In the Generative Shape Design workbench, define a
Working with a Support using Work on Support
.
The Work On Support dialog box appears.
![](../GsdUserImages/dbwsupportdefNLS.gif)
In the Support box, select the yz plane, for instance, and click OK without modifying any other
parameter.
The Working Support.1 is created, and the system automatically
moves into this plane. You now want to create a horizontal line as the abscissa axis.
Click Line
.
The Line dialog box appears.
Right-click in the Point 1 box, and choose the
Insert Wireframe > Create
Point.
![](../GsdUserImages/dblinedeflawNLS.gif)
The Point Definition dialog box appears, the Point type
and Plane boxes being automatically filled:
![](../GsdUserImages/dbpointdeflawNLS.gif)
Create a point at H:0mm and V:0mm,
and click OK.
Repeat the operation, right-click the Point 2 box from
the Line Definition dialog box to create another point at H:100mm and
V:0mm, then click OK in the Point Definition dialog box.
Click OK in the
Line Definition dialog box to create the line.
![](../GsdUserImages/curvefromlaw01.gif)
From the Knowledge toolbar, click Law
.
The Law Editor dialog box appears in which you name the law
to be created, give it a description and a storage location.
![](../GsdUserImages/dblaweditor03NLS.gif)
Click OK.
The Law Editor dialog box is updated. The right-hand part allows
you to create the parameters to be used in the law. The left-hand
part is the law edition box.
Create two real type parameters FormalReal.1 and
FormalReal.2, then enter the law below into the edition window:
FormalReal.1 = 5*sin(5*PI*1rad*FormalReal.2)+
10
![](../GsdUserImages/dblaweditor02NLS.gif)
Click OK to create the law.
In the Generative Shape Design workbench, click Parallel Curve
.
The Parallel Curve Definition dialog box appears.
Select the line created in Step 7 as the reference Curve.
Click Law... and select Law.1 from the
specification tree.
Click OK.
![](../GsdUserImages/dbparcurvelaw01NLS.gif)
A curve parallel to the selected one is created, taking the law
into account, i.e. it is defined by the equation entered as a law
using the Knowledge Advisor.
![](../GsdUserImages/curvefromlaw02.gif)