Great simulation.

It gives me the idea of computer-programms of near future.

When computergraphic can do these things in real-time, we will have a
generaly new category on "real-world" like computer-games and application
software.

With Balls and Lego-pieces to solve problems.

Boring static mathematics ?
Architects can simulate statics for houses & bridges
by putting an "vitual" big iron ball on the modell of the house (on screen).

Very intresting !
Maybe you can include that in POV-Ray V. 4.00 ?

Then objects get additional Parameters like "hardness", "specific weight",
"roughness" & ( german: Dichte) :-).
And new overall parameters are time & gravity :-) ....

--Theo

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"Christoph Hormann" <chr### [at] gmxde> schrieb im Newsbeitrag
news:3D58C103.6C2E1BD0@gmx.de...
>
> This time with moving balls, damping should probably be stronger.  It uses
> 800 integration steps per frame, still first order integration method
> (euler).
>
> With all 33 balls it takes about about 7 seconds per frame for the
> simulation.
>
> Christoph
>
> --
> POV-Ray tutorials, IsoWood include,
> TransSkin and more: http://www.tu-bs.de/~y0013390/
> Last updated 03 Aug. 2002 _____./\/^>_*_<^\/\.______

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