Uses of Class net.rimptec.cad.catia.Reference

Packages that use Reference
Package Description

net.rimptec.cad.catia

Packages that use Reference
Package	Description
net.rimptec.cad.catia

Uses of Reference in net.rimptec.cad.catia

Subclasses of Reference in net.rimptec.cad.catia
Modifier and Type	Class and Description
`class`	`BiDimFeatEdge`
`class`	`Boundary`
`class`	`CylindricalFace`
`class`	`Edge`
`class`	`Face`
`class`	`MonoDimFeatEdge`
`class`	`NotWireBoundaryMonoDimFeatVertex`
`class`	`PlanarFace`
`class`	`RectilinearBiDimFeatEdge`
`class`	`RectilinearMonoDimFeatEdge`
`class`	`RectilinearTriDimFeatEdge`
`class`	`TriDimFeatEdge`
`class`	`TriDimFeatVertexOrBiDimFeatVertex`
`class`	`Vertex`
`class`	`ZeroDimFeatVertexOrWireBoundaryMonoDimFeatVertex`

Methods in net.rimptec.cad.catia that return Reference
Modifier and Type	Method and Description
`Reference`	HybridShapeIntegratedLaw.`advancedLaw()`
`Reference`	HybridShapeSweepExplicit.`angleLaw()`
`Reference`	HybridShapeSweepLine.`angleLaw()`
`Reference`	HybridShapeHelix.`axis()`
`Reference`	HybridShapeCircleCenterAxis.`axis()`
`Reference`	HybridShapeRotate.`axis()`
`Reference`	HybridShapeSphere.`axis()`
`Reference`	HybridShapeRevol.`axis()`
`Reference`	Rotate.`axis()`
`Reference`	HybridShapeAffinity.`axisFirstDirection()`
`Reference`	HybridShapeAffinity.`axisOrigin()`
`Reference`	HybridShapeAffinity.`axisPlane()`
`Reference`	AxisSystem.`axisRotationReference()`
`Reference`	HybridShapeConnect.`baseCurve()`
`Reference`	HybridShapeBump.`bodyToBump()`
`Reference`	HybridShapeExtrapol.`boundary()`
`Reference`	HybridShapeCircleCtrRad.`center()`
`Reference`	Scaling2.`center()`
`Reference`	HybridShapeScaling.`center()`
`Reference`	HybridShapeCircleCtrPt.`center()`
`Reference`	HybridShapeSphere.`center()`
`Reference`	HybridShapeCylinder.`center()`
`Reference`	Sweep.`centerCurveElement()`
`Reference`	HybridShapeCircleCenterTangent.`centerElem()`
`Reference`	HybridShapeSpiral.`centerPoint()`
`Reference`	Reference.`composeWith(Reference param1)`
`Reference`	HybridShapeFill.`constraint()`
`Reference`	HybridShapeExtremumPolar.`contour()`
`Reference`	Part.`createReferenceFromBRepName(Holder param1, AnyObject param2)`
`Reference`	Part.`createReferenceFromGeometry(AnyObject param1)`
`Reference`	AnalysisManager.`createReferenceFromGeometry(Product param1, Reference param2)`
`Reference`	Product.`createReferenceFromName(Holder param1)`
`Reference`	Document.`createReferenceFromName(Holder param1)`
`Reference`	Part.`createReferenceFromName(Holder param1)`
`Reference`	AnalysisManager.`createReferenceFromObject(AnyObject param1)`
`Reference`	Part.`createReferenceFromObject(AnyObject param1)`
`Reference`	HybridShapeCircleCtrPt.`crossingPoint()`
`Reference`	HybridShapeLineTangency.`curve()`
`Reference`	HybridShapePointTangent.`curve()`
`Reference`	HybridShapePlane1Curve.`curve()`
`Reference`	HybridShapeLineAngle.`curve()`
`Reference`	HybridShapePlaneNormal.`curve()`
`Reference`	HybridShapePointOnCurve.`curve()`
`Reference`	HybridShapeCircleTritangent.`curve1()`
`Reference`	HybridShapeLineBiTangent.`curve1()`
`Reference`	HybridShapeCircleBitangentRadius.`curve1()`
`Reference`	HybridShapeCircleBitangentPoint.`curve1()`
`Reference`	HybridShapeCircleTritangent.`curve2()`
`Reference`	HybridShapeCircleBitangentRadius.`curve2()`
`Reference`	HybridShapeCircleBitangentPoint.`curve2()`
`Reference`	HybridShapeCircleTritangent.`curve3()`
`Reference`	HybridShapeCurvePar.`curveOffseted()`
`Reference`	HybridShapeCurvePar.`curveParLaw()`
`Reference`	HybridShape3DCurveOffset.`curveToOffset()`
`Reference`	HybridShapeCurveSmooth.`curveToSmooth()`
`Reference`	HybridShapeSplit.`cuttingElem()`
`Reference`	HybridShapeLawDistProj.`definition()`
`Reference`	HybridShapeBump.`deformationCenter()`
`Reference`	HybridShapeBump.`deformationDir()`
`Reference`	HybridShapeUnfold.`directionToUnfold()`
`Reference`	HybridShapeExtract.`elem()`
`Reference`	HybridShapeLineBisecting.`elem1()`
`Reference`	HybridShapeCombine.`elem1()`
`Reference`	HybridShapeLineBisecting.`elem2()`
`Reference`	HybridShapeCombine.`elem2()`
`Reference`	HybridShapeInverse.`element()`
`Reference`	HybridShapePointCenter.`element()`
`Reference`	HybridShapeAxisLine.`element()`
`Reference`	HybridShapeIntersection.`element1()`
`Reference`	HybridShapeCircle3Points.`element1()`
`Reference`	HybridShapeIntersection.`element2()`
`Reference`	HybridShapeLineBiTangent.`element2()`
`Reference`	HybridShapeCircle3Points.`element2()`
`Reference`	HybridShapeCircle3Points.`element3()`
`Reference`	HybridShapeTransfer.`elementToTransfer()`
`Reference`	HybridShapeSplit.`elemToCut()`
`Reference`	HybridShapeExtrapol.`elemToExtrapol()`
`Reference`	HybridShapeProject.`elemToProject()`
`Reference`	HybridShapeRotate.`elemToRotate()`
`Reference`	Rotate.`elemToRotate()`
`Reference`	Scaling2.`elemToScale()`
`Reference`	HybridShapeScaling.`elemToScale()`
`Reference`	HybridShapeSymmetry.`elemToSymmetry()`
`Reference`	HybridShapeAxisToAxis.`elemToTransform()`
`Reference`	HybridShapeAffinity.`elemToTransform()`
`Reference`	HybridShapeTranslate.`elemToTranslate()`
`Reference`	HybridShapeExtrapol.`elemUntil()`
`Reference`	HybridShapeConic.`endPoint()`
`Reference`	HybridShapeExtrude.`extrudedObject()`
`Reference`	TritangentFillet.`faceToRemove()`
`Reference`	HybridShapeSweepConic.`fifthGuideCrv()`
`Reference`	VarRadEdgeFillet.`filletSpine()`
`Reference`	HybridShapePlane2Lines.`first()`
`Reference`	HybridShapePlane3Points.`first()`
`Reference`	HybridShapeSweepCircle.`firstAngleLaw()`
`Reference`	SolidCombine.`firstComponentDirection()`
`Reference`	SolidCombine.`firstComponentProfile()`
`Reference`	HybridShapeConnect.`firstCurve()`
`Reference`	HybridShapeFilletBiTangent.`firstElem()`
`Reference`	HybridShapeCorner.`firstElem()`
`Reference`	HybridShapeTrim.`firstElem()`
`Reference`	HybridShapeFilletTriTangent.`firstElem()`
`Reference`	HybridShapeRotate.`firstElement()`
`Reference`	FaceFillet.`firstFace()`
`Reference`	TritangentFillet.`firstFace()`
`Reference`	HybridShapeSweepExplicit.`firstGuideCrv()`
`Reference`	HybridShapeSweepLine.`firstGuideCrv()`
`Reference`	HybridShapeSweepConic.`firstGuideCrv()`
`Reference`	HybridShapeSweepCircle.`firstGuideCrv()`
`Reference`	HybridShapeSweepLine.`firstGuideSurf()`
`Reference`	HybridShapeFilletBiTangent.`firstLawRelimiter()`
`Reference`	HybridShapeSweepLine.`firstLengthLaw()`
`Reference`	HybridShapeRotate.`firstPoint()`
`Reference`	HybridShapeTranslate.`firstPoint()`
`Reference`	HybridShapePointBetween.`firstPoint()`
`Reference`	HybridShapeConnect.`firstPoint()`
`Reference`	Line.`firstUptoElem()`
`Reference`	HybridShapeExtrude.`firstUptoElement()`
`Reference`	HybridShapeSweepConic.`fourthGuideCrv()`
`Reference`	HybridShapeBoundary.`from()`
`Reference`	PspPartConnector.`getAlignmentConnector()`
`Reference`	HybridShapeCircle.`getAxis(int param1)`
`Reference`	HybridShapeHealing.`getBodyToHeal(int param1)`
`Reference`	HybridShapeFill.`getBoundAtPosition(int param1)`
`Reference`	HybridShapeBlend.`getClosingPoint(int param1)`
`Reference`	HybridShapeFill.`getConstraintAtPosition(int param1)`
`Reference`	Constraint.`getConstraintElement(int param1)`
`Reference`	HybridShapeBlend.`getCurve(int param1)`
`Reference`	HybridShapeRollingOffset.`getCurve(int param1)`
`Reference`	HybridShapeSweep.`getCutPoint(int param1)`
`Reference`	HybridShapeSplit.`getCuttingElem(int param1)`
`Reference`	PspPartConnector.`getDatumConnector()`
`Reference`	HybridShapeHealing.`getEdgeToKeepSharp(int param1)`
`Reference`	HybridShapeUnfold.`getEdgeToTear(int param1)`
`Reference`	HybridShapeTrim.`getElem(int param1)`
`Reference`	HybridShapeExtractMulti.`getElement(int param1)`
`Reference`	HybridShapeAssemble.`getElement(int param1)`
`Reference`	HybridShapeHealing.`getElementToFreeze(int param1)`
`Reference`	PspPartConnector.`getFaceConnector()`
`Reference`	HybridShapeFilletBiTangent.`getFaceToKeep(int param1)`
`Reference`	HybridShapeAssemble.`getFederatedElement(int param1)`
`Reference`	HybridShapeSweep.`getFillPoint(int param1)`
`Reference`	HybridShapeCurveSmooth.`getFrozenCurveSegment(int param1)`
`Reference`	HybridShapeCurveSmooth.`getFrozenPoint(int param1)`
`Reference`	HybridShapeSpine.`getGuide(int param1)`
`Reference`	HybridShapeConic.`getIntermediatePoint(int param1)`
`Reference`	HybridShapeExtrapol.`getInternalEdgesElement(int param1)`
`Reference`	HybridShapeSplit.`getIntersection(int param1)`
`Reference`	HybridShapeTrim.`getKeptElem(int param1)`
`Reference`	HybridShapeSplit.`getKeptElem(int param1)`
`Reference`	PspPartConnector.`getOrientationConnector()`
`Reference`	HybridShapeSplit.`getOtherSide()`
`Reference`	HybridShapePlaneMean.`getPoint(int param1)`
`Reference`	HybridShapeSpline.`getPoint(int param1)`
`Reference`	HybridShapeSweepExplicit.`getPosDirection(int param1)`
`Reference`	HybridShapeSweepExplicit.`getPosPoint(int param1)`
`Reference`	HybridShapePositionTransfo.`getPosPoint(int param1)`
`Reference`	HybridShapePlaneEquation.`getReferencePoint()`
`Reference`	HybridShapeTrim.`getRemovedElem(int param1)`
`Reference`	HybridShapeSplit.`getRemovedElem(int param1)`
`Reference`	HybridShapeSpine.`getSection(int param1)`
`Reference`	HybridShapeAssemble.`getSubElement(int param1)`
`Reference`	HybridShapeSpline.`getSupport()`
`Reference`	HybridShapeExtractMulti.`getSupport(int param1)`
`Reference`	HybridShapeBlend.`getSupport(int param1)`
`Reference`	HybridShapeFill.`getSupportAtPosition(int param1)`
`Reference`	HybridShapeOffset.`getTrickyFace(int param1)`
`Reference`	HybridShapeVariableOffset.`getTrickyFace(int param1)`
`Reference`	HybridShapeVariableOffset.`globalSurface()`
`Reference`	HybridShapeFilletBiTangent.`holdCurve()`
`Reference`	HybridShapeBoundary.`initialElement()`
`Reference`	StrMemberExtremity.`input()`
`Reference`	StrMember.`inputSupport()`
`Reference`	References.`item(java.lang.Object param1)`
`Reference`	Thread.`lateralFaceElement()`
`Reference`	HybridShapeBump.`limitCurve()`
`Reference`	Thread.`limitFaceElement()`
`Reference`	Limit.`limitingElement()`
`Reference`	HybridShapePlane1Line1Pt.`line()`
`Reference`	AutoDraft.`mainDraftAngle()`
`Reference`	Mirror.`mirroringPlane()`
`Reference`	AutoDraft.`mode()`
`Reference`	HybridShapeNear.`multipleSolution()`
`Reference`	DraftDomain.`neutralElement()`
`Reference`	HybridShapeDirection.`object()`
`Reference`	HybridShapeOffset.`offsetedObject()`
`Reference`	HybridShapeReflectLine.`origin()`
`Reference`	HybridShapeExtremumPolar.`origin()`
`Reference`	AxisSystem.`originPoint()`
`Reference`	HybridShapeUnfold.`originToUnfold()`
`Reference`	HybridShapeCurvePar.`otherSide()`
`Reference`	HybridShapeSweepConic.`parameterLaw()`
`Reference`	AutoDraft.`partingElement()`
`Reference`	Draft.`partingElement()`
`Reference`	AutoFillet.`partingElement()`
`Reference`	HybridShapeCurvePar.`passingPoint()`
`Reference`	HybridShapePointOnPlane.`plane()`
`Reference`	HybridShapePlaneOffsetPt.`plane()`
`Reference`	HybridShapePlaneAngle.`plane()`
`Reference`	HybridShapePlaneOffset.`plane()`
`Reference`	HybridShapeDevelop.`planeAxisDirection()`
`Reference`	HybridShapeDevelop.`planeAxisOrigin()`
`Reference`	HybridShapeLineTangency.`point()`
`Reference`	HybridShapeCircleCenterAxis.`point()`
`Reference`	HybridShapePlane1Line1Pt.`point()`
`Reference`	HybridShapePointOnSurface.`point()`
`Reference`	HybridShapePlaneTangent.`point()`
`Reference`	HybridShapePointOnPlane.`point()`
`Reference`	HybridShapePlaneOffsetPt.`point()`
`Reference`	HybridShapeLineAngle.`point()`
`Reference`	HybridShapeLineNormal.`point()`
`Reference`	HybridShapeLinePtDir.`point()`
`Reference`	HybridShapePlaneNormal.`point()`
`Reference`	HybridShapePointOnCurve.`point()`
`Reference`	HybridShapeDevelop.`pointOnSupport()`
`Reference`	HybridShapeSweepExplicit.`positionedProfile()`
`Reference`	HybridShapeDevelop.`positionedWire()`
`Reference`	HybridShapeRevol.`profil()`
`Reference`	HybridShapeHelix.`profile()`
`Reference`	HybridShapeSweepExplicit.`profile()`
`Reference`	HybridShapePositionTransfo.`profile()`
`Reference`	HybridShapeBump.`projectionDir()`
`Reference`	HybridShapePointOnPlane.`projectionSurface()`
`Reference`	HybridShapeCircleBitangentPoint.`pt()`
`Reference`	HybridShapeCircle2PointsRad.`pt1()`
`Reference`	HybridShapeCircle2PointsRad.`pt2()`
`Reference`	HybridShapeLinePtPt.`ptExtremity()`
`Reference`	HybridShapeLinePtPt.`ptOrigine()`
`Reference`	HybridShapePointCoord.`ptRef()`
`Reference`	AutoDraft.`pullingDirection()`
`Reference`	DraftDomain.`pullingDirectionElement()`
`Reference`	Sweep.`pullingDirElement()`
`Reference`	HybridShapeSweepCircle.`radiusLaw()`
`Reference`	HybridShapePointCoord.`refAxisSystem()`
`Reference`	HybridShapeTranslate.`refAxisSystem()`
`Reference`	HybridShapePlaneEquation.`refAxisSystem()`
`Reference`	HybridShapeDirection.`refAxisSystem()`
`Reference`	HybridShapeSweepExplicit.`reference()`
`Reference`	SelectedElement.`reference()`
`Reference`	HybridShapeLawDistProj.`reference()`
`Reference`	HybridShapeSymmetry.`reference()`
`Reference`	HybridShapeSweepCircle.`reference()`
`Reference`	HybridShapeAxisToAxis.`referenceAxis()`
`Reference`	HybridShapeExtremum.`referenceElement()`
`Reference`	HybridShapeNear.`referenceElement()`
`Reference`	HybridShapeWrapSurface.`referenceSurface()`
`Reference`	Sweep.`referenceSurfaceElement()`
`Reference`	HybridShapeLineBisecting.`refPoint()`
`Reference`	HybridShapeFilletTriTangent.`removeElem()`
`Reference`	HybridShapePlaneAngle.`revolAxis()`
`Reference`	Revolution.`revoluteAxis()`
`Reference`	Scaling.`scalingReference()`
`Reference`	HybridShapePlane2Lines.`second()`
`Reference`	HybridShapePlane3Points.`second()`
`Reference`	HybridShapeSweepCircle.`secondAngleLaw()`
`Reference`	SolidCombine.`secondComponentDirection()`
`Reference`	SolidCombine.`secondComponentProfile()`
`Reference`	HybridShapeConnect.`secondCurve()`
`Reference`	HybridShapeFilletBiTangent.`secondElem()`
`Reference`	HybridShapeCorner.`secondElem()`
`Reference`	HybridShapeTrim.`secondElem()`
`Reference`	HybridShapeFilletTriTangent.`secondElem()`
`Reference`	HybridShapeRotate.`secondElement()`
`Reference`	FaceFillet.`secondFace()`
`Reference`	TritangentFillet.`secondFace()`
`Reference`	HybridShapeSweepExplicit.`secondGuideCrv()`
`Reference`	HybridShapeSweepLine.`secondGuideCrv()`
`Reference`	HybridShapeSweepConic.`secondGuideCrv()`
`Reference`	HybridShapeSweepCircle.`secondGuideCrv()`
`Reference`	HybridShapeSweepLine.`secondGuideSurf()`
`Reference`	HybridShapeFilletBiTangent.`secondLawRelimiter()`
`Reference`	HybridShapeSweepLine.`secondLengthLaw()`
`Reference`	HybridShapeRotate.`secondPoint()`
`Reference`	HybridShapeTranslate.`secondPoint()`
`Reference`	HybridShapePointBetween.`secondPoint()`
`Reference`	HybridShapeConnect.`secondPoint()`
`Reference`	Line.`secondUptoElem()`
`Reference`	HybridShapeExtrude.`secondUptoElement()`
`Reference`	HybridShapeSection.`sectionPlane()`
`Reference`	HybridShapeFilletBiTangent.`spine()`
`Reference`	HybridShapeSweepExplicit.`spine()`
`Reference`	HybridShapeSweepLine.`spine()`
`Reference`	HybridShapeSweepConic.`spine()`
`Reference`	HybridShapeBlend.`spine()`
`Reference`	HybridShapeSweepCircle.`spine()`
`Reference`	HybridShapeIntegratedLaw.`spine()`
`Reference`	AssemblySplit.`splittingElement()`
`Reference`	HybridShapeHelix.`startingPoint()`
`Reference`	HybridShapeConic.`startPoint()`
`Reference`	HybridShapeSpine.`startPoint()`
`Reference`	HybridShapeLineTangency.`support()`
`Reference`	HybridShapeCircleCtrRad.`support()`
`Reference`	HybridShapeCircleTritangent.`support()`
`Reference`	HybridShapeCurveSmooth.`support()`
`Reference`	HybridShapeCircleCenterTangent.`support()`
`Reference`	HybridShapeCorner.`support()`
`Reference`	HybridShapePointBetween.`support()`
`Reference`	HybridShapeCircleCtrPt.`support()`
`Reference`	HybridShapeDevelop.`support()`
`Reference`	HybridShapeExtrapol.`support()`
`Reference`	StrMember.`support()`
`Reference`	HybridShapeLineBiTangent.`support()`
`Reference`	HybridShapeReflectLine.`support()`
`Reference`	HybridShapeTrim.`support()`
`Reference`	HybridShapeLineBisecting.`support()`
`Reference`	HybridShapeCircle3Points.`support()`
`Reference`	HybridShapeProject.`support()`
`Reference`	HybridShapeCircleBitangentRadius.`support()`
`Reference`	HybridShapeSpiral.`support()`
`Reference`	HybridShapeLinePtDir.`support()`
`Reference`	HybridShapeConnect.`support()`
`Reference`	HybridShapeRollingOffset.`support()`
`Reference`	HybridShapeLinePtPt.`support()`
`Reference`	HybridShapeExtract.`support()`
`Reference`	StrPlate.`support()`
`Reference`	HybridShapeSplit.`support()`
`Reference`	HybridShapeCircle2PointsRad.`support()`
`Reference`	HybridShapeBoundary.`support()`
`Reference`	HybridShapeCurvePar.`support()`
`Reference`	HybridShapeExtremumPolar.`support()`
`Reference`	HybridShapeCircleBitangentPoint.`support()`
`Reference`	HybridShapeConic.`supportPlane()`
`Reference`	AutoFillet.`supportSurface()`
`Reference`	HybridShapeWrapSurface.`surface()`
`Reference`	HybridShapePointOnSurface.`surface()`
`Reference`	SurfaceBasedShape.`surface()`
`Reference`	HybridShapePlaneTangent.`surface()`
`Reference`	HybridShapeWrapCurve.`surface()`
`Reference`	HybridShapeLineAngle.`surface()`
`Reference`	HybridShapeLineNormal.`surface()`
`Reference`	StrMember.`surfaceReference()`
`Reference`	HybridShapeUnfold.`surfaceToUnfold()`
`Reference`	HybridShapeTransfer.`surfaceToUnfold()`
`Reference`	HybridShapeCircleCenterTangent.`tangentCurve()`
`Reference`	HybridShapeConic.`tangentIntPoint()`
`Reference`	HybridShapeAxisToAxis.`targetAxis()`
`Reference`	HybridShapeUnfold.`targetPlane()`
`Reference`	HybridShapeWrapSurface.`targetSurface()`
`Reference`	HybridShapePlane3Points.`third()`
`Reference`	HybridShapeSweepConic.`thirdGuideCrv()`
`Reference`	HybridShapeSweepCircle.`thirdGuideCrv()`
`Reference`	HybridShapeRotate.`thirdPoint()`
`Reference`	HybridShapeBoundary.`to()`
`Reference`	HybridShapeTransfer.`unfoldedSurface()`
`Reference`	HybridShapeDevelop.`wireToDevelop()`
`Reference`	AxisSystem.`xAxisDirection()`
`Reference`	AxisSystem.`yAxisDirection()`
`Reference`	AxisSystem.`zAxisDirection()`

Methods in net.rimptec.cad.catia with parameters of type Reference
Modifier and Type	Method and Description
`Sketch`	Sketches.`add(Reference param1)`
`AssemblyFeature`	AssemblyFeatures.`addAssemblySplit(Reference param1, Product param2, CatSplitSide param3, Product param4)`
`Constraint`	Constraints.`addBiEltCst(CatConstraintType param1, Reference param2, Reference param3)`
`void`	HybridShapeHealing.`addBodyToHeal(Reference param1)`
`void`	HybridShapeFill.`addBound(Reference param1)`
`PspPartConnector`	PspPhsyicalProduct.`addConnector(Holder param1, Reference param2, CatPspIDLPartConnectorType param3, Reference param4, CatPspIDLPartConnectorType param5, Reference param6, CatPspIDLPartConnectorType param7)`
`void`	HybridShapeVariableOffset.`addConstantConstraint(Reference param1, Length param2)`
`void`	HybridShapeExtractMulti.`addConstraint(Reference param1, int param2, boolean param3, boolean param4, double param5, int param6)`
`void`	HybridShapeExtractMulti.`addConstraintTolerant(Reference param1, int param2, boolean param3, boolean param4, double param5, double param6, double param7, int param8)`
`void`	HybridShapeSweep.`addCutPoints(Reference param1, Reference param2)`
`void`	HybridShapeSplit.`addCuttingElem(Reference param1, int param2)`
`AnyObject`	StrObjectFactory.`addDefExtFromReference(Reference param1, double param2)`
`StrMember`	StrObjectFactory.`addDimMemberWithSupport(StrSection param1, Holder param2, double param3, AnyObject param4, AnyObject param5, Reference param6, CatStrPlaneMode param7, CatStrMaterialOrientation param8, double param9, Holder param10)`
`void`	HybridShapeSweepLine.`addDraftAngleDefinitionLocation(Reference param1, double param2)`
`void`	VarRadEdgeFillet.`addEdgeToFillet(Reference param1, double param2)`
`void`	EdgeFillet.`addEdgeToKeep(Reference param1)`
`void`	HybridShapeHealing.`addEdgeToKeepSharp(Reference param1)`
`void`	HybridShapeUnfold.`addEdgeToTear(Reference param1)`
`void`	HybridShapeAssemble.`addElement(Reference param1)`
`void`	HybridShapeHealing.`addElementsToFreeze(Reference param1)`
`void`	Chamfer.`addElementToChamfer(Reference param1)`
`void`	HybridShapeTrim.`addElementToKeep(Reference param1)`
`void`	HybridShapeSplit.`addElementToKeep(Reference param1)`
`void`	HybridShapeTrim.`addElementToRemove(Reference param1)`
`void`	HybridShapeSplit.`addElementToRemove(Reference param1)`
`void`	DraftDomain.`addFaceToDraft(Reference param1)`
`void`	Trim.`addFaceToKeep(Reference param1)`
`void`	Trim.`addFaceToKeep2(Reference param1, Reference param2)`
`void`	Shell.`addFaceToRemove(Reference param1)`
`void`	Trim.`addFaceToRemove(Reference param1)`
`void`	Trim.`addFaceToRemove2(Reference param1, Reference param2)`
`void`	Thickness.`addFaceToThicken(Reference param1)`
`void`	Shell.`addFaceWithDifferentThickness(Reference param1)`
`void`	Thickness.`addFaceWithDifferentThickness(Reference param1)`
`void`	HybridShapeSweep.`addFillPoints(Reference param1, Reference param2)`
`void`	HybridShapeCurveSmooth.`addFrozenCurveSegment(Reference param1)`
`void`	HybridShapeCurveSmooth.`addFrozenPoint(Reference param1)`
`void`	HybridShapeSpine.`addGuide(Reference param1)`
`void`	HybridShapeLoft.`addGuide(Reference param1)`
`void`	HybridShapeLoft.`addGuideWithTangent(Reference param1, Reference param2)`
`void`	VarRadEdgeFillet.`addImposedVertex(Reference param1, double param2)`
`StrMember`	StrObjectFactory.`addMemberFromDir(StrSection param1, Holder param2, double param3, AnyObject param4, AnyObject param5, Reference param6, CatStrPlaneMode param7, Holder param8)`
`StrMember`	StrObjectFactory.`addMemberOnSupport(StrSection param1, Holder param2, double param3, Reference param4, AnyObject param5, AnyObject param6, Holder param7)`
`StrMember`	StrObjectFactory.`addMemberOnSupportWithRef(StrSection param1, Holder param2, Reference param3, double param4, Reference param5, AnyObject param6, AnyObject param7, Holder param8)`
`Constraint`	Constraints.`addMonoEltCst(CatConstraintType param1, Reference param2)`
`HybridShapeCorner`	HybridShapeFactory.`addNew3DCorner(Reference param1, Reference param2, HybridShapeDirection param3, double param4, int param5, int param6, boolean param7)`
`HybridShape3DCurveOffset`	HybridShapeFactory.`addNew3DCurveOffset(Reference param1, HybridShapeDirection param2, double param3, double param4, double param5)`
`HybridShapeAffinity`	HybridShapeFactory.`addNewAffinity(Reference param1, double param2, double param3, double param4)`
`HybridShapeAxisLine`	HybridShapeFactory.`addNewAxisLine(Reference param1)`
`HybridShapeAxisToAxis`	HybridShapeFactory.`addNewAxisToAxis(Reference param1, Reference param2, Reference param3)`
`AnyObject`	ShapeFactory.`addNewAxisToAxis2(Reference param1, Reference param2)`
`HybridShapeBoundary`	HybridShapeFactory.`addNewBoundary(Reference param1, Reference param2, int param3)`
`HybridShapeBoundary`	HybridShapeFactory.`addNewBoundaryOfSurface(Reference param1)`
`HybridShapeBump`	HybridShapeFactory.`addNewBump(Reference param1)`
`Chamfer`	ShapeFactory.`addNewChamfer(Reference param1, CatChamferPropagation param2, CatChamferMode param3, CatChamferOrientation param4, double param5, double param6)`
`HybridShapeCircle2PointsRad`	HybridShapeFactory.`addNewCircle2PointsRad(Reference param1, Reference param2, Reference param3, boolean param4, double param5, int param6)`
`HybridShapeCircle3Points`	HybridShapeFactory.`addNewCircle3Points(Reference param1, Reference param2, Reference param3)`
`HybridShapeCircleBitangentPoint`	HybridShapeFactory.`addNewCircleBitangentPoint(Reference param1, Reference param2, Reference param3, Reference param4, int param5, int param6)`
`HybridShapeCircleBitangentRadius`	HybridShapeFactory.`addNewCircleBitangentRadius(Reference param1, Reference param2, Reference param3, double param4, int param5, int param6)`
`HybridShapeCircleCenterAxis`	HybridShapeFactory.`addNewCircleCenterAxis(Reference param1, Reference param2, double param3, boolean param4)`
`HybridShapeCircleCenterAxis`	HybridShapeFactory.`addNewCircleCenterAxisWithAngles(Reference param1, Reference param2, double param3, boolean param4, double param5, double param6)`
`HybridShapeCircleCenterTangent`	HybridShapeFactory.`addNewCircleCenterTangent(Reference param1, Reference param2, Reference param3, double param4)`
`HybridShapeCircleCtrPt`	HybridShapeFactory.`addNewCircleCtrPt(Reference param1, Reference param2, Reference param3, boolean param4)`
`HybridShapeCircleCtrPt`	HybridShapeFactory.`addNewCircleCtrPtWithAngles(Reference param1, Reference param2, Reference param3, boolean param4, double param5, double param6)`
`HybridShapeCircleCtrRad`	HybridShapeFactory.`addNewCircleCtrRad(Reference param1, Reference param2, boolean param3, double param4)`
`HybridShapeCircleCtrRad`	HybridShapeFactory.`addNewCircleCtrRadWithAngles(Reference param1, Reference param2, boolean param3, double param4, double param5, double param6)`
`HybridShapeCircleExplicit`	HybridShapeFactory.`addNewCircleDatum(Reference param1)`
`HybridShapeCircleTritangent`	HybridShapeFactory.`addNewCircleTritangent(Reference param1, Reference param2, Reference param3, Reference param4, int param5, int param6, int param7)`
`CircPattern`	ShapeFactory.`addNewCircPattern(AnyObject param1, int param2, int param3, double param4, double param5, int param6, int param7, Reference param8, Reference param9, boolean param10, double param11, boolean param12)`
`CircPattern`	ShapeFactory.`addNewCircPatternofList(AnyObject param1, int param2, int param3, double param4, double param5, int param6, int param7, Reference param8, Reference param9, boolean param10, double param11, boolean param12)`
`CloseSurface`	ShapeFactory.`addNewCloseSurface(Reference param1)`
`HybridShapeCombine`	HybridShapeFactory.`addNewCombine(Reference param1, Reference param2, int param3)`
`HybridShapeConic`	HybridShapeFactory.`addNewConic(Reference param1, Reference param2, Reference param3)`
`HybridShapeReflectLine`	HybridShapeFactory.`addNewConicalReflectLineWithType(Reference param1, Reference param2, double param3, int param4, int param5)`
`HybridShapeConnect`	HybridShapeFactory.`addNewConnect(Reference param1, Reference param2, int param3, int param4, double param5, Reference param6, Reference param7, int param8, int param9, double param10, boolean param11)`
`HybridShapeCorner`	HybridShapeFactory.`addNewCorner(Reference param1, Reference param2, Reference param3, double param4, int param5, int param6, boolean param7)`
`HybridShapeCurveExplicit`	HybridShapeFactory.`addNewCurveDatum(Reference param1)`
`HybridShapeCurvePar`	HybridShapeFactory.`addNewCurvePar(Reference param1, Reference param2, double param3, boolean param4, boolean param5)`
`HybridShapeCurveSmooth`	HybridShapeFactory.`addNewCurveSmooth(Reference param1)`
`HybridShapeCylinder`	HybridShapeFactory.`addNewCylinder(Reference param1, double param2, double param3, double param4, HybridShapeDirection param5)`
`java.lang.Object`	HybridShapeFactory.`addNewDatums(Reference param1)`
`HybridShapeDevelop`	HybridShapeFactory.`addNewDevelop(int param1, Reference param2, Reference param3)`
`HybridShapeDirection`	HybridShapeFactory.`addNewDirection(Reference param1)`
`Draft`	ShapeFactory.`addNewDraft(Reference param1, Reference param2, CatDraftNeutralPropagationMode param3, Reference param4, double param5, double param6, double param7, CatDraftMode param8, double param9, CatDraftMultiselectionMode param10)`
`ConstRadEdgeFillet`	ShapeFactory.`addNewEdgeFilletWithConstantRadius(Reference param1, CatFilletEdgePropagation param2, double param3)`
`VarRadEdgeFillet`	ShapeFactory.`addNewEdgeFilletWithVaryingRadius(Reference param1, CatFilletEdgePropagation param2, CatFilletVariation param3, double param4)`
`HybridShapeExtract`	HybridShapeFactory.`addNewExtract(Reference param1)`
`HybridShapeExtractMulti`	HybridShapeFactory.`addNewExtractMulti(Reference param1)`
`HybridShapeExtrapol`	HybridShapeFactory.`addNewExtrapolLength(Reference param1, Reference param2, double param3)`
`HybridShapeExtrapol`	HybridShapeFactory.`addNewExtrapolUntil(Reference param1, Reference param2, Reference param3)`
`HybridShapeExtremum`	HybridShapeFactory.`addNewExtremum(Reference param1, HybridShapeDirection param2, int param3)`
`HybridShapeExtremumPolar`	HybridShapeFactory.`addNewExtremumPolar(short param1, Reference param2)`
`HybridShapeExtrude`	HybridShapeFactory.`addNewExtrude(Reference param1, double param2, double param3, HybridShapeDirection param4)`
`FaceFillet`	ShapeFactory.`addNewFaceFillet(Reference param1, Reference param2, double param3)`
`HybridShapeFilletBiTangent`	HybridShapeFactory.`addNewFilletBiTangent(Reference param1, Reference param2, double param3, int param4, int param5, int param6, int param7)`
`HybridShapeFilletTriTangent`	HybridShapeFactory.`addNewFilletTriTangent(Reference param1, Reference param2, Reference param3, int param4, int param5, int param6, int param7, int param8)`
`Groove`	ShapeFactory.`addNewGrooveFromRef(Reference param1)`
`CircPattern`	ShapeFactory.`addNewGSDCircPattern(AnyObject param1, int param2, int param3, double param4, double param5, int param6, int param7, Reference param8, Reference param9, boolean param10, double param11, boolean param12, boolean param13, double param14)`
`RectPattern`	ShapeFactory.`addNewGSDRectPattern(AnyObject param1, int param2, int param3, double param4, double param5, int param6, int param7, Reference param8, Reference param9, boolean param10, boolean param11, double param12, double param13)`
`HybridShapeHealing`	HybridShapeFactory.`addNewHealing(Reference param1)`
`HybridShapeHelix`	HybridShapeFactory.`addNewHelix(Reference param1, boolean param2, Reference param3, double param4, double param5, boolean param6, double param7, double param8, boolean param9)`
`Hole`	ShapeFactory.`addNewHole(Reference param1, double param2)`
`Hole`	ShapeFactory.`addNewHoleFromPoint(double param1, double param2, double param3, Reference param4, double param5)`
`Hole`	ShapeFactory.`addNewHoleFromRefPoint(Reference param1, Reference param2, double param3)`
`Hole`	ShapeFactory.`addNewHoleWith2Constraints(double param1, double param2, double param3, Reference param4, Reference param5, Reference param6, double param7)`
`Hole`	ShapeFactory.`addNewHoleWithConstraint(double param1, double param2, double param3, Reference param4, Reference param5, double param6)`
`HybridShapeScaling`	HybridShapeFactory.`addNewHybridScaling(Reference param1, Reference param2, double param3)`
`HybridShapeSplit`	HybridShapeFactory.`addNewHybridSplit(Reference param1, Reference param2, int param3)`
`HybridShapeTrim`	HybridShapeFactory.`addNewHybridTrim(Reference param1, int param2, Reference param3, int param4)`
`HybridShapeIntersection`	HybridShapeFactory.`addNewIntersection(Reference param1, Reference param2)`
`HybridShapeInverse`	HybridShapeFactory.`addNewInverse(Reference param1, int param2)`
`HybridShapeAssemble`	HybridShapeFactory.`addNewJoin(Reference param1, Reference param2)`
`HybridShapeLawDistProj`	HybridShapeFactory.`addNewLawDistProj(Reference param1, Reference param2)`
`HybridShapeLineAngle`	HybridShapeFactory.`addNewLineAngle(Reference param1, Reference param2, Reference param3, boolean param4, double param5, double param6, double param7, boolean param8)`
`HybridShapeLineBisecting`	HybridShapeFactory.`addNewLineBisecting(Reference param1, Reference param2, double param3, double param4, boolean param5, int param6)`
`HybridShapeLineBisecting`	HybridShapeFactory.`addNewLineBisectingOnSupport(Reference param1, Reference param2, Reference param3, double param4, double param5, boolean param6, int param7)`
`HybridShapeLineBisecting`	HybridShapeFactory.`addNewLineBisectingOnSupportWithPoint(Reference param1, Reference param2, Reference param3, Reference param4, double param5, double param6, boolean param7, int param8)`
`HybridShapeLineBisecting`	HybridShapeFactory.`addNewLineBisectingWithPoint(Reference param1, Reference param2, Reference param3, double param4, double param5, boolean param6, int param7)`
`HybridShapeLineBiTangent`	HybridShapeFactory.`addNewLineBiTangent(Reference param1, Reference param2, Reference param3)`
`HybridShapeLineExplicit`	HybridShapeFactory.`addNewLineDatum(Reference param1)`
`HybridShapeLineNormal`	HybridShapeFactory.`addNewLineNormal(Reference param1, Reference param2, double param3, double param4, boolean param5)`
`HybridShapeLinePtDir`	HybridShapeFactory.`addNewLinePtDir(Reference param1, HybridShapeDirection param2, double param3, double param4, boolean param5)`
`HybridShapeLinePtDir`	HybridShapeFactory.`addNewLinePtDirOnSupport(Reference param1, HybridShapeDirection param2, Reference param3, double param4, double param5, boolean param6)`
`HybridShapeLinePtPt`	HybridShapeFactory.`addNewLinePtPt(Reference param1, Reference param2)`
`HybridShapeLinePtPt`	HybridShapeFactory.`addNewLinePtPtExtended(Reference param1, Reference param2, double param3, double param4)`
`HybridShapeLinePtPt`	HybridShapeFactory.`addNewLinePtPtOnSupport(Reference param1, Reference param2, Reference param3)`
`HybridShapeLinePtPt`	HybridShapeFactory.`addNewLinePtPtOnSupportExtended(Reference param1, Reference param2, Reference param3, double param4, double param5)`
`HybridShapeLineTangency`	HybridShapeFactory.`addNewLineTangency(Reference param1, Reference param2, double param3, double param4, boolean param5)`
`HybridShapeLineTangency`	HybridShapeFactory.`addNewLineTangencyOnSupport(Reference param1, Reference param2, Reference param3, double param4, double param5, boolean param6)`
`Mirror`	ShapeFactory.`addNewMirror(Reference param1)`
`HybridShapeNear`	HybridShapeFactory.`addNewNear(Reference param1, Reference param2)`
`HybridShapeOffset`	HybridShapeFactory.`addNewOffset(Reference param1, double param2, boolean param3, double param4)`
`Pad`	ShapeFactory.`addNewPadFromRef(Reference param1, double param2)`
`HybridShapePlane1Curve`	HybridShapeFactory.`addNewPlane1Curve(Reference param1)`
`HybridShapePlane1Line1Pt`	HybridShapeFactory.`addNewPlane1Line1Pt(Reference param1, Reference param2)`
`HybridShapePlane2Lines`	HybridShapeFactory.`addNewPlane2Lines(Reference param1, Reference param2)`
`HybridShapePlane3Points`	HybridShapeFactory.`addNewPlane3Points(Reference param1, Reference param2, Reference param3)`
`HybridShapePlaneAngle`	HybridShapeFactory.`addNewPlaneAngle(Reference param1, Reference param2, double param3, boolean param4)`
`HybridShapePlaneExplicit`	HybridShapeFactory.`addNewPlaneDatum(Reference param1)`
`HybridShapePlaneNormal`	HybridShapeFactory.`addNewPlaneNormal(Reference param1, Reference param2)`
`HybridShapePlaneOffset`	HybridShapeFactory.`addNewPlaneOffset(Reference param1, double param2, boolean param3)`
`HybridShapePlaneOffsetPt`	HybridShapeFactory.`addNewPlaneOffsetPt(Reference param1, Reference param2)`
`HybridShapePlaneTangent`	HybridShapeFactory.`addNewPlaneTangent(Reference param1, Reference param2)`
`Pocket`	ShapeFactory.`addNewPocketFromRef(Reference param1, double param2)`
`HybridShapePointBetween`	HybridShapeFactory.`addNewPointBetween(Reference param1, Reference param2, double param3, int param4)`
`HybridShapePointCenter`	HybridShapeFactory.`addNewPointCenter(Reference param1)`
`HybridShapePointCoord`	HybridShapeFactory.`addNewPointCoordWithReference(double param1, double param2, double param3, Reference param4)`
`HybridShapePointExplicit`	HybridShapeFactory.`addNewPointDatum(Reference param1)`
`HybridShapePointOnCurve`	HybridShapeFactory.`addNewPointOnCurveAlongDirection(Reference param1, double param2, boolean param3, HybridShapeDirection param4)`
`HybridShapePointOnCurve`	HybridShapeFactory.`addNewPointOnCurveFromDistance(Reference param1, double param2, boolean param3)`
`HybridShapePointOnCurve`	HybridShapeFactory.`addNewPointOnCurveFromPercent(Reference param1, double param2, boolean param3)`
`HybridShapePointOnCurve`	HybridShapeFactory.`addNewPointOnCurveWithReferenceAlongDirection(Reference param1, Reference param2, double param3, boolean param4, HybridShapeDirection param5)`
`HybridShapePointOnCurve`	HybridShapeFactory.`addNewPointOnCurveWithReferenceFromDistance(Reference param1, Reference param2, double param3, boolean param4)`
`HybridShapePointOnCurve`	HybridShapeFactory.`addNewPointOnCurveWithReferenceFromPercent(Reference param1, Reference param2, double param3, boolean param4)`
`HybridShapePointOnPlane`	HybridShapeFactory.`addNewPointOnPlane(Reference param1, double param2, double param3)`
`HybridShapePointOnPlane`	HybridShapeFactory.`addNewPointOnPlaneWithReference(Reference param1, Reference param2, double param3, double param4)`
`HybridShapePointOnSurface`	HybridShapeFactory.`addNewPointOnSurface(Reference param1, HybridShapeDirection param2, double param3)`
`HybridShapePointOnSurface`	HybridShapeFactory.`addNewPointOnSurfaceWithReference(Reference param1, Reference param2, HybridShapeDirection param3, double param4)`
`HybridShapePointTangent`	HybridShapeFactory.`addNewPointTangent(Reference param1, HybridShapeDirection param2)`
`HybridShapeProject`	HybridShapeFactory.`addNewProject(Reference param1, Reference param2)`
`RectPattern`	ShapeFactory.`addNewRectPattern(AnyObject param1, int param2, int param3, double param4, double param5, int param6, int param7, Reference param8, Reference param9, boolean param10, boolean param11, double param12)`
`RectPattern`	ShapeFactory.`addNewRectPatternofList(AnyObject param1, int param2, int param3, double param4, double param5, int param6, int param7, Reference param8, Reference param9, boolean param10, boolean param11, double param12)`
`HybridShapeReflectLine`	HybridShapeFactory.`addNewReflectLine(Reference param1, HybridShapeDirection param2, double param3, int param4, int param5)`
`HybridShapeReflectLine`	HybridShapeFactory.`addNewReflectLineWithType(Reference param1, HybridShapeDirection param2, double param3, int param4, int param5, int param6)`
`RemoveFace`	ShapeFactory.`addNewRemoveFace(Reference param1, Reference param2)`
`ReplaceFace`	ShapeFactory.`addNewReplaceFace(Reference param1, Reference param2, CatSplitSide param3)`
`HybridShapeRevol`	HybridShapeFactory.`addNewRevol(Reference param1, double param2, double param3, Reference param4)`
`Rib`	ShapeFactory.`addNewRibFromRef(Reference param1, Reference param2)`
`HybridShapeRotate`	HybridShapeFactory.`addNewRotate(Reference param1, Reference param2, double param3)`
`AnyObject`	ShapeFactory.`addNewRotate2(Reference param1, double param2)`
`Scaling`	ShapeFactory.`addNewScaling(Reference param1, double param2)`
`AnyObject`	ShapeFactory.`addNewScaling2(Reference param1, double param2)`
`SewSurface`	ShapeFactory.`addNewSewSurface(Reference param1, CatSplitSide param2)`
`Shaft`	ShapeFactory.`addNewShaftFromRef(Reference param1)`
`Shell`	ShapeFactory.`addNewShell(Reference param1, double param2, double param3)`
`Slot`	ShapeFactory.`addNewSlotFromRef(Reference param1, Reference param2)`
`SolidCombine`	ShapeFactory.`addNewSolidCombine(Reference param1, Reference param2)`
`ConstRadEdgeFillet`	ShapeFactory.`addNewSolidEdgeFilletWithConstantRadius(Reference param1, CatFilletEdgePropagation param2, double param3)`
`VarRadEdgeFillet`	ShapeFactory.`addNewSolidEdgeFilletWithVaryingRadius(Reference param1, CatFilletEdgePropagation param2, CatFilletVariation param3, double param4)`
`FaceFillet`	ShapeFactory.`addNewSolidFaceFillet(Reference param1, Reference param2, double param3)`
`TritangentFillet`	ShapeFactory.`addNewSolidTritangentFillet(Reference param1, Reference param2, Reference param3)`
`HybridShapeSphere`	HybridShapeFactory.`addNewSphere(Reference param1, Reference param2, double param3, double param4, double param5, double param6, double param7)`
`HybridShapeSpiral`	HybridShapeFactory.`addNewSpiral(int param1, Reference param2, Reference param3, HybridShapeDirection param4, double param5, boolean param6)`
`Split`	ShapeFactory.`addNewSplit(Reference param1, CatSplitSide param2)`
`Stiffener`	ShapeFactory.`addNewStiffenerFromRef(Reference param1)`
`HybridShapeSurfaceExplicit`	HybridShapeFactory.`addNewSurfaceDatum(Reference param1)`
`ConstRadEdgeFillet`	ShapeFactory.`addNewSurfaceEdgeFilletWithConstantRadius(Reference param1, CatFilletEdgePropagation param2, double param3)`
`VarRadEdgeFillet`	ShapeFactory.`addNewSurfaceEdgeFilletWithVaryingRadius(Reference param1, CatFilletEdgePropagation param2, CatFilletVariation param3, double param4)`
`FaceFillet`	ShapeFactory.`addNewSurfaceFaceFillet(Reference param1, Reference param2, double param3)`
`TritangentFillet`	ShapeFactory.`addNewSurfaceTritangentFillet(Reference param1, Reference param2, Reference param3)`
`CircPattern`	ShapeFactory.`addNewSurfacicCircPattern(AnyObject param1, int param2, int param3, double param4, double param5, int param6, int param7, Reference param8, Reference param9, boolean param10, double param11, boolean param12, boolean param13)`
`RectPattern`	ShapeFactory.`addNewSurfacicRectPattern(AnyObject param1, int param2, int param3, double param4, double param5, int param6, int param7, Reference param8, Reference param9, boolean param10, boolean param11, double param12)`
`HybridShapeSweepCircle`	HybridShapeFactory.`addNewSweepCircle(Reference param1)`
`HybridShapeSweepConic`	HybridShapeFactory.`addNewSweepConic(Reference param1)`
`HybridShapeSweepExplicit`	HybridShapeFactory.`addNewSweepExplicit(Reference param1, Reference param2)`
`HybridShapeSweepLine`	HybridShapeFactory.`addNewSweepLine(Reference param1)`
`HybridShapeSymmetry`	HybridShapeFactory.`addNewSymmetry(Reference param1, Reference param2)`
`AnyObject`	ShapeFactory.`addNewSymmetry2(Reference param1)`
`Thickness`	ShapeFactory.`addNewThickness(Reference param1, double param2)`
`ThickSurface`	ShapeFactory.`addNewThickSurface(Reference param1, int param2, double param3, double param4)`
`Thread`	ShapeFactory.`addNewThreadWithRef(Reference param1, Reference param2)`
`HybridShapeTransfer`	HybridShapeFactory.`addNewTransfer(Reference param1, int param2)`
`HybridShapeTranslate`	HybridShapeFactory.`addNewTranslate(Reference param1, HybridShapeDirection param2, double param3)`
`TritangentFillet`	ShapeFactory.`addNewTritangentFillet(Reference param1, Reference param2, Reference param3)`
`HybridShapeVariableOffset`	HybridShapeFactory.`addNewVariableOffset(Reference param1)`
`Add`	ShapeFactory.`addNewVolumeAdd(Reference param1, Reference param2, double param3)`
`CloseSurface`	ShapeFactory.`addNewVolumeCloseSurface(Reference param1)`
`HybridShapeVolumeExplicit`	HybridShapeFactory.`addNewVolumeDatum(Reference param1)`
`Intersect`	ShapeFactory.`addNewVolumeIntersect(Reference param1, Reference param2, double param3)`
`Remove`	ShapeFactory.`addNewVolumeRemove(Reference param1, Reference param2, double param3)`
`SewSurface`	ShapeFactory.`addNewVolumeSewSurface(int param1, Reference param2, Reference param3, CatSplitSide param4)`
`Shell`	ShapeFactory.`addNewVolumeShell(Reference param1, double param2, double param3, Reference param4)`
`Thickness`	ShapeFactory.`addNewVolumeThickness(Reference param1, double param2, int param3, Reference param4)`
`ThickSurface`	ShapeFactory.`addNewVolumeThickSurface(Reference param1, int param2, double param3, double param4)`
`Trim`	ShapeFactory.`addNewVolumeTrim(Reference param1, Reference param2)`
`Draft`	ShapeFactory.`addNewVolumicDraft(Reference param1, Reference param2, CatDraftNeutralPropagationMode param3, Reference param4, double param5, double param6, double param7, CatDraftMode param8, double param9, CatDraftMultiselectionMode param10, int param11, Reference param12)`
`HybridShapeWrapSurface`	HybridShapeFactory.`addNewWrapSurface(Reference param1)`
`void`	ConstRadEdgeFillet.`addObjectToFillet(Reference param1)`
`StrPlate`	StrObjectFactory.`addPlate(Reference param1, double param2, CatStrMaterialOrientation param3, java.lang.Object[] param4, double param5, Holder param6)`
`void`	HybridShapePlaneMean.`addPoint(Reference param1)`
`void`	HybridShapeSpline.`addPoint(Reference param1)`
`void`	HybridShapeSpline.`addPointWithConstraintExplicit(Reference param1, HybridShapeDirection param2, double param3, int param4, HybridShapeDirection param5, double param6)`
`void`	HybridShapeSpline.`addPointWithConstraintFromCurve(Reference param1, Reference param2, double param3, int param4, int param5)`
`void`	UserSurface.`addReference(Reference param1)`
`void`	UserSurface.`addReferenceInAProductCtx(Product param1, Reference param2)`
`void`	ReplaceFace.`addRemoveFace(Reference param1)`
`void`	HybridShapeSpine.`addSection(Reference param1)`
`void`	HybridShapeLoft.`addSectionToLoft(Reference param1, int param2, Reference param3)`
`void`	ReplaceFace.`addSplitPlane(Reference param1)`
`void`	HybridShapeAssemble.`addSubElement(Reference param1)`
`void`	HybridShapeFill.`addSupportAtBound(Reference param1, Reference param2)`
`void`	AnalysisEntity.`addSupportFromProduct(Product param1, Reference param2)`
`void`	BasicComponent.`addSupportFromProduct(Product param1, Reference param2)`
`void`	AnalysisLocalEntity.`addSupportFromProduct(Product param1, Reference param2)`
`void`	AnalysisMeshLocalSpecification.`addSupportFromReference(Holder param1, Product param2, Reference param3)`
`void`	AnalysisMeshPart.`addSupportFromReference(Product param1, Reference param2)`
`void`	AnalysisEntity.`addSupportFromReference(Reference param1, Reference param2)`
`void`	BasicComponent.`addSupportFromReference(Reference param1, Reference param2)`
`void`	AnalysisLocalEntity.`addSupportFromReference(Reference param1, Reference param2)`
`void`	HybridShapeOffset.`addTrickyFace(Reference param1)`
`void`	HybridShapeVariableOffset.`addTrickyFace(Reference param1)`
`Constraint`	Constraints.`addTriEltCst(CatConstraintType param1, Reference param2, Reference param3, Reference param4)`
`void`	HybridShapeVariableOffset.`addVariableConstraint(Reference param1)`
`void`	HybridShapeIntegratedLaw.`advancedLaw(Reference param1)`
`void`	HybridShapeSweepExplicit.`angleLaw(Reference param1)`
`void`	HybridShapeSweepLine.`angleLaw(Reference param1)`
`void`	HybridShapeFill.`appendConstraint(Reference param1)`
`void`	HybridShapeAssemble.`appendFederatedElement(Reference param1)`
`void`	HybridShapeFilletBiTangent.`appendNewFaceToKeep(Reference param1)`
`void`	HybridShapeIntegratedLaw.`appendNewPointAndParam(Reference param1, int param2)`
`void`	HybridShapeHelix.`axis(Reference param1)`
`void`	HybridShapeCircleCenterAxis.`axis(Reference param1)`
`void`	HybridShapeRotate.`axis(Reference param1)`
`void`	HybridShapeSphere.`axis(Reference param1)`
`void`	HybridShapeRevol.`axis(Reference param1)`
`void`	Rotate.`axis(Reference param1)`
`void`	HybridShapeAffinity.`axisFirstDirection(Reference param1)`
`void`	HybridShapeAffinity.`axisOrigin(Reference param1)`
`void`	HybridShapeAffinity.`axisPlane(Reference param1)`
`void`	AxisSystem.`axisRotationReference(Reference param1)`
`void`	HybridShapeConnect.`baseCurve(Reference param1)`
`void`	HybridShapeBump.`bodyToBump(Reference param1)`
`void`	HybridShapeExtrapol.`boundary(Reference param1)`
`void`	HybridShapeCircleCtrRad.`center(Reference param1)`
`void`	Scaling2.`center(Reference param1)`
`void`	HybridShapeScaling.`center(Reference param1)`
`void`	HybridShapeCircleCtrPt.`center(Reference param1)`
`void`	HybridShapeSphere.`center(Reference param1)`
`void`	HybridShapeCylinder.`center(Reference param1)`
`void`	Sweep.`centerCurveElement(Reference param1)`
`void`	HybridShapeCircleCenterTangent.`centerElem(Reference param1)`
`void`	HybridShapeSpiral.`centerPoint(Reference param1)`
`void`	HybridShapeFactory.`changeFeatureName(Reference param1, Holder param2)`
`Reference`	Reference.`composeWith(Reference param1)`
`void`	HybridShapeFill.`constraint(Reference param1)`
`void`	HybridShapeExtremumPolar.`contour(Reference param1)`
`Geometry2D`	Factory2D.`createIntersection(Reference param1)`
`GeometricElements`	Factory2D.`createIntersections(Reference param1)`
`Geometry2D`	Factory2D.`createProjection(Reference param1)`
`GeometricElements`	Factory2D.`createProjections(Reference param1)`
`Reference`	AnalysisManager.`createReferenceFromGeometry(Product param1, Reference param2)`
`TPSView`	TPSViewFactory.`createView(Reference param1, java.lang.Object param2)`
`void`	HybridShapeCircleCtrPt.`crossingPoint(Reference param1)`
`void`	HybridShapeLineTangency.`curve(Reference param1)`
`void`	HybridShapePointTangent.`curve(Reference param1)`
`void`	HybridShapePlane1Curve.`curve(Reference param1)`
`void`	HybridShapeLineAngle.`curve(Reference param1)`
`void`	HybridShapePlaneNormal.`curve(Reference param1)`
`void`	HybridShapePointOnCurve.`curve(Reference param1)`
`void`	HybridShapeCircleTritangent.`curve1(Reference param1)`
`void`	HybridShapeLineBiTangent.`curve1(Reference param1)`
`void`	HybridShapeCircleBitangentRadius.`curve1(Reference param1)`
`void`	HybridShapeCircleBitangentPoint.`curve1(Reference param1)`
`void`	HybridShapeCircleTritangent.`curve2(Reference param1)`
`void`	HybridShapeCircleBitangentRadius.`curve2(Reference param1)`
`void`	HybridShapeCircleBitangentPoint.`curve2(Reference param1)`
`void`	HybridShapeCircleTritangent.`curve3(Reference param1)`
`void`	HybridShapeCurvePar.`curveOffseted(Reference param1)`
`void`	HybridShapeCurvePar.`curveParLaw(Reference param1)`
`void`	HybridShape3DCurveOffset.`curveToOffset(Reference param1)`
`void`	HybridShapeCurveSmooth.`curveToSmooth(Reference param1)`
`void`	HybridShapeSplit.`cuttingElem(Reference param1)`
`void`	HybridShapeLawDistProj.`definition(Reference param1)`
`void`	HybridShapeBump.`deformationCenter(Reference param1)`
`void`	HybridShapeBump.`deformationDir(Reference param1)`
`void`	HybridShapeFactory.`deleteObjectForDatum(Reference param1)`
`void`	ReplaceFace.`deleteRemoveFace(Reference param1)`
`void`	HybridShapeUnfold.`directionToUnfold(Reference param1)`
`HybridShape`	HybridShapeFactory.`duplicateGSMSpec(Reference param1)`
`void`	HybridShapeExtract.`elem(Reference param1)`
`void`	HybridShapeLineBisecting.`elem1(Reference param1)`
`void`	HybridShapeCombine.`elem1(Reference param1)`
`void`	HybridShapeLineBisecting.`elem2(Reference param1)`
`void`	HybridShapeCombine.`elem2(Reference param1)`
`void`	HybridShapeInverse.`element(Reference param1)`
`void`	HybridShapePointCenter.`element(Reference param1)`
`void`	HybridShapeAxisLine.`element(Reference param1)`
`void`	HybridShapeIntersection.`element1(Reference param1)`
`void`	HybridShapeCircle3Points.`element1(Reference param1)`
`void`	HybridShapeIntersection.`element2(Reference param1)`
`void`	HybridShapeLineBiTangent.`element2(Reference param1)`
`void`	HybridShapeCircle3Points.`element2(Reference param1)`
`void`	HybridShapeCircle3Points.`element3(Reference param1)`
`void`	HybridShapeTransfer.`elementToTransfer(Reference param1)`
`void`	HybridShapeSplit.`elemToCut(Reference param1)`
`void`	HybridShapeExtrapol.`elemToExtrapol(Reference param1)`
`void`	HybridShapeProject.`elemToProject(Reference param1)`
`void`	HybridShapeRotate.`elemToRotate(Reference param1)`
`void`	Rotate.`elemToRotate(Reference param1)`
`void`	Scaling2.`elemToScale(Reference param1)`
`void`	HybridShapeScaling.`elemToScale(Reference param1)`
`void`	HybridShapeSymmetry.`elemToSymmetry(Reference param1)`
`void`	HybridShapeAxisToAxis.`elemToTransform(Reference param1)`
`void`	HybridShapeAffinity.`elemToTransform(Reference param1)`
`void`	HybridShapeTranslate.`elemToTranslate(Reference param1)`
`void`	HybridShapeExtrapol.`elemUntil(Reference param1)`
`void`	HybridShapeConic.`endPoint(Reference param1)`
`void`	HybridShapeExtrude.`extrudedObject(Reference param1)`
`void`	AutoFillet.`facesToFillets(Reference param1)`
`void`	TritangentFillet.`faceToRemove(Reference param1)`
`void`	HybridShapeSweepConic.`fifthGuideCrv(Reference param1)`
`void`	VarRadEdgeFillet.`filletSpine(Reference param1)`
`void`	HybridShapePlane2Lines.`first(Reference param1)`
`void`	HybridShapePlane3Points.`first(Reference param1)`
`void`	HybridShapeSweepCircle.`firstAngleLaw(Reference param1)`
`void`	SolidCombine.`firstComponentDirection(Reference param1)`
`void`	SolidCombine.`firstComponentProfile(Reference param1)`
`void`	HybridShapeConnect.`firstCurve(Reference param1)`
`void`	HybridShapeFilletBiTangent.`firstElem(Reference param1)`
`void`	HybridShapeCorner.`firstElem(Reference param1)`
`void`	HybridShapeTrim.`firstElem(Reference param1)`
`void`	HybridShapeFilletTriTangent.`firstElem(Reference param1)`
`void`	HybridShapeRotate.`firstElement(Reference param1)`
`void`	FaceFillet.`firstFace(Reference param1)`
`void`	TritangentFillet.`firstFace(Reference param1)`
`void`	HybridShapeSweepExplicit.`firstGuideCrv(Reference param1)`
`void`	HybridShapeSweepLine.`firstGuideCrv(Reference param1)`
`void`	HybridShapeSweepConic.`firstGuideCrv(Reference param1)`
`void`	HybridShapeSweepCircle.`firstGuideCrv(Reference param1)`
`void`	HybridShapeSweepLine.`firstGuideSurf(Reference param1)`
`void`	HybridShapeFilletBiTangent.`firstLawRelimiter(Reference param1)`
`void`	HybridShapeSweepLine.`firstLengthLaw(Reference param1)`
`void`	HybridShapeRotate.`firstPoint(Reference param1)`
`void`	HybridShapeTranslate.`firstPoint(Reference param1)`
`void`	HybridShapePointBetween.`firstPoint(Reference param1)`
`void`	HybridShapeConnect.`firstPoint(Reference param1)`
`void`	Line.`firstUptoElem(Reference param1)`
`void`	HybridShapeExtrude.`firstUptoElement(Reference param1)`
`void`	HybridShapeSweepConic.`fourthGuideCrv(Reference param1)`
`void`	HybridShapeBoundary.`from(Reference param1)`
`void`	AutoDraft.`functionalFace(Reference param1)`
`void`	AutoFillet.`functionalFace(Reference param1)`
`UserSurface`	UserSurfaces.`generate(Reference param1)`
`UserSurface`	UserSurfaces.`generateInAProductCtx(Product param1, Product param2, Reference param3)`
`double`	Measurable.`getAngleBetween(Reference param1)`
`int`	HybridShapeFill.`getBoundPosition(Reference param1)`
`short`	HybridShapeFactory.`getGeometricalFeatureType(Reference param1)`
`Measurable`	SPAWorkbench.`getMeasurable(Reference param1)`
`double`	Measurable.`getMinimumDistance(Reference param1)`
`void`	Measurable.`getMinimumDistancePoints(Reference param1, java.lang.Object[] param2)`
`int`	HybridShapeSpline.`getPointPosition(Reference param1)`
`int`	HybridShapePlaneMean.`getPos(Reference param1)`
`void`	HybridShapeVariableOffset.`globalSurface(Reference param1)`
`HybridShape`	HybridShapeFactory.`gsmGetObjectFromReference(Reference param1)`
`void`	HybridShapeFactory.`gsmVisibility(Reference param1, int param2)`
`void`	HybridShapeFilletBiTangent.`holdCurve(Reference param1)`
`Length`	VarRadEdgeFillet.`imposedVertexRadius(Reference param1)`
`void`	HybridShapeBoundary.`initialElement(Reference param1)`
`void`	StrMemberExtremity.`input(Reference param1)`
`void`	HybridShapeFill.`insertBoundAfterPosition(Reference param1, int param2)`
`void`	HybridShapeLoft.`insertCouplingPoint(int param1, int param2, Reference param3)`
`void`	HybridShapeBlend.`insertCouplingPoint(int param1, int param2, Reference param3)`
`void`	HybridShapeWrapCurve.`insertCurves(int param1, Reference param2, Reference param3)`
`void`	HybridShapeSweepLine.`insertDraftAngleDefinitionLocation(Reference param1, Angle param2, int param3)`
`void`	HybridShapePolyline.`insertElement(Reference param1, int param2)`
`void`	HybridShapeWrapCurve.`insertReferenceCurve(int param1, Reference param2)`
`void`	HybridShapeLoft.`insertSectionToLoft(boolean param1, Reference param2, int param3, Reference param4, Reference param5)`
`void`	RemoveFace.`keepFace(Reference param1)`
`void`	Thread.`lateralFaceElement(Reference param1)`
`void`	HybridShapeBump.`limitCurve(Reference param1)`
`void`	Thread.`limitFaceElement(Reference param1)`
`void`	Limit.`limitingElement(Reference param1)`
`void`	HybridShapePlane1Line1Pt.`line(Reference param1)`
`void`	AutoDraft.`mainDraftAngle(Reference param1)`
`void`	Mirror.`mirroringPlane(Reference param1)`
`void`	AutoDraft.`mode(Reference param1)`
`void`	HybridShapeSpine.`modifyGuideCurve(Reference param1, Reference param2)`
`void`	HybridShapeLoft.`modifyGuideCurve(Reference param1, Reference param2)`
`void`	HybridShapeSpine.`modifySectionCurve(Reference param1, Reference param2)`
`void`	HybridShapeLoft.`modifySectionCurve(Reference param1, Reference param2, Holder param3, Holder param4, Holder param5)`
`void`	HybridShapeLoft.`modifySectionOrient(Reference param1, int param2)`
`void`	AssemblySplit.`modifySplittingElement(Reference param1, Product param2)`
`void`	HybridShapeNear.`multipleSolution(Reference param1)`
`void`	DraftDomain.`neutralElement(Reference param1)`
`void`	HybridShapeDirection.`object(Reference param1)`
`void`	HybridShapeOffset.`offsetedObject(Reference param1)`
`void`	HybridShapeReflectLine.`origin(Reference param1)`
`void`	HybridShapeExtremumPolar.`origin(Reference param1)`
`void`	AxisSystem.`originPoint(Reference param1)`
`void`	HybridShapeUnfold.`originToUnfold(Reference param1)`
`void`	HybridShapeSweepConic.`parameterLaw(Reference param1)`
`void`	AutoDraft.`partingElement(Reference param1)`
`void`	Draft.`partingElement(Reference param1)`
`void`	AutoFillet.`partingElement(Reference param1)`
`void`	HybridShapeCurvePar.`passingPoint(Reference param1)`
`void`	HybridShapePointOnPlane.`plane(Reference param1)`
`void`	HybridShapePlaneOffsetPt.`plane(Reference param1)`
`void`	HybridShapePlaneAngle.`plane(Reference param1)`
`void`	HybridShapePlaneOffset.`plane(Reference param1)`
`void`	HybridShapeDevelop.`planeAxisDirection(Reference param1)`
`void`	HybridShapeDevelop.`planeAxisOrigin(Reference param1)`
`void`	HybridShapeLineTangency.`point(Reference param1)`
`void`	HybridShapeCircleCenterAxis.`point(Reference param1)`
`void`	HybridShapePlane1Line1Pt.`point(Reference param1)`
`void`	HybridShapePointOnSurface.`point(Reference param1)`
`void`	HybridShapePlaneTangent.`point(Reference param1)`
`void`	HybridShapePointOnPlane.`point(Reference param1)`
`void`	HybridShapePlaneOffsetPt.`point(Reference param1)`
`void`	HybridShapeLineAngle.`point(Reference param1)`
`void`	HybridShapeLineNormal.`point(Reference param1)`
`void`	HybridShapeLinePtDir.`point(Reference param1)`
`void`	HybridShapePlaneNormal.`point(Reference param1)`
`void`	HybridShapePointOnCurve.`point(Reference param1)`
`void`	HybridShapeDevelop.`pointOnSupport(Reference param1)`
`void`	HybridShapeSweepExplicit.`positionedProfile(Reference param1)`
`void`	HybridShapeDevelop.`positionedWire(Reference param1)`
`void`	HybridShapeRevol.`profil(Reference param1)`
`void`	HybridShapeHelix.`profile(Reference param1)`
`void`	HybridShapeSweepExplicit.`profile(Reference param1)`
`void`	HybridShapePositionTransfo.`profile(Reference param1)`
`void`	HybridShapeBump.`projectionDir(Reference param1)`
`void`	HybridShapePointOnPlane.`projectionSurface(Reference param1)`
`void`	HybridShapeCircleBitangentPoint.`pt(Reference param1)`
`void`	HybridShapeCircle2PointsRad.`pt1(Reference param1)`
`void`	HybridShapeCircle2PointsRad.`pt2(Reference param1)`
`void`	HybridShapeLinePtPt.`ptExtremity(Reference param1)`
`void`	HybridShapeLinePtPt.`ptOrigine(Reference param1)`
`void`	HybridShapePointCoord.`ptRef(Reference param1)`
`void`	AutoDraft.`pullingDirection(Reference param1)`
`void`	DraftDomain.`pullingDirectionElement(Reference param1)`
`void`	Sweep.`pullingDirElement(Reference param1)`
`void`	HybridShapeRollingOffset.`putCurve(Reference param1)`
`void`	HybridShapeSweepCircle.`radiusLaw(Reference param1)`
`void`	HybridShapePointCoord.`refAxisSystem(Reference param1)`
`void`	HybridShapeTranslate.`refAxisSystem(Reference param1)`
`void`	HybridShapePlaneEquation.`refAxisSystem(Reference param1)`
`void`	HybridShapeDirection.`refAxisSystem(Reference param1)`
`void`	HybridShapeSweepExplicit.`reference(Reference param1)`
`void`	HybridShapeLawDistProj.`reference(Reference param1)`
`void`	HybridShapeSymmetry.`reference(Reference param1)`
`void`	HybridShapeSweepCircle.`reference(Reference param1)`
`void`	HybridShapeAxisToAxis.`referenceAxis(Reference param1)`
`void`	HybridShapeExtremum.`referenceElement(Reference param1)`
`void`	HybridShapeNear.`referenceElement(Reference param1)`
`void`	HybridShapeWrapSurface.`referenceSurface(Reference param1)`
`void`	Sweep.`referenceSurfaceElement(Reference param1)`
`void`	HybridShapeLineBisecting.`refPoint(Reference param1)`
`void`	RemoveFace.`remove_KeepFace(Reference param1)`
`void`	RemoveFace.`remove_RemoveFace(Reference param1)`
`void`	HybridShapeSplit.`removeCuttingElem(Reference param1)`
`void`	HybridShapeFilletTriTangent.`removeElem(Reference param1)`
`void`	RemoveFace.`removeFace(Reference param1)`
`void`	HybridShapeLoft.`removeFaceForClosing(Reference param1)`
`void`	DraftDomain.`removeFaceToDraft(Reference param1)`
`void`	HybridShapeFilletBiTangent.`removeFaceToKeep(Reference param1)`
`void`	Shell.`removeFaceWithDifferentThickness(Reference param1)`
`void`	Thickness.`removeFaceWithDifferentThickness(Reference param1)`
`void`	HybridShapeCurveSmooth.`removeFrozenCurveSegment(Reference param1)`
`void`	HybridShapeCurveSmooth.`removeFrozenPoint(Reference param1)`
`void`	HybridShapeSpine.`removeGuide(Reference param1)`
`void`	HybridShapeLoft.`removeGuide(Reference param1)`
`void`	HybridShapeLoft.`removeGuideTangent(Reference param1)`
`void`	HybridShapeIntegratedLaw.`removePointAndParam(Reference param1)`
`void`	HybridShapeSpine.`removeSection(Reference param1)`
`void`	HybridShapeLoft.`removeSection(Reference param1)`
`void`	HybridShapeLoft.`removeSectionPoint(Reference param1)`
`void`	HybridShapeLoft.`removeSectionTangent(Reference param1)`
`void`	HybridShapeFill.`replaceBoundAtPosition(Reference param1, int param2)`
`void`	HybridShapeFill.`replaceConstraint(int param1, Reference param2)`
`void`	HybridShapeAssemble.`replaceElement(int param1, Reference param2)`
`void`	HybridShapePolyline.`replaceElement(Reference param1, int param2)`
`void`	HybridShapeExtractMulti.`replaceElement(Reference param1, Reference param2, int param3)`
`void`	HybridShapeSpline.`replacePointAtPosition(int param1, Reference param2)`
`void`	HybridShapePlaneMean.`replacePointAtPosition(Reference param1, int param2)`
`void`	HybridShapeFill.`replaceSupportAtPosition(Reference param1, int param2)`
`void`	HybridShapeHealing.`replaceToHealElement(int param1, Reference param2)`
`void`	HybridShapePlaneAngle.`revolAxis(Reference param1)`
`void`	Revolution.`revoluteAxis(Reference param1)`
`void`	Scaling.`scalingReference(Reference param1)`
`void`	HybridShapePlane2Lines.`second(Reference param1)`
`void`	HybridShapePlane3Points.`second(Reference param1)`
`void`	HybridShapeSweepCircle.`secondAngleLaw(Reference param1)`
`void`	SolidCombine.`secondComponentDirection(Reference param1)`
`void`	SolidCombine.`secondComponentProfile(Reference param1)`
`void`	HybridShapeConnect.`secondCurve(Reference param1)`
`void`	HybridShapeFilletBiTangent.`secondElem(Reference param1)`
`void`	HybridShapeCorner.`secondElem(Reference param1)`
`void`	HybridShapeTrim.`secondElem(Reference param1)`
`void`	HybridShapeFilletTriTangent.`secondElem(Reference param1)`
`void`	HybridShapeRotate.`secondElement(Reference param1)`
`void`	FaceFillet.`secondFace(Reference param1)`
`void`	TritangentFillet.`secondFace(Reference param1)`
`void`	HybridShapeSweepExplicit.`secondGuideCrv(Reference param1)`
`void`	HybridShapeSweepLine.`secondGuideCrv(Reference param1)`
`void`	HybridShapeSweepConic.`secondGuideCrv(Reference param1)`
`void`	HybridShapeSweepCircle.`secondGuideCrv(Reference param1)`
`void`	HybridShapeSweepLine.`secondGuideSurf(Reference param1)`
`void`	HybridShapeFilletBiTangent.`secondLawRelimiter(Reference param1)`
`void`	HybridShapeSweepLine.`secondLengthLaw(Reference param1)`
`void`	HybridShapeRotate.`secondPoint(Reference param1)`
`void`	HybridShapeTranslate.`secondPoint(Reference param1)`
`void`	HybridShapePointBetween.`secondPoint(Reference param1)`
`void`	HybridShapeConnect.`secondPoint(Reference param1)`
`void`	Line.`secondUptoElem(Reference param1)`
`void`	HybridShapeExtrude.`secondUptoElement(Reference param1)`
`void`	HybridShapeSection.`sectionPlane(Reference param1)`
`void`	PspPartConnector.`setAlignmentConnector(Reference param1, CatPspIDLPartConnectorType param2)`
`void`	SWKHumanCatalog.`setAttachOrCstObject(int param1, int param2, Reference param3)`
`void`	HybridShapeBlend.`setClosingPoint(int param1, Reference param2)`
`void`	Constraint.`setConstraintElement(int param1, Reference param2)`
`void`	HybridShapeBlend.`setCurve(int param1, Reference param2)`
`void`	PspPartConnector.`setDatumConnector(Reference param1)`
`void`	Publications.`setDirect(java.lang.Object param1, Reference param2)`
`void`	Hole.`setDirection(Reference param1)`
`void`	Prism.`setDirection(Reference param1)`
`void`	AssemblyPocket.`setDirection(Reference param1, Product param2)`
`void`	AssemblyHole.`setDirection(Reference param1, Product param2)`
`void`	HybridShapeTrim.`setElem(int param1, Reference param2)`
`void`	HybridShapeExtractMulti.`setElement(int param1, Reference param2)`
`void`	HybridShapeLoft.`setEndFaceForClosing(Reference param1)`
`void`	HybridShapeLoft.`setEndSectionTangent(Reference param1)`
`void`	PspPartConnector.`setFaceConnector(Reference param1, CatPspIDLPartConnectorType param2)`
`void`	RectPattern.`setFirstDirection(Reference param1)`
`void`	HybridShapeSweepLine.`setFirstLengthDefinitionType(int param1, Reference param2)`
`void`	HybridShapeSweepExplicit.`setFittingPoints(Reference param1, Reference param2)`
`void`	HybridShapeConic.`setIntermediatePoint(int param1, Reference param2)`
`void`	HybridShapeSweepExplicit.`setLongitudinalRelimiters(Reference param1, Reference param2)`
`void`	HybridShapeSweepLine.`setLongitudinalRelimiters(Reference param1, Reference param2)`
`void`	HybridShapeSweepConic.`setLongitudinalRelimiters(Reference param1, Reference param2)`
`void`	HybridShapeSweepCircle.`setLongitudinalRelimiters(Reference param1, Reference param2)`
`void`	BooleanShape.`setOperatedObject(Reference param1)`
`void`	BooleanShape.`setOperatingVolume(Reference param1)`
`void`	PspPartConnector.`setOrientationConnector(Reference param1, CatPspIDLPartConnectorType param2)`
`void`	HybridShapeSpline.`setPointAfter(int param1, Reference param2)`
`void`	HybridShapeSpline.`setPointBefore(int param1, Reference param2)`
`void`	HybridShapeSpline.`setPointConstraintFromCurve(int param1, Reference param2, double param3, int param4, int param5)`
`void`	HybridShapeSweepExplicit.`setPosDirection(int param1, Reference param2)`
`void`	HybridShapeSweepExplicit.`setPosPoint(int param1, Reference param2)`
`void`	HybridShapePositionTransfo.`setPosPoint(int param1, Reference param2)`
`void`	SketchBasedShape.`setProfileElement(Reference param1)`
`void`	AnalysisEntity.`setReference(Holder param1, Holder param2, int param3, int param4, int param5, Reference param6)`
`void`	AnalysisLocalEntity.`setReference(Holder param1, Holder param2, int param3, int param4, int param5, Reference param6)`
`void`	BasicComponent.`setReference(Holder param1, int param2, int param3, int param4, Reference param5)`
`void`	HybridShapeFactory.`setReferenceElemForMultiple(Reference param1, Reference param2)`
`void`	HybridShapeFactory.`setReferenceParmForMultiple(Reference param1, Dimension param2)`
`void`	HybridShapePlaneEquation.`setReferencePoint(Reference param1)`
`void`	HybridShapeWrapCurve.`setReferenceSpine(Reference param1)`
`void`	HybridShapeSweepExplicit.`setRelimiters(Reference param1, int param2, Reference param3, int param4)`
`void`	HybridShapeSweepLine.`setRelimiters(Reference param1, int param2, Reference param3, int param4)`
`void`	HybridShapeSweepConic.`setRelimiters(Reference param1, int param2, Reference param3, int param4)`
`void`	HybridShapeSweepCircle.`setRelimiters(Reference param1, int param2, Reference param3, int param4)`
`void`	CircPattern.`setRotationAxis(Reference param1)`
`void`	CircPattern.`setRotationCenter(Reference param1)`
`void`	RectPattern.`setSecondDirection(Reference param1)`
`void`	HybridShapeSweepLine.`setSecondLengthDefinitionType(int param1, Reference param2)`
`void`	AnalysisImage.`setSelection(Reference param1, java.lang.Object param2)`
`void`	AnalysisMeshPart.`setSpecificationFromReference(Holder param1, Product param2, Reference param3, int param4)`
`void`	HybridShapeLoft.`setSpine(Reference param1)`
`void`	HybridShapeConic.`setStartAndEndTangentsPlusPassingPoint(HybridShapeDirection param1, HybridShapeDirection param2, Reference param3)`
`void`	HybridShapeLoft.`setStartFaceForClosing(Reference param1)`
`void`	HybridShapeSpine.`setStartPoint(Reference param1)`
`void`	HybridShapeLoft.`setStartSectionTangent(Reference param1)`
`void`	HybridShapeExtractMulti.`setSupport(int param1, Reference param2)`
`void`	HybridShapeBlend.`setSupport(int param1, Reference param2)`
`void`	HybridShapeSpline.`setSupport(Reference param1)`
`void`	HybridShapeSweepConic.`setTangency(Reference param1, double param2, double param3, int param4, int param5)`
`void`	HybridShapeSweepConic.`setTangencyLaw(Reference param1, Reference param2, int param3)`
`void`	HybridShapeConic.`setTangentIntersectPointPlusConicParm(Reference param1, double param2)`
`void`	HybridShapeConic.`setTangentIntersectPointPlusPassingPoint(Reference param1, Reference param2)`
`void`	SWKIKConstraint.`setTargetLine(Reference param1, double param2, double param3, double param4, double param5, double param6, double param7, Holder param8)`
`void`	SWKIKConstraint.`setTargetPlane(Reference param1, double param2, double param3, double param4, double param5, double param6, double param7, Holder param8)`
`void`	SWKIKConstraint.`setTargetPoint(Reference param1, double param2, double param3, double param4)`
`void`	HybridShapeConic.`setThreeIntermediatePassingPoints(Reference param1, Reference param2, Reference param3)`
`void`	HybridShapeConic.`setTwoIntermediatePassingPointsPlusOneTangent(Reference param1, Reference param2, HybridShapeDirection param3, int param4)`
`void`	SewSurface.`setVolumeSupport(Reference param1)`
`void`	Shell.`setVolumeSupport(Reference param1)`
`void`	DraftDomain.`setVolumeSupport(Reference param1)`
`void`	Thickness.`setVolumeSupport(Reference param1)`
`void`	AutoFillet.`sliversAndCrack(Reference param1)`
`void`	HybridShapeFilletBiTangent.`spine(Reference param1)`
`void`	HybridShapeSweepExplicit.`spine(Reference param1)`
`void`	HybridShapeSweepLine.`spine(Reference param1)`
`void`	HybridShapeSweepConic.`spine(Reference param1)`
`void`	HybridShapeBlend.`spine(Reference param1)`
`void`	HybridShapeSweepCircle.`spine(Reference param1)`
`void`	HybridShapeIntegratedLaw.`spine(Reference param1)`
`void`	HybridShapeHelix.`startingPoint(Reference param1)`
`void`	HybridShapeConic.`startPoint(Reference param1)`
`void`	HybridShapeSpine.`startPoint(Reference param1)`
`void`	HybridShapeLineTangency.`support(Reference param1)`
`void`	HybridShapeCircleCtrRad.`support(Reference param1)`
`void`	HybridShapeCircleTritangent.`support(Reference param1)`
`void`	HybridShapeCurveSmooth.`support(Reference param1)`
`void`	HybridShapeCircleCenterTangent.`support(Reference param1)`
`void`	HybridShapeCorner.`support(Reference param1)`
`void`	HybridShapePointBetween.`support(Reference param1)`
`void`	HybridShapeCircleCtrPt.`support(Reference param1)`
`void`	HybridShapeDevelop.`support(Reference param1)`
`void`	HybridShapeExtrapol.`support(Reference param1)`
`void`	HybridShapeLineBiTangent.`support(Reference param1)`
`void`	HybridShapeReflectLine.`support(Reference param1)`
`void`	HybridShapeTrim.`support(Reference param1)`
`void`	HybridShapeLineBisecting.`support(Reference param1)`
`void`	HybridShapeCircle3Points.`support(Reference param1)`
`void`	HybridShapeProject.`support(Reference param1)`
`void`	HybridShapeCircleBitangentRadius.`support(Reference param1)`
`void`	HybridShapeSpiral.`support(Reference param1)`
`void`	HybridShapeLinePtDir.`support(Reference param1)`
`void`	HybridShapeConnect.`support(Reference param1)`
`void`	HybridShapeRollingOffset.`support(Reference param1)`
`void`	HybridShapeLinePtPt.`support(Reference param1)`
`void`	HybridShapeExtract.`support(Reference param1)`
`void`	StrPlate.`support(Reference param1)`
`void`	HybridShapeSplit.`support(Reference param1)`
`void`	HybridShapeCircle2PointsRad.`support(Reference param1)`
`void`	HybridShapeBoundary.`support(Reference param1)`
`void`	HybridShapeCurvePar.`support(Reference param1)`
`void`	HybridShapeExtremumPolar.`support(Reference param1)`
`void`	HybridShapeCircleBitangentPoint.`support(Reference param1)`
`void`	HybridShapeConic.`supportPlane(Reference param1)`
`void`	AutoFillet.`supportSurface(Reference param1)`
`void`	HybridShapeWrapSurface.`surface(Reference param1)`
`void`	HybridShapePointOnSurface.`surface(Reference param1)`
`void`	SurfaceBasedShape.`surface(Reference param1)`
`void`	HybridShapePlaneTangent.`surface(Reference param1)`
`void`	HybridShapeWrapCurve.`surface(Reference param1)`
`void`	HybridShapeLineAngle.`surface(Reference param1)`
`void`	HybridShapeLineNormal.`surface(Reference param1)`
`void`	StrMember.`surfaceReference(Reference param1)`
`void`	HybridShapeUnfold.`surfaceToUnfold(Reference param1)`
`void`	HybridShapeTransfer.`surfaceToUnfold(Reference param1)`
`void`	HybridShapeCircleCenterTangent.`tangentCurve(Reference param1)`
`void`	HybridShapeConic.`tangentIntPoint(Reference param1)`
`void`	HybridShapeAxisToAxis.`targetAxis(Reference param1)`
`void`	HybridShapeUnfold.`targetPlane(Reference param1)`
`void`	HybridShapeWrapSurface.`targetSurface(Reference param1)`
`void`	HybridShapePlane3Points.`third(Reference param1)`
`void`	HybridShapeSweepConic.`thirdGuideCrv(Reference param1)`
`void`	HybridShapeSweepCircle.`thirdGuideCrv(Reference param1)`
`void`	HybridShapeRotate.`thirdPoint(Reference param1)`
`void`	HybridShapeBoundary.`to(Reference param1)`
`void`	HybridShapeTransfer.`unfoldedSurface(Reference param1)`
`void`	HybridShapeDevelop.`wireToDevelop(Reference param1)`
`void`	VarRadEdgeFillet.`withdrawEdgeToFillet(Reference param1)`
`void`	EdgeFillet.`withdrawEdgeToKeep(Reference param1)`
`void`	Chamfer.`withdrawElementToChamfer(Reference param1)`
`void`	Trim.`withdrawFaceToKeep(Reference param1)`
`void`	Trim.`withdrawFaceToKeep2(Reference param1, Reference param2)`
`void`	Shell.`withdrawFaceToRemove(Reference param1)`
`void`	Trim.`withdrawFaceToRemove(Reference param1)`
`void`	Trim.`withdrawFaceToRemove2(Reference param1, Reference param2)`
`void`	Thickness.`withdrawFaceToThicken(Reference param1)`
`void`	VarRadEdgeFillet.`withdrawImposedVertex(Reference param1)`
`void`	ConstRadEdgeFillet.`withdrawObjectToFillet(Reference param1)`
`void`	AxisSystem.`xAxisDirection(Reference param1)`
`void`	AxisSystem.`yAxisDirection(Reference param1)`
`void`	AxisSystem.`zAxisDirection(Reference param1)`

Uses of Classnet.rimptec.cad.catia.Reference

Uses of Reference in net.rimptec.cad.catia

Uses of Class
net.rimptec.cad.catia.Reference