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Inspired by Tim's animation I made this one. Also a perfect occasion to test
bouncing and "floating" against a moving object. :)
Hope you like it.
BTW, I didn't do anything special to make the balls roll around there in the
edge; it's just a result of the movement of the pad...
Rune
--
3D images and anims, include files, tutorials and more:
Rune's World: http://rsj.mobilixnet.dk (updated Nov 5)
POV-Ray Users: http://rsj.mobilixnet.dk/povrayusers/
POV-Ray Webring: http://webring.povray.co.uk
Post a reply to this message
Attachments:
Download 'rainbow_r.mpg' (605 KB)
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Rune wrote:
>
> Inspired by Tim's animation I made this one. Also a perfect occasion to test
> bouncing and "floating" against a moving object. :)
>
> Hope you like it.
>
> BTW, I didn't do anything special to make the balls roll around there in the
> edge; it's just a result of the movement of the pad...
>
The first part looks very good, but later the particles seem to stay too
fast. I suppose you don't simulate friction on the surface, doing this
could add much to realism IMO.
Christoph
--
Christoph Hormann <chr### [at] gmx de>
IsoWood include, radiosity tutorial, TransSkin and other
things on: http://www.schunter.etc.tu-bs.de/~chris/
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"Christoph Hormann" <chr### [at] gmxde> wrote in message
news:3C0BDCEE.C040C872@gmx.de...
> Rune wrote:
> >
> > Inspired by Tim's animation I made this one. Also a perfect occasion to
test
> > bouncing and "floating" against a moving object. :)
> >
> > Hope you like it.
> >
> > BTW, I didn't do anything special to make the balls roll around there in
the
> > edge; it's just a result of the movement of the pad...
> >
>
> The first part looks very good, but later the particles seem to stay too
> fast. I suppose you don't simulate friction on the surface, doing this
> could add much to realism IMO.
>
Though the movement of the pad could be adding energy to the particles.
Perhaps it's teflon? ;) Still looks good, anyway. And at first I thought I
saw three balls fall through, but watching, I can see they bounced over the
side
Post a reply to this message
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Cool. Ever thought of golf course? The typical rolling green hills with 1000
balls shot in general direction of hole from a tee a mile away.
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Now simulate gold panning :-)
MJL
--
light_source{12*(y-z)rgb 2fade_distance 9fade_power 2area_light x,z,5,5}#macro A
(H,B,R,T)prism{0,1H+4,0u*9,9v*9,0#local I=1;#while(I<H)#local V=asc(substr(B,I,1
))-33;<div(V,10)mod(V,10)>#local I=I+1;#end pigment{red 1}rotate-<90,R>translate
-T}#end A(16"/.@VZno=<PLA89/"0,5*x)A(14",6;MWmhryXN3,"60<15,0,8>)camera{location
25*(y-z)look_at 0}A(8"6hiAG=6"-60,-10*x)box{-99(x+z)*99 pigment{rgb 1}} // MJL
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"Christoph Hormann" wrote:
> The first part looks very good, but later the particles
> seem to stay too fast. I suppose you don't simulate friction
> on the surface, doing this could add much to realism IMO.
Correct, I don't simulate friction on the surface because I think it would
lead to uncontrollable results with the algorithms I'm using. I'll probably
investigate that further.
That said, the particles do gain energy from the motion of the pad.
Rune
--
3D images and anims, include files, tutorials and more:
Rune's World: http://rsj.mobilixnet.dk (updated Nov 5)
POV-Ray Users: http://rsj.mobilixnet.dk/povrayusers/
POV-Ray Webring: http://webring.povray.co.uk
Post a reply to this message
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"Greg M. Johnson" wrote:
> Cool.
Thanks!
> Ever thought of golf course? The typical rolling
> green hills with 1000 balls shot in general direction
> of hole from a tee a mile away.
Well, out of the many things I'd like to try out with my particle system,
that isn't one of the most interesting as I see it.
Rune
--
3D images and anims, include files, tutorials and more:
Rune's World: http://rsj.mobilixnet.dk (updated Nov 5)
POV-Ray Users: http://rsj.mobilixnet.dk/povrayusers/
POV-Ray Webring: http://webring.povray.co.uk
Post a reply to this message
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"Mark James Lewin" wrote:
> Now simulate gold panning :-)
Hehe ;)
Rune
--
3D images and anims, include files, tutorials and more:
Rune's World: http://rsj.mobilixnet.dk (updated Nov 5)
POV-Ray Users: http://rsj.mobilixnet.dk/povrayusers/
POV-Ray Webring: http://webring.povray.co.uk
Post a reply to this message
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Is this scene generated in Mathematica like some of the other recent ones? I
wonder if anyone has any particle systems that "run" completely under POV..
There's Chris Colefax', of course..
D.
"Rune" <run### [at] mobilixnetdk> wrote in message
news:3c0bcfe9@news.povray.org...
> Inspired by Tim's animation I made this one. Also a perfect occasion to
test
> bouncing and "floating" against a moving object. :)
>
> Hope you like it.
>
> BTW, I didn't do anything special to make the balls roll around there in
the
> edge; it's just a result of the movement of the pad...
>
> Rune
> --
> 3D images and anims, include files, tutorials and more:
> Rune's World: http://rsj.mobilixnet.dk (updated Nov 5)
> POV-Ray Users: http://rsj.mobilixnet.dk/povrayusers/
> POV-Ray Webring: http://webring.povray.co.uk
>
>
>
Post a reply to this message
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Dennis Milller wrote:
> Is this scene generated in Mathematica like some of the other recent ones?
I don't think so. Most of these scenes are exclusively POV generated.
>I wonder if anyone has any particle systems that "run" completely under
POV..
> There's Chris Colefax', of course..
> D.
But Chris Colefax' systems are not so up to date. They lack all the
possibilites offered by the trace () function.
--
Jonathan.
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