Page Comparison

...

1. Suggested syntax:
   $ ./create_newcase -case $CASENAME -compset FC5 -mach (your-machine-name-here) -res conusx4v1_conusx4v1
2. Edit env_mach_pes.xml.  For Redsky, using 200 cores and 1 thread for each component runs at 0.25 simulated years per day.
3. Edit env_run.xml. 
   
   1. For a 5 year free-run on Redsky, (throwing out 1 year)
      
      1. set RUN_STARTDATE equal to 0001-01-01
      2. set STOP_OPTION equal to nmonths
      3. set STOP_N equal to 12
      4. set REST_N equal to 6
      5. set RESUBMIT equal to 6
      6. set EPS_AAREA equal to 9.0e-06
4. Set-up and build the case.  
   $ ./cesm_setup   
   $ ./$CASENAME.build  build  
    (When building a case for the first time, the script will look for the boundary and initial condition files .   The RRM team plans to push that data to which are located on the ACME data server, .  See /wiki/spaces/WORKFLOW/pages/7998629.  Contact the RRM team for those files until the data is there.  This page will be updated to reflect that change.)
5. Edit user_nl_cam to include changes to the se-dycore.
   ::::::::::::::
   user_nl_cam
   ::::::::::::::
   ! Convection:
   cldfrc_rhminl          = 0.91         
   cldfrc_dp1              = 0.025            
   zmconv_c0_lnd     = 0.0035
   zmconv_c0_ocn    = 0.0035
   zmconv_tau           = 3000    
   ! Dycore grid specific settings (Timesteps and viscosity):
   se_nsplit     = 4 
   hypervis_subcycle= 7
   nu         = 8.0e-8
   nu_div         = 20.0e-8
   nu_p         = 8.0e-8
   hypervis_scaling= 3.2
   se_ne        = 0
   mesh_file       = '/path/to/gridfile/conusx4v1.g'

...

1. the namelist files (i.e., user_nl_cam) for user-specified output settings. 
2. Run your $CASENAME!