Download Reference Manual & User's Guide

VODA: ANR-08-COSI-016
---> Install VODA
git clone git+ssh://[email protected]//gitroot/voda/voda.git VODA/
--> Final structure of the $VODA_GIT directory
tree -d -L 2 $VODA_GIT
VODA_GIT
|-- BUNDLES
|-- NEMOBASE
|
|-- AGRIF
|
|-- CONFIG
|
|-- CVSROOT
|
|-- DOC
|
|-- IOIPSL
|
|-- NEMO
|
|-- NVTK
|
‘-- UTIL
|-- NEMOVAR
|
|-- NEMO
|
|-- NEMOASSIM
|
|-- NEMOQC
|
|-- NEMOTAM
|
|-- TOOLS
|
‘-- UTIL
‘-- VODA
|-- NEMO
|-- NEMOASSIM
|-- NEMOTAM
‘-- UTIL
Building the code (in default mode : ORCA2 validation interface)
NEMOTAM makes use of the fcm based NEMOVAR compiling environment, a simple call to
VODA/UTIL/build/fcmvmake.ksh with the usual arguments and the nemoall keyword should do
the trick.
> fcmvmake.ksh -c $COMPILE -t $WORKDIR -B nemoall
the above requires that you create a VODA/UTIL/build/fcmconfig/bld/$COMPILE/nemo.cfg describing your compilation environment (examples are given in the same directory).
How to run the code is described in section 2.3.
2.2.2
Installing the code using the NEMOTAM SVN repository
Checking out the code from the SVN repository
NEMOTAM can be extracted using svn like NEMO. People should first to register on NEMO website www.nemo-ocean.eu. Then NEMOTAM is available through modipsl framework, so modipsl
has to be extracted first.
Deliverable D1.3: NEMOTAM Reference Manual & User’s Guide
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