_____________________________________________________________________________ * | * FILE configexp.dot.cfg (last update: Aug.10,2004- v3.1.2)VL | *_____________________________________________________________________________| * | * This file is an alternative input for "Um_launch [dir]" where it will be | * found in [dir]/configexp.dot.cfg | * | * Or alternatively, Um_launch can be given parameters in the command line | * as such: | * | * Um_launch dbg1 -exp dummy -t 10800 -mach azur -npeOMP=1 -anal myanalysis | * Files gem_settings.nml and outcfg.out must exist in "dbg1" directory | * | * Example of what could be in "configexp.dot.cfg" : | * (arguments should start on first column,'#' indicates comment) | * | * exp=dummy; | * model=gem; | * version=3.1.2 | * t=10800; | * mach=azur; | * npeOMP=4; | * #absaddres=/fs/mrb/01/armn/armnviv/absolutes/massvp4safe; | * geophy=/fs/mrb/01/armn/armnmod/MODELES/bcmk/gem_3.1.1/geophy_400 | * climato=/fs/mrb/01/armn/armnmod/MODELES/bcmk/gem_3.1.1/clim_gef_400_mars96 | * anal=/fs/mrb/01/armn/armnmod/MODELES/bcmk/gem_3.1.1/1996071900_000 | * #anal=/fs/mrb/01/armn/armnmod/MODELES/bcmk/gem_3.1.1/anlm2000120100_000 | * #inrep=/fs/mrb/01/armn/armnmod/MODELES/bcmk/gem_3.1.1; | * listing=/users/dor/armn/viv/listings; | * #prefix=prg; | * d2z=1; | * #d2z_dplusp=1; | * #xfer="lorentz:/data/local2/armn/armnviv/lorentz/stuff3"; | * | *Description of control variables in Um_launch | * | *Name Default Description | * | *model model name, ABORTS if not defined | *version Version of model, ABORTS if not defined | *exp dbg1 Name of your experiment | *mach Execution machine | *t 600 CPU (wall-clock) time allowed in seconds | *cm 400 Memory size in Megabytes(not applicable on AZUR) | *restart 0 Restart mode | *xfer WS:full-path-dir on which to rcp results | *xferl 0 Transfer the listing file along with model output | *fst89 0 produce older 89 FST files | *d2z 0 re-assemble output if -gt 0 | *d2z_dplusp 0 assemble dynamics and physics output if -gt 0 (dm+pm=m) | *prefix 0 prefix to add to output filenames | *f 0 Compile local .f | *objexp 0 make compexp instead of make compil | *abs 0 Forces a load of main executable (r.build) | *absaddres Use a pre-loaded executable (path+dir) | *prevjob Previous experiment from which to restart | *execdir Execution directory under $HOME/$model/hostname | *xchgdir Exchange directory for coupling | *r_ent 1 Run entry program | *r_mod 1 Run main model program | *inrep Input directory for LAM pilot files | *anal Path and filename for analysis file for non-LAM runs | *climato Path and filename for climatology file for non-LAM runs | *geophy Path and filename for geophysical file | *anclim Analyzed climatology for non-LAM runs | *job User defined jobname | *jobM User defined Model job | *tailscript Path and filename of tail script to be executed after | * Um_maindriver.sh | *tailjob Path and filename of tail job to be qsubbed after | * Um_xfer.sh | *cl Specific NQS class to be used by soumet | *npeOMP 1 # of OpenMP threads | *maxstep 1000000 Maximum # of timesteps(overrides settings in model run if| * smaller than what is given in model settings | *debug 0 Debug mode flag | *theoc 0 Theoretical case flag | *ppid Optional process ID value passed on to soumet | *listing 0 Listing directory | *delayed 0 Use delayed job mechamism | *nosubmit 0 Create but do not submit job | *npex 0 ANAL:Number of cpus along x | *npey 0 ANAL:Number of cpus along y | *climat 0 CLIMAT:Climate mode flag | *continue CLIMAT:Internal - prevjob for climatic mode | *startdate CLIMAT:Date of step zero, YYYY MM DD HH | *enddate CLIMAT:Ending date of climate study, idem | *interval CLIMAT:Lengh of study block in months | *newdate CLIMAT:New startdate when using prevjob | *step_total 0 CLIMAT:total number of timesteps for run | *deltat 0 CLIMAT:timestep length in seconds | *stepout CLIMAT:begin output at this step | *fularch CLIMAT:Name of archive for restart | *archdir . CLIMAT:Directory where to put archive | *arch_mach pollux CLIMAT:Achive destination | *clean 0 CLIMAT:Clean after archiving | *strip_phy 0 CLIMAT:Convert multi-level outputs in physics to pressure| *diagnos 0 CLIMAT:Run script Climat_lancer_diag | *prntdiag CLIMAT:Printer for metacode. Archive diag if set | *gaussout 1 CLIMAT:Interpoler les sorties sur des grilles gaussiennes| *zoncal 1 CLIMAT:Calcul des moyennes zonales en sus | *pilout 0 CLIMAT:Save original files to drive a LAM? | *splitout 0 CLIMAT:Coarse and core outputs requested from bemol | *-----------------------------------------------------------------------------