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"Mike White" <mik### [at] earthlink net> wrote in message
news:3c64212b@news.povray.org...
> Inspired by the Dog House still frame from a while back.
>
>
That's just too freaky.
I watched it for 10 minutes straight.
--
Tom Bates
#macro T(B)#local m=mod(B,8);#local B=floor(B/8);m#end#local C=126981491245202;#
local D=115694168992822;sphere_sweep{b_spline 16#local i=0;#while(i<16)<T(C)-4,T
(D)-4,10-i/10>.1#local i=i+1;#end pigment{rgb 1}}light_source{-10,1} //Tom Bates
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It looks great!!! How do you achieve this????
I'm really impressed. Congratulations,
Fernando.
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Brain... hurt... owww....
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These two frames show the exact same object. The only differece is, in the
second image the camera is moved out of it's proper viewing location.
In the animation the part to be removed is recalculated for each frame based
on the new camera location.
The computation is the normal of a plane that touches two points on the edge
of the piece behind, and the camera.
Think of it as a saw blade that is in line with your eye, and the piece
behind that appears to be in front.
news:3c648037$1@news.povray.org...
> It looks great!!! How do you achieve this????
>
> I'm really impressed. Congratulations,
>
> Fernando.
>
>
Post a reply to this message
Attachments:
Download 'bfa103a.jpg' (11 KB)
Download 'bfa103b.jpg' (11 KB)
Preview of image 'bfa103a.jpg'
Preview of image 'bfa103b.jpg'
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Ooooohhhh!!!! Impressive! I think it must have been very difficult to make
those calculations!!!
Congratulations again,
Fernando.
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Wonderful!
"Mike White" <mik### [at] earthlinknet> skrev i melding
news:3c64212b@news.povray.org...
> Inspired by the Dog House still frame from a while back.
>
>
>
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