Find attractors (and their basins) of dynamical systems. Perform global continuation. Study global stability (a.k.a. non-local, or resilience). Also tipping points functionality.
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Example for enriching continuation with arbitrary other library functions #128
Alright, this is really the cream of the crop. This is really what DynamicalSystems.jl is about.
This PR introduces a new example that shows how one can enrich our continuation output with arbitrary functions of the library. Here lyapunov exponents and minimal fatal shock. Here is the figure:
To make this more streamlined, I added a new plotting function as well as exported the function that resets the recurrences mapper.
This new example is what I would recommend using to show the power of the library.
Datseris
commented
3 months ago
Alright, this is really the cream of the crop. This is really what DynamicalSystems.jl is about.
This PR introduces a new example that shows how one can enrich our continuation output with arbitrary functions of the library. Here lyapunov exponents and minimal fatal shock. Here is the figure:
To make this more streamlined, I added a new plotting function as well as exported the function that resets the recurrences mapper.
This new example is what I would recommend using to show the power of the library.