# Examples

If you would like to run the examples, first read [*"Running and
creating test cases (and
examples)"*](/src/test/README#running-and-creating-test-cases-and-examples).

## Various equations

* [Conway’s game of life](life.c)
* [Coupled reaction–diffusion equations: the Brusselator](brusselator.c)
* [The complex Ginzburg--Landau equation](ginzburg-landau.c)
* [Distance field computation from a 3D model](distance.c)
* [Wavelet transforms and filtering](wavelet.c)

## Navier--Stokes

* [Decaying two-dimensional turbulence](turbulence.c)
* [Bénard–von Kármán Vortex Street for flow around a cylinder at
  Re=160](karman.c)
* [Vortex shedding behind a sphere at Re=300](sphere.c)
* [Forced isotropic turbulence in a triply-periodic box](isotropic.c)
* [Stokes flow through a complex 3D porous medium](porous3D.c)

## Two-phase flows

* [Atomisation of a pulsed liquid jet](atomisation.c)
* [Bubble rising in a large tank](bubble.c)
* [Flow in a rotating bottom-driven cylindrical container](yang.c)
* [Two-phase flow around RV Tangaroa](tangaroa.c)

## Geophysical applications

* [The 2004 Indian Ocean tsunami](tsunami.c)
* [The 2011 Tohoku tsunami](tohoku.c)
* [Breakup of a rectangular perturbation into a train of solitons](madsen.c)
* [Tidally-induced internal lee waves](lee.c)
* [Periodic wave propagation over an ellipsoidal shoal](shoal.c)
* [Periodic wave propagation over an ellipsoidal shoal (multilayer
  solver)](shoal-ml.c)
* [3D breaking Stokes wave (multilayer solver)](breaking.c)
* [Transcritical flow over a bump](gaussian-ns.c)
* [A Shallow Water Analogue for the Standing Accretion Shock
  Instability](swasi.c)

## Python interface

* [Decaying two-dimensional turbulence](example.py)
* [Poisson problem](poisson.py)

## See also

* [Test cases](/src/test/README)
* [Examples by Pierre-Yves Lagrée](/sandbox/M1EMN/README)
* [Examples (and more) by Antoon van Hooft](/sandbox/Antoonvh/README)