Difference between revisions of "Quick Install and Run"
(→Data) |
|||
| Line 1: | Line 1: | ||
| − | == Tools and Libraries == | + | == Prerequisites:Tools and Libraries == |
| + | In order to use (i.e. compile and run) the GCM, one needs to have some tools and installed libraries at hand. We list below a (minimal) set that you should check that is available and/or that you'll need to first install on your machine. By the way we also assume you're on a Linux OS. | ||
| + | |||
| + | === Fortran compiler === | ||
| + | The GCM source code is in Fortran. One thus needs a Fortran compiler to build (compile) the executable. | ||
| + | The most easily available one (on Linux) is gfortran and examples discussed here will assume it is the one used. | ||
| + | |||
| + | === Subversion === | ||
| + | The source code is managed using subversion (svn), which you'll need to download or update your copy. | ||
| + | |||
| + | As a side note: the source code that will be fetched by svn can also be browsed online here: https://trac.lmd.jussieu.fr/Planeto | ||
| + | |||
| + | === FCM === | ||
| − | |||
* NetCDF + references to visualization tools (ncview, paraview, grads, etc.) | * NetCDF + references to visualization tools (ncview, paraview, grads, etc.) | ||
| − | |||
| − | |||
* IOIPSL | * IOIPSL | ||
Revision as of 09:42, 27 April 2022
Contents
Prerequisites:Tools and Libraries
In order to use (i.e. compile and run) the GCM, one needs to have some tools and installed libraries at hand. We list below a (minimal) set that you should check that is available and/or that you'll need to first install on your machine. By the way we also assume you're on a Linux OS.
Fortran compiler
The GCM source code is in Fortran. One thus needs a Fortran compiler to build (compile) the executable. The most easily available one (on Linux) is gfortran and examples discussed here will assume it is the one used.
Subversion
The source code is managed using subversion (svn), which you'll need to download or update your copy.
As a side note: the source code that will be fetched by svn can also be browsed online here: https://trac.lmd.jussieu.fr/Planeto
FCM
- NetCDF + references to visualization tools (ncview, paraview, grads, etc.)
- IOIPSL
TO BE COMPLETED
Data
- datadir + starts + other GCM data for test case early Mars (desert planet with a CO2 atmosphere)
TO BE COMPLETED
BWAAAA
Compiling
- prepare and explain arch files
- compiling a test case (early Mars)
TO BE COMPLETED
Running
- run your first simulation
TO BE COMPLETED
Checking the Results
- everything is cool in the .out file
- tools to visualize the produced diagfi.nc file: panoply, ncview, paraview, etc.
TO BE COMPLETED
