>
> > Interested in making an airfoil. But how to run this
code. When I double clicked it, a window poped up but soon disappeared.
>
> Its just a snippet, not a full program.
>
It's working now. I added z coordinate and drawn two airfoils. Interested in
building a sureface with it later.
Th
Hi Tobias,
Great, half of my target already achieved ;) Web collaboration is a
great thing !
My next step is to get arbitrary (user-defined) slices, or actually
intersection of selected sheet "orientation-position-thickness" with
airfoil shape.
Then I need to generate cut-outs so that sheets can
Hi Thomas,
thank you for your nice feedback.
Yes it's a php-based application which creates input files for
a fortran-solver (calculates the blade performance, geometry and orientation).
The results are postprocessed with a python-skript, which uses pythonocc on an
opensuse 10-system to create a
I completely agree. Important work an elegantly done!
-jelle
On Jul 5, 2010, at 3:56 PM, Thomas Paviot wrote:
> Hi Tobias,
>
> This online application looks really interesting, although the german
> language makes it a bit mysterious to me! You use php for the web engine, is
> the CAD part of
Hi Tobias,
This online application looks really interesting, although the german
language makes it a bit mysterious to me! You use php for the web engine, is
the CAD part of the application pythonocc based?
I think you're completely in the core of the future of CAD, according to how
I foresee it
Hi Tobias,
That's a nice one. I'll try to draw one like that. I did one in Inventor before.
Hope the english version will coming soon, otherwise I 'll begin to learn
German. LOL.
Regards,
Cean
__
> Interested in making an airfoil. But how to run this code. When I double
> clicked it, a window poped up but soon disappeared.
Its just a snippet, not a full program.
___
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Interested in making an airfoil. But how to run this code. When I double
clicked it, a window poped up but soon disappeared.
>
> -jelle
>
> from OCC.Utils.Common import interpolate_points_to_spline_no_tangency
> from OCC.Utils.Construct import *
> from OCC.KBE.Level2API import Curve
> from
> I'm going to try to make wind generator airfoils from laser-cutted sheet
> metal.
Cool.
>
> The orientation is so that the z-direction is the longest one,
> x-direction is wind direction (as in the case of airplanes wing), and
> y-direction is the shortest one.
>
> I will take cut-out profile
