sketcher journaling preface basic tasks glossary indexdunet.nicolas.free.fr/catiav5/dysjg.pdfpreface...

Sketcher Journaling

Preface

Basic Tasks

Glossary

Index

© Dassault Systèmes 1994-2000. All rights reserved.

PrefaceThe CATIA - Sketcher Journaling Guide has been designed to show you how to create sketchstarting from a CATIA script document. This book aims at illustrating the several stages ofcreation you may encounter.

The information contained in this guide is specific to Version 5 Release 5 of the CATIA -Sketcher workbench, which operates in a WINDOWS or UNIX workstation environment underthe AIX, IRIX, SUN OS and HP-UX operating system.

Basic Tasks

CATPart DocumentSketcher Profiles

Transformation ProfilesSketcher Basics

Sketcher Constraints

CATPart Document

New CATPartOpen CATPart

Create a CATPart DocumentDefinitionCreates a new part.Note the reference planes and the part body are implicitly created, see Part Properties and PartBody to retrieve them.

Methods

Documents.Add

Creates a document object and adds it to the documents collection.This document becomes the active one, and a window is created to accomodate it whichbecomes the active window.Syntax

Documents.Add ( iDocType ) as DocumentiDocType as String

The type of the document to be created, here a CATPart.= "Part"

ExampleCATIA.Documents.Add ( "Part" )

Running The MacroOpen CATIA.1. Load the CreateCATPart1.CATScript macro.2. Run the macro.3.

Open a CATPart DocumentDefinitionOpen an existing part.

Methods

Documents.Open

Opens and reads a document stored in a file, displays it in a new window, adds the document tothe documents collection and the window to the windows collection, and makes both thedocument and the window the active ones.Syntax

Documents.Add ( iFileName ) as DocumentiFileName as String

The string containing the document name and path to be opened. Example

CATIA.Documents.Open ( "C:\PartDirectory\UserPart.CATPart" )

Running The MacroOpen CATIA.1. Check in OpenCATPart1.CATScript the path to the Sketcher Journaling Guide directorysample.

2.

Load the OpenCATPart1.CATScript macro.3. Run the macro.4.

CATPart Document

ProfileRectangle

Oriented RectangleParallelogram

Elongated HoleCylindrical Elongated Hole

KeyholeHexagon

CircleThree Points Circle

Circle Using CoordinatesTritangent CircleThree Points Arc

Three Points Arc Starting With LimitsArc of Circle

SplineEllipse

ParabolaHyperbola

Creates a ConicLine

Bitangent LinePoint by Clicking

PointEquidistant Points

ProfileDefinitionA profile combines Point, Line, Circle and Constraints methods and properties, and there are nodedicated methods or properties to manage it.

RectangleDefinitionA rectangle combines Point, Line and Constraints methods and properties, and there are nodedicated methods or properties to manage it.

Oriented RectangleDefinitionAn oriented rectangle combines Point, Line and Constraints methods and properties, and thereare no dedicated methods or properties to manage it.

ParallelogramDefinitionA parallelogram combines Point, Line and Constraints methods and properties, and there are nodedicated methods or properties to manage it.

Elongated HoleDefinitionAn elongated hole combines Point, Line, Circle and Constraints methods and properties, andthere are no dedicated methods or properties to manage it.

Cylindrical Elongated HoleDefinitionA cylindrical elongated hole combines Point, Circle and Constraints methods and properties, andthere are no dedicated methods or properties to manage it.

KeyholeDefinitionA keyhole combines Point, Line, Circle and Constraints methods and properties, and there areno dedicated methods or properties to manage it.

HexagonDefinitionA hexagon combines Point, Line and Constraints methods and properties, and there are nodedicated methods or properties to manage it.

CircleDefinitionA circle is created from its center, start and end points, according to the horizontal axis (H) andthe vertical axis (V) of the sketch.A circle in a sketch is named 2D circle according to the 2D space.

Methods

CreateCircle

Creates a new 2D circle within the 2D Factory of the sketch beeing edited.Syntax

CreateCircle ( iHCenter, iVCenter, iRadius, iStartParameter, iEndParameter ) as Circle2DiHCenter as Double

The 2D circle center coordinate along the horizontal axis.iVCenter as Double

The 2D circle center coordinate along the vertical axis.iRadius as Double

The 2D circle radius.iStartParameter as Double

The start parameter is an angle value between 0 included and 2PI excluded, defined fromthe horizontal axis.

iEndParameter as DoubleThe end parameter is an angle value between iStartParameter excluded and 4PI included,defined from the horizontal axis.

ExampleSet UserCircle2D = UserFactory2D.CreateCircle ( 0.000000, 0.000000, 10.000000,0.000000, 3.141593 )

CreateClosedCircle

Creates a new 2D circle within the 2D Factory of the sketch beeing edited.Syntax

CreateClosedCircle ( iHCenter, iVCenter, iRadius ) as Circle2DiHCenter as Double

The 2D circle center coordinate along the horizontal axis.iVCenter as Double

The 2D circle center coordinate along the vertical axis.iRadius as Double

The 2D circle radius.Example

Set UserCircle2D = UserFactory2D.CreateClosedCircle ( 0.000000, 0.000000, 10.000000)

GetCenter

Gets the 2D circle center coordinates.Syntax

GetCenter ( oCenter ) oCenter as Double

A safe array with two elements:oCenter ( 0 ) the center coordinate along the horizontal axis,oCenter ( 1 ) the center coordinate along the vertical axis,The array must be previously initialized.

ExampleDim Center ( 1 ) As DoubleDim h, v As Double

UserCircle2D.GetCenter ( Center )

h = Center ( 0 )v = Center ( 1 )

GetCurvature

Gets the 2D circle curvature and curvature direction unit vector for a specified parameter.Syntax

GetCurvature iParameter, oCurvatureiParameter as Double

The parameter.oCurvature as Double

A safe array with three elements:oCurvature ( 0 ) the curvature,oCurvature ( 1 ) the unit vector coordinate along the horizontal axis,oCurvature ( 2 ) the unit vector coordinate along the vertical axis,The array must be previously initialized.

ExampleDim Curvature ( 2 ) As DoubleDim c, hc, vc As Double

UserCircle2D.GetCurvature 1.000000, Curvature

c = Curvature ( 0 )hc = Curvature ( 1 )vc = Curvature ( 2 )

GetDerivatives

Gets the 2D circle first, second and third derivatives for a specified parameter.Syntax

GetDerivatives iParameter, oDerivativeiParameter as Double

The parameter.oDerivative as Double

A safe array with six elements :oDerivative ( 0 ) the first derivative vector coordinate along the horizontal axis,oDerivative ( 1 ) the first derivative vector coordinate along the vertical axis,oDerivative ( 2 ) the second derivative vector coordinate along the horizontal axis,oDerivative ( 3 ) the second derivative vector coordinate along the vertical axis,oDerivative ( 4 ) the third derivative vector coordinate along the horizontal axis,oDerivative ( 5 ) the third derivative vector coordinate along the vertical axis,The array must be previously initialized.

ExampleDim Derivative ( 5 ) As DoubleDim hfd, vfd, hsd, vsd, htd, vtd As Double

UserCircle2D.GetDerivatives 1.000000, Derivative

hfd = Derivative ( 0 )vfd = Derivative ( 1 )hsd = Derivative ( 2 )vsd = Derivative ( 3 )htd = Derivative ( 4 )vtd = Derivative ( 5 )

GetEndPoints

Gets the 2D circle start and end point coordinates.Syntax

GetEndPoints ( oEndPoints )oEndPoints as Double

A safe array with four elements :oEndPoints ( 0 ) the start point coordinate along the horizontal axis,oEndPoints ( 1 ) the start point coordinate along the vertical axis,oEndPoints ( 2 ) the end point coordinate along the horizontal axis,oEndPoints ( 3 ) the end point coordinate along the vertical axis,

The array must be previously initialized.Example

Dim EndPoints ( 3 ) As DoubleDim hsp, vsp, hep, ved As Double

UserCircle2D.GetEndPoints ( EndPoints )

hsp = EndPoints( 0 )vsp = EndPoints( 1 )hep = EndPoints( 2 )ved = EndPoints ( 3 )

GetLengthAtParam

Gets the 2D circle length between two parameters.Syntax

GetLengthAtParam ( iFirstParameter, iSecondParameter ) as DoubleiFirstParameter as Double

The first parameter.iSecondParameter as Double

The second parameter.Example

CircleLength = UserCircle2D.GetLengthAtParam ( 1.000000, 2.000000 )

GetParamAtLength

Gets a 2D circle parameter from a parameter and the length between them.Syntax

GetParamAtLength ( iParameter, iLength ) as DoubleiParameter as Double

The parameter.iLength as Double

The length.Example

CircleParameter = UserCircle2D.GetParamAtLength ( 1.000000, 10.000000 )

GetParamExtents

Gets the 2D circle start and end point parameters.Syntax

GetParamExtents ( oParameters )oParameters as Double

A safe array with two elements :

oParameters ( 0 ) the start point parameter,oParameters ( 1 ) the end point parameter,The array must be previously initialized.

ExampleDim Parameters ( 1 ) As DoubleDim spp, epp As Double

UserCircle2D.GetParamExtents ( Parameters )

spp = Parameters ( 0 )epp = Parameters ( 1 )

GetPointAtParam

Gets the 2D circle point for a specified parameter.Syntax

GetPointAtParam iParameter, oPointiParameter as Double

The parameter.oPoint as Double

A safe array with two elements :oPoint ( 0 ) the point coordinate along the horizontal axis,oPoint ( 1 ) the point coordinate along the vertical axis,The array must be previously initialized.

ExampleDim Point ( 1 ) As DoubleDim hp, vp As Double

UserCircle2D.GetPointAtParam 1.000000, Point

hp = Point ( 0 )vp = Point ( 1 )

GetRangeBox

Gets the 2D circle points of its bounding box.Syntax

GetRangeBox ( oBoundingPoint )oBoundingPoint as Double

A safe array with four elements :oBoundingPoint ( 0 ) the minimum point coordinate along the horizontal axis,oBoundingPoint ( 1 ) the minimum point coordinate along the vertical axis,oBoundingPoint ( 2 ) the maximum point coordinate along the horizontal axis,oBoundingPoint ( 3 ) the maximum point coordinate along the vertical axis,The array must be previously initialized.

ExampleDim BoundingPoint ( 3 ) As DoubleDim hmin, vmin, hmax, vmax As Double

UserCircle2D.GetRangeBox ( BoundingPoint )

hmin = BoundingPoint ( 0 )vmin = BoundingPoint ( 1 )hmax = BoundingPoint ( 2 )vmax = BoundingPoint ( 3 )

GetTangent

Gets the 2D circle tangent direction unit vector for a specified parameter.Syntax

GetTangent iParameter, oTangentiParameter as Double

The parameter.oTangent as Double

A safe array with two elements :oCurvature ( 0 ) the unit vector coordinate along the horizontal axis,oCurvature ( 1 ) the unit vector coordinate along the vertical axis,The array must be previously initialized.

ExampleDim Tangent ( 2 ) As DoubleDim ht, vt As Double

UserCircle2D.GetTangent 1.000000, Tangent

ht = Tangent ( 0 )vt = Tangent ( 1 )

IsPeriodic

Gets the 2D circle periodicity.Syntax

IsPeriodic as Boolean= True, the circle is periodic.= False, the circle is not periodic.

ExampleUserCircle2D.IsPeriodic

SetData

Sets the 2D circle center point and radius.

SyntaxSetData iHCenter, iVCenter, iRadius

iHCenter as DoubleThe 2D circle center coordinate along the horizontal axis.

iVCenter as DoubleThe 2D circle center coordinate along the vertical axis.

iRadius as DoubleThe 2D circle radius.

ExampleUserCircle2D.SetData 0.00000, 0.00000, 10.000000

Properties

CenterPoint

Gets the 2D circle center point.Syntax

CenterPoint as Point2DExample

UserCircleCenterPoint = UserCircle2D.CenterPoint

Circle2D

Dimensions an object as circle in 2D space.Example

Dim UserCircle2D as Circle2D

Construction

Gets or sets the construction mode of the 2D circle.Syntax

Construction as Boolean= True, indicates that the circle is defined as construction 2D circle.= False, indicates that the circle is defined as standard 2D circle.

ExampleCircle2DConstructionMode = UserCircle2D.ConstructionUserCircle2D.Construction = True

Continuity

Gets the geometric continuity highest level of the 2D circle.

SyntaxContinuity as Short

ExampleCircleContinuity = UserCircle2D.Continuity

EndPoint

Gets or sets the end point of the 2D circle.Syntax

EndPoint as Point2DExample

CircleEndPoint = UserCircle2D.EndPointUserCircle2D.EndPoint = UserPoint2D

GeometricType

Gets the type of the geometrical element.Syntax

GeometricType as Long= 5, indicates that the geometrical element is a 2D circle.

ExampleGeometricalElementType = UserCircle2D.GeometricType

Period

Gets the period of the 2D circle.Syntax

Period as DoubleExample

CirclePeriod = UserCircle2D.Period

Radius

Gets the 2D circle radius.Syntax

Radius as DoubleExample

UserCircleRadius = UserCircle2D.Radius

ReportName

Gets or sets the report name of the 2D circle.This label is used to define the BRep element identifier.

SyntaxReportName as LongThe label of the report name

ExampleCircle2DReportName = UserCircle2D.ReportNameUserCircle2D.ReportName = 15

StartPoint

Gets or sets the start point of the 2D circle.Syntax

StartPoint as Point2DExample

CircleStartPoint = UserCircle2D.StartPointUserCircle2D.StartPoint = UserPoint2D

Running The MacroOpen the Circle1.CATPart document.1.

Load the Circle1.CATScript macro.2. Run the macro.3.

Three Points CircleDefinitionA three point circle combines Point, Circle and Constraints methods and properties, and thereare no dedicated methods or properties to manage it.

Circle Using CoordinatesDefinitionA circle using coordinates combines Point, Circle and Constraints methods and properties, andthere are no dedicated methods or properties to manage it.

Tritangent CircleDefinitionA tritangent circle combines Point, Circle and Constraints methods and properties, and there areno dedicated methods or properties to manage it.

Three Points ArcDefinitionA three points arc combines Point, Circle and Constraints methods and properties, and there areno dedicated methods or properties to manage it.

Three Points Arc Starting With LimitsDefinitionA three points arc starting with limits combines Point, Circle and Constraints methods andproperties, and there are no dedicated methods or properties to manage it.

Arc of CircleDefinitionA arc combines Point, Circle and Constraints methods and properties, and there are nodedicated methods or properties to manage it.

SplineDefinitionA spline is created from a set of control points, themselves created from their coordinates according tothe horizontal axis (H) and the vertical axis (V) of the sketch.A spline in a sketch is named 2D spline and a control point in a sketch is named 2D control pointaccording to the 2D space.

Methods

CreateControlPoint

Creates a new 2D control point within the 2D Factory of the sketch beeing edited.Syntax

CreateControlPoint ( iH, iV ) as ControlPoint2DiH as Double

The control point coordinate along the horizontal axis.iV as Double

The control point coordinate along the vertical axis.Example

Set UserControlPoint2D = UserFactory2D.CreateControlPoint ( 80.000000, 30.000000 )

CreateSpline

Creates a new 2D spline within the 2D Factory of the sketch beeing edited.Syntax

CreateSpline ( iControlPoints ) as Spline2DiControlPoints as ControlPoint2D

A safe array containing all 2D control points to build the 2D spline:iControlPoints ( i ) a 2D control points,The array must be previously initialized

ExampleDim UserControlPoints ( 2 ) As ControlPoint2D

Set UserControlPoints ( 0 ) = FirstControlPoint2DSet UserControlPoints ( 1 ) = SecondControlPoint2DSet UserControlPoints ( 2 ) = ThirdControlPoint2DSet UserSpline2D = UserFactory2D.CreateSpline ( UserControlPoints )

GetControlPoints

Gets the 2D spline 2D control points.

SyntaxGetControlPoints ( oControlPoints )

oControlPoints as ControlPoint2DA safe array containing all the 2D spline 2D control points:oControlPoints ( i ) a 2D control points,The array must be previously initialized.

ExampleDim UserControlPoints ( 2 ) As Double

UserSpline2D.GetControlPoints ( UserControlPoints )

GetCoordinates

Gets the control point coordinates.Syntax

GetCoordinates ( oControlPoint ) oControlPoint as Double

A safe array with two elements:oControlPoint ( 0 ) the point coordinate along the horizontal axis,oControlPoint ( 1 ) the point coordinate along the vertical axis,The array must be previously initialized.

ExampleDim ControlPoint ( 1 ) As DoubleDim h, v As Double

UserControlPoint2D.GetCoordinates ( Control Point )

h = Control Point ( 0 )v = Control Point ( 1 )

GetCurvature

Gets the 2D spline curvature and curvature direction unit vector for a specified parameter.Syntax





UserSpline2D.GetCurvature 1.000000, Curvature


GetDerivatives

Gets the 2D spline first, second and third derivatives for a specified parameter.Syntax





UserSpline2D.GetDerivatives 1.000000, Derivative


GetEndPoints

Gets the 2D spline start and end point coordinates.Syntax


A safe array with four elements :oEndPoints ( 0 ) the start point coordinate along the horizontal axis,oEndPoints ( 1 ) the start point coordinate along the vertical axis,oEndPoints ( 2 ) the end point coordinate along the horizontal axis,oEndPoints ( 3 ) the end point coordinate along the vertical axis,The array must be previously initialized.

ExampleDim EndPoints ( 3 ) As DoubleDim hsp, vsp, hep, ved As Double

UserSpline2D.GetEndPoints ( EndPoints )


GetLengthAtParam

Gets the 2D spline length between two parameters.Syntax




SplineLength = UserSpline2D.GetLengthAtParam ( 1.000000, 2.000000 )

GetParamAtLength

Gets a 2D spline parameter from a parameter and the length between them.Syntax



The length.Example

SplineParameter = UserSpline2D.GetParamAtLength ( 1.000000, 10.000000 )

GetParamExtents

Gets the 2D spline start and end point parameters.Syntax


A safe array with two elements :oParameters ( 0 ) the start point parameter,oParameters ( 1 ) the end point parameter,The array must be previously initialized.

Example

Dim Parameters ( 1 ) As DoubleDim spp, epp As Double

UserSpline2D.GetParamExtents ( Parameters )


GetPointAtParam

Gets the 2D spline point for a specified parameter.Syntax





UserSpline2D.GetPointAtParam 1.000000, Point


GetRangeBox

Gets the 2D spline points of its bounding box.Syntax




UserSpline2D.GetRangeBox ( BoundingPoint )


GetTangent

Gets the 2D spline tangent direction unit vector for a specified parameter.Syntax





UserSpline2D.GetTangent 1.000000, Tangent


IsPeriodic

Gets the 2D spline periodicity.Syntax

IsPeriodic as Boolean= True, the spline is periodic.= False, the spline is not periodic.

ExampleUserSpline2D.IsPeriodic

SetData

Sets the control point coordinates.Syntax

SetData iH, iViH as Double

The point coordinate along the horizontal axis.iV as Double

The point coordinate along the vertical axis.Example

UserControlPoint2D.SetData 10.00000, 10.00000

Properties

Construction

Gets or sets the construction mode of the 2D spline or 2D control point.Syntax

Construction as Boolean= True, indicates that the spline is defined as construction 2D spline.= False, indicates that the spline is defined as standard 2D spline.

ExampleSpline2DConstructionMode = UserSpline2D.ConstructionUserSpline2D.Construction = TruePoint2DConstructionMode = UserControlPoint2D.ConstructionUserControlPoint2D.Construction = True

GeometricType


GeometricType as Long= 9, indicates that the geometrical element is a 2D spline.= 2, indicates that the geometrical element is a point in 2D space.

ExampleGeometricalElementType = UserSpline2D.GeometricType

GeometricalElementType = UserControlPoint2D.GeometricType

Continuity

Gets the geometric continuity highest level of the 2D spline.Syntax

Continuity as ShortExample

SplineContinuity = UserSpline2D.Continuity

ControlPoint2D

Dimensions an object as control point in 2D space.Example

Dim UserControlPoint2D as ControlPoint2D

EndPoint

Gets or sets the end point of the 2D spline.

SyntaxEndPoint as Point2D

ExampleSplineEndPoint = UserSpline2D.EndPointUserSpline2D.EndPoint = UserPoint2D

Period

Gets the period of the 2D spline.Syntax


SplinePeriod = UserSpline2D.Period

ReportName

Gets or sets the report name of the 2D spline or 2D control point.This label is used to define the BRep element identifier.Syntax

ReportName as LongThe label of the report name

ExampleSpline2DReportName = UserSpline2D.ReportNameUserSpline2D.ReportName = 15

Point2DReportName = UserControlPoint2D.ReportNameUserControlPoint2D.ReportName = 16

Spline2D

Dimensions an object as spline in 2D space.Example

Dim UserSpline2D as Spline2D

StartPoint

Gets or sets the start point of the 2D spline.Syntax


SplineStartPoint = UserSpline2D.StartPointUserSpline2D.StartPoint = UserPoint2D

Running The MacroOpen the Spline1.CATPart document.1.

Load the Spline1.CATScript macro.2. Run the macro.3.

EllipseDefinitionAn ellipse is created from its center point, major axis, major and minor radius, according to thehorizontal axis (H) and the vertical axis (V) of the sketch.An ellipse in a sketch is named 2D ellipse according to the 2D space.

Methods

CreateClosedEllipse

Creates a new 2D ellipse within the 2D Factory of the sketch beeing edited.Syntax

CreateClosedEllipse ( iHCenter, iVCenter, iHMajor, iVMajor, iMajorRadius, iMinorRadius )as Ellipse2D

iHCenter as DoubleThe 2D ellipse center coordinate along the horizontal axis.

iVCenter as DoubleThe 2D ellipse center coordinate along the vertical axis.

iHMajor as DoubleThe 2D ellipse major axis direction coordinate along the horizontal axis.

iVMajor as DoubleThe 2D ellipse major axis direction coordinate along the vertical axis.

iMajorRadius as DoubleThe 2D ellipse major radius.

iMinorRadius as DoubleThe 2D ellipse minor radius.

ExampleSet UserEllipse2D = UserFactory2D.CreateClosedEllipse ( 0.000000, 0.000000, 1.000000,0.000000, 10.000000, 5.000000 )

CreateEllipse

Creates a new 2D ellipse within the 2D Factory of the sketch beeing edited.Syntax

CreateEllipse ( iHCenter, iVCenter, iHMajor, iVMajor, iMajorRadius, iMinorRadius,iStartParameter, iEndParameter ) as Ellipse2D

iHCenter as Double

The 2D ellipse center coordinate along the horizontal axis.iVCenter as Double

The 2D ellipse center coordinate along the vertical axis.iHMajor as Double

The 2D ellipse major axis direction coordinate along the horizontal axis.iVMajor as Double

The 2D ellipse major axis direction coordinate along the vertical axis.iMajorRadius as Double

The 2D ellipse major radius.iMinorRadius as Double

The 2D ellipse minor radius.iStartParameter as Double

The start parameter is an angle value between 0 included and 2PI excluded, defined fromthe horizontal axis.

iEndParameter as DoubleThe end parameter is an angle value between iStartParameter excluded and 4PI included,defined from the horizontal axis.

ExampleSet UserEllipse2D = UserFactory2D.CreateEllipse ( 0.000000, 0.000000, 10.000000,0.000000, 10.000000, 5.000000, 0.000000, 3.141593 )

GetCenter

Gets the 2D ellipse center coordinates.Syntax




UserEllipse2D.GetCenter ( Center )


GetCurvature

Gets the 2D ellipse curvature and curvature direction unit vector for a specified parameter.

SyntaxGetCurvature iParameter, oCurvature

iParameter as DoubleThe parameter.

oCurvature as DoubleA safe array with three elements:oCurvature ( 0 ) the curvature,oCurvature ( 1 ) the unit vector coordinate along the horizontal axis,oCurvature ( 2 ) the unit vector coordinate along the vertical axis,The array must be previously initialized.


UserEllipse2D.GetCurvature 1.000000, Curvature


GetDerivatives

Gets the 2D ellipse first, second and third derivatives for a specified parameter.Syntax





UserEllipse2D.GetDerivatives 1.000000, Derivative

hfd = Derivative ( 0 )vfd = Derivative ( 1 )

hsd = Derivative ( 2 )vsd = Derivative ( 3 )htd = Derivative ( 4 )vtd = Derivative ( 5 )

GetEndPoints

Gets the 2D ellipse start and end point coordinates.Syntax




UserEllipse2D.GetEndPoints ( EndPoints )


GetLengthAtParam

Gets the 2D ellipse length between two parameters.Syntax




EllipseLength = UserEllipse2D.GetLengthAtParam ( 1.000000, 2.000000 )

GetMajorAxis

Gets the 2D ellipse unit vector of the major axis direction.Syntax

GetMajorAxis ( oMajorAxisDirection ) oMajorAxisDirection as Double

A safe array with two elements:oMajorAxisDirection ( 0 ) the unit vector coordinate along the horizontal axis,oMajorAxisDirection ( 1 ) the unit vector coordinate along the vertical axis,The array must be previously initialized.

ExampleDim MajorAxisDirection ( 1 ) As DoubleDim hu, vu As Double

UserEllipse2D.GetMajorAxis ( MajorAxisDirection )

hu = MajorAxisDirection ( 0 )vu = MajorAxisDirection ( 1 )

GetMinorAxis

Gets the 2D ellipse unit vector of the minor axis.Syntax

GetMinorAxis ( oMinorAxisDirection ) oMinorAxisDirection as Double

A safe array with two elements:oMinorAxisDirection ( 0 ) the unit vector coordinate along the horizontal axis,oMinorAxisDirection ( 1 ) the unit vector coordinate along the vertical axis,The array must be previously initialized.

ExampleDim MinorAxisDirection ( 1 ) As DoubleDim hu, vu As Double

UserEllipse2D.GetMinorAxis ( MinorAxisDirection )

hu = MinorAxisDirection ( 0 )vu = MinorAxisDirection ( 1 )

GetParamAtLength

Gets a 2D ellipse parameter from a parameter and the length between them.Syntax



The length.Example

EllipseParameter = UserEllipse2D.GetParamAtLength ( 1.000000, 10.000000 )

GetParamExtents

Gets the 2D ellipse start and end point parameters.Syntax




UserEllipse2D.GetParamExtents ( Parameters )


GetPointAtParam

Gets the 2D ellipse point for a specified parameter.Syntax





UserEllipse2D.GetPointAtParam 1.000000, Point


GetRangeBox

Gets the 2D ellipse points of its bounding box.

SyntaxGetRangeBox ( oBoundingPoint )

oBoundingPoint as DoubleA safe array with four elements :oBoundingPoint ( 0 ) the minimum point coordinate along the horizontal axis,oBoundingPoint ( 1 ) the minimum point coordinate along the vertical axis,oBoundingPoint ( 2 ) the maximum point coordinate along the horizontal axis,oBoundingPoint ( 3 ) the maximum point coordinate along the vertical axis,The array must be previously initialized.


UserEllipse2D.GetRangeBox ( BoundingPoint )


GetTangent

Gets the 2D ellipse tangent direction unit vector for a specified parameter.Syntax





UserEllipse2D.GetTangent 1.000000, Tangent


IsPeriodic

Gets the 2D ellipse periodicity.Syntax

IsPeriodic as Boolean= True, the ellipse is periodic.= False, the ellipse is not periodic.

ExampleUserEllipse2D.IsPeriodic

SetData

Sets the 2D ellipse center point, major axis direction, major radius and minor radius.Syntax

SetData iHCenter, iVCenter, iHMajor, iVMajor, iMajorRadius, iMinorRadiusiHCenter as Double

The 2D ellipse center coordinate along the horizontal axis.iVCenter as Double

The 2D ellipse center coordinate along the vertical axis.iHMajor as Double

The 2D ellipse major axis direction coordinate along the horizontal axis.iVMajor as Double

The 2D ellipse major axis direction coordinate along the vertical axis.iMajorRadius as Double

The 2D ellipse major radius.iMinorRadius as Double

The 2D ellipse minor radius.Example

UserEllipse2D.SetData 0.000000, 0.000000, 10.000000, 0.000000, 10.000000, 5.000000

Properties

CenterPoint

Gets the 2D ellipse center point.Syntax

CenterPoint as Point2DExample

UserEllipseCenterPoint = UserEllipse2D.CenterPoint

Construction

Gets or sets the construction mode of the 2D ellipse.Syntax

Construction as Boolean= True, indicates that the ellipse is defined as construction 2D ellipse.= False, indicates that the ellipse is defined as standard 2D ellipse.

ExampleEllipse2DConstructionMode = UserEllipse2D.ConstructionUserEllipse2D.Construction = True

Continuity

Gets the geometric continuity highest level of the 2D ellipse.Syntax


EllipseContinuity = UserEllipse2D.Continuity

Ellipse2D

Dimensions an object as ellipse in 2D space.Example

Dim UserEllipse2D as Ellipse2D

EndPoint

Gets or sets the end point of the 2D ellipse.Syntax


EllipseEndPoint = UserEllipse2D.EndPointUserEllipse2D.EndPoint = UserPoint2D

GeometricType


GeometricType as Long= 8, indicates that the geometrical element is a 2D ellipse.

ExampleGeometricalElementType = UserEllipse2D.GeometricType

MajorRadius

Gets the 2D ellipse major radius.Syntax

MajorRadius as Double

ExampleUserEllipseMajorRadius = UserEllipse2D.MajorRadius

MinorRadius

Gets the 2D ellipse major radius.Syntax

MinorRadius as DoubleExample

UserEllipseMinorRadius = UserEllipse2D.MinorRadius

Period

Gets the period of the 2D ellipse.Syntax


EllipsePeriod = UserEllipse2D.Period

ReportName

Gets or sets the report name of the 2D ellipse.This label is used to define the BRep element identifier.Syntax


ExampleEllipse2DReportName = UserEllipse2D.ReportNameUserEllipse2D.ReportName = 15

StartPoint

Gets or sets the start point of the 2D ellipse.Syntax


EllipseStartPoint = UserEllipse2D.StartPointUserEllipse2D.StartPoint = UserPoint2D

Running The MacroOpen the Ellipse1.CATPart document.1.

Load the Ellipse1.CATScript macro.2. Run the macro.3.

ParabolaDefinitionA parabola is created from its focus, axis, focal distance, according to the horizontal axis (H) andthe vertical axis (V) of the sketch.A parabola in a sketch is named 2D parabola according to the 2D space.

Methods

CreateParabola

Creates a new 2D parabola within the 2D Factory of the sketch beeing edited.Syntax

CreateParabola ( iHApex, iVApex, iHAxis, iVAxis, iFocalDistance ) as Parabola2DiHApex as Double

The 2D parabola apex coordinate along the horizontal axis.iVApex as Double

The 2D parabola apex coordinate along the vertical axis.iHAxis as Double

The 2D parabola axis direction coordinate along the horizontal axis.iVAxis as Double

The 2D parabola axis direction coordinate along the vertical axis.iFocalDistance as Double

The 2D parabola focal distance.Example

Set UserParabola2D = UserFactory2D.CreateParabola ( 0.000000, 0.000000, 1.000000,0.000000, 10.000000 )

GetAxis

Gets the 2D parabola unit vector of its axis.Syntax

GetAxis ( oAxisDirection ) oAxisDirection as Double

A safe array with two elements:oAxisDirection ( 0 ) the unit vector coordinate along the horizontal axis,oAxisDirection ( 1 ) the unit vector coordinate along the vertical axis,The array must be previously initialized.

Example

Dim AxisDirection ( 1 ) As DoubleDim hu, vu As Double

UserParabola2D.GetAxis ( AxisDirection )

hu = AxisDirection ( 0 )vu = AxisDirection ( 1 )

GetCenter

Gets the 2D parabola focus coordinates.Syntax

GetCenter ( oFocus )oFocus as Double

A safe array with two elements:oFocus ( 0 ) the focus coordinate along the horizontal axis,oFocus ( 1 ) the focus coordinate along the vertical axis,The array must be previously initialized.

ExampleDim Focus ( 1 ) As DoubleDim h, v As Double

UserParabola2D.GetCenter ( Focus )

h = Focus ( 0 )v = Focus ( 1 )

GetCurvature

Gets the 2D parabola curvature and curvature direction unit vector for a specified parameter.Syntax





UserParabola2D.GetCurvature 1.000000, Curvature


GetDerivatives

Gets the 2D parabola first, second and third derivatives for a specified parameter.Syntax





UserParabola2D.GetDerivatives 1.000000, Derivative


GetEndPoints

Gets the 2D parabola start and end point coordinates.Syntax


A safe array with four elements :oEndPoints ( 0 ) the start point coordinate along the horizontal axis,oEndPoints ( 1 ) the start point coordinate along the vertical axis,oEndPoints ( 2 ) the end point coordinate along the horizontal axis,oEndPoints ( 3 ) the end point coordinate along the vertical axis,

The array must be previously initialized.Example


UserParabola2D.GetEndPoints ( EndPoints )


GetLengthAtParam

Gets the 2D parabola length between two parameters.Syntax




ParabolaLength = UserParabola2D.GetLengthAtParam ( 1.000000, 2.000000 )

GetParamAtLength

Gets a 2D parabola parameter from a parameter and the length between them.Syntax



The length.Example

ParabolaParameter = UserParabola2D.GetParamAtLength ( 1.000000, 10.000000 )

GetParamExtents

Gets the 2D parabola start and end point parameters.Syntax


A safe array with two elements :

oParameters ( 0 ) the start point parameter,oParameters ( 1 ) the end point parameter,The array must be previously initialized.


UserParabola2D.GetParamExtents ( Parameters )


GetPointAtParam

Gets the 2D parabola point for a specified parameter.Syntax





UserParabola2D.GetPointAtParam 1.000000, Point


GetRangeBox

Gets the 2D parabola points of its bounding box.Syntax




UserParabola2D.GetRangeBox ( BoundingPoint )


GetTangent

Gets the 2D parabola tangent direction unit vector for a specified parameter.Syntax





UserParabola2D.GetTangent 1.000000, Tangent


IsPeriodic

Gets the 2D parabola periodicity.Syntax

IsPeriodic as Boolean= True, the parabola is periodic.= False, the parabola is not periodic.

ExampleUserParabola2D.IsPeriodic

SetData

Sets the 2D parabola focus, axis direction and focal distance.

SyntaxSetData iHFocus, iVFocus, iHAxis, iVAxis, iFocalDistance

iHFocus as DoubleThe 2D parabola focus coordinate along the horizontal axis.

iVFocus as DoubleThe 2D parabola focus coordinate along the vertical axis.

iHAxis as DoubleThe 2D parabola axis direction coordinate along the horizontal axis.

iVAxisas DoubleThe 2D parabola axis direction coordinate along the vertical axis.

iFocalDistance as DoubleThe 2D parabola focal distance.

ExampleUserParabola2D.SetData 0.000000, 0.000000, 1.000000, 0.000000, 10.000000

Properties

Construction

Gets or sets the construction mode of the 2D parabola.Syntax

Construction as Boolean= True, indicates that the parabola is defined as construction 2D parabola.= False, indicates that the parabola is defined as standard 2D parabola.

ExampleParabola2DConstructionMode = UserParabola2D.ConstructionUserParabola2D.Construction = True

Continuity

Gets the geometric continuity highest level of the 2D parabola.Syntax


ParabolaContinuity = UserParabola2D.Continuity

EndPoint

Gets or sets the end point of the 2D parabola.Syntax

EndPoint as Point2D

ExampleParabolaEndPoint = UserParabola2D.EndPointUserParabola2D.EndPoint = UserPoint2D

FocalDistance

Gets the 2D parabola focal distance.Syntax

FocalDistance as DoubleExample

UserParabolaFocalDistance = UserParabola2D.FocalDistance

GeometricType


GeometricType as Long= 7, indicates that the geometrical element is a 2D parabola.

ExampleGeometricalElementType = UserParabola2D.GeometricType

Parabola2D

Dimensions an object as parabola in 2D space.Example

Dim UserParabola2D as Parabola2D

Period

Gets the period of the 2D parabola.Syntax


ParabolaPeriod = UserParabola2D.Period

ReportName

Gets or sets the report name of the 2D parabola.This label is used to define the BRep element identifier.Syntax


Example

Parabola2DReportName = UserParabola2D.ReportNameUserParabola2D.ReportName = 15

StartPoint

Gets or sets the start point of the 2D parabola.Syntax


ParabolaStartPoint = UserParabola2D.StartPointUserParabola2D.StartPoint = UserPoint2D

Running The MacroOpen the Parabola1.CATPart document.1.

Load the Parabola1.CATScript macro.2. Run the macro.3.

HyperbolaDefinitionA hyperbola is created from its center, axis, radius and imaginary radius, according to thehorizontal axis (H) and the vertical axis (V) of the sketch.A hyperbola in a sketch is named 2D hyperbola according to the 2D space.

Methods

CreateHyperbola

Creates a new 2D hyperbola within the 2D Factory of the sketch beeing edited.Syntax

CreateHyperbola ( iHCenter, iVCenter, iHAxis, iVAxis, iRadius, iImaginaryRadius ) asHyperbola2D

iHCenter as DoubleThe 2D hyperbola center coordinate along the horizontal axis

iVCenter as DoubleThe 2D hyperbola center coordinate along the vertical axis.

iHAxis as DoubleThe 2D hyperbola axis direction coordinate along the horizontal axis.

iVAxis as DoubleThe 2D hyperbola axis direction coordinate along the vertical axis.

iRadius as DoubleThe 2D hyperbola radius.

iImaginaryRadius as DoubleThe 2D hyperbola imaginary radius.

ExampleSet UserHyperbola2D = UserFactory2D.CreateHyperbola ( 0.000000, 0.000000, 1.000000,0.000000, 10.000000, 15.00000 )

GetAxis

Gets the 2D hyperbola unit vector of its axis.Syntax

GetAxis ( oAxisDirection ) oAxisDirection as Double

A safe array with two elements:oAxisDirection ( 0 ) the unit vector coordinate along the horizontal axis,

oAxisDirection ( 1 ) the unit vector coordinate along the vertical axis,The array must be previously initialized.

ExampleDim AxisDirection ( 1 ) As DoubleDim hu, vu As Double

UserHyperbola2D.GetAxis ( AxisDirection )

hu = AxisDirection ( 0 )vu = AxisDirection ( 1 )

GetCenter

Gets the 2D hyperbola center coordinates.Syntax




UserHyperbola2D.GetCenter ( Center )


GetCurvature

Gets the 2D hyperbola curvature and curvature direction unit vector for a specified parameter.Syntax




Example

Dim Curvature ( 2 ) As DoubleDim c, hc, vc As Double

UserHyperbola2D.GetCurvature 1.000000, Curvature


GetDerivatives

Gets the 2D hyperbola first, second and third derivatives for a specified parameter.Syntax





UserHyperbola2D.GetDerivatives 1.000000, Derivative


GetEndPoints

Gets the 2D hyperbola start and end point coordinates.Syntax


A safe array with four elements :

oEndPoints ( 0 ) the start point coordinate along the horizontal axis,oEndPoints ( 1 ) the start point coordinate along the vertical axis,oEndPoints ( 2 ) the end point coordinate along the horizontal axis,oEndPoints ( 3 ) the end point coordinate along the vertical axis,The array must be previously initialized.


UserHyperbola2D.GetEndPoints ( EndPoints )


GetLengthAtParam

Gets the 2D hyperbola length between two parameters.Syntax




HyperbolaLength = UserHyperbola2D.GetLengthAtParam ( 1.000000, 2.000000 )

GetParamAtLength

Gets a 2D hyperbola parameter from a parameter and the length between them.Syntax



The length.Example

HyperbolaParameter = UserHyperbola2D.GetParamAtLength ( 1.000000, 10.000000 )

GetParamExtents

Gets the 2D hyperbola start and end point parameters.Syntax




UserHyperbola2D.GetParamExtents ( Parameters )


GetPointAtParam

Gets the 2D hyperbola point for a specified parameter.Syntax





UserHyperbola2D.GetPointAtParam 1.000000, Point


GetRangeBox

Gets the 2D hyperbola points of its bounding box.Syntax


A safe array with four elements :oBoundingPoint ( 0 ) the minimum point coordinate along the horizontal axis,

oBoundingPoint ( 1 ) the minimum point coordinate along the vertical axis,oBoundingPoint ( 2 ) the maximum point coordinate along the horizontal axis,oBoundingPoint ( 3 ) the maximum point coordinate along the vertical axis,The array must be previously initialized.


UserHyperbola2D.GetRangeBox ( BoundingPoint )


GetTangent

Gets the 2D hyperbola tangent direction unit vector for a specified parameter.Syntax





UserHyperbola2D.GetTangent 1.000000, Tangent


IsPeriodic

Gets the 2D hyperbola periodicity.Syntax

IsPeriodic as Boolean= True, the parabola is periodic.= False, the parabola is not periodic.

Example

UserHyperbola2D.IsPeriodic

SetData

Sets the 2D parabola focus, axis direction and focal distance.Syntax

SetData iHCenter, iVCenter, iHAxis, iVAxis, iRadius, iImaginaryRadiusiHCenter as Double

The 2D hyperbola center coordinate along the horizontal axisiVCenter as Double

The 2D hyperbola center coordinate along the vertical axis.iHAxis as Double

The 2D hyperbola axis direction coordinate along the horizontal axis.iVAxis as Double

The 2D hyperbola axis direction coordinate along the vertical axis.iRadius as Double

The 2D hyperbola radius.iImaginaryRadius as Double

The 2D hyperbola imaginary radius.Example

UserHyperbola2D.SetData 0.000000, 0.000000, 1.000000, 0.000000, 10.000000,15.000000

Properties

Construction

Gets or sets the construction mode of the 2D hyperbola.Syntax

Construction as Boolean= True, indicates that the parabola is defined as construction 2D hyperbola.= False, indicates that the parabola is defined as standard 2D hyperbola.

ExampleParabola2DConstructionMode = UserHyperbola2D.ConstructionUserHyperbola2D.Construction = True

Continuity

Gets the geometric continuity highest level of the 2D hyperbola.Syntax

Continuity as Short

ExampleHyperbolaContinuity = UserHyperbola2D.Continuity

EndPoint

Gets or sets the end point of the 2D hyperbola.Syntax


HyperbolaEndPoint = UserHyperbola2D.EndPointUserHyperbola2D.EndPoint = UserPoint2D

GeometricType


GeometricType as Long= 6, indicates that the geometrical element is a 2D hyperbola.

ExampleGeometricalElementType = UserHyperbola2D.GeometricType

Hyperbola2D

Dimensions an object as hyperbola in 2D space.Example

Dim UserHyperbola2D as Hyperbola2D

Period

Gets the period of the 2D hyperbola.Syntax


HyperbolaPeriod = UserHyperbola2D.Period

ReportName

Gets or sets the report name of the 2D hyperbola.This label is used to define the BRep element identifier.Syntax


ExampleHyperbola2DReportName = UserHyperbola2D.ReportName

UserHyperbola2D.ReportName = 15

StartPoint

Gets or sets the start point of the 2D hyperbola.Syntax


HyperbolaStartPoint = UserHyperbola2D.StartPointUserHyperbola2D.StartPoint = UserPoint2D

Running The MacroOpen the Hyperbola1.CATPart document.1.

Load the Hyperbola1.CATScript macro.2. Run the macro.3.

Creates a ConicDefinitionA arc combines Point, conic (Ellipse or, Parabola or Hyperbola) and Constraints methods andproperties, and there are no dedicated methods or properties to manage it.

LineDefinitionA line is created from its start and end points, according to the horizontal axis (H) and the verticalaxis (V) of the sketch.A line in a sketch is named 2D line according to the 2D space.

Methods

CreateLine

Creates a new 2D line within the 2D Factory of the sketch beeing edited.Syntax

CreateLine ( iH1, iV1, iH2, iV2 ) as Line2DiH1 as Double

The first point coordinate along the horizontal axis.iV1 as Double

The first point coordinate along the vertical axis.iH2 as Double

The second point coordinate along the horizontal axis.iV2 as Double

The second point coordinate along the vertical axis.Example

Set UserLine2D = UserFactory2D.CreateLine ( 80.000000, 30.000000, 0.000000,10.000000 )

CreateLineFromVector

Creates a new 2D line within the 2D Factory of the sketch beeing edited.Syntax

CreateLineFromVector ( iH, iV, iHu, iVu ) as Line2DiH as Double

The line origin point coordinate along the horizontal axis.iV as Double

The line origin point coordinate along the vertical axis.iHu as Double

The vector coordinate along the horizontal axis.iVu as Double

The vector coordinate along the vertical axis.Example

Set UserLine2D = UserFactory2D.CreateLineFromVector ( 80.000000, 30.000000,1.000000, 1.000000 )

GetCurvature

Gets the 2D line curvature and curvature direction unit vector for a specified parameter.Syntax





UserLine2D.GetCurvature 1.000000, Curvature


GetDerivatives

Gets the 2D line first, second and third derivatives for a specified parameter.Syntax





UserLine2D.GetDerivatives 1.000000, Derivative


GetDirection

Gets the 2D line direction unit vector.Syntax

GetDirection ( oDirection ) oDirection as Double

A safe array with two elements:oDirection ( 0 ) the line direction unit vector coordinate along H,oDirection ( 1 ) the line direction unit vector coordinate along V,The array must be previously initialized.

ExampleDim Direction ( 1 ) As DoubleDim hu, vu As Double

UserLine2D.GetDirection ( Direction )

hu = Direction ( 0 )vu = Direction ( 1 )

GetEndPoints

Gets the 2D line start and end point coordinates.Syntax



Example


UserLine2D.GetEndPoints ( EndPoints )


GetLengthAtParam

Gets the 2D line length between two parameters.Syntax




LineLength = UserLine2D.GetLengthAtParam ( 1.000000, 2.000000 )

GetOrigin

Gets the line origin point coordinates.Syntax

GetOrigin ( oOriginPoint ) oOriginPoint as Double

A safe array with two elements:oOriginPoint ( 0 ) the line origin point coordinate along H,oOriginPoint ( 1 ) the line origin point coordinate along V,The array must be previously initialized.

ExampleDim OriginPoint ( 1 ) As DoubleDim h, v As Double

UserLine2D.GetOrigin ( OriginPoint )

h = OriginPoint ( 0 )v = OriginPoint ( 1 )

GetParamAtLength

Gets a 2D line parameter from a parameter and the length between them.

SyntaxGetParamAtLength ( iParameter, iLength ) as Double

iParameter as DoubleThe parameter.

iLength as DoubleThe length.

ExampleLineParameter = UserLine2D.GetParamAtLength ( 1.000000, 10.000000 )

GetParamExtents

Gets the 2D line start and end point parameters.Syntax




UserLine2D.GetParamExtents ( Parameters )


GetPointAtParam

Gets the 2D line point for a specified parameter.Syntax





UserLine2D.GetPointAtParam 1.000000, Point


GetRangeBox

Gets the 2D line points of its bounding box.Syntax




UserLine2D.GetRangeBox ( BoundingPoint )


GetTangent

Gets the 2D line tangent direction unit vector for a specified parameter.Syntax





UserLine2D.GetTangent 1.000000, Tangent


IsPeriodic

Gets the 2D line periodicity.Syntax

IsPeriodic as Boolean= True, the line is periodic.= False, the line is not periodic.

ExampleUserLine2D.IsPeriodic

SetData

Sets the 2D line origin point and vector coordinates.Syntax

SetData iH, iV, iHu,iH as Double

The point coordinate along the horizontal axis.iV as Double

The point coordinate along the vertical axis.iHu as Double

The vector coordinate along the horizontal axis.iVu as Double

The vector coordinate along the vertical axis.Example

UserLine2D.SetData 10.00000, 10.00000, 1.000000, 0.000000

Properties

Construction

Gets or sets the construction mode of the 2D line.Syntax

Construction as Boolean= True, indicates that the line is defined as construction 2D line.= False, indicates that the line is defined as standard 2D line.

Example

Line2DConstructionMode = UserLine2D.ConstructionUserLine2D.Construction = True

Continuity

Gets the geometric continuity highest level of the 2D line.Syntax


LineContinuity = UserLine2D.Continuity

EndPoint

Gets or sets the end point of the 2D line.Syntax


LineEndPoint = UserLine2D.EndPointUserLine2D.EndPoint = UserPoint2D

GeometricType


GeometricType as Long= 3, indicates that the geometrical element is a 2D line.

ExampleGeometricalElementType = UserLine2D.GeometricType

Line2D

Dimensions an object as 2D line.Example

Dim UserLine2D as Line2D

Period

Gets the period of the 2D line.Syntax


LinePeriod = UserLine2D.Period

ReportName

Gets or sets the report name of the 2D line.This label is used to define the BRep element identifier.Syntax


ExampleLine2DReportName = UserLine2D.ReportNameUserLine2D.ReportName = 15

StartPoint

Gets or sets the start point of the 2D line.Syntax


LineStartPoint = UserLine2D.StartPointUserLine2D.StartPoint = UserPoint2D

Running The MacroOpen the Line1.CATPart document.1.

Load the Line1.CATScript macro.2. Run the macro.3.

Bitangent LineDefinitionA bitangent line combines Point, Line and Constraints methods and properties, and there are nodedicated methods or properties to manage it.

Point by ClickingDefinitionA point by clicking combines Point and Constraints methods and properties, and there are nodedicated methods or properties to manage it.

PointDefinitionA point is created according to the horizontal axis (H) and the vertical axis (V) of the sketch.A point in a sketch is named 2D point according to the 2D space.

Methods

CreatePoint

Creates a new 2D point within the 2D Factory of the sketch beeing edited.The 2D point is created as construction 2D point, see Construction.Syntax

CreatePoint ( iH, iV ) as Point2DiH as Double

The 2D point coordinate along the horizontal axis.iV as Double

The 2D point coordinate along the vertical axis.Example

Set UserPoint2D = UserFactory2D.CreatePoint ( 80.000000, 30.000000 )

GetCoordinates

Gets the 2D point coordinates.Syntax

GetCoordinates ( oPoint ) oPoint as Double

A safe array with two elements:oPoint ( 0 ) the 2D point coordinate along the horizontal axis,oPoint ( 1 ) the 2D point coordinate along the vertical axis,The array must be previously initialized.

ExampleDim Point ( 1 ) As DoubleDim h, v As Double

UserPoint2D.GetCoordinates ( Point )

h = Point ( 0 )v = Point ( 1 )

SetData

Sets the 2D point coordinates.Syntax

SetData iH, iViH as Double

The 2D point coordinate along the horizontal axis.iV as Double

The 2D point coordinate along the vertical axis.Example

UserPoint2D.SetData 10.00000, 10.00000

Properties

Construction

Gets or sets the construction mode of the 2D point.Syntax

Construction as Boolean= True, indicates that the point is defined as construction 2D point.= False, indicates that the point is defined as standard 2D point.

ExamplePoint2DConstructionMode = UserPoint2D.ConstructionUserPoint2D.Construction = True

GeometricType


GeometricType as Long= 2, indicates that the geometrical element is a 2D point.

ExampleGeometricalElementType = UserPoint2D.GeometricType

Point2D

Dimensions an object as 2D point.Example

Dim UserPoint2D as Point2D

ReportName

Gets or sets the report name of the 2D point.This label is used to define the BRep element identifier.Syntax


ExamplePoint2DReportName = UserPoint2D.ReportNameUserPoint2D.ReportName = 15

Running The MacroOpen the Point1.CATPart document.1.

Load the Point1.CATScript macro.2. Run the macro.3.

Equidistant PointsDefinitionEquidistant points are created on a curve, constrained with it and between them.Equidistant points combine Point , curve (Circle, Spline, Ellipse, Parabola, Hyperbola, Line) andConstraints methods and properties, and there are no dedicated methods or properties tomanage it.

CATPart Document

CornerChamfer

TrimBreak

SymmetryTranslation

RotationScalingOffset

Contour Offset

CornerDefinitionA corner combines Point , curve (Circle, Spline, Ellipse, Parabola, Hyperbola, Line) andConstraints methods and properties, and there are no dedicated methods or properties tomanage it.

ChamferDefinitionA chamfer combines Point , curve (Circle, Spline, Ellipse, Parabola, Hyperbola, Line) andConstraints methods and properties, and there are no dedicated methods or properties tomanage it.

TrimDefinitionA trim combines Point , curve (Circle, Spline, Ellipse, Parabola, Hyperbola, Line) andConstraints methods and properties, and there are no dedicated methods or properties tomanage it.

BreakDefinitionA break combines Point , curve (Circle, Spline, Ellipse, Parabola, Hyperbola, Line) andConstraints methods and properties, and there are no dedicated methods or properties tomanage it.

SymmetryDefinitionA symmetry combines Point , curve (Circle, Spline, Ellipse, Parabola, Hyperbola, Line) andConstraints methods and properties, and there are no dedicated methods or properties tomanage it.

TranslationDefinitionA translation combines Point , curve (Circle, Spline, Ellipse, Parabola, Hyperbola, Line) andConstraints methods and properties, and there are no dedicated methods or properties tomanage it.

RotationDefinitionA rotation combines Point , curve (Circle, Spline, Ellipse, Parabola, Hyperbola, Line) andConstraints methods and properties, and there are no dedicated methods or properties tomanage it.

ScalingDefinitionA scaling combines Point , curve (Circle, Spline, Ellipse, Parabola, Hyperbola, Line) andConstraints methods and properties, and there are no dedicated methods or properties tomanage it.

OffsetDefinitionAn offset combines Point , curve (Circle, Spline, Ellipse, Parabola, Hyperbola, Line) andConstraints methods and properties, and there are no dedicated methods or properties tomanage it.

Contour OffsetDefinitionA contour offset combines Point , curve (Circle, Spline, Ellipse, Parabola, Hyperbola, Line) andConstraints methods and properties, and there are no dedicated methods or properties tomanage it.

Sketcher Basics

PropertiesReference Axis

PropertiesDefinitionSketch properties.

Methods

CloseEdition

Closes the sketch edition.Syntax

CloseEditionExample

UserSketch.CloseEdition

GetAbsoluteAxisData

Gets the 3D reference of the sketch.Syntax

GetAbsoluteAxisData oSketchReferenceoSketchReference as Double

A safe array with nine elements:oSketchReference ( 0 ) the sketch origin point coordinate along the x axis,oSketchReference ( 1 ) the sketch origin point coordinate along the y axis,oSketchReference ( 2 ) the sketch origin point coordinate along the z axis,oSketchReference ( 3 ) the sketch horizontal axis vector coordinate along the x axis,oSketchReference ( 4 ) the sketch horizontal axis vector coordinate along the y axis,oSketchReference ( 5 ) the sketch horizontal axis vector coordinate along the z axis,oSketchReference ( 6 ) the sketch vertical axis vector coordinate along the x axis,oSketchReference ( 7 ) the sketch vertical axis vector coordinate along the y axis,oSketchReference ( 8 ) the sketch vertical axis vector coordinate along the z axis,The array must be previously initialized..

ExampleDim SketchReference ( 8 ) As DoubleDim ox, oy, oz, hx, hy, hz, vx, vy, vz As Double

UserSketch.GetAbsoluteAxisData SketchReference

ox = SketchReference ( 0 )oy = SketchReference ( 1 )oz = SketchReference ( 2 )hx = SketchReference ( 3 )

hy = SketchReference ( 4 )hz = SketchReference ( 5 )vx = SketchReference ( 6 )vy = SketchReference ( 7 )vz = SketchReference ( 8 )

InverseOrientation

Inverses the sketch orientation.Syntax

InverseOrientationExample

UserSketch.InverseOrientation

OpenEdition

Opens the sketch edition.Syntax

OpenEdition as Factory2DExample

Set UserFactory2D = UserSketch.OpenEdition

SetAbsoluteAxisData

Sets the 3D reference of the sketch.Syntax

SetAbsoluteAxisData iSketchReferenceiSketchReference as Double

A safe array with nine elements:iSketchReference ( 0 ) the sketch origin point coordinate along the x axis,iSketchReference ( 1 ) the sketch origin point coordinate along the y axis,iSketchReference ( 2 ) the sketch origin point coordinate along the z axis,iSketchReference ( 3 ) the sketch horizontal axis vector coordinate along the x axis,iSketchReference ( 4 ) the sketch horizontal axis vector coordinate along the y axis,iSketchReference ( 5 ) the sketch horizontal axis vector coordinate along the z axis,iSketchReference ( 6 ) the sketch vertical axis vector coordinate along the x axis,iSketchReference ( 7 ) the sketch vertical axis vector coordinate along the y axis,iSketchReference ( 8 ) the sketch vertical axis vector coordinate along the z axis,The array must be previously initialized..

ExampleDim SketchReference ( 8 ) As Double

SketchReference ( 0 ) = 0.000000SketchReference ( 1 ) = 0.000000SketchReference ( 2 ) = 0.000000

SketchReference ( 3 ) = 1.000000SketchReference ( 4 ) = 0.000000SketchReference ( 5 ) = 0.000000SketchReference ( 6 ) = 0.000000SketchReference ( 7 ) = 1.000000SketchReference ( 8 ) = 0.000000

UserSketch.SetAbsoluteAxisData SketchReference

Properties

AbsoluteAxis

Returns the absolute axis of the sketch.Syntax

AbsoluteAxis as Axis2DExample

SketchAbsoluteAxis = UserSketch.AbsoluteAxis

CenterLine

Returns the center line of the sketch.Syntax

CenterLine as Line2DExample

SketchCenterLine = UserSketch.CenterLine

Constraints

Returns the collection object containing the constraints of the sketch.Syntax

Constraints as ConstraintsExample

SketchConstraintsCollection = UserSketch.Constraints

Factory2D

Returns the 2D factory of the sketch.Syntax

Factory2D as Factory2DExample

SketchFactory2D = UserSketch.Factory2D

GeometricElements

Returns the collection object containing the geometrical elements of the sketch.Syntax

GeometricElement as GeometricElementsExample

SketchGeometricElementsCollection = UserSketch.GeometricElements

Sketch

Defines an object as Sketch.Example

Dim UserSketch as Sketch

Sketches

Defines an object as a sketches collection of a body.Example

Dim UserSketches as Sketches

Reference AxisDefinitionReference axis are the horizontal axis (H) and the vertical axis (V) defining the sketch in 2Dspace.Reference axis of the sketch are named 2D axis according to the 2D space.

Methods

GetItem

Gets the sketch axis references from their feature names.Syntax

GetItem ( iFeatureName ) as Line2DExample

SketchHorizontalReference = UserAxis2D.GetItem ( "HDirection" )SketchVerticalReference = UserAxis2D.GetItem ( "VDirection" )

Properties

Axis2D

Dimensions an object as 2D axis.Example

Dim UserAxis2D as Axis2D

GeometricType


GeometricType as Long= 1, indicates that the geometrical element is a 2D axis.

ExampleGeometricalElementType = UserAxis2D.GeometricType

HorizontalReference

Gets the horizontal reference of the sketch.Syntax

HorizontalReference as Line2DExample

SketchHorizontalReference = UserAxis2D.HorizontalReference

VerticalReference

Gets the vertical reference of the sketch.Syntax

VerticalReference as Line2DExample

SketchVerticalReference = UserAxis2D.VerticalReference

Sketcher Constraints

ConstraintsTangent Constraint

ConstraintsDefinitionConstraints sketcher geometric elements.

Methods

AddMonoEltCst

Creates a new constraint applying to a single geometric element and adds it to the constraintscollection.Syntax

AddMonoEltCst ( iConstraintType, iElement ) as ConstraintiConstraintType as Long

The constraint type.See Type syntax.

iElement as ReferenceThe geometric element to be constrained.

ExampleSet UserConstraint = CATIA.ActiveDocument.Part.Constraints.AddMonoEltCst ( 0,UserReference )

AddBiEltCst

Creates a new constraint applying to two geometric elements and adds it to the constraintscollection.Syntax

AddBiEltCst ( iConstraintType, iFirstElement, iSecondElement ) as ConstraintiConstraintType as Long

The constraint type.See Type syntax.

iFirstElement as ReferenceThe first geometric element to be constrained.

iSecondElement as ReferenceThe second geometric element to be constrained.

ExampleSet UserConstraint = CATIA.ActiveDocument.Part.Constraints.AddBiEltCst ( 0,UserReference1, UserReference2 )

AddTriEltCst

Creates a new constraint applying to three geometric elements and adds it to the constraintscollection.Syntax

AddTriEltCst ( iConstraintType, iFirstElement, iSecondElement, iThirdElement ) asConstraint

iConstraintType as LongThe constraint type.See Type syntax.

iFirstElement as ReferenceThe first geometric element to be constrained.

iSecondElement as ReferenceThe second geometric element to be constrained.

iThirdElement as ReferenceThe second geometric element to be constrained.

ExampleSet UserConstraint = CATIA.ActiveDocument.Product.Constraints.AddTriEltCst ( 0,UserReference1, UserReference2, UserReference3 )

Activate

Activates a constraint.An activated constraint is take into account during the update process.Syntax

ActivateExample

UserConstraint.Activate

Deactivate

Deactivates a constraint.An deactivated constraint is not take into account during the update process.Syntax

DeactivateExample

UserConstraint.Deactivate

IsInactive

Indicates if a constraint is take into account during the update process.Syntax

IsInactive as Boolean

= True, the constraint is not active= False, the constraint is active.

ExampleConstraintActivity = UserConstraint.IsInactive

GetConstraintElement

Gets a constraint's element.Syntax

GetConstraintElement ( iElementIndex ) as ReferenceiElementIndex as Long

The index of the element of the constraint to be returned.= 1 for the first element.= 2 for the second element.Notice it must not exceed the total number of elements of the constraint. See Type syntax.

ExampleUserReference = UserConstraint.GetConstraintElement ( 1 )

SetConstraintElement

Sets a constraint's element.Syntax

SetConstraintElement ( iElementIndex, iElement ) as ReferenceiElementIndex as Long

The index of the element of the constraint to be replaced.= 1 for the first element.= 2 for the second element.Notice it must not exceed the total number of elements of the constraint. See Type syntax.

iElement as ReferenceThe element to be constrained.

ExampleUserConstraint.GetConstraintElement ( 2, UserReference )

GetConstraintVisuLocation

Returns the constraint's visualisation location.When displayed on screen, the constraint is visualized as a dimension positioned close to theconstrained geometric elements.This method retrieves the data used to position this representation within the 3D space.Syntax

GetConstraintVisuLocation ( oAnchorPoint, oAnchorVector )

oAnchorPoint as DoubleA safe array with 3 elements : x, y, z point coordinates where the constraint value isdisplayed.The array must be previously initialized.

oAnchorVector as DoubleA safe array with 3 elements : x, y, z vector normal to the plane coordinates onto which theconstraint value is displayed.The array must be previously initialized.

ExampleDim ConstraintAnchorPoint ( 2 ), ConstraintAnchorVector ( 2 ) As DoubleDim xp, yp, zp, xv, yv, zv As Double

UserConstraint.GetConstraintVisuLocation ( ConstraintAnchorPoint,ConstraintAnchorVector )

xp = ConstraintAnchorPoint ( 0 )yp = ConstraintAnchorPoint ( 1 )zp = ConstraintAnchorPoint ( 2 ) xv = ConstraintAnchorVector ( 0 )yv = ConstraintAnchorVector ( 1 )zv = ConstraintAnchorVector ( 2 )

SetConstraintVisuLocation

Sets the constraint's visualisation location.Syntax

SetConstraintVisuLocation ( iX, iY, iZ )iX, iY, iZ as Double

Origin point x, y, z absolute coordinates.Example

UserConstraint.SetConstraintVisuLocation 10.000000, 0.000000, 0.000000

Item

Returns a constraint using its index or its name from the Constraints collection.Syntax

Item ( iIndex ) as ConstraintiIndex as Long

The index or the name of the constraint to retrieve from the collection of constraints.As a numerics, this index is the rank of the constraint in the collection.The index of the first constraint in the collection is 1, and the index of the last constraint isCount.:

Example

Set UserConstraint = CATIA.ActiveDocument.Part.Constraints.Item ( 1 )

Remove

Returns a constraint using its index or its name from the Constraints collection.Syntax

Remove ( iIndex ) as ConstraintiIndex as Long

The index or the name of the constraint to remove from the collection of constraints.As a numerics, this index is the rank of the constraint in the collection.The index of the first constraint in the collection is 1, and the index of the last constraint isCount.:

ExampleSet UserConstraint = CATIA.ActiveDocument.Part.Constraints.Remove ( 1 )

Properties

AngleSector

Gets or sets the constraint's angle (or angular) sector, for angle constraint only, Type = 6.The geometric elements of an angle constraint (e.g. : 2 lines or 2 planes) divide the space in 4regions which are called angle or angular sectors, numbered from 0 to 3. By default, the constraint is created in the sector number 0.One angle sector corresponds exactly to particular values of Dimension.Value, Side andOrientation.When changing the angle sector, Dimension.Value, Side and Orientation are also modified.Syntax

AngleSector as Long= 0, Dimension.Value = angle, Orientation = 0, Side = 0= 1, if angle>180: Dimension.Value= angle-180, otherwise: Dimension.Value=abs(angle)+180, Orientation = 1, Side = 0.= 2, if angle>180: Dimension.Value = abs(540-angle), otherwise: Dimension.Value =180-abs(angle), Orientation = 1, Side = 1.= 3, Dimension.Value = 360-abs(angle), Orientation = 0, Side = 1.

ExampleConstraintAngleSector = UserConstraint.AngleSectorUserConstraint.AngleSector = 0

BrokenConstraintsCount

Gets the number of broken constraints from the constraints collection.Syntax

BrokenConstraintsCount as LongExample

BrokenConstraints = UserConstraintsCollection.BrokenConstraintsCount

Constraint

Dimensions an object as constraint.Example

Dim UserConstraint as Constraint

Constraints

Dimensions an object as a constraints collection.Example

Dim UserConstraintsCollection as Constraints

Dimension.Value

Gets or sets the constraint's dimension.The dimension may be meaningless for some types of constraints such as tangency constraints,or if the constraint is not currently checked, see Status syntax.Syntax

Dimension.Value as DoubleExample

ConstraintDimension = UserConstraint.Dimension.Value UserConstraint.Dimension.Value = 50.00000

DistanceConfig

Gets or sets the constraint's distance configuration, for distance constraint only, Type = 1.Distance constraints between lines and cylinders offer often more degrees of freedom togeometry than acually desired.This property allows user to limit these degrees of freedom without having to redefine additionalconstraints.Syntax

DistanceConfig as Long= 0, no additional condition is set on the constraint.= 1, in addition to being positioned at a specified distance, constrained elements arerequired to be parallel.Their orientation can be the same or opposite.= 2, in addition to being positioned at a specified distance, constrained elements arerequired to be parallel, and their orientations are required to be the same.= 3, in addition to being positioned at a specified distance, constrained elements arerequired to be parallel, and their orientations are required to be opposite.

Example

ConstraintDistanceConfiguration = UserConstraint.DistanceConfigUserConstraint.DistanceConfig = 0

DistanceDirection

Gets or sets the distance's constraint direction.This property is useless for constraints whose type is not Distance, Type =1.Distance constraints may be measured along a particular direction.This property will be used if the direction is a reference axis.Syntax

DistanceDirection as Long= 0, no direction has been specified. The constraint is measured as usual.= 1, the constraint is measured along the X axis.= 2, the constraint is measured along the Y axis.= 3, the constraint is measured along the Z axis.

ExampleConstraintDistanceDirection = UserConstraint.DistanceDirectionUserConstraint.DistanceDirection = 0

Mode

Gets or sets the constraint's driving mode.For constraint types supporting the concept of value, such as distance constraints, the drivingmode tells whether the constraint value actually drives the geometry position, or, conversely, isdriven by it.Syntax

Mode as Long= 0, the constraint mode, the value assigned to the constraint drives the actual position ofthe constrained geometry.= 1, the measure mode, the constraint value only reflects what can be observed from theactual position of the constrained geometry.

ExampleConstraintMode = UserConstraint.ModeUserConstraint.Mode = 1

Orientation

Gets or sets the constraint's orientation.This is used for constraints that involve two geometric elements and specifies the orientation forthe second geometric element with regard to the first one, when several possible orientations areall satisfying the constraint.Syntax

Orientation as Long= 0, the characteristic vectors associated to the constrained elements have sameorientation.

= 1, the characteristic vectors associated to the constrained elements have oppositeorientation.= 2, the relative orientation of the characteristic vectors associated to the constrainedelements is not specified.

ExampleConstraintOrientation = UserConstraint.OrientationUserConstraint.Orientation = 0

Side

Gets or sets the constraint's side.Some constraint types need to relatively position the constrained geometries, when severalpossible configurations are all satisfying the constraint.Syntax

Side as Long= 0, the first constrained element characteristic vector points towards the secondconstrained element.Arithmetic sign of constraint value is ignored, only its absolute value is taken into account.= 1, the first constrained element characteristic vector points is opposite to the secondconstrained element.Arithmetic sign of constraint value is ignored, only its absolute value is taken into account.= 2, the arithmetic sign of constraint value specifies where the second element lies withregard to the first one: a positive value means in the direction of first constrained elementcharacteristic vector, a negative value in the opposite direction.= 3, Arithmetic sign of constraint value specifies where second element lies with regard tofirst one: a negative value means in the direction of first constrained element characteristicvector, a positive value in the opposite direction.= 4, the relative positionning of constrained elements is not defined.

ExampleConstraintSide = UserConstraint.SideUserConstraint.Side = 1

Status

Gets the constraint's status.The constraint's status is a diagnosis if the constraint is checked.Syntax

Status as Long= 0, the constraint is checked.= 1, the constraint is strongly not checked (e.g. distance constraint between two planes,which are not currently parallel).= 2, the constraint is not checked because of the wrong orientation or side of its geometricelements (e.g. planes are parallel and at the specified distance, but their orientation isinverted with respect to the one specified by the constraint).= 3, the constraint is not checked because of its value (e.g. planes are parallel and at the

specified orientation and side but not at the specified distance).= 4, the constraint is not checked because of the wrong type of its geometric elements(e.g. angle between a point and a plane).= 5, the constraint is not checked because a geometric element is missing.

ExampleConstraintStatus = UserConstraint.Status

Type

Gets or sets the constraint's type.Syntax

Type as Long= 0, Fix only with AddMonoEltCst.= 1, Distance only with AddBiEltCst.= 2, Coincidence only with AddBiEltCst.= 3, Concentricity only with AddBiEltCst.= 4, Tangency only with AddBiEltCst.= 5, Length only with AddMonoEltCst.= 6, Angle only with AddBiEltCst.= 8, Parallelism only with AddBiEltCst.= 10, Horizontality only with AddMonoEltCst.= 11, Perpendicularity only with AddBiEltCst.= 13, Verticality only with AddMonoEltCst.= 14, Radius only with AddMonoEltCst.= 15, Symmetry only with AddTriEltCst.= 16, Middle point only with AddBiEltCst.= 17, Equidistant point only with AddTriEltCst.= 18, Major Radius only with AddMonoEltCst.= 19, Minor Radius only with AddMonoEltCst.= 26, Cylinder Radius only with AddBiEltCst.

ExampleConstraintType = UserConstraint.TypeUserConstraint.Type = 1

UnUpdatedConstraintsCount

Gets the number of not updated constraints from the constraints collection.Syntax

BrokenConstraintsCount as Long

ExampleBrokenConstraints = UserConstraintsCollection.BrokenConstraintsCount

Tangent ConstraintDefinitionSets a tangent constraints between sketch elements. These macros use the methods andproperties described in Sketcher Constraints.

Running The MacroOpen the Constraint1.CATPart document.

1.

Load the Constraint1.CATScript macro.2. Run the macro.

3.

Open the Constraint2.CATPart document.

4.

Load the Constraint2.CATScript macro.5. Run the macro.

6.

GlossaryA

autoconstraint A constraint applied to an iso-element (a group of elements).autodetection An assistant for visualizing and, if needed, creating constraints between

elements using the Sketcher.

Ccartesian coordinate The coordinates of an element defined according to the horizontal and

vertical position of this element. consecutive element An element that does not intersect with another element.constraint A geometric or dimension relation either on one element or between two

or three elements.

construction elementA construction element is an element that is internal to, and onlyvisualized by, the sketch. This element is used as positioning reference.It is not used for creating solid primitives.

control point A control point is a point which a spline (tangent) passes through.chamfer A cut through the thickness of the feature of an angle.

Ddriving constraint A constraint that drives the behaviour of the corresponding geometry.

Iisobarycenter A center of gravity created between previously selected elements.

Ooffset A distance at which a duplicated line type element or curve type element

can be positioned.

Ppolar coordinate The coordinates of an element defined according to the radius and the

angle of this element.

profile An open or closed shape including arcs and lines created by the profilecommand in the Sketcher workbench.

Rrotation An operation for moving elements via duplication.

Sscaling An operation that resizes features to a percentage of their initial sizes.

sketch A set of geometric elements created in the Sketcher workbench. Forinstance, a sketch may include a profile, construction lines and points.

SmartPick An assistant for visualizing and, if needed, creating constraints betweenelements using the Sketcher.

standard element Any type of element.

symmetry An operation for repeating elements.

Ttranslation An operation for moving elements or creating several copies

of two-dimensional elements.trace A result from the intersection between an element and sketch face.

Uuse edge A 2D trace resulting from a 3D projection or intersection.

IndexA

AbsoluteAxis Activate AddBiEltCst AddMonoEltCst AddTriEltCst AngleSector Axis2D

BBrokenConstraintsCount

CCenterLine CenterPoint , Circle2D CloseEdition Constraint Constraints , Construction , , , , , , Continuity , , , , , ControlPoint2D CreateCircle CreateClosedCircle CreateClosedEllipse CreateControlPoint CreateEllipse CreateHyperbola CreateLine CreateLineFromVector CreateParabola

CreatePoint CreateSpline

DDeactivate Dimension.Value DistanceConfig DistanceDirection Documents.Add Documents.Open

EEllipse2D EndPoint , , , , ,

FFactory2D FocalDistance

GGeometricElements GeometricType , , , , , , , GetAbsoluteAxisData GetAxis , GetCenter , , , GetConstraintElement GetConstraintVisuLocation GetControlPoints GetCoordinates , GetCurvature , , , , , GetDerivatives , , , , , GetDirection

GetEndPoints , , , , , GetItem GetLengthAtParam , , , . , GetMajorAxis GetMinorAxis GetOrigin GetParamAtLength , , , , , GetParamExtents , , , , , GetPointAtParam , , , , , GetRangeBox , , , , , GetTangent , , , , ,

HHorizontalReference Hyperbola2D

IInverseOrientation IsInactive IsPeriodic , , , , , Item

LLine2D

MMajorRadius MinorRadius Mode

OOpenEdition Orientation

PParabola2D Period , , , , , Point2D

RRadius Remove ReportName , , , , , ,

SSetAbsoluteAxisData SetConstraintElement SetConstraintVisuLocation SetData , , , , , , Side Sketch Sketches Spline2D StartPoint , , , , , Status

TType

UUnUpdatedConstraintsCount

VVerticalReference