![task target](../icons_C2/common/atarget.gif) |
The first task will show you how to create a clean contour |
![pre-requisites](../icons_C2/common/aprereq.gif) |
To make selection easier, hide the following elements:
- the mesh
- the curves created to build the tangent surface.
|
![scenario](../icons_C2/common/ascenari.gif) |
Create a clean contour:
-
Click Clean Contour
and select the following curves or edges:
![](images/gs13NLS.gif)
-
You see that the clean contour action takes the existing
constraints into account:
the edges of the surface are frozen.
Click Apply and OK. A Join.2 element is
created in the specification tree.
The input curves have been sent to the NoShow.
-
You see that curves have been trimmed.
![](images/gs25.gif)
-
Recall the mesh from the NoShow.
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![scenario](../icons_C2/common/ascenari.gif) |
Reconstruct a surface:
-
Click PowerFit
.
Select the mesh. It is sent to the NoShow. Select Join.2.
![](images/gspowerfitNLS.gif)
![](images/gs15NLS.gif)
You can see that existing constraints are again taken into
account.
-
In the Parameters , select the
Radius check
box and type 10 as a radius value.
-
Click Apply and OK. A
Surface.1 element is created in the specification tree.
![](images/gs26.gif)
|
![](../icons_C2/common/ascenari.gif) |
Reconstruct a second surface:
-
If necessary, recall hidden curves from the NoShow and
create a clean contour as above.
A Join.3 element is created in the specification tree.
![](images/gs17.gif)
-
Recall the mesh from the NoShow.
-
Create a second PowerFit surface as above using the
recently created clean contour.
![](images/gs19.gif)
-
You can reconstruct the other surfaces the
same way.
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![end of task](../icons_C2/common/aendtask.gif) |