Hello,

A post of a link to a fluid animation.

The animation show the filling of a tank with a gravity change from a circular
to a classic distribution.

The red liquid is 2 times more dense than the transparent one.

It is my first results with the use of a Intel Q6600. I used the OpenMP
directives (http://www.openmp.org/) to use as much as possible the 4 cores
(with a 2 times mean speed up).

For the rendering, I used 4 sessions of MegaPOV 1.2.1 (I don't succeed to save
and load the radiosity results with POV-Ray 3.7 Beta 23).

Any comments are welcomes.

Regards,
Fidos.

http://pagesperso-orange.fr/fidos/

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On Thu,  6 Dec 2007 15:32:40 EST, "fidos" <fid### [at] wanadoofr> wrote:

>
>http://pagesperso-orange.fr/fidos/
>

Very nice!  The gravity change one is a cool effect.

Have you documented your methods?

Post a reply to this message

Kyle <hob### [at] gatenet> wrote:
> On Thu,  6 Dec 2007 15:32:40 EST, "fidos" <fid### [at] wanadoofr> wrote:
>
> >
> >http://pagesperso-orange.fr/fidos/
> >
>
> Very nice!  The gravity change one is a cool effect.
>
> Have you documented your methods?

Thank you.

The method is not documented. It is a mix of different methods that I found on
the net. A good entry point is the web of Ron Fedkiw
(http://physbam.stanford.edu/~fedkiw/) with a lot of papers and some impressive
videos.

Regards,
Fidos.

Post a reply to this message

On Sat,  8 Dec 2007 02:44:17 EST, "fidos" <fid### [at] wanadoofr> wrote:

>the net. A good entry point is the web of Ron Fedkiw
>(http://physbam.stanford.edu/~fedkiw/) with a lot of papers and some impressive
>videos.
>

Thanks for the link.  There's some good stuff there.

Post a reply to this message

>>the net. A good entry point is the web of Ron Fedkiw
>>(http://physbam.stanford.edu/~fedkiw/) with a lot of papers and some 
>>impressive
>>videos.
>>
>
> Thanks for the link.  There's some good stuff there.

Yeh, I think I like the lighthouse one the best - stunning.

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