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Some features are

 * surface pressure or implicit linear free surface formulation
 * nonhydrostatic version
 * 1D domain decomposition for parallel computation
 * Documentation available as [[attachment:pyOM.pdf|pdf file]]
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Documentation [[attachment:pyOM.pdf]]

Contents

  1. pyOM (Python Ocean Model)

pyOM (Python Ocean Model)

is a numerical ocean circulation model with an easy to use python (GUI) and a standard

Fortran90 frontend. In both cases, the dynamical core of the model is written in Fortran90.

Some features are

  • surface pressure or implicit linear free surface formulation
  • nonhydrostatic version
  • 1D domain decomposition for parallel computation

  • Documentation available as pdf file

An example of the python GUI for Eady's baroclinic instability case is shown below.

pyOM.png

Source code pyOM_1.1.tar.gz

IfmWiki: TO/outdated/pyOM (last edited 2014-09-13 14:56:24 by CarstenEden)