objects 要删除的对象

◆ DOFDisplay()

bool NXOpen::Sketch::DOFDisplay ( )

Returns a flag indicating whether the degree of freedom arrows are currently being displayed
Created in NX3.0.0.

License requirements : None

◆ EditSplineDefiningPoints()

void NXOpen::Sketch::EditSplineDefiningPoints	(	NXOpen::Spline *	spline,
		const std::vector< double > &	points )

更改样条曲线的定义点位置。points 数组长度需足够覆盖现有定义点。无法通过此调用添加/删除点或更改节点序列。
创建于 NX10.0.0。

许可要求：solid_modeling ("SOLIDS MODELING") 或 drafting ("DRAFTING") 或 geometric_tol ("GDT")

参数

spline	样条曲线
points	定义点位置。大小为点数的三倍。

◆ EditSplinePoles()

void NXOpen::Sketch::EditSplinePoles	(	NXOpen::Spline *	spline,
		const std::vector< double > &	poles )

更改样条曲线的控制点位置。poles 数组长度需足够覆盖现有控制点。无法通过此调用添加/删除控制点或更改节点序列。poles 数组中的数据顺序为 x、y、z、权重。可通过此函数编辑任意或所有这四个值。
创建于 NX10.0.0。

许可要求：solid_modeling ("SOLIDS MODELING") 或 drafting ("DRAFTING") 或 geometric_tol ("GDT")

参数

spline	样条曲线
poles	控制点位置。大小为点数的四倍。

◆ Feature()

NXOpen::Features::Feature * NXOpen::Sketch::Feature ( )

返回与此草图关联的特征
创建于 NX3.0.0。

许可要求：无

◆ Fillet() [1/4]

std::vector< NXOpen::Arc * > NXOpen::Sketch::Fillet	(	NXOpen::Curve *	curve1,
		NXOpen::Curve *	curve2,
		const NXOpen::Point3d &	helpPoint1,
		const NXOpen::Point3d &	helpPoint2,
		const NXOpen::Point3d &	pointOnArc,
		double	radius,
		NXOpen::Sketch::TrimInputOption	doTrim,
		NXOpen::Sketch::CreateDimensionOption	createRadiusDim,
		NXOpen::Sketch::AlternateSolutionOption	alternateSolution,
		std::vector< NXOpen::SketchConstraint * > &	constraints )

Fillets curves and creates appropriate constraints. If the input curves have mirror constraints, the fillet is also performed on the mirror curves.

返回: The fillet arcs that are created. If the input curves do not have any mirror constraints, the number of fillet arcs will always be one. If the input curves have mirror constraints, fillets will be created on the mirrored curves, and all the fillet arcs that were created are returned
Created in NX7.5.0.

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

参数

curve1	First curve for the fillet
curve2	Second curve for the fillet
helpPoint1	Should be a point on the first curve. Indicates where the fillet should be created
helpPoint2	Should be a point on the second curve. Indicates where the fillet should be created
pointOnArc	Point on fillet arc
radius	Radius of the fillet
doTrim	Indicates whether the input curves should get trimmed by the fillet
createRadiusDim	Indicates whether a radius dimension should be created
alternateSolution	Indicates whether the alternate solution should be used 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.
constraints	The constraints that were created by the fillet. If the input curves get trimmed, coincident and tangent constraints are created. If the input curves do not get trimmed, point on curve and tangent constraints are created.

◆ Fillet() [2/4]

std::vector< NXOpen::Arc * > NXOpen::Sketch::Fillet	(	NXOpen::Curve *	curve1,
		NXOpen::Curve *	curve2,
		const NXOpen::Point3d &	helpPoint1,
		const NXOpen::Point3d &	helpPoint2,
		double	radius,
		NXOpen::Sketch::TrimInputOption	doTrim,
		NXOpen::Sketch::CreateDimensionOption	createRadiusDim,
		NXOpen::Sketch::AlternateSolutionOption	alternateSolution,
		std::vector< NXOpen::SketchConstraint * > &	constraints )

Fillets curves and creates appropriate constraints. If the input curves have mirror constraints, the fillet is also performed on the mirror curves.

返回: The fillet arcs that are created. If the input curves do not have any mirror constraints, the number of fillet arcs will always be one. If the input curves have mirror constraints, fillets will be created on the mirrored curves, and all the fillet arcs that were created are returned
Created in NX3.0.0.

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

参数

curve1	First curve for the fillet
curve2	Second curve for the fillet
helpPoint1	Should be a point on the first curve. Indicates where the fillet should be created
helpPoint2	Should be a point on the second curve. Indicates where the fillet should be created
radius	Radius of the fillet
doTrim	Indicates whether the input curves should get trimmed by the fillet
createRadiusDim	Indicates whether a radius dimension should be created
alternateSolution	Indicates whether the alternate solution should be used 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.
constraints	The constraints that were created by the fillet. If the input curves get trimmed, coincident and tangent constraints are created. If the input curves do not get trimmed, point on curve and tangent constraints are created.

◆ Fillet() [3/4]

std::vector< NXOpen::Arc * > NXOpen::Sketch::Fillet	(	NXOpen::Curve *	curve1,
		NXOpen::Curve *	curve2,
		NXOpen::Curve *	curve3,
		const NXOpen::Point3d &	helpPoint1,
		const NXOpen::Point3d &	helpPoint2,
		const NXOpen::Point3d &	helpPoint3,
		const NXOpen::Point3d &	pointOnArc,
		double	radius,
		NXOpen::Sketch::TrimInputOption	doTrim,
		NXOpen::Sketch::DeleteThirdCurveOption	doDelete,
		NXOpen::Sketch::CreateDimensionOption	createRadiusDim,
		NXOpen::Sketch::AlternateSolutionOption	alternateSolution,
		std::vector< NXOpen::SketchConstraint * > &	constraints )

Fillets curves and creates appropriate constraints. If the input curves have mirror constraints, the fillet is also performed on the mirror curves.

返回: The fillet arcs that are created. If the input curves do not have any mirror constraints, the number of fillet arcs will always be one. If the input curves have mirror constraints, fillets will be created on the mirrored curves, and all the fillet arcs that were created are returned
Created in NX7.5.0.

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

参数

curve1	First curve for the fillet
curve2	Second curve for the fillet
curve3	Third curve for the fillet
helpPoint1	Should be a point on the first curve. Indicates where the fillet should be created
helpPoint2	Should be a point on the second curve. Indicates where the fillet should be created
helpPoint3	Should be a point on the third curve. Indicates where the fillet should be created
pointOnArc	Point on fillet arc
radius	Radius of the fillet
doTrim	Indicates whether the input curves should get trimmed by the fillet
doDelete	Indicates whether the third curve should be deleted
createRadiusDim	Indicates whether a radius dimension should be created
alternateSolution	Indicates whether the alternate solution should be used 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.
constraints	The constraints that were created by the fillet. If the input curves get trimmed, coincident and tangent constraints are created. If the input curves do not get trimmed, point on curve and tangent constraints are created.

◆ Fillet() [4/4]

std::vector< NXOpen::Arc * > NXOpen::Sketch::Fillet	(	NXOpen::Curve *	curve1,
		NXOpen::Curve *	curve2,
		NXOpen::Curve *	curve3,
		const NXOpen::Point3d &	helpPoint1,
		const NXOpen::Point3d &	helpPoint2,
		const NXOpen::Point3d &	helpPoint3,
		double	radius,
		NXOpen::Sketch::TrimInputOption	doTrim,
		NXOpen::Sketch::DeleteThirdCurveOption	doDelete,
		NXOpen::Sketch::CreateDimensionOption	createRadiusDim,
		NXOpen::Sketch::AlternateSolutionOption	alternateSolution,
		std::vector< NXOpen::SketchConstraint * > &	constraints )

Fillets curves and creates appropriate constraints. If the input curves have mirror constraints, the fillet is also performed on the mirror curves.

返回: The fillet arcs that are created. If the input curves do not have any mirror constraints, the number of fillet arcs will always be one. If the input curves have mirror constraints, fillets will be created on the mirrored curves, and all the fillet arcs that were created are returned
Created in NX3.0.0.

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

参数

curve1	First curve for the fillet
curve2	Second curve for the fillet
curve3	Third curve for the fillet
helpPoint1	Should be a point on the first curve. Indicates where the fillet should be created
helpPoint2	Should be a point on the second curve. Indicates where the fillet should be created
helpPoint3	Should be a point on the third curve. Indicates where the fillet should be created
radius	Radius of the fillet
doTrim	Indicates whether the input curves should get trimmed by the fillet
doDelete	Indicates whether the third curve should be deleted
createRadiusDim	Indicates whether a radius dimension should be created
alternateSolution	Indicates whether the alternate solution should be used 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.
constraints	The constraints that were created by the fillet. If the input curves get trimmed, coincident and tangent constraints are created. If the input curves do not get trimmed, point on curve and tangent constraints are created.

◆ FlipNormal()

void NXOpen::Sketch::FlipNormal ( )

Flips the outward normal vector of the sketch
Created in NX3.0.0.

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

◆ FlipReferenceDirection()

void NXOpen::Sketch::FlipReferenceDirection ( )

Flips the reference direction of the sketch
Created in NX3.0.0.

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

◆ GetAllConstraintsOfType()

std::vector< NXOpen::SketchConstraint * > NXOpen::Sketch::GetAllConstraintsOfType	(	NXOpen::Sketch::ConstraintClass	conClass,
		NXOpen::Sketch::ConstraintType	conType )

Gets all constraints in the sketch of a particular type

返回: All the constraints in the sketch of the specified type
Created in NX3.0.0.

License requirements : None

参数

conClass	Optional filter. Use NXOpen::Sketch::ConstraintClassAny if you do not want to filter by constraint class
conType	Optional filter. Use NXOpen::Sketch::ConstraintTypeNoCon if you do not want to filter by constraint type

◆ GetAllExpressions()

std::vector< NXOpen::Expression * > NXOpen::Sketch::GetAllExpressions ( )

Returns all the expressions in the sketch

返回: All the expressions in the sketch
Created in NX3.0.0.

License requirements : None

◆ GetAllGeometry()

std::vector< NXOpen::NXObject * > NXOpen::Sketch::GetAllGeometry ( )

Returns all the curves and points in the sketch

返回: All the curves and points in the sketch
Created in NX3.0.0.

License requirements : None

◆ GetConstraintFromDimension()

NXOpen::SketchDimensionalConstraint * NXOpen::Sketch::GetConstraintFromDimension ( NXOpen::Annotations::Dimension * dimension )

Get the constraint associated with the input sketch dimension. The dimension must be owned by this sketch, which means that NXOpen::Sketch::IsSketchDimension returns true. To get the dimension from a constraint, use NXOpen::SketchDimensionalConstraint::AssociatedDimension

返回: The dimensional constraint
Created in NX2312.0.0.

License requirements : None

参数

dimension Sketch dimension

◆ GetConstraintsForGeometry()

std::vector< NXOpen::SketchConstraint * > NXOpen::Sketch::GetConstraintsForGeometry	(	NXOpen::SmartObject *	geometry,
		NXOpen::Sketch::ConstraintClass	conClass )

Gets all the constraints associated with a particular geometric item

返回: All the constraints associated with the geometry that is input
Created in NX3.0.0.

License requirements : None

参数

geometry	Must be a curve or point
conClass	Optional filter. Use NXOpen::Sketch::ConstraintClassAny if you do not want to filter by constraint class

◆ GetIgnoredRelationsOfGeometry()

std::vector< NXOpen::SketchRelation * > NXOpen::Sketch::GetIgnoredRelationsOfGeometry ( const NXOpen::Sketch::ConstraintGeometry & geometry )

方法返回几何上的忽略关系

返回: 输入几何上的忽略关系
创建于 NX1899.0.0。

许可要求：无

参数

geometry 几何

◆ GetParentOfIncludedGeometry()

NXOpen::NXObject * NXOpen::Sketch::GetParentOfIncludedGeometry ( NXOpen::SmartObject * geometry )

返回包含几何的父对象。

返回: 父对象
创建于 NX2206.0.0。

许可要求：无

参数

geometry 必须是包含几何

◆ GetReferenceDirection()

NXOpen::Vector3d NXOpen::Sketch::GetReferenceDirection	(	NXOpen::IReferenceAxis **	referenceAxis,
		NXOpen::AxisOrientation *	referenceAxisOrientation,
		NXOpen::Sense *	referenceAxisSense )

Gets the reference direction of the sketch

返回: Created in NX3.0.0.

License requirements : None

参数

referenceAxis	An edge, datum axis, datum plane, or face that the sketch uses as a reference. May be NULL.
referenceAxisOrientation	Indicates whether the reference axis is horizontal or vertical
referenceAxisSense	If reference axis is an edge or datum axis, this parameter indicates whether the reference axis is in the same direction as the edge or datum axis or in the opposite direction. If reference axis is not an edge or datum axis, this parameter is not used.

◆ GetRemoteFindingCurves()

std::vector< NXOpen::SmartObject * > NXOpen::Sketch::GetRemoteFindingCurves ( )

返回草图中所有启用远程查找的曲线。

返回: 所有启用远程查找的草图曲线
创建于 NX2212.0.0。

许可要求：无

◆ GetStatus()

NXOpen::Sketch::Status NXOpen::Sketch::GetStatus ( int * dofNeeded )

Gets the status of the sketch and the number of degrees of freedom that remain in the sketch. The status of the sketch indicates whether the sketch is fully constrained or under, over, or inconsistently constrained.

返回: The sketch's status, which indicates how well constrained the sketch is
Created in NX3.0.0.

License requirements : None

参数

dofNeeded The number of degrees of freedom left in the sketch

◆ GetVirtualPoints()

std::vector< NXOpen::SketchVirtualPoint * > NXOpen::Sketch::GetVirtualPoints ( )

返回草图中的所有虚拟点

返回: 草图中的所有虚拟点
创建于 NX1899.0.0。

许可要求：无

◆ HideDimensions() [1/3]

void NXOpen::Sketch::HideDimensions ( )

隐藏输入草图的所有尺寸
创建于 NX6.0.1。

许可要求：solid_modeling ("SOLIDS MODELING") OR drafting ("DRAFTING") OR geometric_tol ("GDT")

◆ HideDimensions() [2/3]

void NXOpen::Sketch::HideDimensions ( const std::vector< NXOpen::DisplayableObject * > & inputObjects )

隐藏活动草图中与输入草图几何相关联的尺寸。
创建于 NX4.0.0。

许可要求：solid_modeling ("SOLIDS MODELING") OR drafting ("DRAFTING") OR geometric_tol ("GDT")

参数

inputObjects 活动草图中的几何和组

◆ HideDimensions() [3/3]

void NXOpen::Sketch::HideDimensions ( const std::vector< NXOpen::Sketch::ConstraintGeometry > & objects )

隐藏活动草图中与输入草图几何相关联的尺寸。此函数可接受顶点
创建于 NX8.5.0。

许可要求：solid_modeling ("SOLIDS MODELING") 或 drafting ("DRAFTING") 或 geometric_tol ("GDT")

参数

objects 活动草图中的几何和顶点

◆ HorizontalAxis()

NXOpen::InfiniteLine * NXOpen::Sketch::HorizontalAxis ( )

Returns the infinite horizontal axis of the sketch, if one exists. This axis is internal to the sketch and should not be edited or deleted.
Created in NX2306.3000.0.

License requirements : None

◆ IsActive()

bool NXOpen::Sketch::IsActive ( )

Returns true if the sketch is active
Created in NX3.0.0.

License requirements : None

◆ IsDraftingSketch()

bool NXOpen::Sketch::IsDraftingSketch ( )

如果是工程图草图则返回 true
创建于 NX6.0.0。

许可要求：无

◆ IsIncludedGeometry()

bool NXOpen::Sketch::IsIncludedGeometry ( NXOpen::SmartObject * geometry )

判断输入几何是否为包含的曲线或点，是则返回true。

返回: 若几何是包含的曲线或点则返回true
创建于 NX2206.0.0。

许可要求：无

参数

geometry 必须是曲线或点

◆ IsInternal()

bool NXOpen::Sketch::IsInternal ( )

返回草图是否为内部。
创建于 NX6.0.0。

许可要求：solid_modeling ("SOLIDS MODELING") 或 geometric_tol ("GDT")

◆ IsSketchConstraint()

bool NXOpen::Sketch::IsSketchConstraint ( NXOpen::SketchConstraint * constraint )

Determine if the input constraint is owned by the sketch. Returns true for the constraints returned by NXOpen::Sketch::GetAllConstraintsOfType .

返回: True if the constraint belongs to this sketch
Created in NX2312.0.0.

License requirements : None

参数

constraint Candidate constraint

◆ IsSketchDimension()

bool NXOpen::Sketch::IsSketchDimension ( NXOpen::Annotations::Dimension * dimension )

Determine if the input dimension is owned by the sketch. Returns true for a dimension whose associated constraint is returned by NXOpen::Sketch::GetAllConstraintsOfType .

返回: True if the dimension belongs to this sketch
Created in NX2312.0.0.

License requirements : None

参数

dimension Candidate dimension

◆ IsSketchGeometry()

bool NXOpen::Sketch::IsSketchGeometry ( NXOpen::SmartObject * geometry )

Determine if the input curve or point is owned by the sketch. Returns true for the sketch origin, sketch axes, and the sketch geometry returned by NXOpen::Sketch::GetAllGeometry .

返回: True if the geometry belongs to the sketch
Created in NX1980.0.0.

License requirements : None

参数

geometry Must be a curve or point

◆ LocalUpdate()

void NXOpen::Sketch::LocalUpdate ( )

Update the sketch and not the sketch children. If a different sketch is active the SKETCH_NOT_INITIALIZED error will return. The function works even if the sketch is not active.
Created in NX3.0.0.

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

◆ MakeDatumsExternal2()

void NXOpen::Sketch::MakeDatumsExternal2 ( )

将内部草图放置面和方向参考基准设为外部。仅当内部基准不是基准 CSYS 或不是 PlaneAxisPoint 类型的基准 CSYS 时才调用此函数。
创建于 NX11.0.0。

许可要求：solid_modeling ("SOLIDS MODELING") 或 geometric_tol ("GDT")

◆ MakeRelationPersistent()

std::vector< NXOpen::SketchConstraint * > NXOpen::Sketch::MakeRelationPersistent ( const std::vector< NXOpen::NXObject * > & foundRelations )

将所有输入的 NXOpen::SketchFoundRelation 类型对象转换为 NXOpen::SketchConstraint 。此过程中会终止任何活动操作。不支持圆角、槽和偏置关系。同时按任意顺序获取新的持久关系。
创建于 NX2406.0.0。

许可要求：实体建模（"SOLIDS MODELING"）或工程图（"DRAFTING"）或几何公差（"GDT"）

参数

foundRelations 待转换的关系对象

◆ ManageConstraintsAfterEdit()

void NXOpen::Sketch::ManageConstraintsAfterEdit	(	const std::vector< NXOpen::NXObject * > &	sketchGeoms,
		bool	preserveComplexConstraints )

删除或调整几何编辑后不兼容的输入几何约束。在草图更新前调用
创建于 NX11.0.0。

许可要求：solid_modeling ("SOLIDS MODELING") 或 drafting ("DRAFTING") 或 geometric_tol ("GDT")

参数

sketchGeoms	sketchgeoms
preserveComplexConstraints	复杂约束包括Pattern、Mirror和Offset

◆ MechanismMode()

bool NXOpen::Sketch::MechanismMode ( )

返回草图是否处于机构模式的标志
创建于 NX2206.0.0。

许可要求：无

◆ NX_DEPRECATED() [1/2]

NXOpen::Sketch::NX_DEPRECATED ( "Deprecated in NX11.0.0. None." )

如果草图放置面和方向参考基准仅被草图引用，则将其设为草图内部。

弃用: 于 NX11.0.0 已弃用。无。

创建于 NX5.0.0。

许可要求：solid_modeling ("SOLIDS MODELING") 或 geometric_tol ("GDT")

◆ NX_DEPRECATED() [2/2]

NXOpen::Sketch::NX_DEPRECATED ( "Deprecated in NX11.0.0. Please use NXOpen::Sketch::MakeDatumsExternal2 instead." )

将内部草图放置面和方向参考基准设为外部。

弃用: 于 NX11.0.0 已弃用。请使用 NXOpen::Sketch::MakeDatumsExternal2 替代。

创建于 NX5.0.0。

许可要求：solid_modeling ("SOLIDS MODELING") 或 geometric_tol ("GDT")

◆ Orientation()

NXOpen::NXMatrix * NXOpen::Sketch::Orientation ( )

Returns the orientation matrix of the local coordinate system of the sketch
Created in NX3.0.0.

License requirements : None

◆ Origin()

NXOpen::Point3d NXOpen::Sketch::Origin ( )

Returns the location of the origin of the local coordinate system for the sketch
Created in NX3.0.0.

License requirements : None

◆ OriginPoint()

NXOpen::Point * NXOpen::Sketch::OriginPoint ( )

Returns the origin point of the sketch, if one exists. This point is internal to the sketch and should not be edited or deleted.
Created in NX2306.3000.0.

License requirements : None

◆ Preferences()

NXOpen::Preferences::SketchPreferences * NXOpen::Sketch::Preferences ( )

包含草图的首选项设置
创建于 NX3.0.0。

◆ RemoveRedundantVertices()

void NXOpen::Sketch::RemoveRedundantVertices ( const std::vector< NXOpen::NXObject * > & geoms )

移除给定草图几何的冗余顶点
创建于 NX11.0.0。

许可要求：solid_modeling ("SOLIDS MODELING") 或 drafting ("DRAFTING") 或 geometric_tol ("GDT")

参数

geoms 几何数组

◆ RenewDraftingSketch()

void NXOpen::Sketch::RenewDraftingSketch ( )

更新工程图草图至最新求解器版本。更新草图特征需使用 NXOpen::GeometricUtilities::RenewFeatureBuilder 。
创建于 NX2306.0.0。

许可要求：工程图（"DRAFTING"）

◆ RotateDragMode()

bool NXOpen::Sketch::RotateDragMode ( )

返回控制活动草图中旋转拖动模式的开关。
创建于 NX1899.0.0。

许可要求：无

◆ RunAutoDimension()

void NXOpen::Sketch::RunAutoDimension ( )

Run auto dimensioning.
Created in NX7.5.0.

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

◆ Scale()

void NXOpen::Sketch::Scale ( double scaleFactor )

按给定比例因子缩放草图实体。如果存在配方曲线、外部约束/尺寸或控制草图中一个或多个几何尺寸的约束/尺寸，则无法缩放草图。草图最多可包含一个非角度驱动尺寸，且该尺寸的表达式值必须按比例因子缩放。
创建于 NX11.0.0。

许可要求：solid_modeling ("SOLIDS MODELING") 或 drafting ("DRAFTING") 或 geometric_tol ("GDT")

参数

scaleFactor 比例因子必须大于零

◆ SetCreateInferConstraintsSetting()

void NXOpen::Sketch::SetCreateInferConstraintsSetting ( NXOpen::Sketch::CreateInferConstraintSetting createInferCon )

Sets the toggle that controls the creation of infer constraints in sketch
Created in NX4.0.0.

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

参数

createInferCon create infer con

◆ SetDOFDisplay()

void NXOpen::Sketch::SetDOFDisplay ( bool displayDof )

Sets a flag indicating whether the degree of freedom arrows are currently being displayed
Created in NX3.0.0.

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

参数

displayDof display dof

◆ SetMechanismMode()

void NXOpen::Sketch::SetMechanismMode ( bool isMechanismMode )

设置草图是否处于机构模式，true为是，false为否
创建于 NX2206.0.0。

许可要求：实体建模（"SOLIDS MODELING"）

参数

isMechanismMode 机构模式状态：true表示草图处于机构模式。

◆ SetReferenceDirection()

void NXOpen::Sketch::SetReferenceDirection	(	NXOpen::IReferenceAxis *	referenceAxis,
		const NXOpen::Vector3d &	referenceDirection,
		NXOpen::AxisOrientation	referenceAxisOrientation,
		NXOpen::Sense	referenceAxisSense )

Sets the reference direction of the sketch.
Created in NX3.0.0.

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

参数

referenceAxis	Can be a datum axis, edge, datum plane, face, or NULL. If it is an edge, the edge must be a line segment. If it is a face, the face must be a plane. If NULL, the reference_direction is used instead.
referenceDirection	If reference_axis is NULL, this parameter sets the reference direction of the sketch. In this case, this parameter must not be (0,0,0). If reference_axis is not NULL and this parameter is not (0,0,0), this parameter determines whether the reference direction should be in the same direction as reference_axis or in the opposite direction. If this parameter is (0,0,0), this parameter is not used.
referenceAxisOrientation	Indicates whether the reference axis is horizontal or vertical.
referenceAxisSense	Ignored unless reference_direction is (0,0,0) and reference_axis is an edge or datum axis. This parameter indicates whether the reference axis should be in the same direction as reference_axis or in the opposite direction.

◆ SetRotateDragMode()

void NXOpen::Sketch::SetRotateDragMode ( bool rotateDrag )

设置控制活动草图中旋转拖动模式的开关。
创建于 NX1899.0.0。

许可要求：solid_modeling ("SOLIDS MODELING") 或 drafting ("DRAFTING") 或 geometric_tol ("GDT")

参数

rotateDrag rotatedrag

◆ SetRotationOrigin()

void NXOpen::Sketch::SetRotationOrigin ( const NXOpen::Point3d & center )

设置旋转原点
创建于 NX1899.0.0。

许可要求：solid_modeling ("SOLIDS MODELING") 或 drafting ("DRAFTING") 或 geometric_tol ("GDT")

参数

center center

◆ SetTextHeight()

void NXOpen::Sketch::SetTextHeight ( double textHeight )

设置给定草图中所有尺寸的文字高度。如果零件类型为公制，则文字高度单位为毫米。如果零件类型为英制，则文字高度单位为英寸。注意：只有当 NXOpen::Preferences::SketchPreferences::SetTextSizeMode 设置为可变模式时，才能更改高度。
创建于 NX1899.0.0。

许可要求：solid_modeling ("SOLIDS MODELING") 或 drafting ("DRAFTING") 或 geometric_tol ("GDT")

参数

textHeight 文字高度必须大于零

◆ SetUpdateScope()

void NXOpen::Sketch::SetUpdateScope ( NXOpen::Sketch::UpdateLevel updateScope )

设置当前更新范围。用于直接草图中控制更新
创建于 NX8.0.0。

许可要求：solid_modeling ("SOLIDS MODELING") 或 drafting ("DRAFTING") 或 geometric_tol ("GDT")

参数

updateScope 更新范围

◆ SetUpgradeUponActivation()

void NXOpen::Sketch::SetUpgradeUponActivation ( bool upgrade )

设置导致草图在激活时升级的标志
创建于 NX1926.0.0。

许可要求：solid_modeling ("SOLIDS MODELING") 或 drafting ("DRAFTING") 或 geometric_tol ("GDT")

参数

upgrade 当为true时，草图激活时将升级。

◆ ShowDimensions() [1/3]

void NXOpen::Sketch::ShowDimensions ( )

取消隐藏输入草图的所有尺寸
创建于 NX6.0.1。

许可要求：solid_modeling ("SOLIDS MODELING") OR drafting ("DRAFTING") OR geometric_tol ("GDT")

◆ ShowDimensions() [2/3]

void NXOpen::Sketch::ShowDimensions ( const std::vector< NXOpen::DisplayableObject * > & inputObjects )

取消隐藏活动草图中与输入草图几何相关联的尺寸
创建于 NX4.0.0。

许可要求：solid_modeling ("SOLIDS MODELING") OR drafting ("DRAFTING") OR geometric_tol ("GDT")

参数

inputObjects 活动草图中的几何和组

◆ ShowDimensions() [3/3]

void NXOpen::Sketch::ShowDimensions ( const std::vector< NXOpen::Sketch::ConstraintGeometry > & objects )

取消隐藏活动草图中与输入草图几何相关联的尺寸。此函数可以接受顶点。
创建于 NX8.5.0。

许可要求：solid_modeling ("SOLIDS MODELING") OR drafting ("DRAFTING") OR geometric_tol ("GDT")

参数

objects 活动草图中的几何和顶点

◆ Update() [1/2]

void NXOpen::Sketch::Update ( )

Updates the sketch
Created in NX3.0.0.

License requirements : solid_modeling ("SOLIDS MODELING") OR drafting ("DRAFTING") OR geometric_tol ("GDT") OR nx_freeform_1 ("basic freeform modeling")

◆ Update() [2/2]

void NXOpen::Sketch::Update ( const std::vector< NXOpen::NXObject * > & geoms )

Updates the given set of geometries in the sketch
Created in NX4.0.0.

License requirements : solid_modeling ("SOLIDS MODELING") OR drafting ("DRAFTING") OR geometric_tol ("GDT") OR nx_freeform_1 ("basic freeform modeling")

参数

geoms Geoms that need to be updated

◆ UpdateConstraintDisplay() [1/2]

void NXOpen::Sketch::UpdateConstraintDisplay ( )

Updates the constraint display without updating the sketch
Created in NX3.0.0.

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

◆ UpdateConstraintDisplay() [2/2]

void NXOpen::Sketch::UpdateConstraintDisplay ( const std::vector< NXOpen::SmartObject * > & geoms )

Updates the constraint display of given set of geoms without updating the sketch
Created in NX4.0.0.

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

参数

geoms Geoms for which cons must be re-displayed

◆ UpdateDimensionDisplay() [1/3]

void NXOpen::Sketch::UpdateDimensionDisplay ( )

Updates the dimension display without updating the sketch
Created in NX4.0.0.

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

◆ UpdateDimensionDisplay() [2/3]

void NXOpen::Sketch::UpdateDimensionDisplay ( const std::vector< NXOpen::NXObject * > & dims )

Updates the dimension display of given set of dims without updating the sketch
Created in NX4.0.0.

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

参数

dims	Dims for which cons must be re-displayed

◆ UpdateDimensionDisplay() [3/3]

void NXOpen::Sketch::UpdateDimensionDisplay ( const std::vector< NXOpen::SmartObject * > & geoms )

Updates the dimension display of given set of geoms without updating the sketch
Created in NX4.0.0.

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

参数

geoms Geoms for which cons must be re-displayed

◆ UpdateGeometryDisplay() [1/2]

void NXOpen::Sketch::UpdateGeometryDisplay ( )

Updates the geometry display without updating the sketch
Created in NX4.0.0.

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

◆ UpdateGeometryDisplay() [2/2]

void NXOpen::Sketch::UpdateGeometryDisplay ( const std::vector< NXOpen::SmartObject * > & geoms )

Updates the geometry display of given set of geoms without updating the sketch
Created in NX4.0.0.

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

参数

geoms Geoms for which cons must be re-displayed

◆ UpdateNavigator()

void NXOpen::Sketch::UpdateNavigator ( )

更新草图导航器。若输入草图不是活动草图，将返回 SKETCH_NOT_INITIALIZED 错误。
创建于 NX2406.0.0。

许可要求：实体建模（"SOLIDS MODELING"）或工程图（"DRAFTING"）或几何公差（"GDT"）

◆ UpdateScope()

NXOpen::Sketch::UpdateLevel NXOpen::Sketch::UpdateScope ( )

返回当前更新范围。用于直接草图中控制更新
创建于 NX8.0.0。

许可要求：无

◆ UpgradeUponActivation()

bool NXOpen::Sketch::UpgradeUponActivation ( )

返回导致草图在激活时升级的标志
创建于 NX1926.0.0。

许可要求：无

◆ UsesLegacySolver()

bool NXOpen::Sketch::UsesLegacySolver ( )

返回草图是否使用旧版求解器或无求解器的标志。
创建于 NX1980.0.0。

许可要求：无

◆ VerticalAxis()

NXOpen::InfiniteLine * NXOpen::Sketch::VerticalAxis ( )

Returns the infinite vertical axis of the sketch, if one exists. This axis is internal to the sketch and should not be edited or deleted.
Created in NX2306.3000.0.

License requirements : None

◆ View()

NXOpen::View * NXOpen::Sketch::View ( )

返回与草图对应的视图
创建于 NX6.0.0。

许可要求：无

类

Public 类型

Public 成员函数

友元

额外继承的成员函数

详细描述

成员枚举类型说明

◆ AddEllipseOption

◆ AlternateSolutionOption

◆ AssocType

◆ AutoDimensioningRule

◆ ConstraintClass

◆ ConstraintGeometryHelpType

◆ ConstraintPointType

◆ ConstraintType

◆ CreateDimensionOption

◆ CreateInferConstraintSetting

◆ DeleteThirdCurveOption

◆ DimensionOption

◆ InferConstraintsOption

◆ PlaneOption

◆ PointType

◆ Status

◆ TrimInputOption

◆ UpdateLevel

◆ ViewReorient

成员函数说明

◆ Activate()

◆ AddGeometry() [1/4]

◆ AddGeometry() [2/4]

◆ AddGeometry() [3/4]

◆ AddGeometry() [4/4]

◆ AttachPlane()

◆ AutoConstrain()

◆ BreakAssociativity()

◆ CalculateStatus()

◆ ConvertRadialDimension()

◆ ConvertToNx10Spline()

◆ CopyObjects()

◆ CopyObjectsWithDimensionOutput()

◆ CopyObjectsWithTracking()

◆ CreateCoincidentConstraint()

◆ CreateCollinearConstraint()

◆ CreateConcentricConstraint()

◆ CreateConstantAngleConstraint()

◆ CreateConstantLengthConstraint()

◆ CreateDiameterDimension() [1/2]

◆ CreateDiameterDimension() [2/2]

◆ CreateDimension() [1/2]

◆ CreateDimension() [2/2]

◆ CreateEqualLengthConstraint()

◆ CreateEqualRadiusConstraint()

◆ CreateFixedConstraint()

◆ CreateFullyFixedConstraints()

◆ CreateHorizontalConstraint()

◆ CreateInferConstraintsSetting()

◆ CreateMidpointConstraint()

◆ CreateNonUniformScaledConstraint()

◆ CreateNormalConstraint()

◆ CreateParallelConstraint()

◆ CreatePerimeterDimension()

◆ CreatePerpendicularConstraint()

◆ CreatePointOnCurveConstraint()

◆ CreatePointOnStringConstraint() [1/2]

◆ CreatePointOnStringConstraint() [2/2]

◆ CreateRadialDimension() [1/2]

◆ CreateRadialDimension() [2/2]

◆ CreateSlopeConstraint()

◆ CreateTangentConstraint()

◆ CreateUniformScaledConstraint()

◆ CreateVerticalConstraint()

◆ Deactivate()

◆ DeleteConstraintsOnGeometries() [1/3]

◆ DeleteConstraintsOnGeometries() [2/3]

◆ DeleteConstraintsOnGeometries() [3/3]

◆ DeleteObjects()

◆ DOFDisplay()

◆ EditSplineDefiningPoints()

◆ EditSplinePoles()

◆ Feature()