- Timestamp:
- Jun 28, 2011, 12:56:50 PM (13 years ago)
- Location:
- trunk/DOC
- Files:
-
- 1 added
- 2 edited
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trunk/DOC/000-MODELS
r151 r175 75 75 MESOSCALE martian mesoscale modeling system + (for new martian physics) links to martian physics [LMDZ.MARS needed] 76 76 77 ********************************************** 78 ********************************************** 79 FIRST STEPS TOWARD COMPILATION 80 ****************************** 81 82 - install netcdf with the same compiler you plan to use for the GCM and keep in mind where the lib and include directories are located. 83 84 - if needed, install ioipsl: 85 # ADVICE: copy the [GCMdir]/LMDZ.COMMON/ioipsl directory 86 # to [GCMdir]/ioipsl to get it out of svn 87 # then go to [GCMdir]/ioipsl 88 # Edit the compile_ioipsl.bash script to get the right paths for NCDF_INC and NCDF_LIB, then run it. 89 90 - choose your compilation options and paths in arch files tuned for your machine: 91 LMDZ.COMMON/arch/arch-<youroptions>.[fcm/path] 92 93 - use makelmdz to compile the GCM (when you are using the common dynamical core): 94 makelmdz -arch <youroptions> -d <nlon>x<nlat>x<nlev> -p <dirphy> gcm 95 77 96 ---------------------------------------------------- 78 97 AS -- 25/05/2011 - 08/06/2011 98 SL -- 24/06/2011 -
trunk/DOC/000-USERS
r134 r175 26 26 Jean-Yves Chauffray LMD [CNRS] 25 - 05 - 2011 Mars GCM 27 27 Luca Montabone LMD [CNRS] 25 - 05 - 2011 Mars GCM 28 Jeremie Burgalat GSMA [URCA] 01 - 06 - 2011 Titan GCM 29 Pascal Rannou GSMA [URCA] 01 - 06 - 2011 Titan GCM
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