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From: Andrew Coppin
Subject: Re: Hair generator (3 files total 110kbu)
Date: 16 Oct 2002 07:52:57
Message: <3dad5319@news.povray.org>
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Very nice work! The blob looks good, the fractal looks strangely disturbing
(like some kinda alien sea creature - maybe a shellfish), and the cat
looks... well... odd.
I wonder what else you could fir up? ;-)
Andrew.
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Unusual. Poor kitty cat needs a vet's attention though :-)
That fractal is neat, makes me think of microbes or other strange creatures.
I didn't realize it at first but the directional hairs of the blob make me
think of wind. Wonder if it could be animated to look like air were blowing
across it. Would need a certain order of placement for that I guess, each
angle adjusted as the hair objects are placed along an axis.
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Marc Champagne <nos### [at] please com> wrote in news:Xns92A8C5CFD6979POVMIKA@
204.213.191.226:
> "Gail Shaw" <gai### [at] mwebcoza> wrote in
> news:3dac694b@news.povray.org:
>
>> Comments?
>
> Interesting!
>
>
Heu, Andrew, is that you?
--
-+======================+-
bad### [at] hotmailDOTcom
-+======================+-
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Martin Belair <bad### [at] hotmailDOTcom> wrote in
news:Xns### [at] 204213191226:
> Marc Champagne <nos### [at] pleasecom> wrote in
> news:Xns92A8C5CFD6979POVMIKA@ 204.213.191.226:
>
>> Interesting!
>
> Heu, Andrew, is that you?
Cool! I like that very much!
--
(MIKA) Marc Champagne
marcch.AT.videotron.DOT.ca
Montreal, CANADA
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From: Thomas Willhalm
Subject: Re: Hair generator (3 files total 110kbu)
Date: 17 Oct 2002 04:26:55
Message: <3dae744f@news.povray.org>
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Gail Shaw wrote:
> I had an idea for a hair generator a couple of days ago. It's probably
> been done before, but I had fun trying it out.
Interesting images. How did you distribute the hairs and determine the
normal of the surface? With the trace function?
Thomas
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"Sir Charles W. Shults III" <aic### [at] cflrrcom> wrote in message
news:3daccdff$3@news.povray.org...
> Fascinating,
Thanks
> and I am glad that is not my cat
Likewise
Gail
--
#macro G(H,S)disc{0z.4pigment{onion color_map{[0rgb<sin(H/pi)cos(S/pi)*(H<6)
cos(S/pi)*(H>6)>*18][.4rgb 0]}}translate<H-5S-3,9>}#end G(3,5)G(2,5.5)G(1,5)
G(.6,4)G(.5,3)G(.6,2)G(1,1)G(2,.5)G(3,.7)G(3.2,1.6)G(3.1,2.5)G(2.2,2.5)G(9,5
)G(8,5.5)G(7,5)G(7,4)G(7.7,3.3)G(8.3,2.7)G(9,2)G(9,1)G(8,.5)G(7,1)///GS
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"Rick [Kitty5]" <ric### [at] kitty5com> wrote in message
news:3dad2f41@news.povray.org...
> Hairy Fractals Batman!
>
LOL
Gail
--
#macro G(H,S)disc{0z.4pigment{onion color_map{[0rgb<sin(H/pi)cos(S/pi)*(H<6)
cos(S/pi)*(H>6)>*18][.4rgb 0]}}translate<H-5S-3,9>}#end G(3,5)G(2,5.5)G(1,5)
G(.6,4)G(.5,3)G(.6,2)G(1,1)G(2,.5)G(3,.7)G(3.2,1.6)G(3.1,2.5)G(2.2,2.5)G(9,5
)G(8,5.5)G(7,5)G(7,4)G(7.7,3.3)G(8.3,2.7)G(9,2)G(9,1)G(8,.5)G(7,1)///GS
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"Andrew Coppin" <orp### [at] btinternetcom> wrote in message
news:3dad5319@news.povray.org...
> Very nice work! The blob looks good, the fractal looks strangely
disturbing
> (like some kinda alien sea creature - maybe a shellfish),
Thanks
> and the cat
> looks... well... odd.
It's actually not too bad from a distance
> I wonder what else you could fir up? ;-)
Hmmmm...........
Gail
--
#macro G(H,S)disc{0z.4pigment{onion color_map{[0rgb<sin(H/pi)cos(S/pi)*(H<6)
cos(S/pi)*(H>6)>*18][.4rgb 0]}}translate<H-5S-3,9>}#end G(3,5)G(2,5.5)G(1,5)
G(.6,4)G(.5,3)G(.6,2)G(1,1)G(2,.5)G(3,.7)G(3.2,1.6)G(3.1,2.5)G(2.2,2.5)G(9,5
)G(8,5.5)G(7,5)G(7,4)G(7.7,3.3)G(8.3,2.7)G(9,2)G(9,1)G(8,.5)G(7,1)///GS
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"hughes, b." <omn### [at] charternet> wrote in message
news:3dad5568@news.povray.org...
> Unusual. Poor kitty cat needs a vet's attention though :-)
LOL
> That fractal is neat, makes me think of microbes or other strange
creatures.
> I didn't realize it at first but the directional hairs of the blob make me
> think of wind. Wonder if it could be animated to look like air were
blowing
> across it. Would need a certain order of placement for that I guess, each
> angle adjusted as the hair objects are placed along an axis.
Probably could, not very realistically in the current version but it
shouldn't be too hard
Gail
--
#macro G(H,S)disc{0z.4pigment{onion color_map{[0rgb<sin(H/pi)cos(S/pi)*(H<6)
cos(S/pi)*(H>6)>*18][.4rgb 0]}}translate<H-5S-3,9>}#end G(3,5)G(2,5.5)G(1,5)
G(.6,4)G(.5,3)G(.6,2)G(1,1)G(2,.5)G(3,.7)G(3.2,1.6)G(3.1,2.5)G(2.2,2.5)G(9,5
)G(8,5.5)G(7,5)G(7,4)G(7.7,3.3)G(8.3,2.7)G(9,2)G(9,1)G(8,.5)G(7,1)///GS
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"Thomas Willhalm" <tho### [at] uni-konstanzde> wrote in message
news:3dae744f@news.povray.org...
>
> Interesting images. How did you distribute the hairs and determine the
> normal of the surface? With the trace function?
The macro takes a outer radius and an inner radius as parameters. A random
point is chosen on each. trace is used from the chosen point on the outer
sphere to
the chosen point on the inner sphere to determine the intersection point and
normal.
Gail
--
#macro G(H,S)disc{0z.4pigment{onion color_map{[0rgb<sin(H/pi)cos(S/pi)*(H<6)
cos(S/pi)*(H>6)>*18][.4rgb 0]}}translate<H-5S-3,9>}#end G(3,5)G(2,5.5)G(1,5)
G(.6,4)G(.5,3)G(.6,2)G(1,1)G(2,.5)G(3,.7)G(3.2,1.6)G(3.1,2.5)G(2.2,2.5)G(9,5
)G(8,5.5)G(7,5)G(7,4)G(7.7,3.3)G(8.3,2.7)G(9,2)G(9,1)G(8,.5)G(7,1)///GS
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