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Fidos,
I've been watching this series with interest. Nice work!
At least in the earlier opaque fluid renditions the fluid seems to be more
viscous than 'ordinary' water.
What physical parameters do you model?
Viscosity , density, temperature for liquid and gas phases? Anything else
like surface tension or container surface properties?
What is the dimensional scaling like?
Certainly your latest image has a generally good feel about it.
The drops on the container surface seem to contract away from the rebounding
wave. This seems unrealistic. The falling cube seems to set up a very
symmetrical pattern.
Math economy?
Or perhaps you might introduce a little twist?
Best,
DLM
"fidos" <fid### [at] wanadoo fr> wrote in message
news:web.428cf33ba3262ac44d40d3730@news.povray.org...
> Helo,
>
> I'm posting a new liquid animation.
>
> I worked on the realism with the target to simulate a water movement.
>
> It is the same simulation settings than in my last post : a cube falling
> in
> a cup of water.
>
> The object movement was computed with the MechSim patch of MegaPov 1.0.
>
> I simulated a period of 2 seconds and I rendered it in 25 frames per
> seconds.
>
> For the rendering, I double the number of photons when comparing to my
> last
> post.
>
> The video is MPEG1 encoded.
>
> Your opinion is wellcome.
>
> Regards,
> Fidos
>
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