Différences

Ci-dessous, les différences entre deux révisions de la page.

--- sunfluidh:sunfluidh_install [2016/12/06 16:56] – [Download the sunfluidh project] witko
+++ sunfluidh:sunfluidh_install [2017/11/26 23:15] – [Download the sunfluidh project] witko
@@ Ligne 3: / Ligne 3: @@
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 ==== Download the sunfluidh project ====
+=== If you work at Limsi ===
 The sunfluidh project is placed on the forge and is handled with the version control system [[ http://svnbook.red-bean.com/en/1.6/svn.preface.html | svn]].
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     * Define on your computer a directory to receipt the sunfluidh project (~/SUNFLUIDH for instance)
     * Go to the directory SUNFLUIDH
-    * run the next command : \\ svn co --username your_login https://forge.limsi.fr/svn/SUNFLUIDH_DVPMT_2/TRUNK \\ The last version of the sunfluidh project will be downloaded in the directory "~/SUNFLUIDH/TRUNK"
+    * run the next command (to get the "beta-test" release) : \\ svn co - -username your_login https://forge.limsi.fr/svn/SUNFLUIDH_DVPMT_2/TRUNK \\ The last version of this sunfluidh project will be downloaded in the directory "~/SUNFLUIDH/TRUNK"
+    *  run the next command (to get the current release) : \\ svn co - -username your_login https://forge.limsi.fr/svn/SUNFLUIDH_PRD/TRUNK \\ The last version of this sunfluidh project will be downloaded in the directory "~/SUNFLUIDH/TRUNK"
+=== If you are enrolled in the class 5AF32 at UPMC ===
+You will find in the 5AF32 moodle course the complete suite to use Sunfluidh in a tar file. It includes Sunfluidh and two additional codes: meshgen (to generate mesh) and visfield (for postprocessing the results). Some tools to read and process your data in Matlab are also provided.  There is a specific installation procedure (hopefully working out of the box) for Linux in the computer lab class. It automates all the steps below. Basically, you should just type ./install in the directory you have untar. Then go to the directory WORK/eddy and type sunfluidh.x. You should be running your first simulation.  However, it may be interesting to read the steps below if you need to install the code on other computers or recompile the code when later you start using "user defined functions".
 [[:start|Click here to come back to the previous page]]
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 In the directory "~/SUNFLUIDH/TRUNK", you will find three directories :
     * DOC : It contains all documents related to the numerical methods implemented in the code (in french at present)
-    * DATA : It contains different data files :
+    * DATA : It contains different files :
-      * different tutorial data files in order to test the code (input_xxxx.dat). These files must be copied in the sunfluidh data file named input3d.dat in order to be used.
+      * Some tutorial data files in order to explore various possibilities of the code (input_xxxx.dat) where xxxx is meant to help you picking the one closest to your configuration. The file must be copied in your directory for testing purpose and renamed as "input3d.dat" in order to be recognized by sunfluidh.
-      * different shell scripts in order to run the code in batch on various type of computers (local cluster, IDRIS computers). their names start with "script". Beware, these shell script must be adjusted to your needs before using them.
+      * different shell scripts in order to run the code in batch on various type of computers (local cluster, IDRIS computers). their names start with "script". Beware, some tuning of the shell script may be necessary according to the computer you are using. For now, gfortran is the recommanded compiler even so any f95 compliant compiler should work.
       * A directory .../DATA/REACTIVE_FLOWS/ that contains differents special files ( .inc) which could be included in the code during the compilation procedure. They are devoted to the specific reactive flow simulations if needed.
     * SOURCES : This directory contains all the source files needed to compile the code. These sources files are compiled by means of the makefile file.