Hey guys!

I'd call it "Multi-Dimensional Brick-Accident" :)

Therefore tell your kids: Always keep to the 3 dimensions when playing 
with building bricks!

Have a nice weekend,
Florian
-- 
//=================[web: http://www.torfbold.com]==================\\
#local a=-5;#while(a<5)sphere{<sin(a*pi)*5a*10pow(a,5)*.01>sin(a*a*a*
.1)+1pigment{rgb 9*z}}#local a=a+.01;#end camera{look_at-y*10location
<8,-3,-8>*10}// [www.povray.org]     [www.imp.org]     [www.irtc.org]

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Too cool.  Is that using a spherical camera and/or lots of mirrors?  Are
there any light sources?  Nice touch with the rounded edges on the blocks.

-Ben Scheele

P.S.  It actually looks half normal if you invert the colors, then adjust
brightness, contrast, and gamma, like so.


"Florian Brucker" <tor### [at] torfboldcom> wrote in message
news:3f340c10@news.povray.org...
> Hey guys!
>
> I'd call it "Multi-Dimensional Brick-Accident" :)
>
> Therefore tell your kids: Always keep to the 3 dimensions when playing
> with building bricks!
>
> Have a nice weekend,
> Florian

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Hey Ben!

> Too cool.
Thanks!

> Is that using a spherical camera and/or lots of mirrors?  
Just some building bricks inside a sphere with reflection 1. The 
building bricks have a reflection of .6 themselves.

> Are there any light sources?
Yes, one standard point light

Actually I liked your version better :)

Florian

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