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Julia programming

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Revision as of 20:34, 15 March 2021

Here is the same but animated:

Playing with the parameter space:

And the bottom case, animated:

It is interesting to focus on the surviving spot. We can zoom on this area and see what is going on there. The cells have locked into this stable pattern, involving, apparently, two cells only:

excited = @animate for i ∈ 1:30
           excite()
           plotspace(145, 220, 225, 300)
       end

a configuration by locking two neighbours with a period a+b=30.">

It is interesting as well to change parameters during the simulation. This locks the patterns into some correlated sequences which give rise to cycles of evolution stationary in space alternating with time.

and coming back to a=20 and cycling over:

Table of Contents

Crash Course on Scientific Computing

— • 21:51, 15 March 2021

@@ Line 24: / Line 24: @@
 <center><wz tip="A stable 2-cells pattern that survives in the g>a configuration by locking two neighbours with a period a+b=30.">[[File:stable-2cells-pattern.gif|400px]]</wz></center>
+It is interesting as well to change parameters during the simulation. This locks the patterns into some correlated sequences which give rise to cycles of evolution stationary in space alternating with time.
+and coming back to <tt>a=20</tt> and cycling over:
 {{WLP6}}