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| Dynamics in Sage | = Dynamics in Sage = This page is an organization wiki for the implementation in Sage of various algorithms related to dynamics. == Introduction == Different aspects of dynamical systems involve computers * simulation and experimentation * numerical algorithms seen as dynamical systems * prospection of combinatorial structures associated to dynamical systems (infinite words, ...) * intrinsically discrete dynamics: shifts, cellular automata, ... * ... These wiki pages are intended for the coordination of the different programmers in Sage. == Quick links == * [[dynamics/examples]]: examples that are produced with the code of sage-dynamics * [[https://lma.metelu.net/mailman/listinfo/sage-dynamics|sage-dynamics]]: lma.metelu.net mailing-list * [[http://groups.google.com/group/sage-dynamics | sage-dynamics]]: Google group (web forum + mailing list) * [[combinat|combinat wiki]]: the wiki page of the combinat community (see in particular the following [[combinat/Installation|installation instructions]] for installing sage-combinat on your computer) == Organization == We plan to create a *dynamics* repository at the root of Sage subdivided according to the following hierarchy * arithmetic_dynamics (?) * cellular_automata (?) * complex_dynamics (?) * shifts (sage-combinat) * tilings (WangTile) * substitutive shift * self similar interval exchange map * s-adic shift * Sturmian * interval exchange maps * surface_dynamics (sage-combinat) * flat_surfaces * origamis * veech_surfaces * linear suspensions of iet * train_tracks * hyperbolic_dynamics * geodesic flow * Fuchsian groups * hamiltonian flows * logarithmic suspensions of iet * picewise (sage-combinat) * interval_exchange_transformations and linear_involutions * affine_iet * interval_translation * 2D (?) == Subprojects == * [[dynamics/ArithmeticAndComplex|Arithmetic and Complex Dynamics]] * [[dynamics/FlatSurfaces]] * [[LanguagesAndTilings]] == Other programs == * [[http://homepages.math.uic.edu/~culler/chaos/|Fractal, chaos and complex dynamics]] by M. Culler and H. Masur: educational purpose software * [[http://www.math.uiuc.edu/~nmd/computop/|computop.org]] references several interesting softwares, many of them written in python |
Dynamics in Sage
This page is an organization wiki for the implementation in Sage of various algorithms related to dynamics.
Introduction
Different aspects of dynamical systems involve computers
- simulation and experimentation
- numerical algorithms seen as dynamical systems
- prospection of combinatorial structures associated to dynamical systems (infinite words, ...)
- intrinsically discrete dynamics: shifts, cellular automata, ...
- ...
These wiki pages are intended for the coordination of the different programmers in Sage.
Quick links
dynamics/examples: examples that are produced with the code of sage-dynamics
sage-dynamics: lma.metelu.net mailing-list
sage-dynamics: Google group (web forum + mailing list)
combinat wiki: the wiki page of the combinat community (see in particular the following installation instructions for installing sage-combinat on your computer)
Organization
We plan to create a *dynamics* repository at the root of Sage subdivided according to the following hierarchy
- arithmetic_dynamics (?)
- cellular_automata (?)
- complex_dynamics (?)
- shifts (sage-combinat)
tilings (WangTile)
- substitutive shift
- self similar interval exchange map
- s-adic shift
- Sturmian
- interval exchange maps
- surface_dynamics (sage-combinat)
- flat_surfaces
- origamis
- veech_surfaces
- linear suspensions of iet
- train_tracks
- hyperbolic_dynamics
- geodesic flow
- Fuchsian groups
- hamiltonian flows
- logarithmic suspensions of iet
- flat_surfaces
- picewise (sage-combinat)
- interval_exchange_transformations and linear_involutions
- affine_iet
- interval_translation
- 2D (?)
Subprojects
== Other programs ==
Fractal, chaos and complex dynamics by M. Culler and H. Masur: educational purpose software
computop.org references several interesting softwares, many of them written in python