Running ADAS: Difference between revisions
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First, we choose a DAS run to simulate. On NCCS Discover | First, we choose a DAS run to simulate. On NCCS Discover | ||
$ | $ ls ~dao_ops | ||
for a list of the various runs. As an example, we choose the run 'e572p5_fp'. | for a list of the various runs. As an example, we choose the run 'e572p5_fp'. | ||
1. Checkout and build the model: | 1. Checkout and build the model: | ||
Check with Joe Stassi for model tag and module name. | |||
$ cvs co -r GEOSadas-5_7_2_p5_m1 GEOSadas-5_7 | $ cvs co -r GEOSadas-5_7_2_p5_m1 GEOSadas-5_7 | ||
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Cubed-sphere was not fully implemented in this model. Choose Lat/Lon with | Cubed-sphere was not fully implemented in this model. Choose Lat/Lon with | ||
resolution 1152x721x72 for the 'e'-run. The other options are | resolution 1152x721x72 for the 'e'-run. The other options are | ||
GOCART | |||
GOCART Emission Files to use | GOCART: yes | ||
AERO_PROVIDER | GOCART Emission Files to use: OPS | ||
HISTORY | AERO_PROVIDER: GOCART | ||
HISTORY: Current | |||
3. AGCM.rc, CAP.rc, HISTORY.rc | 3. AGCM.rc, CAP.rc, HISTORY.rc | ||
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~dao_ops/e572p5_fp/run/lnbcs | ~dao_ops/e572p5_fp/run/lnbcs | ||
5. RC files | |||
Copy the .rc files over | Copy the .rc files over | ||
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$ find ~dao_ops/e572p5_fp/run -name "*.rc" -exec cp {} /path/to/home/dir/RC \; | $ find ~dao_ops/e572p5_fp/run -name "*.rc" -exec cp {} /path/to/home/dir/RC \; | ||
6. restart files | |||
Locate the dir containing restarts by querying FVARCH in FVDAS_Run_Config | Locate the dir containing restarts by querying FVARCH in FVDAS_Run_Config | ||
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Copy these files over from ARCHIVE to experiment directory. | Copy these files over from ARCHIVE to experiment directory. | ||
7. Run job | |||
$ qsub gcm_run.j | $ qsub gcm_run.j | ||
Revision as of 09:56, 20 December 2012
First, we choose a DAS run to simulate. On NCCS Discover
$ ls ~dao_ops
for a list of the various runs. As an example, we choose the run 'e572p5_fp'.
1. Checkout and build the model:
Check with Joe Stassi for model tag and module name.
$ cvs co -r GEOSadas-5_7_2_p5_m1 GEOSadas-5_7 $ cd GEOSadas/src $ source g5_modules $ gmake install
Or, one can checkout the corresponding AGCM model Fortuna-2_5_p6 (module Fortuna) and build it.
2. Experiment setup:
To simulate a forecast run we can use gcm_setup to setup our experiment (instead of fvsetup). Run ./gcm_setup and provide the required answers
$ cd Applications/GEOSgcm_App/ $ ./gcm_setup
Cubed-sphere was not fully implemented in this model. Choose Lat/Lon with resolution 1152x721x72 for the 'e'-run. The other options are
GOCART: yes GOCART Emission Files to use: OPS AERO_PROVIDER: GOCART HISTORY: Current
3. AGCM.rc, CAP.rc, HISTORY.rc
Edit these files to match with the corresponding .tmpl files in
~dao_ops/e572p5_fp/run
4. gcm_run.j
Ensure that the correct boundary datasets are linked to. Compare the links in this file to that of
~dao_ops/e572p5_fp/run/lnbcs
5. RC files
Copy the .rc files over
$ find ~dao_ops/e572p5_fp/run -name "*.rc" -exec cp {} /path/to/home/dir/RC \;
6. restart files
Locate the dir containing restarts by querying FVARCH in FVDAS_Run_Config
$ grep FVARCH ~dao_ops/e572p5_fp/run/FVDAS_Run_Config
setenv FVARCH /archive/u/gmao_ops/GEOS-5.7.2/${ATAG}/ #include trailing colon
$ grep ATAG ~dao_ops/e572p5_fp/run/FVDAS_Run_Config
setenv ATAG GEOSadas-5_7_2_p5_m1
setenv ATAG $GTAG
setenv FVARCH /archive/u/gmao_ops/GEOS-5.7.2/${ATAG}/ #include trailing colon
$ cd /archive/u/gmao_ops/GEOS-5.7.2/GEOSadas-5_7_2_p5_m1 $ cd e572p5_fp
Pick a date and time: say 2012/05/15, 21z
$ cd /archive/u/gmao_ops/GEOS-5.7.2/GEOSadas-5_7_2_p5_m1/e572p5_fp/rs/Y2012/M05 $ ls *_rst.20120515_21z.bin
Copy these files over from ARCHIVE to experiment directory.
7. Run job
$ qsub gcm_run.j