`pubsheds`: Full Scenario with PRISM data

[rburghol]

Steps:

New All in One with met2river (see details here)

• Edit config/control/met/met2date.con to have the correct years for grib update forcing (if any)
• Edit config/control/met/PRISM.con to insure that dates for met2date and PRISM are overlapping.
• Run all from met2date update thru river (for basin RU): ./srun_met2river pubsheds RU 1 0 0
• Run just the met2date update and WDM (no land and river): ./srun_met2river pubsheds allP6 1 0 0

Do met2date

• This is necessary to provide non-precip met inputs from legacy CBP routines
  • Note: This from 12/15/2025 when we re-generated 2022-2024 because NLDAS2 had data corrections from 2022-2025

basin=allP6
scenario=pubsheds
lsegs=`cbp get_landsegs $basin`
met_scenario=`cbp get_config $scenario land "PRECIP ATMOS DEPOSITION"`
for i in $lsegs; do
  job_name=`cbp mm_job_name met2date $i`
  sbatch  --job-name="$job_name" $NLDAS_ROOT/make_met2date $i 19840101 20250531 "2022 2023 2024 2025" landseg
done

Generate the full met wdms using a custom PRISM precip

• Generate land wdm for all with PRISM as precip

basin=allP6
scenario=pubsheds
met_scenario=`cbp get_config $scenario land "PRECIP ATMOS DEPOSITION"`

cd /opt/model/p6/vadeq
. hspf_config
# set needed environment vars
MODEL_ROOT=/backup/meteorology/
SCRIPT_DIR=/opt/model/model_meteorology/sh
export MODEL_ROOT SCRIPT_DIR

land_segs=`cbp get_landsegs $basin`
model=hspf_cbp6

# run WDM import
for i in $land_segs; do
  job_name="${i}_wdm"
  djid=`cbp mm_job_id ${met_scenario}_${i}`
  deps=""
  if [ "$djid" != "" ]; then
     deps="--dependency=$djid"
  fi
  echo "sbatch --job-name="$job_name" $deps run_model raster_met $met_scenario $i auto wdm "
  sbatch --job-name="$job_name" $deps run_model raster_met $met_scenario $i auto wdm 
done