Uses of Class nxopen.SmartObject.UpdateOption (NXOpen Java API Reference)

Packages that use SmartObject.UpdateOption
Package	Description
nxopen	Provides classes and interfaces for the NX Open Common API.
nxopen.geometricutilities	Provides classes and interfaces for Geometric Utilities.

Uses of SmartObject.UpdateOption in nxopen

Fields in nxopen declared as SmartObject.UpdateOption
Modifier and Type	Field and Description
`static SmartObject.UpdateOption`	SmartObject.UpdateOption.`AFTER_MODELING` Updates after modeling (e.g. a dimension).
`static SmartObject.UpdateOption`	SmartObject.UpdateOption.`AFTER_PARENT_BODY` Updates after the parent body.
`static SmartObject.UpdateOption`	SmartObject.UpdateOption.`DONT_UPDATE` No update occurs.
`static SmartObject.UpdateOption`	SmartObject.UpdateOption.`MIXED` Updates after parent body for inter-part parents and updates within modeling for same part parents
`static SmartObject.UpdateOption`	SmartObject.UpdateOption.`WITHIN_MODELING` Updates within modeling (e.g. a feature).

Methods in nxopen that return SmartObject.UpdateOption
Modifier and Type	Method and Description
`SmartObject.UpdateOption`	SmartObject.`update()` Returns the update option.
`static SmartObject.UpdateOption`	SmartObject.UpdateOption.`valueOf(int value)` Returns the enum constant of the specified enum type with the specified value.
`static SmartObject.UpdateOption`	SmartObject.UpdateOption.`valueOf(String name)` Returns the enum constant of the specified enum type with the specified name.
`static SmartObject.UpdateOption[]`	SmartObject.UpdateOption.`values()` Returns an array that contains the values for this enum.

Methods in nxopen with parameters of type SmartObject.UpdateOption
Modifier and Type	Method and Description
`Axis`	AxisCollection.`createAxis(Axis axis, Xform xform, SmartObject.UpdateOption update)` Creates a `nxopen.Axis` using an extract `nxopen.Axis` with optional `Xform` .
`Axis`	AxisCollection.`createAxis(Point3d point, Vector3d direction, SmartObject.UpdateOption update)` Create a non-associative axis License requirements: solid_modeling ("SOLIDS MODELING") OR drafting ("DRAFTING") OR geometric_tol ("GDT") .
`Axis`	AxisCollection.`createAxis(Point point, Direction direction, SmartObject.UpdateOption update)` Creates an `nxopen.Axis` from a `Point` and `nxopen.Direction` .
`CartesianCoordinateSystem`	CoordinateSystemCollection.`createCoordinateSystem(Xform xform, SmartObject.UpdateOption update)` Creates a CartesianCoordinateSystem from a Xform and update option.
`Offset`	OffsetCollection.`createCurvature(Face face, Scalar u, Scalar v, boolean absoluteUv, Offset.OnFaceOption option, Direction sectionDirection, SmartObject.UpdateOption updateOption)` Creates a `Offset` on a `Face` using two `Scalar` s representing the u and v parameters with option of direction on the face.
`Offset`	OffsetCollection.`createCurvature(Face face, Scalar u, Scalar v, boolean absoluteUv, Scalar sectionAngle, SmartObject.UpdateOption updateOption)` Creates a sectional `Offset` on a `Face` using two `Scalar` s representing the u and v parameters and a `Scalar` representing section angle measured with respect to positive U parameter direction at u and v parameters of the face.
`Offset`	OffsetCollection.`createCurvature(ICurve icurve, Scalar t, SmartObject.UpdateOption updateOption)` Creates a `Offset` on a `ICurve` using a `Scalar` representing the t parameter.
`Offset`	OffsetCollection.`createCurvature(Point atPoint, Face face, Offset.OnFaceOption option, SmartObject sectionDirection, SmartObject.UpdateOption updateOption)` Creates a `Offset` on a `Face` using a `Point` .
`Offset`	OffsetCollection.`createCurvature(Point atPoint, ICurve icurve, SmartObject.UpdateOption updateOption)` Creates a `Offset` on a `ICurve` using a `Point` .
`Offset`	OffsetCollection.`createCurvatureDerivative(Face face, Scalar u, Scalar v, boolean absoluteUv, Offset.OnFaceOption option, Direction sectionDirection, SmartObject.UpdateOption updateOption)` Creates a `Offset` on a `Face` using two `Scalar` s representing the u and v parameters with option of direction on the face.
`Offset`	OffsetCollection.`createCurvatureDerivative(Face face, Scalar u, Scalar v, boolean absoluteUv, Scalar sectionAngle, SmartObject.UpdateOption updateOption)` Creates a sectional `Offset` on a `Face` using two `Scalar` s representing the u and v parameters and a `Scalar` representing section angle measured with respect to positive U parameter direction at u and v parameters of the face.
`Offset`	OffsetCollection.`createCurvatureDerivative(ICurve icurve, Scalar t, SmartObject.UpdateOption updateOption)` Creates a `Offset` on a `ICurve` using a `Scalar` representing the t parameter.
`Offset`	OffsetCollection.`createCurvatureDerivative(Point atPoint, Face face, Offset.OnFaceOption option, SmartObject sectionDirection, SmartObject.UpdateOption updateOption)` Creates a `Offset` on a `Face` using a `Point` .
`Offset`	OffsetCollection.`createCurvatureDerivative(Point atPoint, ICurve icurve, SmartObject.UpdateOption updateOption)` Creates a `Offset` on a `ICurve` using a `Point` .
`CylindricalCoordinateSystem`	CoordinateSystemCollection.`createCylindricalCoordinateSystem(Xform xform, SmartObject.UpdateOption update)` Creates a CylindricalCoordinateSystem from a Xform and update option.
`Direction`	DirectionCollection.`createDirection(Conic conic, Sense sense, SmartObject.UpdateOption updateOption)` Creates a `nxopen.Direction` using the axis of a `Conic` .
`Direction`	DirectionCollection.`createDirection(ControlPoint startPoint, ControlPoint endPoint, SmartObject.UpdateOption updateOption)` Creates a `nxopen.Direction` using two `ControlPoint` s.
`Direction`	DirectionCollection.`createDirection(DatumAxis datumAxis, Sense sense, SmartObject.UpdateOption updateOption)` Creates a `nxopen.Direction` using a `nxopen.DatumAxis` .
`Direction`	DirectionCollection.`createDirection(Direction direction1, Direction direction2, SmartObject.UpdateOption updateOption)` Creates a `nxopen.Direction` using two `nxopen.Direction` s.
`Direction`	DirectionCollection.`createDirection(Direction direction, SmartObject.UpdateOption updateOption)` Creates a `nxopen.Direction` reverse to that of given `nxopen.Direction` .
`Direction`	DirectionCollection.`createDirection(Direction directionExtract, Xform xform, SmartObject.UpdateOption updateOption)` Creates a `nxopen.Direction` using an extract `nxopen.Direction` with optional `Xform` .
`Direction`	DirectionCollection.`createDirection(Face geomObj, Point point, Sense sense, SmartObject.UpdateOption updateOption)` Creates a `nxopen.Direction` normal to a `Face` at a given `Point` .
`Direction`	DirectionCollection.`createDirection(Face face, Scalar u, Scalar v, boolean absoluteUv, Direction.OnFaceOption option, Direction sectionDirection, Sense sense, SmartObject.UpdateOption updateOption)` Creates a `nxopen.Direction` on a `Face` using two `Scalar` s representing the u and v parameters with the option of direction on face.
`Direction`	DirectionCollection.`createDirection(Face face, Scalar u, Scalar v, boolean absoluteUv, Scalar sectionAngle, Sense sense, SmartObject.UpdateOption updateOption)` Creates a sectional `nxopen.Direction` on a `Face` using two `Scalar` s representing the u and v parameters and a `Scalar` representing section angle measured with respect to positive U parameter direction at u and v parameters of the face.
`Direction`	DirectionCollection.`createDirection(Face face, Scalar u, Scalar v, Sense sense, SmartObject.UpdateOption updateOption)` Creates a Direction normal to the `Face` using two `Scalar` s representing the u and v parameters.
`Direction`	DirectionCollection.`createDirection(IBaseCurve icurve, Point point, Direction.OnCurveOption option, Sense sense, SmartObject.UpdateOption updateOption)` Creates a `nxopen.Direction` on a `ICurve` at a `Point` .
`Direction`	DirectionCollection.`createDirection(IBaseCurve icurve, Scalar t, Direction.OnCurveOption option, Sense sense, SmartObject.UpdateOption updateOption)` Creates a `nxopen.Direction` on a `ICurve` using a `Scalar` representing the t parameter.
`Direction`	DirectionCollection.`createDirection(IBaseCurve edge, Sense sense, SmartObject.UpdateOption updateOption)` Creates a `nxopen.Direction` using a linear `Edge` or the axis of a conical `Edge` .
`Direction`	DirectionCollection.`createDirection(IBasePlane plane, Sense sense, SmartObject.UpdateOption updateOption)` Creates a `nxopen.Direction` using the normal of an `IBasePlane` .
`Direction`	DirectionCollection.`createDirection(IParameterizedSurface face, Point point, Sense sense, SmartObject.UpdateOption updateOption)` Creates a `nxopen.Direction` using the normal of a non-planar `Face` at a `Point` License requirements: solid_modeling ("SOLIDS MODELING") OR drafting ("DRAFTING") OR nx_masterfem ("Finite Element Modeling") OR geometric_tol ("GDT") Created in NX6.0.0
`Direction`	DirectionCollection.`createDirection(IParameterizedSurface face, Sense sense, SmartObject.UpdateOption updateOption)` Creates a `nxopen.Direction` using the normal of a `Face` or the axis of a cylindrical `Face` .
`Direction`	DirectionCollection.`createDirection(Line line, Sense sense, SmartObject.UpdateOption updateOption)` Creates a `nxopen.Direction` using a `Line` .
`Direction`	DirectionCollection.`createDirection(nxopen.routing.Port port, Sense sense, SmartObject.UpdateOption updateOption)` Creates a `nxopen.Direction` aligned to that of given `nxopen.routing.Port` .
`Direction`	DirectionCollection.`createDirection(Point3d origin, Vector3d vector, SmartObject.UpdateOption update)` Creates a `nxopen.Direction` without parameters.
`Direction`	DirectionCollection.`createDirection(Point point, Expression exp, Sense sense, SmartObject.UpdateOption updateOption)` Creates a `nxopen.Direction` using an `Expression` .
`Direction`	DirectionCollection.`createDirection(Point atPoint, Face face, Direction.OnFaceOption option, SmartObject sectionDirection, Sense sense, SmartObject.UpdateOption updateOption)` Creates a `nxopen.Direction` on a `Face` at a `Point` .
`Direction`	DirectionCollection.`createDirection(Point startPoint, Point endPoint, SmartObject.UpdateOption updateOption)` Creates a `nxopen.Direction` using two `Point` s.
`Direction`	DirectionCollection.`createDirection(Sketch plane, Sense sense, SmartObject.UpdateOption updateOption)` Creates a `nxopen.Direction` using the normal of a `Sketch` .
`Direction`	DirectionCollection.`createDirectionOnPointParentCurve(Point atPoint, IBaseCurve curve, Direction.OnCurveOption option, Sense sense, SmartObject.UpdateOption updateOption)` Creates a `nxopen.Direction` on a parent `ICurve` of a `Point` .
`ICurve`	CurveCollection.`createExtractedCurve(ICurve curveToExtract, int type, int subtype, Xform xform, double tolerance, SmartObject.UpdateOption updateOption)` Creates a `Curve` .
`XformCollection.CreateExtractXformData`	XformCollection.`createExtractXform(NXObject object, SmartObject.UpdateOption updateOption, boolean forceXformCreation)` Creates a extract Xform based on object.
`Line`	LineCollection.`createFaceAxis(IParameterizedSurface face, SmartObject.UpdateOption updateOption)` Create a Axis line base on a Cylider, Cone, Torus or Revolve face License requirements: solid_modeling ("SOLIDS MODELING") OR drafting ("DRAFTING") OR geometric_tol ("GDT") .
`Line`	LineCollection.`createFaceAxisNoExtension(IParameterizedSurface face, SmartObject.UpdateOption updateOption)` Create a Axis line base on a Cylider, Cone, Torus or Revolve face.
`Line`	LineCollection.`createFaceAxisNoParentLoadRequired(IParameterizedSurface face, SmartObject.UpdateOption updateOption)` Create a Axis line base on a Cylider, Cone, Torus or Revolve face.
`Offset`	OffsetCollection.`createOffset(Direction direction, Scalar distance, SmartObject.UpdateOption updateOption)` Creates an `Offset` using a Smart `nxopen.Direction` and distance.
`Offset`	OffsetCollection.`createOffset(Offset offsetIn, Xform xform, SmartObject.UpdateOption updateOption)` Creates a `Offset` via an extract `Offset` with optional transformation.
`Offset`	OffsetCollection.`createOffset(Point3d origin, Vector3d vector, SmartObject.UpdateOption updateOption)` Create an `Offset` without parameters.
`Offset`	OffsetCollection.`createOffsetCylindrical(Scalar radius, Scalar angle, Scalar deltaZ, SmartObject.UpdateOption updateOption)` Creates a smart cylindrical `Offset` .
`Offset`	OffsetCollection.`createOffsetRectangular(Scalar deltaX, Scalar deltaY, Scalar deltaZ, SmartObject.UpdateOption updateOption)` Create an `Offset` using X, Y and Z deltas.
`Offset`	OffsetCollection.`createOffsetSpherical(Scalar radius, Scalar angle1, Scalar angle2, SmartObject.UpdateOption updateOption)` Creates a smart spherical `Offset` .
`Plane`	PlaneCollection.`createPlane(Point3d origin, Vector3d normal, SmartObject.UpdateOption updateOption)` Creates an `Plane` without parameters.
`Point`	PointCollection.`createPoint(CAEFace face, Point projectedPoint, SmartObject.UpdateOption updateOption)` Creates a point by projecting onto a face.
`Point`	PointCollection.`createPoint(CartesianCoordinateSystem csys, Scalar scalarX, Scalar scalarY, Scalar scalarZ, SmartObject.UpdateOption updateOption)` Creates a `Point` via `CartesianCoordinateSystem` and three `Scalar` .
`Point`	PointCollection.`createPoint(Expression exp, SmartObject.UpdateOption updateOption)` Creates a `Point` via an `Expression` .
`Point`	PointCollection.`createPoint(IBaseCurve curve1, IBaseCurve curve2, Point3d startPoint, View view, SmartObject.UpdateOption updateOption)` Creates a `Point` at the apparent intersection of two Edges or Curves in a view.
`Point`	PointCollection.`createPoint(IBaseCurve curve1, IBaseCurve curve2, Point helpPt1, Point helpPt2, SmartObject.UpdateOption updateOption)` Creates a `Point` at the intersection of two Edges or Curves.
`Point`	PointCollection.`createPoint(IBaseCurve edgeCurve, Point pointOffset, Scalar distancePercent, PointCollection.AlongCurveOption option, Sense sense, SmartObject.UpdateOption updateOption)` Creates a `Point` along a `Curve` or `Edge` using a `Point` , and a `Scalar` representing the T parameter along the `Curve` .
`Point`	PointCollection.`createPoint(IBaseCurve edgeCurve, Scalar scalarT, PointCollection.PointOnCurveLocationOption locationOption, SmartObject.UpdateOption updateOption)` Creates a `Point` on a `Curve` or `Edge` and `Scalar` representing the Percent parameter or Arc Length or Percent Arc Length.
`Point`	PointCollection.`createPoint(IBaseCurve edgeCurve, Scalar scalarT, SmartObject.UpdateOption updateOption)` Creates a `Point` on a `Curve` or `Edge` and `Scalar` representing the T parameter.
`Point`	PointCollection.`createPoint(IBaseCurve edgeCurve, Scalar scalarT, SmartObject.UpdateOption updateOption, boolean useReverseParameter)` Creates a `Point` on a `Curve` or `Edge` and `Scalar` representing the T parameter.
`Point`	PointCollection.`createPoint(IBaseCurve edgeCurve, Scalar angle, Xform xform, SmartObject.UpdateOption updateOption)` Creates a `Point` at an angle along an `IBaseCurve` .
`Point`	PointCollection.`createPoint(IBaseCurve edgeCurve, SmartObject.UpdateOption updateOption)` Creates a `Point` via the center of an `Edge` or `Curve` .
`Point`	PointCollection.`createPoint(IBasePlane plane, IBaseCurve curve, Point helpPt1, Point helpPt2, SmartObject.UpdateOption updateOption)` Creates a `Point` at the intersection of a `IBasePlane` and `IBaseCurve` .
`Point`	PointCollection.`createPoint(IParameterizedSurface face, IBaseCurve curve, Point helpPt1, Point helpPt2, SmartObject.UpdateOption updateOption)` Creates a `Point` at the intersection of a `IParameterizedSurface` and `IBaseCurve` .
`Point`	PointCollection.`createPoint(IParameterizedSurface face, Scalar scalarU, Scalar scalarV, SmartObject.UpdateOption updateOption)` Creates a `Point` on a Surface or `Face` via U-V `Scalar` for the surface.
`Point`	PointCollection.`createPoint(IParameterizedSurface sphericalFace, SmartObject.UpdateOption updateOption)` Creates a `Point` at the center of a spherical face.
`Point`	PointCollection.`createPoint(IRoutePosition routePosition, Xform xform, SmartObject.UpdateOption updateOption)` Creates a `Point` at the given `IRoutePosition` .
`Point`	PointCollection.`createPoint(Offset offset, Point offsetPoint, SmartObject.UpdateOption updateOption)` Creates a `Point` using a `Point` and an `Offset` .
`Point`	PointCollection.`createPoint(Point point1, Point point2, Scalar distancePercentage, SmartObject.UpdateOption updateOption)` Creates a `Point` between two points using a `Scalar` that represents a percentage of the distance between the points.
`Point`	PointCollection.`createPoint(Point pointExtract, Xform xform, SmartObject.UpdateOption updateOption)` Creates a `Point` via an existing `Point` using an optional `Xform` .
`Point`	PointCollection.`createPoint(Scalar scalarX, Scalar scalarY, Scalar scalarZ, SmartObject.UpdateOption updateOption)` Creates a `Point` via three `Scalar` .
`Point`	PointCollection.`createPoint(ScCollector faces, IBaseCurve curve, Point helpPt1, Point helpPt2, SmartObject.UpdateOption updateOption)` Creates a `Point` at the intersection of a connected set of faces and `IBaseCurve` .
`Point`	PointCollection.`createPoint(SmartObject.UpdateOption updateOption, nxopen.annotations.Annotation annotation, Scalar t, int side, int block, boolean attachFcfToDim)` Creates a `Point` on a `nxopen.annotations.Annotation` and `Scalar` representing the T parameter.
`Point`	PointCollection.`createPoint(View view, IBaseCurve edgeCurve1, IBaseCurve edgeCurve2, Point3d helpPt, SmartObject.UpdateOption updateOption)` Creates a `Point` on the intersection of two `Curve` and/or `Edge` in a View.
`Point`	PointCollection.`createPointOnPortExtractAlign(SmartObject.UpdateOption updateOption, nxopen.routing.Port port, Scalar distance)` Creates a `Point` at a `nxopen.routing.Port` .
`Point`	PointCollection.`createPointOnSectionCG(SmartObject.UpdateOption updateOption, TaggedObject face)` Creates a `Point` on the center of gravity of the sketch for a given sheet metal feature face in history free mode.
`Point`	PointCollection.`createPointOnSurfaceAxis(TaggedObject face, Scalar parameter, SmartObject.UpdateOption updateOption)` Creates a parameterised point on the center line axis of the given face.
`Point`	PointCollection.`createPointSplinePole(IBaseCurve splineCurve, int poleIndex, SmartObject.UpdateOption updateOption)` Creates a `Point` at a spline pole.
`Point`	PointCollection.`createQuadrantPoint(IBaseCurve curveOrEdge, int quadrant, SmartObject.UpdateOption updateOption)` Creates a quadrant point License requirements: solid_modeling ("SOLIDS MODELING") OR drafting ("DRAFTING") OR nx_masterfem ("Finite Element Modeling") OR geometric_tol ("GDT") .
`Scalar`	ScalarCollection.`createScalar(double value, Scalar.DimensionalityType dimensionality, SmartObject.UpdateOption update)` Creates a scalar without parameters.
`Scalar`	ScalarCollection.`createScalar(Scalar scalarExtract, Scalar scalarOptional, Scalar.DimensionalityType dimensionality, SmartObject.UpdateOption update)` Creates a scalar via an existing scalar and an optional scalar.
`Scalar`	ScalarCollection.`createScalarExpression(Expression expression, Scalar.DimensionalityType dimensionality, SmartObject.UpdateOption update)` Creates a scalar using an expression.
`Scalar`	ScalarCollection.`createScalarReciprocalValue(Scalar scalar, Scalar.DimensionalityType dimensionality, SmartObject.UpdateOption update)` Creates a scalar whose value is a reciprocal of another scalar License requirements: solid_modeling ("SOLIDS MODELING") OR drafting ("DRAFTING") OR geometric_tol ("GDT") .
`Curve`	CurveCollection.`createSmartCompositeCurve(Curve curve, SmartObject.UpdateOption updateOption)` Creates a `Curve` .
`Curve`	CurveCollection.`createSmartCompositeCurve(Section section, SmartObject.UpdateOption updateOption, double tolerance)` Creates a `Curve` .
`SphericalCoordinateSystem`	CoordinateSystemCollection.`createSphericalCoordinateSystem(Xform xform, SmartObject.UpdateOption update)` Creates a SphericalCoordinateSystem from a Xform and update option.
`Point`	PointCollection.`createStockOffsetPoint(Point basePoint, Direction offsetDirr, String offsetExpression, SmartObject.UpdateOption updateOption)` Creates a Routing "Stock Offset" point.
`Polyline`	PolylineCollection.`createThroughPoints(SmartObject.UpdateOption updateOption, Point[] points, boolean isClosed)` Create a polyline from points License requirements: solid_modeling ("SOLIDS MODELING") .
`Curve`	CurveCollection.`createVirtualBlendCurve(SmartObject.UpdateOption updateOption, IParameterizedSurface blendFace, double tolerance)` Creates a `Curve` .
`Curve`	CurveCollection.`createVirtualCenterlineCurve(SmartObject.UpdateOption updateOption, IParameterizedSurface blendFace, double tolerance)` Creates a `Curve` .
`Point`	PointCollection.`createVirtualIntersectionPoint(IBaseCurve curve1, IBaseCurve curve2, Point helpPt1, Point helpPt2, SmartObject.UpdateOption updateOption)` Creates a `Point` at the virtual intersection of two linear Edges or Curves.
`Xform`	XformCollection.`createXform(Component workOcc, Component contextObject, SmartObject.UpdateOption updateOption)` Creates a Xform in the context of given `Component` .
`Xform`	XformCollection.`createXform(CoordinateSystem csys, Offset point0, Offset point1, Scalar rotationScalarX, Scalar rotationScalarY, Scalar rotationScalarZ, int rotationOption, SmartObject.UpdateOption updateOption, double scale)` Creates a Xform by offsetting an existing coordinate system through a translation and a rotation License requirements: None.
`Xform`	XformCollection.`createXform(CoordinateSystem csys, Point point0, Point point1, Scalar rotationScalarX, Scalar rotationScalarY, Scalar rotationScalarZ, int rotationOption, SmartObject.UpdateOption updateOption, double scale)` Creates a Xform by picking up a point from an existing coordinate system License requirements: None.
`Xform`	XformCollection.`createXform(Direction xDirection, Direction yDirection, SmartObject.UpdateOption updateOption, double scale)` Creates a Xform based on two vectors.
`Xform`	XformCollection.`createXform(DisplayableObject plane, Direction axis, SmartObject.UpdateOption updateOption, double scale)` Creates a Xform based on a plane and a vector.
`Xform`	XformCollection.`createXform(DisplayableObject plane1, DisplayableObject plane2, DisplayableObject plane3, SmartObject.UpdateOption updateOption, double scale)` Creates a Xform by three planes.
`Xform`	XformCollection.`createXform(Explosion explosion, Component sourceComponent, Component destComponent, SmartObject.UpdateOption updateOption)` Creates an Xform based on the delta difference between the source and destination components in the explosion.
`Xform`	XformCollection.`createXform(NXObject object, Explosion explosion, SmartObject.UpdateOption updateOption)` Creates an Xform based on an object and an explosion.
`Xform`	XformCollection.`createXform(NXObject object, SmartObject.UpdateOption updateOption)` Creates a Xform from the Xform of a a selected curve, plane, or drafting object.
`Xform`	XformCollection.`createXform(Point3d origin, Matrix3x3 orientation, SmartObject.UpdateOption update, double scale)` Creates an Xform License requirements: None.
`Xform`	XformCollection.`createXform(Point3d origin, Vector3d xDirection, Vector3d yDirection, SmartObject.UpdateOption updateOption, double scale)` Creates a Xform without parameters.
`Xform`	XformCollection.`createXform(Point xPoint, Axis zAxis, SmartObject.UpdateOption updateOption)` Creates an Xform using a Z axis and X point The X-Axis is the vector from the Z-Axis vector to the point; the Y-Axis is computed from the X and Z axis; the origin is the intersection of the three vectors.
`Xform`	XformCollection.`createXform(Point origin, Direction xDirection, Direction yDirection, SmartObject.UpdateOption updateOption, double scale)` Creates a Xform based on a point and two vectors.
`Xform`	XformCollection.`createXform(Point point, Point helperPoint, ICurve curve, SmartObject.UpdateOption updateOption)` Creates an Xform through a point and perpendicular to a curve or edge.
`Xform`	XformCollection.`createXform(Point point1, Point point2, Point point3, SmartObject.UpdateOption updateOption, double scale)` Create a Xform based on three points.
`Xform`	XformCollection.`createXform(Point origin, XYZAxis axis, Direction direction, Scalar scale, SmartObject.UpdateOption updateOption)` Creates an Xform based on origin and a direction.
`Xform`	XformCollection.`createXform(SmartObject.UpdateOption updateOption, double scale)` Creates a Xform that based off the model space coordinate system.
`Xform`	XformCollection.`createXformAngleAxis(Axis axis, Expression angle, SmartObject.UpdateOption updateOption)` Creates a Motion Xform based on the axis and angle.
`Xform`	XformCollection.`createXformAxisVector(Axis axis, Direction vector, SmartObject.UpdateOption updateOption)` Creates a Motion Xform based on a axis and vector.
`Xform`	XformCollection.`createXformByDynamicOffset(CoordinateSystem csys, Vector3d originOffset, Matrix3x3 trasformMatrix, SmartObject.UpdateOption updateOption, double scale)` Creates an Xform whose location and orientation are determined by applying a specified origin offset and transformation matrix to an existing coordinate system.
`Xform`	XformCollection.`createXformByPlaneXDirPoint(DisplayableObject plane, Direction xDirection, Point point, SmartObject.UpdateOption updateOption, double scale, boolean flipXDirection, boolean flipZDirection)` Creates a Xform based on a planar face or datum plane, a X-axis vector direction, and a point.
`Xform`	XformCollection.`createXformByPointXDirZDir(Point origin, Direction xDirection, Direction zDirection, SmartObject.UpdateOption updateOption, double scale)` Creates an Xform based on a point and two vectors.
`Xform`	XformCollection.`createXformByPointYDirZDir(Point origin, Direction yDirection, Direction zDirection, SmartObject.UpdateOption updateOption, double scale)` Creates an Xform based on a point and two vectors.
`Xform`	XformCollection.`createXformCsysToCsys(CoordinateSystem from, CoordinateSystem to, SmartObject.UpdateOption updateOption)` Creates a Motion Xform based on two csys.
`Xform`	XformCollection.`createXformDeltaXyz(Scalar[] delta, SmartObject.UpdateOption updateOption)` Creates a Motion Xform based on delta x, y, and z values where the x, y, and z directions are relative to a reference coordinate system.
`Xform`	XformCollection.`createXformDistanceAngle(Expression distance, Expression angle, Axis dirr, Direction angulardirr, SmartObject.UpdateOption updateOption)` Creates a Motion Xform based on the distance and angle on object.
`Xform`	XformCollection.`createXformDistanceBetweenPoints(Point origin, Point measure, Direction vector, Expression distance, Expression originDistance, SmartObject.UpdateOption updateOption)` Creates a Motion Xform based on the direction and points.
`Xform`	XformCollection.`createXformDistanceDirection(Direction direction, Expression distance, SmartObject.UpdateOption updateOption)` Creates a Motion Xform based on the direction and distance.
`Xform`	XformCollection.`createXformDistanceRadial(Axis axis, Point point, Expression distance, Expression originDistance, SmartObject.UpdateOption updateOption)` Creates a Motion Xform based on the axis and points.
`Xform`	XformCollection.`createXformDynamic(Scalar[] org, Scalar[] mtx, SmartObject.UpdateOption updateOption)` Creates a Motion Xform based on the manip.
`Xform`	XformCollection.`createXformFromCurrentView(SmartObject.UpdateOption updateOption, double scale)` Creates an XForm using the current viewing coordinate system.
`Xform`	XformCollection.`createXformRotateThreePoints(Axis vector, Point start, Point end, SmartObject.UpdateOption updateOption)` Creates a Motion Xform based on the three points and vector.
`Xform`	XformCollection.`createXformTwoPoints(Point from, Point to, SmartObject.UpdateOption updateOption)` Creates a Motion Xform based on two points.
`Xform`	XformCollection.`createXformWithReverseNormal(Xform xform, SmartObject.UpdateOption updateOption)` Creates an Xform based on the delta difference between the source and destination components in the explosion.
`Xform`	XformCollection.`createXformWithView(View view, SmartObject.UpdateOption updateOption)` Creates a Xform with an existing view License requirements: None.
`void`	IPlane.`setUpdateOption(SmartObject.UpdateOption update)` Set to plane update License requirements: None.

Uses of SmartObject.UpdateOption in nxopen.geometricutilities

Methods in nxopen.geometricutilities with parameters of type SmartObject.UpdateOption
Modifier and Type	Method and Description
`void`	ModlMotion.`setUpdateOption(SmartObject.UpdateOption option)` Set the update option for defining the update behavior for the object.

Uses of Classnxopen.SmartObject.UpdateOption

Uses of SmartObject.UpdateOption in nxopen

Uses of SmartObject.UpdateOption in nxopen.geometricutilities

Uses of Class
nxopen.SmartObject.UpdateOption