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Simulation settings

Simulation size
60x60x60
80x80x80
100x100x50
Display update
1 (smooth but slow)
10 (recommended)
40 (coarse but fast)
Colormap
3D Rendering

Simulation:

Click in the window to paint.

Advanced Settings (Show/Hide)

Presets:

Physics
 
F: F:
k: k:
diffuseU: diffuseU:
diffuseV: diffuseV:

Display: Phase Scatterplot Histogram

Reaction Diffusion Random seed Auto-seed

Simulation size: x x Wrap

RenderFrame:

Params:

Permalink:

Gray-Scott Reaction-Diffusion

About the simulation

This Java applet simulates two chemical agents bound by the Gray-Scott reaction. Stepwise integration is used, and diffusion is modeled in the simplest way possible.

Gray-Scott equations

More functionality and information will be added here later.

The 2D version of the applet is better-developed (and prettier). Also, there is more information about the physical system modeled here.

Clicking in the window sets local values.

  • Left-button: U=0.5, V=0.25
  • Right button: U=1, V=0

Comments

1 comment(s)

dnairns@me.com 3:05 pm 8 October 2018
If I had a similar reaction diffusion system that uses 5 different kinetic reactions, do you think you could assist me in creating a 3D animation of the supercritical and subcritical soliton formations in sub quantum kinetics?
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