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# PHYEX
PHYsique EXternalisée
## ABOUT THIS DOCUMENT
This document is a general presentation of the PHYEX package.
More specific documentation can be found:
- [Developer](./Developer.md): package organisation, how to contribute, coding norms
- [Coding norms](./CodingNorms.md): coding norms
- [Integrator](./Integrator.md): how to merge contributions
- [Offline](./Offline.md): how to compile the library and the test programs, how to use the library with python and how to use the test programs
- [Plugging](./Plugging.md) : how to plug the physics package in a model
- [Tools](./Tools.md): description of the check\_commit\_\*.sh scripts (to check bit reproducibility between two commits) and of the prep\_code.sh script
This document is written using the markdown language. With pandoc, it can be converted to HTML (pandoc -s \<filename\>.md -o \<filename\>.html) or PDF (pandoc -s \<filename\>.md -o \<filename\>.pdf).
## HISTORY
The physics was first developed for the [Meso-NH model](http://mesonh.aero.obs-mip.fr/).
Then, a part of the physics have been used to build the AROME model ([Seity et al, 2011](http://dx.doi.org/10.1175/2010MWR3425.1)).
The last evolution was to extract the physics to build the independent PHYEX package.
## CONTENT
The following parametrisations are included in the PHYEX package (see the MesoNH documentation for references):
- turbulence scheme
- shallow convection scheme
In addition to the parametrisations source code, test programs and a library for python binding are also provided.