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I've tweaked last week's trigonometric reaction diffusion model to get some interesting results.

Here's an extension to my recent implementation of Hiroki Sayama's Swarm Chemistry: I've plugged in a fluid dynamics solver (a worker used in my Reaction Diffusion Advection experiment) so that particles (swarm members) radiate heat and add to the CFD density field which then feeds back velocities to the swarm chemistry model.

The lack of saving and loading of scenes in ReDiLab, my Stage3D / AGAL based reaction diffusion laboratory was slowly driving my crazy. My screen was littered with countless screen grabs and my desk with scraps of paper covered with scribbled numbers.

My recent myriad of experiments with reaction diffusion models has coalesced into a single Stage3D based Flex application, ReDiLab (for Reaction Diffusion Laboratory). 

I've played with the Gray Scott Model a lot over the last year, but I've never been bold enough to actually tinker with the equations themselves. 

This week sees a few new updates to ReDiLab - my Stage3D / AGAL based reaction diffusion laboratory.

First off, my lovely friends at Finkk designed the funky logo above which lives in the 'about' dialog. 

There are two changes to the application itself: