Readers might be interested in this image which is a bit diferent from
what has been posted so far. More examples can be seen at:
http://home.pe.net/~rmsmith/rttext.html
I enjoyed all of these images imensely. This one in particular reminded me
of the work of H.R. Geiger of Alien fame. Excellent work!
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"Merrin" <jod### [at] wohrrcom> wrote:
> I enjoyed all of these images imensely. This one in particular reminded me> of the work of H.R. Geiger of Alien fame. Excellent work!> ----------------------------------------------------------------------------> ----
Most of my images have organic qualities and I, too, could see the
resemblance to Giger's wirk in the Alien movies.
From: Dennis Miller
Subject: Re: POV-Ray differently
Date: 21 May 2004 23:06:36
Message: <40aec3bc$1@news.povray.org>
Very nice work. Care to release the code for that?
Btw, I was represented with some POV work in the last NKS show in Boston
last year - had to skip this year's. Wolfram took home my DVD!
Best,
D.
"Richard Smith" <rms### [at] penet> wrote in message
news:web.40ae8fab7b5f2fa05a70971f0@news.povray.org...
> Readers might be interested in this image which is a bit diferent from> what has been posted so far. More examples can be seen at:> http://home.pe.net/~rmsmith/rttext.html>
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very intetresting work..looks like a combination of fractals and povray
juliette
"Richard Smith" <rms### [at] penet> schreef in bericht
news:web.40ae8fab7b5f2fa05a70971f0@news.povray.org...
> Readers might be interested in this image which is a bit diferent from> what has been posted so far. More examples can be seen at:> http://home.pe.net/~rmsmith/rttext.html>
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From: Andrew C on Mozilla
Subject: Re: POV-Ray differently
Date: 22 May 2004 08:01:24
Message: <40af4114@news.povray.org>
Most impressive. I like the gallery too.
Only possible critisism is that almost all the images are circular,
which gets a little repetative after a while. (Although the image of a
perfect circle is quite a powerful thing.)
I rather like the Dragon Jewel myself... :-D
Only other critisism is that the images need to be BIGGER! ;-)
Andrew @ home.
"juliette" <me### [at] nothomecom> wrote:
> very intetresting work..looks like a combination of fractals and povray> juliette>> "Richard Smith" <rms### [at] penet> schreef in bericht> news:web.40ae8fab7b5f2fa05a70971f0@news.povray.org...> > Readers might be interested in this image which is a bit diferent from> > what has been posted so far. More examples can be seen at:> > http://home.pe.net/~rmsmith/rttext.html> >>>> ----------------------------------------------------------------------------> ----
But it isn't.
Andrew C on Mozilla <voi### [at] devnull> wrote:
> Most impressive. I like the gallery too.>> Only possible critisism is that almost all the images are circular,> which gets a little repetative after a while. (Although the image of a> perfect circle is quite a powerful thing.)>> I rather like the Dragon Jewel myself... :-D>> Only other critisism is that the images need to be BIGGER! ;-)>> Andrew @ home.
The circular images are done with a fisheye camera - obviously. The square
images are done with the ultra_wide_angle camera option. Both can get
repetitive. Some folks might like the images as art work if their taste
runs in that direction. My interest in them stems from the fact that they
are analogous to Wolfram's 2-D images and that they depict shapes that are
not defined in the source code.
"Dennis Miller" <dhm### [at] comcastnet> wrote:
> Very nice work. Care to release the code for that?> Btw, I was represented with some POV work in the last NKS show in Boston> last year - had to skip this year's. Wolfram took home my DVD!> Best,> D.> "Richard Smith" <rms### [at] penet> wrote in message> news:web.40ae8fab7b5f2fa05a70971f0@news.povray.org...> > Readers might be interested in this image which is a bit diferent from> > what has been posted so far. More examples can be seen at:> > http://home.pe.net/~rmsmith/rttext.html> >>>> ----------------------------------------------------------------------------> ----
Eventually I will release the code. But first I would like to develop an
explanation of how the images are formed and how they relate to Wolfram's
2-d images - and how they differ. I'm working on it.