Commit f9242fcd0898dca160b4d45d31630251f53b42b2

Authored by Dany Dumont
1 parent efeab549
Exists in master and in 1 other branch ontheside

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Showing 1 changed file with 24 additions and 26 deletions   Show diff stats
HELP/HOW_TO_USE_THE_MODEL
... ... @@ -5,45 +5,43 @@
5 5 ----------------------------------------------------
6 6  
7 7  
8   -The model has been designed to be very user-friendly, however some modifications
9   -must be done to fit with your machine.
10   -So, please read the following steps to correctly start the model.
  8 +The model has been designed to be very user-friendly. However some modifications
  9 +must be done to work on your machine, so please read the following steps to
  10 +correctly start the model.
11 11  
  12 + 1) COMPILATION
12 13  
13   - 1) COMPILATION:
14   -
15   - -Ensure first that gfortran is installed on your machine.
16   - -Ensure that the NETCDF FORTRAN libraries are installed on your machine.
17   - -Change the path for the NETCDF FORTRAN module and libraries in the makefile
18   -
19   - -compile the source codes using the command «make». The executable will be
20   - created in the parent directory.
21   - - you can also delete all object file and the executable by using the command «make mrproper»
  14 + - Ensure first that gfortran is installed on your machine.
  15 + - Ensure that the NETCDF FORTRAN libraries are installed on your machine.
  16 + - Change the path for the NETCDF FORTRAN module and libraries in the makefile.
  17 + - Compile the source codes using the command 'make'. The executable will be
  18 + created in the parent directory.
  19 + - You can also delete all object file and the executable by using the command
  20 + 'make mrproper'.
22 21  
23 22 2) USE THE MODEL
24 23  
25   - - The model use namelists in nml/ allowing to change some parameter values without recompiling
26   - the source code
27   - - outputs will be generated in the directory output/
  24 + - The model use namelists in nml/ allowing to change some parameter values
  25 + without recompiling the source code.
  26 + - Outputs will be generated in the directory output/.
28 27  
29 28 3) USE THE MODEL WITH GOTM
30 29  
31   - - The model can call GOTM to produce a diffusivity profile. If you want to use this feature
32   - you have to change the value of the parameter «mix_state» in the namelist model_parameter
33   - - Before doing this, ensure that GOTM is installed on your machine and copy all the GOTM namelists
34   - you need in the directory gotm/. You should also create a symbolic link of the executable in the
35   - directory gotm/
  30 + - The model can call GOTM to produce a diffusivity profile. If you want to
  31 + use this feature you have to change the value of the parameter 'mix_state'
  32 + in the namelist 'model_parameter'.
  33 + - Before doing this, ensure that GOTM is installed on your machine and copy
  34 + all the GOTM namelists you need in the directory gotm/. You should also
  35 + create a symbolic link of the executable in the directory gotm/.
36 36  
37 37 4) USE BATCH MODE
38 38  
39   - - you can also run the model in batch mode. To do this, you must change the file
40   - batch_bio_pbs.sh
41   -
42   -
43   - have fun
  39 + - You can also run the model in batch mode. To do this, you must change the
  40 + file batch_bio_pbs.sh
44 41  
  42 + Have fun!
45 43  
46   - for question, please contact me at baudryjeremy@gmail.com
  44 + For question, please contact me at baudryjeremy@gmail.com
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