## NurbsSurface.Get

### Description

Returns a complete data description of the NurbsSurface.
Note: This method uses output arguments. C# and some scripting languages (such as JScript and PerlScript) don't support arguments passed by reference. However, there is a alternate version of this method which is considered safe to use with C#, JScript and PerlScript: NurbsSurface.Get2.

### C# Syntax

    NurbsSurface.Get( siNurbsFormat in_eNurbsFormat, Object& out_pvsaUVControlPoints, Object& out_pvsaUKnots, Object& out_pvsaVKnots, Object& out_pvbUClosed, Object& out_pvbVClosed, Object& out_pvlUDegree, Object& out_pvlVDegree, Object& out_pveUParam, Object& out_pveVParam );

### Scripting Syntax

    NurbsSurface.Get( [NurbsFormat], ControlPoints, [UKnots], [VKnots], [UClosed], [VClosed], [UDegree], [VDegree], [UParameterization], [VParameterization] );

### Parameters

Parameter | Type | Description
--- | --- | ---
NurbsFormat | siNurbsFormat | Specifies how the data is formatted. Default Value: siSINurbs
ControlPoints | 3D Array | The control points are stored in a 3-dimensional array. The array is 4 * Number V ControlPoints * Number U ControlPoints
UKnots | Array of Doubles | An array of knot values in U direction.
VKnots | Array of Doubles | An array of knot values in V direction.
UClosed | Boolean | Specifies whether the nurbs surface is closed in U direction.
VClosed | Boolean | Specifies whether the nurbs surface is closed in V direction.
UDegree | Long | Degree of the nurbs surface in U direction.
VDegree | Long | Degree of the nurbs surface in V direction.
UParameterization | siKnotParameterization | The parameterization factor of the nurbs surface in U direction.
VParameterization | siKnotParameterization | The parameterization factor of the nurbs surface in V direction.

### Examples

#### VBScript Example

    Dim lDegree(2), bClosed(2), eParameterization(2), aControlPoints, aKnots(2)

    set oRoot = Application.activeproject.activescene.root

    set oSphere = oRoot.AddGeometry( "Sphere", "NurbsSurface" )

    oSphere.ActivePrimitive.Geometry.Surfaces(0).Get _

    	siSINurbs, _

    	aControlPoints, _

    	aKnots(siUDirection),aKnots(siVDirection) , _

    	bClosed(siUDirection),bClosed(siVDirection), _

    	lDegree(siUDirection),lDegree(siVDirection), _

    	eParameterization(siUDirection),eParameterization(siVDirection)

    ' Create new nurbs surface list from arc data.

    set oNurbsSurface = oRoot.AddNurbsSurface( _

    	aControlPoints, _

    	aKnots(siUDirection),aKnots(siVDirection), _

    	bClosed(siUDirection),bClosed(siVDirection), _

    	lDegree(siUDirection),lDegree(siVDirection), _

    	eParameterization(siUDirection),eParameterization(siVDirection), _

    	siSINurbs)