## This is the system-specific configuration file for the NOAA Zeus
## cluster.  It should not be used directly.  Users should copy it to
## parm/system.conf and edit the values manually.

[config]
## Specify input sources for HISTORY mode.
#
# Specifies input sources for use by hwrf.input.InputSources.  In a
# HISTORY mode run, this will be used in the scripts.exhwrf_input job
# to pull data.
input_sources=zeus_sources_{GFSVER}

## Specify the hwrf.input.DataCatalog for FORECAST mode runs.
fcst_catalog=zeus_fcst_{GFSVER}

## Workaround for SGI MPT bug: copy WRF files in the post job
#
# This is a workaround for an SGI MPT bug.  MPT cannot handle nested
# MPI_Init calls, and the Zeus version of ncks is compiled with MPI
# support.  That means the products job cannot run the ncks program to
# convert NetCDF 3 files to compressed NetCDF 4.  As a workaround, we
# do that in the post job instead.
post_runs_wrfcopier=yes

## Default archive path
archive=hpss:/NCEPDEV/emc-hwrf/5year/{ENV[USER]}/{SUBEXPT}/{out_prefix}.tar

[dir]
## Save directory.  Make sure you edit this.
CDSAVE=/scratch1/portfolios/NCEPDEV/hwrf/save/{ENV[USER]}
## Non-scrubbed directory for track files, etc.  Make sure you edit this.
CDNOSCRUB=/scratch1/portfolios/NCEPDEV/hwrf/noscrub/{ENV[USER]}
## Scrubbed directory for large work files.  Make sure you edit this.
CDSCRUB=/scratch2/portfolios/NCEPDEV/ptmp/{ENV[USER]}
## Syndat directory for finding which cycles to run
syndat=/scratch1/portfolios/NCEPDEV/hwrf/noscrub/input/SYNDAT-PLUS

[hwrfdata]
inputroot=/scratch2/portfolios/NCEPDEV/ptmp/Samuel.Trahan/hwrfdata

[holdvars]
WHERE_AM_I=zeus    ;; Which cluster (for setting up environment)
WHICH_JET=none     ;; Which part of Jet?  None; we are on Zeus.
NPROCS_A_NOIO=184  ;; Unused.
NPROCS_C=1         ;; Unused.
NPROCS_O=9         ;; Unused.

[hwrf_da_ens]
realinit=ensda_wrfexe ;; Point to alternate section for init jobs

## Override settings for I/O servers in the ensda initialization jobs.
#
# For some odd reason, the ensda wrfanl crashes if I/O servers are
# enabled and PNetCDF is used.  The workaround is to disable I/O
# servers.
[ensda_wrfexe]
nio_groups=1           ;; Disable I/O servers (groups=1, per group=0)
nio_tasks_per_group=0,0,0  ;; Disable I/O servers (groups=1, per group=0)
nproc_x=-1             ;; Init job WRF processor count in X direction (-1 = automatic)
nproc_y=-1             ;; Init job WRF processor count in Y direction (-1 = automatic)
@inc=runwrf,wrfexe

[wrfexe]
nio_groups=1          ;; Number of WRF I/O server groups per domain in init jobs
nio_tasks_per_group=12,12,12 ;; Number of I/O servers per group in WRF in init jobs.
poll_servers=yes      ;; Turn on server polling if quilt servers are used (They are not.)
nproc_x=4             ;; Init job WRF processor count in X direction (-1 = automatic)
nproc_y=12            ;; Init job WRF processor count in Y direction (-1 = automatic)

[runwrf]
wrf_compute_ranks=480  ;; Number of WRF ranks, excluding I/O
nio_groups=1          ;; Number of I/O server groups per domain
nio_tasks_per_group=4,4,4 ;; Number of I/O servers per group
poll_servers=yes      ;; Turn on server polling if quilt servers are used (they are not).
nproc_x=16            ;; WRF processor count in X direction (-1 = automatic)
nproc_y=30            ;; WRF processor count in Y direction (-1 = automatic)