SPS 1.1.0 run

usage of SPS 1.1.0 beta built with physics 5.6.8

NOTE: environment variable storage_model MUST BE DEFINED

NEW WAY

(uses github for public code)

git clone https://github.com/mfvalin/SPS my_sps
cd my_sps
. ./.setenv.dot
rde mklink             # links to compile sps
rde mkdep              # create Makefile and dependencies
make obj               # compile
make sps               # build executable
linkit                 # links to run sps
sps.ksh                # run sps (test)

OLD WAY (HISTORICAL)

(legacy, vanilla, deprecated version)

. s.ssmuse.dot sps_beta_dev       # acquire software
mkdir my_sps_dir            # where i want to build
u.get_sps_beta my_sps_dir   # get the source
cd my_sps_dir
. ./.setenv.dot
ulimit -s unlimited
ulimit -m unlimited
ulimit -d unlimited
rde mklink             # links to compile sps
rde mkdep              # create Makefile and dependencies
make obj               # compile
make sps               # build executable
linkit                 # links to run sps
sps.ksh                # run sps

making runs with SPS 1.1.0 beta built with physics 5.6.8

create a directory for the configuration
cd SPS_run_directory

needed ingredients:
  include  directory
  SPS_cfgs directory
  exper.cfg         experiment configuration file
  .setenv.dot       setup file
  sps_Linux_x86-64.Abs  sps executable
  SHM               must be a directory or point to one
  Data -> SHM/Data
  Data_disk/Input   where climato and Gem_geophy.fst will come from
  storage_model -> SHM/storage_model
  OUT -> __workdir__Linux_x86-64/output/cfg_0000/

typical contents of .setenv.dot
  source s.ssmuse.dot fulldev-ifort15 sps_1.1.0.1_all@SPS_1.1.0_intel15 python-2.7.7 task-setup model_data
  -z $COMP_ARCH  && echo ERROR: COMP_ARCH is not defined && return
  export sps=$(pwd)

typical contents of exper.cfg
  exper='experiment_001'                                            # name of the experiment
  #
  exper_archive=$(pwd -P)/ARCHIVE                                   # where output is to be sent by post_sps.sh
  #
  # anal_*_YYYYMMDD or anal_*_YYYYMMDD_yyy
  #
  exper_anal1=$(pwd -P)/Data_disk/Input/inrep/INI                   # where initial conditions can be found by pre_sps.sh
  exper_anal2=${exper_archive}/${exper}                             # where initial conditions can be found by pre_sps.sh
  #
  exper_depot1=${MODEL_DATA}/Offline_driving/ERA-Interim_0.75/6h_Analysis   # where driving data can be found by pre_sps.sh
  exper_depot2=${MODEL_DATA}/SST_SeaIce/ERA-Interim_0.75deg                 # where driving data can be found by pre_sps.sh
  #
  exper_start_date=19790101                                         # initial date
  exper_end_date=19800101                                           # last date (unused if > exper_fold_date)
  exper_fold_date=19850201                                          # "back to the past" date (unused if > exper_end_date)
  #
  #
  exper_delta='1month'                                              # MUST be 1month for now
  exper_cpu_config='--verbosity=error --ptopo=4x4x1'                # configuration for sps.ksh
  exper_cpu_config2='--verbosity=error --ptopo=3x3x1'               # alternate configuration for sps.ksh
  #
  # the following variables get read and adjusted by pre_sps.sh, run_sps.sh, and post_sps.sh
  #   exper_current_date    is the starting date for the current monthly step
  #   exper_current_year    is the current year number in this multi year integration (should start at 1)
  #                         if exper_current_year == 0 , no extension is used for outputs or initial conditions
  #   exper_cycle_year      is the number of years to run
  #
  exper_current_date='19790101'
  exper_cycle_year='2'
  exper_current_year='1'