wasm-demo/demo/ermis-f/python_m/cur/0581

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From: joe at strout.net (Joe Strout)
Date: Fri, 09 Apr 1999 13:48:46 -0700
Subject: povray.py
References: <__YN2.30200$FZ5.11443@news.rdc1.sfba.home.com> <y0jpv5hx606.fsf@vier.idi.ntnu.no> <m3bth1wk8b.fsf@solo.david-steuber.com> <slrn7go62n.f5i.quinn@cruzeiro.ugcs.caltech.edu> <370E4F3E.F9C2CD07@lockstar.com> <slrn7gsick.14q.quinn@necro.ugcs.caltech.edu>
Message-ID: <joe-090419991348467996@chinacat.salk.edu>
Content-Length: 1093
X-UID: 581
In article <slrn7gsick.14q.quinn at necro.ugcs.caltech.edu>, Quinn Dunkan
<quinn at necro.ugcs.caltech.edu> wrote:
> pov.py v0.0:
> http://www.calarts.edu/~elaforge/pov/
>
> I guess it's released now :)
Cool! Looks very neat. I'm not quite clear on how you're planning to
handle animations. Will your Python script spit out a different
POV-Ray script for each time point? Or will it spit out a whole series
of them? Some things, like flocking behavior, are really hard to
implement in a clock-independent way.
Also, I see matrix transforms are on your to-do list. I suggest you
use the Numeric module. Use dot(m1,m2) or dot(m1,v) to combine
matrices or apply a transformation matrix to a vector, respectively.
Cheers,
-- Joe
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| Joseph J. Strout Biocomputing -- The Salk Institute |
| joe at strout.net http://www.strout.net |
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