Thank you Michael. Will try it tomorrow.

Here's a way I tried that seemed to work quite well.

In Scene browser, hide your solid part.

Then, move down to the Edges line and click the area where the eye icon resides. This will display a wireframe of the solid.

Still in scene browser, select all edges by moving to the right of the Edges line and clicking - so a yellow dot appears.

Press Ctrl-C folowed by Ctrl-V to copy and paste curve equivalents of the edges.

These curves can now be selected and exported at will to your other chosen application for further work or printing. I tried .dxf and .iges into ViaCAD and everything came through sweetly.


Martin (2).

oi there!

you could try solidworks edrawings viewer, which eats dxfs and puts out a 1 to 1 print. just tested it with a moi generated dxf in mm and it worked fine.

http://www.edrawingsviewer.com/



~marco

Hi Brian,

Start Moi3D and AD

Moi3D
Ctrl+C

AD
Ctrl+V

AD -> Surfacing -> Stitch -> Stitch to Solid
Save...

AD -> New Drawing ->

For you "home-brew"ers and DIY'ers doing small-scale projects. This method works fine:

I did as Michael suggested. I exported my Top view projection to an .ai file and brought it into a program like Corel or Illustrator.
I was then able to print the template out from my laser printer, which was subsequently taped on to the aluminum substraight I wanted to drill pilot holes into.








-Project-


Please note this possibly important nuance:

After two decades of outputting film for screen printing using a laser printer as the stencil maker, I know the all-too well, slight inaccuracies of using the laser medium. When registration becomes an issue, there are good reasons from media tracking discontinuities to the usually overlooked middle-to-sides physical sizing differences due to the fact that the laser is scanned to a flat surface from a point via a spinning mirror array where there becomes a slight conical displacement.

(whew).

But as you see from my examples, MoI still is a great way to get into some of your own basic engineering.

Thankyou everyone, Michael, Ralf-S, Mike, Martin, Marco.
I count 5+ methods.