gelato-vmd scene test 01

occlusion pass and beauty pass (with indirect light)

Then different compose method:
Multiply

Lighten

Dissolve 50%

Overlay


I like the dissolve and lighten ones. They are automatically generated using ImageMagick package using linux command lines.

rpbs logo - gelato multipass test

Ambiant occlusion pass
Normal pass (diffuse)
Multiply and crop

RPBS logo work part 2

My last work on the rpbs logo, i show one of the rendered image and a final animated gif.

PMG last development

The particle system from Rune S. Johansen (Copyright (C) 2002 Rune S. Johansen http://runevision.com/welcome/) have permit me to produce this 2 final version of background scenes for PMGv2.0 beta :

t_shower

t_solvate

PMG new effect, protein's shower

In the beta version of PMG-2.0, I have add a new scene type call "t_shower", here some snapshot of the development and final rendering example (http://bioserv.rpbs.jussieu.fr/~autin/cgi-bin/PMGdev)

test1


test2


final result in PMG

molecule men dancing 2

that's done, with the Everbody was kungfu fighting song. But it's not the final.
Need to put some background, refine the enveloppe as some bug appear in the shape...

molecule men dancing !

ok now he is alive, and he is dancing. I will improve the animation and then ad some music...

RPBS logo work

I currently work on the rpbs logo, the idea is to produce an animated logo

new molecule men

molecule guy

i have play with my alphabet in order to produce a guy. Don't know now if is usefull...but it is done and seem nice.

annexin docking poster

PMG in science

NETWATCH: Molecular Home Movies

Press article in science magazine about PMG :

http://www.sciencemag.org/content/vol316/issue5830/r-samples.dtl?rss=1#316/5830/1401d

"The new Protein Movie Generator (PMG) provides an online studio for budding scientific Walt Disneys. Produced by two researchers at the University of Paris, the site makes it easy to create animations that put molecules in motion.

PMG starts with files from the Protein Data Bank or trajectories from molecular simulations. Users can then script simple scenarios, such as an enzyme pirouetting to display its active site, or more complex maneuvers, such as a ligand gliding in to dock with its receptor. If you prefer stills, you can use PMG to craft molecular graphics. This illustration, for instance, bares some of the internal structure of triosephosphate isomerase, one of the sugar-slicing enzymes of glycolysis."

bioserv.rpbs.jussieu.fr/~autin/help/PMGtuto.html