HWRF  trunk@4391
All Configuration Options

This page documents configuration options for all known sections:

Section [archive]

Configure archive locations and methods.

Options in this section:

[archive] mkdir

make the archive directory? yes or no

1 [archive]
2 mkdir = yes

Defined in File parm/hwrf_basic.conf

[archive] wrfout

Location for the extra wrfout file archive.

Location for an extra archive file made with just the native WRF output files. If this option is empty or missing, then the extra archive will not be made, and the job to make it will not be launched.

Example: 

wrfout=hpss:/2year/NCEPDEV/emc-hwrf/Some.Jerk/{SUBEXPT}/wrfout/{out_prefix}.tar

It must begin with hpss: and end with .tar

Defined in File parm/hwrf_basic.conf

Section [bufrprep]

Configure the hwrf.bufrprep

Options in this section:

[bufrprep] catalog

The catalog for hwrf.input.DataCatalog

1 [bufrprep]
2 catalog = {input_catalog}

Defined in File parm/hwrf.conf

[bufrprep] obstypes

Section for defining the observation types

1 [bufrprep]
2 obstypes = tdr_new_obstype

Defined in File parm/hwrf.conf

[bufrprep] bufr_item

item for bufr files, for the hwrf.input to find them

1 [bufrprep]
2 bufr_item = gfs_bufr

Defined in File parm/hwrf.conf

[bufrprep] bufr_dataset

dataset for bufr files, for the hwrf.input to find them

1 [bufrprep]
2 bufr_dataset = gfs

Defined in File parm/hwrf.conf

[bufrprep] prepbufr_item

item for prepbufr files, for the hwrf.input to find them

1 [bufrprep]
2 prepbufr_item = gfs_prepbufr_nr

Defined in File parm/hwrf.conf

[bufrprep] prepbufrprep

parameter used to preprocess prepbufr file

1 [bufrprep]
2 prepbufrprep = 3

0: make no change 1: remove some inner-core data 2: flag/unflag mass and dropsonde u, v data 3: unflag HS3 dropsonde data

Defined in File parm/hwrf.conf

[bufrprep] RRADC

parameter used to define an area where inner-core data are removed/(un)flagged

1 [bufrprep]
2 RRADC = 50.

radius of a circle centered at TC center

0. remove conventional data, when prepbufrprep=1

flag dropsonde wind data, when prepbufrprep=2 < 0. unflag dropsonde wind data, when prepbufrprep=2 = 0. no change for dropsonde wind data, when prepbufrprep=2

Defined in File parm/hwrf.conf

[bufrprep] RBLDC

parameter used to define a square area to flag pressure data

1 [bufrprep]
2 RBLDC = -200.

half side length of a squre centered at TC center

0. flag pressure data, when prepbufrprep=2

<= 0. no change, when prepbufrprep=2

Defined in File parm/hwrf.conf

Section [com_canned]

Options in this section:

Inherits from the following sections:

[com_canned] gfs

GFS directory

1 [com_canned]
2 gfs = /com_canned/hur/{ENV[envir]}/inpdata_{aYMDH}/

Defined in File parm/hwrf_input.conf

[com_canned] gdas1

GDAS directory

1 [com_canned]
2 gdas1 = /com_canned/hur/{ENV[envir]}/inpdata_{aYMDH}/

Defined in File parm/hwrf_input.conf

[com_canned] enkf

GFS ENKF directory

1 [com_canned]
2 enkf = /com_canned/hur/{ENV[envir]}/inpdata_{aYMDH}/

Defined in File parm/hwrf_input.conf

[com_canned] messages

hurricane message file directory

1 [com_canned]
2 messages = /com_canned/hur/{ENV[envir]}/inpdata_a{YMDH}/

Defined in File parm/hwrf_input.conf

[com_canned] syndat

syndat directory

1 [com_canned]
2 syndat = {ENV[COMINARCH]}/

Defined in File parm/hwrf_input.conf

[com_canned] loopdata

loop current directory

1 [com_canned]
2 loopdata = /nhc/save/guidance/storm-data/ncep/

Defined in File parm/hwrf_input.conf

Section [com_env]

WCOSS com file paths, relative to the $COMINGFS and $mesagdir environment variables.

Options in this section:

Inherits from the following sections:

[com_env] gfs

GFS directory

1 [com_env]
2 gfs = {ENV[COMINGFS]}/gfs.{aYMDH}/

Defined in File parm/hwrf_input.conf

[com_env] gdas1

GEFS directory

1 [com_env]
2 gdas1 = {ENV[COMINGFS]}/gfs/gdas.{aYMDH}/

Defined in File parm/hwrf_input.conf

[com_env] enkf

GFS ENKF directory

1 [com_env]
2 enkf = {ENV[COMINGFS]}/enkf.{aYMD}/{aHH}/

Defined in File parm/hwrf_input.conf

[com_env] messages

hurricane message file directory

1 [com_env]
2 messages = {ENV[mesagdir]}/

Defined in File parm/hwrf_input.conf

[com_env] syndatdir

syndat tcvitals directory

1 [com_env]
2 syndatdir = {ENV[COMINARCH]}/

Defined in File parm/hwrf_input.conf

[com_env] loopdata

loop current data directory

1 [com_env]
2 loopdata = /nhc/save/guidance/storm-data/ncep/

Defined in File parm/hwrf_input.conf

Section [comm_hist]

User-specified datasets that contain historical data.

Options in this section:

Inherits from the following sections:

[comm_hist] inputroot

User data directory

1 [comm_hist]
2 inputroot = {HOMEhwrf}/datasets

Defined in File parm/hwrf_input.conf

[comm_hist] gfs

GFS directory

1 [comm_hist]
2 gfs = {inputroot}/DATA/WINDS/gfs.{aYMDH}/

Defined in File parm/hwrf_input.conf

[comm_hist] gdas1

GDAS directory

1 [comm_hist]
2 gdas1 = {inputroot}/DATA/WINDS/gfs.{aYMDH}/

Defined in File parm/hwrf_input.conf

[comm_hist] gdasr

Relocated GDAS directory

1 [comm_hist]
2 gdasr = {inputroot}/DATA/WINDS/gfs.{aYMDH}/

Defined in File parm/hwrf_input.conf

[comm_hist] enkf

GFS ENKF directory

1 [comm_hist]
2 enkf = {inputroot}/enkf_files/{aYMDH}/

Defined in File parm/hwrf_input.conf

[comm_hist] syndatdir

syndat tcvitals direcory

1 [comm_hist]
2 syndatdir = {inputroot}/DATA/WINDS/gfs.{aYMDH}/

Defined in File parm/hwrf_input.conf

[comm_hist] loopdata

loop current directory

1 [comm_hist]
2 loopdata = {inputroot}/DATA/OCEAN/gfs.{aYMDH}/{aYMDH}/

Defined in File parm/hwrf_input.conf

[comm_hist] hd_obs

hd obs directory

1 [comm_hist]
2 hd_obs = {inputroot}/RECON/gdas.{aYMD}/

Defined in File parm/hwrf_input.conf

[comm_hist] tdr

TDR data directory

1 [comm_hist]
2 tdr = {inputroot}/TDR/{aYYYY}/{aYMDH}/{vit[stnum]:02d}{vit[basin1lc]}/

Defined in File parm/hwrf_input.conf

Section [commsources]

Data sources for WCOSS COM for hwrf.input.InputSource

Options in this section:

[commsources] comm_hist%location

com file location

1 [commsources]
2 comm_hist%location = file:///

Defined in File parm/hwrf_input.conf

[commsources] comm_hist%histprio

com priority for hwrf.input.InputSource

1 [commsources]
2 comm_hist%histprio = 1

Defined in File parm/hwrf_input.conf

Section [config]

Sets basic configuration options used by all components.

This section sets basic configuration options used by all components. Several special variables in this section are set by the HWRFConfig object itself, which will overwrite them if they're set in this file: YMDHM = analysis time (201304261830 = April 26, 2013, 18:30 UTC) YMDH = analysis time excluding minute (2013042618) YMD = analysis time, excluding hour and minute year, YYYY = analysis time's year (ie.: 2013) YY = last two digits of year century, CC = first two digits of year month, MM = analysis time's month (ie.: 04) day, DD = analysis time's day (ie.: 26) hour, cyc, HH = analysis time's hour (ie.: 18) minute, min = analysis time's minute (ie.: 30)

There may be additional variables depending on what subclass (if any) of the HWRFConfig is used. You must specify the mandatory EXPT value, which is the name of the experiment to run.

Options in this section:

[config] jet_user

User account for pulling data from Jet

1 [config]
2 jet_user = {ENV[USER]}

Defined in File parm/hwrf_input.conf

[config] theia_user

User accound for pulling data from Theia

1 [config]
2 theia_user = {ENV[USER]}

Defined in File parm/hwrf_input.conf

[config] EXPT

Experiment name, used for finding installation locations

1 [config]
2 EXPT = HWRF

Defined in File parm/hwrf.conf

[config] forecast_section

Section that specifies the configuration for the forecast job.

1 [config]
2 forecast_section = runwrf

Defined in File parm/hwrf.conf

[config] stormlabel

The storm label: storm1, storm2, etc.

1 [config]
2 stormlabel = storm{storm_num}

This string is always "storm" followed by a single-digit number. It is used by NCO to decide where certain files and directories are located. It also gives automation systems a way of determining storm filenames without having to know the storm name or ID.

Defined in File parm/hwrf.conf

[config] datastore

Where to put the HWRF database file

1 [config]
2 datastore = {WORKhwrf}/hwrf_state.sqlite3

Location for the HWRF database file. Note that there must be only one of these per workflow (storm, cycle). The HWRFConfig class will also set the dsetfile variable if it is not already set:

Defined in File parm/hwrf.conf

[config] CONFhwrf

The main configuration file.

1 [config]
2 CONFhwrf = {com}/{stormlabel}.conf

Defined in File parm/hwrf.conf

[config] ENS

The ensemble number; do not change. The laucher sets it.

1 [config]
2 ENS = 99

Defined in File parm/hwrf.conf

[config] ensize

Ensemble size; do not change. The parm/hwrf_ensemble_2014.conf overrides it.

1 [config]
2 ensize = 0

Defined in File parm/hwrf.conf

[config] GFSVER

GFS version (default)

1 [config]
2 GFSVER = PROD2014

Defined in File parm/hwrf_basic.conf

[config] forecast_length

Length of the forecast in hours

1 [config]
2 forecast_length = 126

Defined in File parm/hwrf_basic.conf

[config] scrub_com

Do we scrub the com directory?

1 [config]
2 scrub_com = yes

Defined in File parm/hwrf_basic.conf

[config] sync_frequently

Do we run "sync" frequently?

1 [config]
2 sync_frequently = no

Defined in File parm/hwrf_basic.conf

[config] cycling_interval

Number of hours between cycles. Only 6.0 has ever been tested. Several things will break if you try to change this without modifying the code and scripts.

1 [config]
2 cycling_interval = 6.0

Defined in File parm/hwrf_basic.conf

[config] scrub

Scrub option: do we delete temporary files? Disabling this will disable most, but not all, temporary file deletion.

1 [config]
2 scrub = yes

Defined in File parm/hwrf_basic.conf

[config] out_prefix

Prefix to prepend to most output files in the COM directory. Also used for archive filenames.

1 [config]
2 out_prefix = {vit[stormnamelc]}{vit[stnum]:02d}{vit[basin1lc]}.{vit[YMDH]}

Defined in File parm/hwrf_basic.conf

[config] RUNhwrf

RUNhwrf is a component of some other file paths

1 [config]
2 RUNhwrf = {SUBEXPT}

Defined in File parm/hwrf_basic.conf

[config] run_gsi

GSI and FGAT initialization

1 [config]
2 run_gsi = yes

Defined in File parm/hwrf_basic.conf

[config] run_ocean

run with ocean coupling?

1 [config]
2 run_ocean = yes

Defined in File parm/hwrf_basic.conf

[config] run_wave

Wave coupling? No. Not implemented. Do not change.

1 [config]
2 run_wave = no

Defined in File parm/hwrf_basic.conf

[config] ocean_model

Selected ocean model: POM or HYCOM

1 [config]
2 ocean_model = POM

Defined in File parm/hwrf_basic.conf

[config] atmos_model

Selected atmospheric model. Must be WRF

1 [config]
2 atmos_model = WRF

Defined in File parm/hwrf_basic.conf

[config] wave_model

Selected wave model. Must be WW3

1 [config]
2 wave_model = WW3

Defined in File parm/hwrf_basic.conf

[config] run_relocation

vortex relocation

1 [config]
2 run_relocation = yes

Defined in File parm/hwrf_basic.conf

[config] run_ensemble_da

run the DA ensemble

1 [config]
2 run_ensemble_da = yes

Defined in File parm/hwrf_basic.conf

[config] run_ens_relocation

run relocation for ensemble members

1 [config]
2 run_ens_relocation = no

Defined in File parm/hwrf_basic.conf

[config] run_satpost

make synthetic satellite products

1 [config]
2 run_satpost = yes

Defined in File parm/hwrf_basic.conf

[config] run_multistorm

run as a Multi Storm (even if 1 or No storms)

1 [config]
2 run_multistorm = no

Defined in File parm/hwrf_basic.conf

[config] use_spectral

Use spectral vs. GRIB input for init & bdy

1 [config]
2 use_spectral = yes

Note that the GSI still needs spectral input from GDAS and the GFS ENKF. The use_spectral flag only controls what is used to prepare the inputs to ungrib and metgrid.

Defined in File parm/hwrf_basic.conf

[config] spectral_bdy

spectral vs. GRIB for boundary if use_spectral=yes

1 [config]
2 spectral_bdy = yes

Defined in File parm/hwrf_basic.conf

[config] allow_fallbacks

if gsi fails, run off of GFS reloc vortex

1 [config]
2 allow_fallbacks = no

Defined in File parm/hwrf_basic.conf

[config] extra_trackers

1 [config]
2 extra_trackers = yes

Defined in File parm/hwrf_basic.conf

[config] conditional_gsid03

run gsi_d03, only when high-res inner-core data are available

1 [config]
2 conditional_gsid03 = no

Defined in File parm/hwrf_basic.conf

[config] conditional_gsid02

run gsi_d02, only when high-res inner-core data are available

1 [config]
2 conditional_gsid02 = no

Defined in File parm/hwrf_basic.conf

[config] blend_innercore

use first guess in inner core region (merge job)

1 [config]
2 blend_innercore = yes

Defined in File parm/hwrf_basic.conf

[config] input_catalog

Pull data from external sources to a staging area.

1 [config]
2 input_catalog = hwrfdata

The input_catelog specifies a section (default: [hwrfdata]) to use for.

Defined in File parm/hwrf_basic.conf

[config] email_sdm

Enables email to the NOAA SDM. Do not email the NOAA Senior Duty Meteorologist (PLEASE).

1 [config]
2 email_sdm = no

Defined in File parm/hwrf_basic.conf

[config] disk_project

Jet project for disk usage

1 [config]
2 disk_project = hwrfv3

Defined in File parm/system.conf.jet

[config] input_sources

Specify input sources for HISTORY mode.

1 [config]
2 input_sources = jet_sources_{GFSVER}

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.

Defined in File parm/system.conf.jet

[config] fcst_catalog

Specify the hwrf.input.DataCatalog for FORECAST mode runs.

1 [config]
2 fcst_catalog = jet_fcst_{GFSVER}

Defined in File parm/system.conf.jet

[config] archive

Archive path

1 [config]
2 archive = hpss:/NCEPDEV/emc-hwrf/1year/{ENV[USER]}/{SUBEXPT}/{out_prefix}.tar

Defined in File parm/system.conf.jet

[config] link_wrf_fix

Workaround for odd Jet bug: copy WRF fix files instead of linking

1 [config]
2 link_wrf_fix = no

The WRF running on Jet will sometimes refuse to open one of the ocean climatology files, insisting that the file is locked. The workaround is to copy the WRF fix files instead of linking them.

Defined in File parm/system.conf.jet

[config] HWRF_VERSION

Specify NCO HWRF version number

1 [config]
2 HWRF_VERSION = {ENV[HWRF_VERSION]}

Defined in File parm/system.conf.nco

[config] SUBEXPT

should match EXPT

1 [config]
2 SUBEXPT = hwrf.v{HWRF_VERSION}

Defined in File parm/system.conf.nco

[config] track_email_list

space-separated list of email addresses

1 [config]
2 track_email_list = sdm@noaa.gov

Defined in File parm/system.conf.nco

[config] tape_project

NCEPDEV project to use for tape storage

1 [config]
2 tape_project = emc-{disk_project}

Defined in File parm/system.conf.wcoss2

[config] post_runs_wrfcopier

Workaround for SGI MPT bug: copy WRF files in the post job

1 [config]
2 post_runs_wrfcopier = yes

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.

Defined in File parm/system.conf.zeus

Section [copywrf]

Configures the WRF copier (hwrf.copywrf)

Section [cpl_nml]

Configures the coupler namelist

Read by hwrf.namelist.Conf2Namelist to generate the coupler namelist. See the NCEP Coupler documentation for details.

Section [dir]

Configure directory paths.

Options in this section:

[dir] statusfile

cycle status file

1 [dir]
2 statusfile = {WORKhwrf}/{stormlabel}.{YMDH}

Defined in File parm/hwrf.conf

[dir] intercom

dir for communicating data files between jobs

1 [dir]
2 intercom = {WORKhwrf}/intercom

Defined in File parm/hwrf.conf

[dir] lockdir

lock files for post-processing

1 [dir]
2 lockdir = {WORKhwrf}/lock

Defined in File parm/hwrf.conf

[dir] INPUThwrf

1 [dir]
2 INPUThwrf = ./

Defined in File parm/hwrf.conf

[dir] SPINUP_DATA

Ocean spin-up data directory

1 [dir]
2 SPINUP_DATA = {WORKhwrf}/OCEAN/

Defined in File parm/hwrf.conf

[dir] geog_data

Geographic input data

1 [dir]
2 geog_data = {FIXhwrf}/hwrf_wps_geo/

Defined in File parm/hwrf.conf

[dir] FIXgsi

GSI input data for everything except CRTM

1 [dir]
2 FIXgsi = {FIXhwrf}/hwrf-gsi/

Defined in File parm/hwrf.conf

[dir] FIXcrtm

GSI CRTM input data

1 [dir]
2 FIXcrtm = {FIXhwrf}/hwrf-crtm-2.2.1/

Defined in File parm/hwrf.conf

[dir] FIXww3

wavewatch3 fix files

1 [dir]
2 FIXww3 = {FIXhwrf}/hwrf-ww3/

Defined in File parm/hwrf.conf

[dir] domlocfile

Domain center location file in COM.

1 [dir]
2 domlocfile = {com}/{vit[stnum]:02d}{vit[basin1lc]}.{vit[YMDH]}.domain.center

This is the full path to the domain center location file, which MUST be in com. It is used to determine whether a cycle has a com directory:

Defined in File parm/hwrf.conf

[dir] gsistatus

The name of the gsi status file in the com directory

1 [dir]
2 gsistatus = {stormlabel}.gsi_status

Defined in File parm/hwrf.conf

[dir] gsistatus2

Operational name of the gsi status file

1 [dir]
2 gsistatus2 = gsi_status.{vit[stormname]}{vit[stnum]:02d}{vit[basin1lc]}.{cycle}

Defined in File parm/hwrf.conf

[dir] HISTCHECK

File to check in a prior cycle's com, to see if the cycle exists.

1 [dir]
2 HISTCHECK = {oldcom}/{oldvit[stnum]:02d}{oldvit[basin1lc]}.{oldvit[YMDH]}.domain.center

File to use to check if a prior cycle exists for a given storm. This only applies to the single storm HWRF. It should not use the vit[] variable; instead, use oldvit[].

Defined in File parm/hwrf.conf

[dir] WORKhwrf

Main scrub directory

1 [dir]
2 WORKhwrf = {CDSCRUB}/{RUNhwrf}/{vit[YMDH]}/{vit[stormid3]}

Defined in File parm/hwrf_basic.conf

[dir] HOMEhwrf

HWRF install location

1 [dir]
2 HOMEhwrf = {CDSAVE}/{EXPT}

Defined in File parm/hwrf_basic.conf

[dir] com

COM directories are used for communicating between cycles and storms. This is the COM directory specified by the vitals in the "vit" variable.

1 [dir]
2 com = {CDSCRUB}/{RUNhwrf}/com/{vit[YMDH]}/{vit[stormid3]}

Defined in File parm/hwrf_basic.conf

[dir] realstormcom

1 [dir]
2 realstormcom = {CDSCRUB}/{RUNhwrf}/com/{YMDH}/{realstorm}

Defined in File parm/hwrf_basic.conf

[dir] realstormwork

1 [dir]
2 realstormwork = {CDSCRUB}/{RUNhwrf}/{YMDH}/{realstorm}

Defined in File parm/hwrf_basic.conf

[dir] oldcom

1 [dir]
2 oldcom = {CDSCRUB}/{RUNhwrf}/com/{oldvit[YMDH]}/{oldvit[stormid3]}

Defined in File parm/hwrf_basic.conf

[dir] oldsid

1 [dir]
2 oldsid = {oldvit[stormid3]}

Defined in File parm/hwrf_basic.conf

[dir] outatcf

Delivery location for ATCF files

1 [dir]
2 outatcf = {CDNOSCRUB}/{SUBEXPT}

Defined in File parm/hwrf_basic.conf

[dir] outdiag

Delivery location for wrfdiag files

1 [dir]
2 outdiag = {CDNOSCRUB}/diagtrak/{SUBEXPT}

Defined in File parm/hwrf_basic.conf

[dir] outstatus

Delivery location for status files

1 [dir]
2 outstatus = {CDNOSCRUB}/cycstatus/{SUBEXPT}

Defined in File parm/hwrf_basic.conf

[dir] outatcfcorrected

delivery location for corrected ATCF files

1 [dir]
2 outatcfcorrected = {CDNOSCRUB}/atcf/{SUBEXPT}

Defined in File parm/hwrf_basic.conf

[dir] outships

delivery location for SHIPS files

1 [dir]
2 outships = {CDNOSCRUB}/ships/{SUBEXPT}

Defined in File parm/hwrf_basic.conf

[dir] CDNOSCRUB

Non-scrubbed directory for track files, etc. Make sure you edit this.

1 [dir]
2 CDNOSCRUB = /pan2/projects/{disk_project}/{ENV[USER]}/noscrub

Defined in File parm/system.conf.jet

[dir] CDSCRUB

Scrubbed directory for large work files. Make sure you edit this.

1 [dir]
2 CDSCRUB = /pan2/projects/{disk_project}/{ENV[USER]}/pytmp

Defined in File parm/system.conf.jet

[dir] CDSAVE

Save directory. Make sure you edit this.

1 [dir]
2 CDSAVE = /pan2/projects/{disk_project}/{ENV[USER]}

Defined in File parm/system.conf.jet

[dir] syndat

Syndat directory for finding which cycles to run

1 [dir]
2 syndat = /lfs3/projects/hwrf-data/hwrf-input/SYNDAT-PLUS

Defined in File parm/system.conf.jet

[dir] utilexec

Utility executables (/nwprod/util/exec)

1 [dir]
2 utilexec = {ENV[utilexec]}

Defined in File parm/system.conf.nco

[dir] utilscript

Utility scripts, unused

1 [dir]
2 utilscript = {ENV[utilscript]}

Defined in File parm/system.conf.nco

Section [emc_para_grib1]

File naming for GRIB files in some 2014 GFS parallel archives, where the GRIB data was in GRIB1, with a "q" added to the name.

Options in this section:

[emc_para_grib1] gfs_gribA

GFS GRIB file

1 [emc_para_grib1]
2 gfs_gribA = {pgbma_tar}#pgbq{fahr:03d}.gfs.{aYMDH}

Defined in File parm/hwrf_input.conf

[emc_para_grib1] gdas1_gribA

GDAS GRIB file

1 [emc_para_grib1]
2 gdas1_gribA = {gdas_tar}#pgbq{fahr:02d}.gdas.{aYMDH}

Defined in File parm/hwrf_input.conf

Section [emc_para_grib1_2dig]

File naming for GRIB files in some 2014 GFS parallel archives, where the GRIB data was in GRIB2, with a "q" added to the name.

Options in this section:

[emc_para_grib1_2dig] gfs_gribA

GFS GRIB file

1 [emc_para_grib1_2dig]
2 gfs_gribA = {pgbma_tar}#pgbq{fahr:02d}.gfs.{aYMDH}

Defined in File parm/hwrf_input.conf

[emc_para_grib1_2dig] gdas1_gribA

GDAS GRIB file

1 [emc_para_grib1_2dig]
2 gdas1_gribA = {gdas_tar}#pgbq{fahr:02d}.gdas.{aYMDH}

Defined in File parm/hwrf_input.conf

Section [emc_para_grib2]

File naming for GRIB files seen in some 2014 GFS parallel archvies. See hwrf.input.InputSource for details.

Options in this section:

[emc_para_grib2] gfs_gribA

GFS GRiB file

1 [emc_para_grib2]
2 gfs_gribA = {pgbma_tar}#pgrbq{fahr:03d}.gfs.{aYMDH}.grib2

Defined in File parm/hwrf_input.conf

[emc_para_grib2] gdas1_gribA

GDAS GRIB file

1 [emc_para_grib2]
2 gdas1_gribA = {gdas_tar}#pgbq{fahr:02d}.gdas.{aYMDH}.grib2

Defined in File parm/hwrf_input.conf

Section [emc_para_grib2_master]

Options in this section:

[emc_para_grib2_master] gfs_gribA

GFS 0.25 grib2 files

1 [emc_para_grib2_master]
2 gfs_gribA = gfs.t{aHH}z.master.grb2f{fahr:02d}

Defined in File parm/hwrf_input.conf

[emc_para_grib2_master] gdas1_gribA

1 [emc_para_grib2_master]
2 gdas1_gribA = gdas1.t{aHH}z.master.grb2f{fahr:02d}

Defined in File parm/hwrf_input.conf

Section [emc_para_grib2_pgbq]

File naming for GRIB files in some 2014 GFS parallel archives, where the GRIB data was in GRIB2, with a "q" added to the name.

Options in this section:

[emc_para_grib2_pgbq] gfs_gribA

GFS GRIB file

1 [emc_para_grib2_pgbq]
2 gfs_gribA = {pgbma_tar}#pgbq{fahr:02d}.gfs.{aYMDH}.grib2

Defined in File parm/hwrf_input.conf

[emc_para_grib2_pgbq] gdas1_gribA

GDAS GRIB file

1 [emc_para_grib2_pgbq]
2 gdas1_gribA = {gdas_tar}#pgbq{fahr:02d}.gdas.{aYMDH}.grib2

Defined in File parm/hwrf_input.conf

Section [emc_para_naming]

File naming for a small subset of files found in some 2014 GFS parallel archives. See hwrf.input.InputSource for details.

Options in this section:

[emc_para_naming] gfs_sf

GFS spectral forecast file.

1 [emc_para_naming]
2 gfs_sf = {sigfa_tar}#sigf{fahr:02d}.gfs.{aYMDH}

Defined in File parm/hwrf_input.conf

[emc_para_naming] gfs_sfcanl

GFS surface analysis file

1 [emc_para_naming]
2 gfs_sfcanl = {gfs_tar}#sfcanl.gfs.{aYMDH}

Defined in File parm/hwrf_input.conf

[emc_para_naming] gfs_sanl

GFS time 0 analysis file

1 [emc_para_naming]
2 gfs_sanl = {gfs_tar}#siganl.gfs.{aYMDH}

Defined in File parm/hwrf_input.conf

[emc_para_naming] tcvitals_tm00

GFS time 0 analysis file

1 [emc_para_naming]
2 tcvitals_tm00 = {pgbma_tar}#tcvitals_relocate.gfs.{aYMDH}

Defined in File parm/hwrf_input.conf

[emc_para_naming] gfs_prepbufr_rst

GFS restricted prepbufr file

1 [emc_para_naming]
2 gfs_prepbufr_rst = {gfs_tar}#prepqc.gfs.{aYMDH}

Defined in File parm/hwrf_input.conf

[emc_para_naming] enkf_sfg

GFS ENKF forecast file

1 [emc_para_naming]
2 enkf_sfg = {enkf_fcs06_tar}#sfg_{aYMDH}_fhr06s_mem{enkfmem:03d}

Defined in File parm/hwrf_input.conf

[emc_para_naming] enkf_siganl

GFS ENKF analysis file

1 [emc_para_naming]
2 enkf_siganl = {enkf_anl_tar}#siganl_{aYMDH}_mem{enkfmem:03d}

Defined in File parm/hwrf_input.conf

[emc_para_naming] gdas1_abias

GDAS abias bias correction file

1 [emc_para_naming]
2 gdas1_abias = {gdas_tar}#sigf{fahr:02d}.gdas.{aYMDH}

Defined in File parm/hwrf_input.conf

[emc_para_naming] gdas1_sf

GDAS spectral forecast file

1 [emc_para_naming]
2 gdas1_sf = {gdas_tar}#sigf{fahr:02d}.gdas.{aYMDH}

Defined in File parm/hwrf_input.conf

[emc_para_naming] gdas1_biascr

GDAS bias correction file

1 [emc_para_naming]
2 gdas1_biascr = {gdas_tar}#biascr.gdas.{aYMDH}

Defined in File parm/hwrf_input.conf

[emc_para_naming] gdas1_biascr_pc

GDAS bias correction pc file

1 [emc_para_naming]
2 gdas1_biascr_pc = {gdas_tar}#biascr_pc.gdas.{aYMDH}

Defined in File parm/hwrf_input.conf

Section [emc_para_naming_2016]

File naming for GRIB files seen in some 2014 GFS parallel archvies. See hwrf.input.InputSource for details.

Options in this section:

[emc_para_naming_2016] gfs_sf

GFS spectral forecast file.

1 [emc_para_naming_2016]
2 gfs_sf = {sigfa_tar}#sigf{fahr:02d}.gfs.{aYMDH}

Defined in File parm/hwrf_input.conf

[emc_para_naming_2016] gfs_sfcanl

GFS surface analysis file

1 [emc_para_naming_2016]
2 gfs_sfcanl = {gfs_tar}#sfcanl.gfs.{aYMDH}

Defined in File parm/hwrf_input.conf

[emc_para_naming_2016] gfs_sanl

GFS time 0 analysis file

1 [emc_para_naming_2016]
2 gfs_sanl = {gfs_tar}#siganl.gfs.{aYMDH}

Defined in File parm/hwrf_input.conf

[emc_para_naming_2016] tcvitals_tm00

GFS time 0 analysis file

1 [emc_para_naming_2016]
2 tcvitals_tm00 = {pgbma_tar}#tcvitals_relocate.gfs.{aYMDH}

Defined in File parm/hwrf_input.conf

[emc_para_naming_2016] gfs_prepbufr_rst

prepbufr data, restricted, WCOSS only

1 [emc_para_naming_2016]
2 gfs_prepbufr_rst = {gfs_tar}#prepqc.gfs.{aYMDH}

Defined in File parm/hwrf_input.conf

[emc_para_naming_2016] gfs_bufr

1 [emc_para_naming_2016]
2 gfs_bufr = com_gfs_prod_gfs.{aYMDH}.anl.tar#./gfs.t{aHH}z.{obstype}.tm00.bufr_d

Defined in File parm/hwrf_input.conf

[emc_para_naming_2016] enkf_sfg

GFS ENKF forecast file enkf_sfg = {enkf_fcs06_tar}#sfg_{aYMDH}_fhr06s_mem{enkfmem:03d}

1 [emc_para_naming_2016]
2 enkf_sfg = {enkf_fcs06_tar}#sfg_{aYMDH}_fhr06s_mem{enkfmem:03d}

Defined in File parm/hwrf_input.conf

[emc_para_naming_2016] enkf_siganl

GFS ENKF analysis file

1 [emc_para_naming_2016]
2 enkf_siganl = {enkf_anl_tar}#siganl_{aYMDH}_mem{enkfmem:03d}

Defined in File parm/hwrf_input.conf

[emc_para_naming_2016] gdas1_abias

GDAS abias bias correction file

1 [emc_para_naming_2016]
2 gdas1_abias = {gdas_tar}#sigf{fahr:02d}.gdas.{aYMDH}

Defined in File parm/hwrf_input.conf

[emc_para_naming_2016] gdas1_sf

GDAS spectral forecast file

1 [emc_para_naming_2016]
2 gdas1_sf = {gdas_tar}#sigf{fahr:02d}.gdas.{aYMDH}

Defined in File parm/hwrf_input.conf

[emc_para_naming_2016] gdas1_biascr

GDAS bias correction file

1 [emc_para_naming_2016]
2 gdas1_biascr = {gdas_tar}#biascr.gdas.{aYMDH}

Defined in File parm/hwrf_input.conf

[emc_para_naming_2016] gdas1_biascr_pc

GDAS bias correction pc file

1 [emc_para_naming_2016]
2 gdas1_biascr_pc = {gdas_tar}#biascr_pc.gdas.{aYMDH}

Defined in File parm/hwrf_input.conf

[emc_para_naming_2016] gfdl_loop

Loop current

1 [emc_para_naming_2016]
2 gfdl_loop = hwrf_gfdl_loop_current_rmy5.dat.{aYMD}

Defined in File parm/hwrf_input.conf

[emc_para_naming_2016] gfdl_wc_ring

Loop current wc_ring file

1 [emc_para_naming_2016]
2 gfdl_wc_ring = hwrf_gfdl_loop_current_wc_ring_rmy5.dat.{aYMD}

Defined in File parm/hwrf_input.conf

[emc_para_naming_2016] gdas1_bufr

GDAS bufr data

1 [emc_para_naming_2016]
2 gdas1_bufr = gdas1.t{aHH}z.{obstype}.tm00.bufr_d

Defined in File parm/hwrf_input.conf

Section [emc_para_naming_2016_online]

Options in this section:

[emc_para_naming_2016_online] gfs_sf

1 [emc_para_naming_2016_online]
2 gfs_sf = gfs.t{aHH}z.sf{fahr:02d}

Defined in File parm/hwrf_input.conf

[emc_para_naming_2016_online] gfs_sfcanl

GFS surface analysis file

1 [emc_para_naming_2016_online]
2 gfs_sfcanl = gfs.t{aHH}z.sfcanl

Defined in File parm/hwrf_input.conf

[emc_para_naming_2016_online] gfs_sanl

GFS time 0 analysis file

1 [emc_para_naming_2016_online]
2 gfs_sanl = gfs.t{aHH}z.sanl

Defined in File parm/hwrf_input.conf

[emc_para_naming_2016_online] tcvitals_tm00

GFS time 0 analysis file

1 [emc_para_naming_2016_online]
2 tcvitals_tm00 = gfs.t{aHH}z.tcvitals.relocate.tm00

Defined in File parm/hwrf_input.conf

[emc_para_naming_2016_online] gfs_prepbufr_rst

GFS restricted prepbufr file

1 [emc_para_naming_2016_online]
2 gfs_prepbufr_rst = gfs.t{aHH}z.prepbufr

Defined in File parm/hwrf_input.conf

[emc_para_naming_2016_online] gfs_bufr

GFS bufr files

1 [emc_para_naming_2016_online]
2 gfs_bufr = gfs.t{aHH}z.{obstype}.tm00.bufr_d

Defined in File parm/hwrf_input.conf

[emc_para_naming_2016_online] enkf_sfg

GFS ENKF forecast file enkf_sfg = {enkf_fcs06_tar}#sfg_{aYMDH}_fhr06s_mem{enkfmem:03d}

1 [emc_para_naming_2016_online]
2 enkf_sfg = sfg_{aYMDH}_fhr06s_mem{enkfmem:03d}

Defined in File parm/hwrf_input.conf

[emc_para_naming_2016_online] enkf_siganl

GFS ENKF analysis file

1 [emc_para_naming_2016_online]
2 enkf_siganl = siganl_{aYMDH}_mem{enkfmem:03d}

Defined in File parm/hwrf_input.conf

[emc_para_naming_2016_online] gdas1_abias

GDAS abias bias correction file

1 [emc_para_naming_2016_online]
2 gdas1_abias = gdas1.t{aHH}z.abias

Defined in File parm/hwrf_input.conf

[emc_para_naming_2016_online] gdas1_sf

GDAS spectral forecast file

1 [emc_para_naming_2016_online]
2 gdas1_sf = gdas1.t{aHH}z.sf{fahr:02d}

Defined in File parm/hwrf_input.conf

[emc_para_naming_2016_online] gdas1_biascr

GDAS bias correction file

1 [emc_para_naming_2016_online]
2 gdas1_biascr = gdas1.t{aHH}z.abias

Defined in File parm/hwrf_input.conf

[emc_para_naming_2016_online] gdas1_biascr_pc

GDAS bias correction pc file

1 [emc_para_naming_2016_online]
2 gdas1_biascr_pc = gdas1.t{aHH}z.abias_pc

Defined in File parm/hwrf_input.conf

[emc_para_naming_2016_online] gfdl_loop

Loop current

1 [emc_para_naming_2016_online]
2 gfdl_loop = hwrf_gfdl_loop_current_rmy5.dat.{aYMD}

Defined in File parm/hwrf_input.conf

[emc_para_naming_2016_online] gfdl_wc_ring

Loop current wc_ring file

1 [emc_para_naming_2016_online]
2 gfdl_wc_ring = hwrf_gfdl_loop_current_wc_ring_rmy5.dat.{aYMD}

Defined in File parm/hwrf_input.conf

[emc_para_naming_2016_online] gdas1_bufr

GDAS bufr data

1 [emc_para_naming_2016_online]
2 gdas1_bufr = gdas1.t{aHH}z.{obstype}.tm00.bufr_d

Defined in File parm/hwrf_input.conf

Section [emc_prod_naming_grib]

2014 retrospective GFS files, including GRIB

This section is @inc included by later sections. It contains the 2015 production naming convention of of various files within the GFS, GDAS or ENKF, including the GRIB1 and GRIB2 files:

Options in this section:

[emc_prod_naming_grib] gfs_sfcanl

GFS surface analysis file

1 [emc_prod_naming_grib]
2 gfs_sfcanl = {gfs_tar}#./gfs.t{aHH}z.sfcanl

Defined in File parm/hwrf_input.conf

[emc_prod_naming_grib] gfs_sanl

GFS analysis spectral files

1 [emc_prod_naming_grib]
2 gfs_sanl = {gfs_tar}#./gfs.t{aHH}z.sanl

Defined in File parm/hwrf_input.conf

[emc_prod_naming_grib] gfs_bufr

GFS bufr files

1 [emc_prod_naming_grib]
2 gfs_bufr = {gfs_tar}#./gfs.t{aHH}z.{obstype}.tm00.bufr_d

Defined in File parm/hwrf_input.conf

[emc_prod_naming_grib] gfs_abias

GFS bias correction files

1 [emc_prod_naming_grib]
2 gfs_abias = {gfs_tar}#./gfs.t{aHH}z.abias

Defined in File parm/hwrf_input.conf

[emc_prod_naming_grib] gfs_satang

GFS satellite angle files

1 [emc_prod_naming_grib]
2 gfs_satang = {gfs_tar}#./gfs.t{aHH}z.satang

Defined in File parm/hwrf_input.conf

[emc_prod_naming_grib] tcvitals_tm00

GFS time 0 tcvitals files

1 [emc_prod_naming_grib]
2 tcvitals_tm00 = {gfs_tar}#./gfs.t{aHH}z.syndata.tcvitals.tm00

Defined in File parm/hwrf_input.conf

[emc_prod_naming_grib] gfs_prepbufr_rst

GFS prepbufr restricted files

1 [emc_prod_naming_grib]
2 gfs_prepbufr_rst = {gfs_tar}#./gfs.t{aHH}z.prepbufr

Defined in File parm/hwrf_input.conf

[emc_prod_naming_grib] gfs_prepbufr_nr

GFS prepbufr non-restricted files

1 [emc_prod_naming_grib]
2 gfs_prepbufr_nr = {gfs_tar}#./gfs.t{aHH}z.prepbufr.nr

Defined in File parm/hwrf_input.conf

[emc_prod_naming_grib] enkf_sfg

GFS ENKF spectral forecast files

1 [emc_prod_naming_grib]
2 enkf_sfg = {enkf_fcs06_tar}#./sfg_{aYMDH}_fhr{fahr:02d}s_mem{enkfmem:03d}

Defined in File parm/hwrf_input.conf

[emc_prod_naming_grib] enkf_siganl

GFS ENKF spectral analysis files

1 [emc_prod_naming_grib]
2 enkf_siganl = {enkf_anl_tar}#./siganl_{aYMDH}_mem{enkfmem:03d}

Defined in File parm/hwrf_input.conf

[emc_prod_naming_grib] gdasr_abias

Relocated GDAS bias correction files

1 [emc_prod_naming_grib]
2 gdasr_abias = {gdas_tar}#./gdas1.t{aHH}z.abias

Defined in File parm/hwrf_input.conf

[emc_prod_naming_grib] gdasr_satang

Relocated GDAS satellite angle files

1 [emc_prod_naming_grib]
2 gdasr_satang = {gdas_tar}#./gdas1.t{aHH}z.satang

Defined in File parm/hwrf_input.conf

[emc_prod_naming_grib] gdasr_sf

Relocated GDAS spectral forecast files

1 [emc_prod_naming_grib]
2 gdasr_sf = {gdas_tar}#./gdas1.t{aHH}z.sf{fahr:02d}

Defined in File parm/hwrf_input.conf

[emc_prod_naming_grib] gdas1_biascr

Relocated GDAS bias correction files

1 [emc_prod_naming_grib]
2 gdas1_biascr = {gdas_tar}#./gdas1.t{aHH}z.abias

Defined in File parm/hwrf_input.conf

[emc_prod_naming_grib] gdas1_biascr_pc

Relocated GDAS bias correction pc files

1 [emc_prod_naming_grib]
2 gdas1_biascr_pc = {gdas_tar}#./gdas1.t{aHH}z.abias_pc

Defined in File parm/hwrf_input.conf

[emc_prod_naming_grib] gdas1_bufr

GDAS bufr files

1 [emc_prod_naming_grib]
2 gdas1_bufr = {gdas_tar}#./gdas1.t{aHH}z.{obstype}.tm00.bufr_d

Defined in File parm/hwrf_input.conf

[emc_prod_naming_grib] gdas1_abias

GDAS abias bias correction files

1 [emc_prod_naming_grib]
2 gdas1_abias = {gdas_tar}#./gdas1.t{aHH}z.abias

Defined in File parm/hwrf_input.conf

[emc_prod_naming_grib] gdas1_satang

GDAS satellite angle files

1 [emc_prod_naming_grib]
2 gdas1_satang = {gdas_tar}#./gdas1.t{aHH}z.satang

Defined in File parm/hwrf_input.conf

[emc_prod_naming_grib] gdas1_sf

GDAS spectral forecast file

1 [emc_prod_naming_grib]
2 gdas1_sf = {gdas_tar}#./gdas1.t{aHH}z.sf{fahr:02d}

Defined in File parm/hwrf_input.conf

[emc_prod_naming_grib] gfs_gribA

GFS standard level GRIB file

1 [emc_prod_naming_grib]
2 gfs_gribA = {pgbma_tar}#./gfs.t{aHH}z.pgrb2.0p25.f{fahr:03d}

Defined in File parm/hwrf_input.conf

[emc_prod_naming_grib] gfs_gribB

GFS "in-between" level GRIB file

1 [emc_prod_naming_grib]
2 gfs_gribB = {pgbma_tar}#./gfs.t{aHH}z.pgrb2b.0p25.f{fahr:03d}

Defined in File parm/hwrf_input.conf

[emc_prod_naming_grib] gdas1_gribA

GDAS standard level GRIB file

1 [emc_prod_naming_grib]
2 gdas1_gribA = {gdas_tar}#./gdas1.t{aHH}z.pgrb2.0p25.f{fahr:03d}

Defined in File parm/hwrf_input.conf

[emc_prod_naming_grib] gdas1_gribB

GDAS "in-between" level GRIB file

1 [emc_prod_naming_grib]
2 gdas1_gribB = {gdas_tar}#./gdas1.t{aHH}z.pgrb2b.0p25.f{fahr:03d}

Defined in File parm/hwrf_input.conf

Section [emc_prod_naming_sp]

2014 GFS retrospective file naming.

This section is @inc included by later sections. It contains the 2015 production naming convention of of various files within the GFS, GDAS or ENKF, minus the GRIB1 and GRIB2 files. See hwrf.input.InputSource for details.

Options in this section:

[emc_prod_naming_sp] gfs_sf

GFS spectral forecast files

1 [emc_prod_naming_sp]
2 gfs_sf = {sigfa_tar}#./gfs.t{aHH}z.sf{fahr:02d}

Defined in File parm/hwrf_input.conf

[emc_prod_naming_sp] gfs_sfcanl

GFS surface analysis file

1 [emc_prod_naming_sp]
2 gfs_sfcanl = {gfs_tar}#./gfs.t{aHH}z.sfcanl

Defined in File parm/hwrf_input.conf

[emc_prod_naming_sp] gfs_bufr

GFS bufr files

1 [emc_prod_naming_sp]
2 gfs_bufr = {gfs_tar}#./gfs.t{aHH}z.{obstype}.tm00.bufr_d

Defined in File parm/hwrf_input.conf

[emc_prod_naming_sp] gfs_abias

GFS abias bias correction files

1 [emc_prod_naming_sp]
2 gfs_abias = {gfs_tar}#./gfs.t{aHH}z.abias

Defined in File parm/hwrf_input.conf

[emc_prod_naming_sp] gfs_satang

GFS satellite angle files

1 [emc_prod_naming_sp]
2 gfs_satang = {gfs_tar}#./gfs.t{aHH}z.satang

Defined in File parm/hwrf_input.conf

[emc_prod_naming_sp] tcvitals_tm00

GFS time 0 tcvitals files

1 [emc_prod_naming_sp]
2 tcvitals_tm00 = {gfs_tar}#./gfs.t{aHH}z.syndata.tcvitals.tm00

Defined in File parm/hwrf_input.conf

[emc_prod_naming_sp] gfs_prepbufr_rst

GFS restricted prepbufr files

1 [emc_prod_naming_sp]
2 gfs_prepbufr_rst = {gfs_tar}#./gfs.t{aHH}z.prepbufr

Defined in File parm/hwrf_input.conf

[emc_prod_naming_sp] gfs_prepbufr_nr

GFS non-restricted prepbufr files

1 [emc_prod_naming_sp]
2 gfs_prepbufr_nr = {gfs_tar}#./gfs.t{aHH}z.prepbufr.nr

Defined in File parm/hwrf_input.conf

[emc_prod_naming_sp] enkf_sfg

GFS ENKF spectral forecast files

1 [emc_prod_naming_sp]
2 enkf_sfg = {enkf_fcs06_tar}#./sfg_{aYMDH}_fhr{fahr:02d}s_mem{enkfmem:03d}

Defined in File parm/hwrf_input.conf

[emc_prod_naming_sp] enkf_siganl

GFS ENKF analysis files

1 [emc_prod_naming_sp]
2 enkf_siganl = {enkf_anl_tar}#./siganl_{aYMDH}_mem{enkfmem:03d}

Defined in File parm/hwrf_input.conf

[emc_prod_naming_sp] gdasr_abias

GDAS abias bias correction files.

1 [emc_prod_naming_sp]
2 gdasr_abias = {gdas_tar}#./gdas1.t{aHH}z.abias

Defined in File parm/hwrf_input.conf

[emc_prod_naming_sp] gdasr_satang

GDAS satellite angle files

1 [emc_prod_naming_sp]
2 gdasr_satang = {gdas_tar}#./gdas1.t{aHH}z.satang

Defined in File parm/hwrf_input.conf

[emc_prod_naming_sp] gdasr_sf

GDAS spectral forecast files

1 [emc_prod_naming_sp]
2 gdasr_sf = {gdas_tar}#./gdas1.t{aHH}z.sf{fahr:02d}

Defined in File parm/hwrf_input.conf

[emc_prod_naming_sp] gdas1_biascr

GDAS bias correction files

1 [emc_prod_naming_sp]
2 gdas1_biascr = {gdas_tar}#./gdas1.t{aHH}z.abias

Defined in File parm/hwrf_input.conf

[emc_prod_naming_sp] gdas1_biascr_pc

GDAS bias correction pc files

1 [emc_prod_naming_sp]
2 gdas1_biascr_pc = {gdas_tar}#./gdas1.t{aHH}z.abias_pc

Defined in File parm/hwrf_input.conf

[emc_prod_naming_sp] gdas1_bufr

GDAS bufr files

1 [emc_prod_naming_sp]
2 gdas1_bufr = {gdas_tar}#./gdas1.t{aHH}z.{obstype}.tm00.bufr_d

Defined in File parm/hwrf_input.conf

[emc_prod_naming_sp] gdas1_abias

GDAS bias correction files

1 [emc_prod_naming_sp]
2 gdas1_abias = {gdas_tar}#./gdas1.t{aHH}z.abias

Defined in File parm/hwrf_input.conf

[emc_prod_naming_sp] gdas1_satang

GDAS satellit eangle files

1 [emc_prod_naming_sp]
2 gdas1_satang = {gdas_tar}#./gdas1.t{aHH}z.satang

Defined in File parm/hwrf_input.conf

[emc_prod_naming_sp] gdas1_sf

GDAS spectral forecast files

1 [emc_prod_naming_sp]
2 gdas1_sf = {gdas_tar}#./gdas1.t{aHH}z.sf{fahr:02d}

Defined in File parm/hwrf_input.conf

Section [ensda_post]

Options in this section:

[ensda_post] control

Post control file

1 [ensda_post]
2 control = {PARMhwrf}/hwrf_cntrl.nonsat

Defined in File parm/hwrf.conf

Section [ensda_prep_hybrid]

Configures the prep_hybrid run for ENSDA

Options in this section:

[ensda_prep_hybrid] namelist

Name of the section used to make the prep_hybrid namelist

1 [ensda_prep_hybrid]
2 namelist = prep_hybrid_namelist

Defined in File parm/hwrf.conf

[ensda_prep_hybrid] dataset

Dataset for hwrf.input to find GFS ENKF files

1 [ensda_prep_hybrid]
2 dataset = enkf

Defined in File parm/hwrf.conf

[ensda_prep_hybrid] item

Item for hwrf.input to find GFS ENKF forecast files

1 [ensda_prep_hybrid]
2 item = enkf_sfg

Defined in File parm/hwrf.conf

[ensda_prep_hybrid] anl_item

Item for hwrf.input to find GFS ENKF analysis files

1 [ensda_prep_hybrid]
2 anl_item = enkf_siganl

Defined in File parm/hwrf.conf

[ensda_prep_hybrid] catalog

Catalog section for hwrf.input.DataCatalog

1 [ensda_prep_hybrid]
2 catalog = {input_catalog}

Defined in File parm/hwrf.conf

[ensda_prep_hybrid] threads

Number of threads when running hwrf_prep

1 [ensda_prep_hybrid]
2 threads = 8

Defined in File parm/hwrf.conf

[ensda_prep_hybrid] MALLOC_CHECK_

1 [ensda_prep_hybrid]
2 MALLOC_CHECK_ = 1

Defined in File parm/system.conf.s4

Section [ensda_relocate]

Options in this section:

[ensda_relocate] initopt

1: relocation only (this is the only option for the ensemble)

1 [ensda_relocate]
2 initopt = 1

Defined in File parm/hwrf.conf

Section [ensda_runwrf]

Configures the WRF execution for the 6hr forecast

Options in this section:

[ensda_runwrf] simlen

Simulation length in seconds

1 [ensda_runwrf]
2 simlen = 21600

Defined in File parm/hwrf.conf

[ensda_runwrf] nproc_x

Number of processors in the X direction (-1 means auto)

1 [ensda_runwrf]
2 nproc_x = -1

Defined in File parm/hwrf.conf

[ensda_runwrf] nproc_y

Number of processors in the Y direction (-1 means auto)

1 [ensda_runwrf]
2 nproc_y = -1

Defined in File parm/hwrf.conf

[ensda_runwrf] nio_groups

Number of IO server groups

1 [ensda_runwrf]
2 nio_groups = 1

Defined in File parm/hwrf.conf

[ensda_runwrf] nio_tasks_per_group

Number of ranks per IO server group (0=disable)

1 [ensda_runwrf]
2 nio_tasks_per_group = 0

Defined in File parm/hwrf.conf

Section [ensda_wrfexe]

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.

Options in this section:

Inherits from the following sections:

[ensda_wrfexe] nio_groups

Disable I/O servers (groups=1, per group=0)

1 [ensda_wrfexe]
2 nio_groups = 1

Defined in File parm/system.conf.zeus

[ensda_wrfexe] nio_tasks_per_group

Disable I/O servers (groups=1, per group=0)

1 [ensda_wrfexe]
2 nio_tasks_per_group = 0,0,0

Defined in File parm/system.conf.zeus

[ensda_wrfexe] nproc_x

Init job WRF processor count in X direction (-1 = automatic)

1 [ensda_wrfexe]
2 nproc_x = -1

Defined in File parm/system.conf.zeus

[ensda_wrfexe] nproc_y

Init job WRF processor count in Y direction (-1 = automatic)

1 [ensda_wrfexe]
2 nproc_y = -1

Defined in File parm/system.conf.zeus

Section [ensdadom]

Configures the domain used for ENSDA, about 30x30 degrees.

Options in this section:

[ensdadom] ny

Domain X (rotated East) extent

1 [ensdadom]
2 ny = 702

Defined in File parm/hwrf.conf

[ensdadom] nx

Domain Y (rotated North) extent

1 [ensdadom]
2 nx = 350

Defined in File parm/hwrf.conf

[ensdadom] start

Domain initial location decision method

1 [ensdadom]
2 start = auto

How to decide the domain initial location:

Defined in File parm/hwrf.conf

[ensdadom] parent_grid_ratio

Parent-nest resolution ratio. Must be 3

1 [ensdadom]
2 parent_grid_ratio = 3

Defined in File parm/hwrf.conf

[ensdadom] namelist

List of sections for setting per-domain options for this domain.

1 [ensdadom]
2 namelist = namelist_outer,namelist_ghost

Defined in File parm/hwrf.conf

Section [ensdawrf]

Options in this section:

[ensdawrf] minsize

1 [ensdawrf]
2 minsize = 10000

Defined in File parm/system.conf.wcossluna

[ensdawrf] minage

1 [ensdawrf]
2 minage = 20

Defined in File parm/system.conf.wcossluna

Section [enswrf]

Configures the execution of the 6 hour ENSDA forecast

Options in this section:

[enswrf] namelist

The section for setting up the WRF namelist

1 [enswrf]
2 namelist = wrf

Defined in File parm/hwrf.conf

Section [exe]

Executable program locations

Options in this section:

[exe] wgrib2

wgrib2 GRIB2 indexing and manipulation program

1 [exe]
2 wgrib2 = {utilexec}/wgrib2

Defined in File parm/hwrf.conf

[exe] wgrib

wgrib GRIB1 indexing and manipulation program

1 [exe]
2 wgrib = {utilexec}/wgrib

Defined in File parm/hwrf.conf

[exe] cnvgrib

cnvgrib GRIB1/2 conversion program

1 [exe]
2 cnvgrib = {utilexec}/cnvgrib

Defined in File parm/hwrf.conf

[exe] grbindex

GRIB1 binary index generation program

1 [exe]
2 grbindex = {utilexec}/grbindex

Defined in File parm/hwrf.conf

[exe] mpiserial

Executes serial programs via MPI

1 [exe]
2 mpiserial = {utilexec}/mpiserial

Defined in File parm/hwrf.conf

[exe] tar

GNU Tar

1 [exe]
2 tar = tar

Defined in File parm/hwrf.conf

[exe] htar

HTAR tape archiving program

1 [exe]
2 htar = htar

Defined in File parm/hwrf.conf

[exe] hsi

hsi tape manipulation program

1 [exe]
2 hsi = hsi

Defined in File parm/hwrf.conf

[exe] hwrf_get_rtofs

1 [exe]
2 hwrf_get_rtofs = {EXEChwrf}/hwrf_get_rtofs

Defined in File parm/hwrf.conf

[exe] ww3_grid

1 [exe]
2 ww3_grid = {EXEChwrf}/hwrf_ww3_grid

Defined in File parm/hwrf.conf

[exe] ww3_strt

1 [exe]
2 ww3_strt = {EXEChwrf}/hwrf_ww3_strt

Defined in File parm/hwrf.conf

[exe] ww3_prep

1 [exe]
2 ww3_prep = {EXEChwrf}/hwrf_ww3_prep

Defined in File parm/hwrf.conf

[exe] ww3_outf

1 [exe]
2 ww3_outf = {EXEChwrf}/hwrf_ww3_outf

Defined in File parm/hwrf.conf

[exe] ww3_outp

1 [exe]
2 ww3_outp = {EXEChwrf}/hwrf_ww3_outp

Defined in File parm/hwrf.conf

[exe] ww3_trck

1 [exe]
2 ww3_trck = {EXEChwrf}/hwrf_ww3_trck

Defined in File parm/hwrf.conf

[exe] ww3_grib

1 [exe]
2 ww3_grib = {EXEChwrf}/hwrf_ww3_grib

Defined in File parm/hwrf.conf

[exe] ww3_gspl

1 [exe]
2 ww3_gspl = {EXEChwrf}/hwrf_ww3_gspl

Defined in File parm/hwrf.conf

[exe] ww3_gint

1 [exe]
2 ww3_gint = {EXEChwrf}/hwrf_ww3_gint

Defined in File parm/hwrf.conf

[exe] gx_outf

1 [exe]
2 gx_outf = {EXEChwrf}/hwrf_gx_outf

Defined in File parm/hwrf.conf

[exe] gx_outp

1 [exe]
2 gx_outp = {EXEChwrf}/hwrf_gx_outp

Defined in File parm/hwrf.conf

[exe] ww3_systrk

1 [exe]
2 ww3_systrk = {EXEChwrf}/hwrf_ww3_systrk

Defined in File parm/hwrf.conf

[exe] ww3_bound

1 [exe]
2 ww3_bound = {EXEChwrf}/hwrf_ww3_bound

Defined in File parm/hwrf.conf

[exe] ww3_shel

1 [exe]
2 ww3_shel = {EXEChwrf}/hwrf_ww3_shel

Defined in File parm/hwrf.conf

[exe] ww3_multi

1 [exe]
2 ww3_multi = {EXEChwrf}/hwrf_ww3_multi

Defined in File parm/hwrf.conf

[exe] ww3_sbs1

1 [exe]
2 ww3_sbs1 = {EXEChwrf}/hwrf_ww3_sbs1

Defined in File parm/hwrf.conf

[exe] ww3_prnc

1 [exe]
2 ww3_prnc = {EXEChwrf}/hwrf_ww3_prnc

Defined in File parm/hwrf.conf

[exe] ww3_ounf

1 [exe]
2 ww3_ounf = {EXEChwrf}/hwrf_ww3_ounf

Defined in File parm/hwrf.conf

[exe] ww3_ounp

1 [exe]
2 ww3_ounp = {EXEChwrf}/hwrf_ww3_ounp

Defined in File parm/hwrf.conf

[exe] ww3_bounc

1 [exe]
2 ww3_bounc = {EXEChwrf}/hwrf_ww3_bounc

Defined in File parm/hwrf.conf

[exe] gsi

GSI data assimilation

1 [exe]
2 gsi = {EXEChwrf}/hwrf_gsi

Defined in File parm/hwrf.conf

[exe] post

Unified Post Processor

1 [exe]
2 post = {EXEChwrf}/hwrf_post

Defined in File parm/hwrf.conf

[exe] copygb

Copygb with bug fixes for E grid

1 [exe]
2 copygb = {EXEChwrf}/hwrf_egrid2latlon

Defined in File parm/hwrf.conf

[exe] tave

Tracker TAVE pre-processor

1 [exe]
2 tave = {EXEChwrf}/hwrf_tave

Defined in File parm/hwrf.conf

[exe] vint

Tracker VINT pre-processor

1 [exe]
2 vint = {EXEChwrf}/hwrf_vint

Defined in File parm/hwrf.conf

[exe] gettrk

GFDL Vortex Tracker

1 [exe]
2 gettrk = {EXEChwrf}/hwrf_unified_tracker

Defined in File parm/hwrf.conf

[exe] hwrf_nhc_products

hwrf_nhc_products special product generator

1 [exe]
2 hwrf_nhc_products = {EXEChwrf}/hwrf_nhc_products

Defined in File parm/hwrf.conf

[exe] hwrf_prep

HWRF spectral to grid transformation program

1 [exe]
2 hwrf_prep = {EXEChwrf}/hwrf_prep

Defined in File parm/hwrf.conf

[exe] real_nmm

WRF-NMM real case preparation program

1 [exe]
2 real_nmm = {EXEChwrf}/hwrf_real_nmm

Defined in File parm/hwrf.conf

[exe] swcorner_dynamic

sets i and j parent start in WRF namelists

1 [exe]
2 swcorner_dynamic = {EXEChwrf}/hwrf_swcorner_dynamic

Defined in File parm/hwrf.conf

[exe] wrf

WRF-NMM with HWRF mode

1 [exe]
2 wrf = {EXEChwrf}/hwrf_wrf

Defined in File parm/hwrf.conf

[exe] wrfout_newtime

Modifies WRF NetCDF file times

1 [exe]
2 wrfout_newtime = {EXEChwrf}/hwrf_wrfout_newtime

Defined in File parm/hwrf.conf

[exe] hwrf_metgrid_levels

Get the metgrid level info from a NetCDF metgrid file

1 [exe]
2 hwrf_metgrid_levels = {EXEChwrf}/hwrf_metgrid_levels

Defined in File parm/hwrf.conf

[exe] hwrf_ocean_fcst

POM 3D forecast program

1 [exe]
2 hwrf_ocean_fcst = {EXEChwrf}/hwrf_ocean_fcst

Defined in File parm/hwrf.conf

[exe] hwrf_ocean_init

POM 3D init program

1 [exe]
2 hwrf_ocean_init = {EXEChwrf}/hwrf_ocean_init

Defined in File parm/hwrf.conf

[exe] hwrf_ocean_pomprep_fb

POM FB prep

1 [exe]
2 hwrf_ocean_pomprep_fb = {EXEChwrf}/hwrf_ocean_pomprep_fb

Defined in File parm/hwrf.conf

[exe] hwrf_ocean_pomprep_g3

POM G3 prep

1 [exe]
2 hwrf_ocean_pomprep_g3 = {EXEChwrf}/hwrf_ocean_pomprep_g3

Defined in File parm/hwrf.conf

[exe] hwrf_ocean_pomprep_id

POM ID prep

1 [exe]
2 hwrf_ocean_pomprep_id = {EXEChwrf}/hwrf_ocean_pomprep_id

Defined in File parm/hwrf.conf

[exe] hwrf_ocean_pomprep_na

POM NA prep

1 [exe]
2 hwrf_ocean_pomprep_na = {EXEChwrf}/hwrf_ocean_pomprep_na

Defined in File parm/hwrf.conf

[exe] hwrf_ocean_transatl06prep

pom trans-atlantic prep

1 [exe]
2 hwrf_ocean_transatl06prep = {EXEChwrf}/hwrf_ocean_transatl06prep

Defined in File parm/hwrf.conf

[exe] hwrf_getsst

Obtains GFS SST for POM

1 [exe]
2 hwrf_getsst = {EXEChwrf}/hwrf_getsst

Defined in File parm/hwrf.conf

[exe] hwrf_sharp_mcs_rf_l2m_rmy5

POM loop current feature initialization

1 [exe]
2 hwrf_sharp_mcs_rf_l2m_rmy5 = {EXEChwrf}/hwrf_sharp_mcs_rf_l2m_rmy5

Defined in File parm/hwrf.conf

[exe] hwrf_wm3c

NCEP Coupler

1 [exe]
2 hwrf_wm3c = {EXEChwrf}/hwrf_wm3c

Defined in File parm/hwrf.conf

[exe] hwrf_geogrid

WPS Geogrid program

1 [exe]
2 hwrf_geogrid = {EXEChwrf}/hwrf_geogrid

Defined in File parm/hwrf.conf

[exe] hwrf_ungrib

WPS Ungrib program

1 [exe]
2 hwrf_ungrib = {EXEChwrf}/hwrf_ungrib

Defined in File parm/hwrf.conf

[exe] hwrf_metgrid

WPS metgrid program

1 [exe]
2 hwrf_metgrid = {EXEChwrf}/hwrf_metgrid

Defined in File parm/hwrf.conf

[exe] hwrf_3dvar

Vortex get/paste program for NetCDF files

1 [exe]
2 hwrf_3dvar = {EXEChwrf}/hwrf_diffwrf_3dvar

Defined in File parm/hwrf.conf

[exe] hwrf_final_merge

Final Merge program for hwrf multistorm

1 [exe]
2 hwrf_final_merge = {EXEChwrf}/hwrf_final_merge

Defined in File parm/hwrf.conf

[exe] hwrf_bin_io

Vortex get/paste program for WRF binary files

1 [exe]
2 hwrf_bin_io = {EXEChwrf}/hwrf_bin_io

Defined in File parm/hwrf.conf

[exe] hwrf_merge_nest

Vortex relocation hwrf_merge_nest program

1 [exe]
2 hwrf_merge_nest = {EXEChwrf}/hwrf_merge_nest_4x_step12_3n

Defined in File parm/hwrf.conf

[exe] hwrf_merge_enkf

Ensemble domain merge_enkf program

1 [exe]
2 hwrf_merge_enkf = {EXEChwrf}/hwrf_merge_nest_4x_step12_enkf

Defined in File parm/hwrf.conf

[exe] hwrf_trk_guess

Vortex relocation trak_guess program

1 [exe]
2 hwrf_trk_guess = {EXEChwrf}/hwrf_create_trak_guess

Defined in File parm/hwrf.conf

[exe] hwrf_wrf_split

Vortex relocation hwrf_split program

1 [exe]
2 hwrf_wrf_split = {EXEChwrf}/hwrf_split1

Defined in File parm/hwrf.conf

[exe] hwrf_pert_ct

Vortex relocation pert_ct program

1 [exe]
2 hwrf_pert_ct = {EXEChwrf}/hwrf_pert_ct1

Defined in File parm/hwrf.conf

[exe] hwrf_create_nest

Vortex relocation create_nest_1x_10m program

1 [exe]
2 hwrf_create_nest = {EXEChwrf}/hwrf_create_nest_1x_10m

Defined in File parm/hwrf.conf

[exe] hwrf_create_trak_fnl

Vortex relocation create_trak_fnl program

1 [exe]
2 hwrf_create_trak_fnl = {EXEChwrf}/hwrf_create_trak_fnl

Defined in File parm/hwrf.conf

[exe] hwrf_anl_4x

Vortex relocation anl_4x program

1 [exe]
2 hwrf_anl_4x = {EXEChwrf}/hwrf_anl_4x_step2

Defined in File parm/hwrf.conf

[exe] hwrf_anl_cs

Vortex relocation anl_cs program

1 [exe]
2 hwrf_anl_cs = {EXEChwrf}/hwrf_anl_cs_10m

Defined in File parm/hwrf.conf

[exe] hwrf_anl_bogus

Vortex relocation anl_bogus program

1 [exe]
2 hwrf_anl_bogus = {EXEChwrf}/hwrf_anl_bogus_10m

Defined in File parm/hwrf.conf

[exe] hwrf_inter_2to1

Vortex relocation 2to1 interpolator

1 [exe]
2 hwrf_inter_2to1 = {EXEChwrf}/hwrf_inter_2to1

Defined in File parm/hwrf.conf

[exe] hwrf_inter_2to6

Vortex relocation 2to6 interpolator

1 [exe]
2 hwrf_inter_2to6 = {EXEChwrf}/hwrf_inter_2to6

Defined in File parm/hwrf.conf

[exe] hwrf_inter_2to2

Vortex relocation 2to2 interpolator

1 [exe]
2 hwrf_inter_2to2 = {EXEChwrf}/hwrf_inter_2to2

Defined in File parm/hwrf.conf

[exe] hwrf_inter_4to2

Vortex relocation 4to2 interpolator

1 [exe]
2 hwrf_inter_4to2 = {EXEChwrf}/hwrf_inter_4to2

Defined in File parm/hwrf.conf

[exe] hwrf_inter_4to6

Vortex relocation 4to6 interpolator

1 [exe]
2 hwrf_inter_4to6 = {EXEChwrf}/hwrf_inter_4to6

Defined in File parm/hwrf.conf

[exe] hwrf_blend_gsi

Vortex merge hwrf_blend_gsi program

1 [exe]
2 hwrf_blend_gsi = {EXEChwrf}/hwrf_blend_gsi

Defined in File parm/hwrf.conf

[exe] hwrf_readtdrstmid

TDR storm ID reader

1 [exe]
2 hwrf_readtdrstmid = {EXEChwrf}/hwrf_readtdrstmid

Defined in File parm/hwrf.conf

[exe] hwrf_readtdrtime

TDR time reader

1 [exe]
2 hwrf_readtdrtime = {EXEChwrf}/hwrf_readtdrtime

Defined in File parm/hwrf.conf

[exe] hwrf_readtdrtrigger

TDR trigger processor

1 [exe]
2 hwrf_readtdrtrigger = {EXEChwrf}/hwrf_readtdrtrigger

Defined in File parm/hwrf.conf

[exe] hwrf_rem_prepbufr_typ_in_circle

hwrf.bufrprep rem_prepbufr_typ_in_circle program

1 [exe]
2 hwrf_rem_prepbufr_typ_in_circle = {EXEChwrf}/hwrf_rem_prepbufr_typ_in_circle

Defined in File parm/hwrf.conf

[exe] hwrf_change_prepbufr_qm_in_circle

hwrf.bufrprep change_prepbufr_qm_in_circle program

1 [exe]
2 hwrf_change_prepbufr_qm_in_circle = {EXEChwrf}/hwrf_change_prepbufr_qm_in_circle

Defined in File parm/hwrf.conf

[exe] hwrf_change_prepbufr_qm_typ

hwrf.bufrprep change_prepbufr_qm_typ program

1 [exe]
2 hwrf_change_prepbufr_qm_typ = {EXEChwrf}/hwrf_change_prepbufr_qm_typ

Defined in File parm/hwrf.conf

[exe] hur_output_email

Unused.

1 [exe]
2 hur_output_email = {USHhwrf}/hur_output_email.sh

Defined in File parm/system.conf.nco

Section [fgat]

Configures the hwrf_expt.fgat_init.

Options in this section:

[fgat] ibdystep

Boundary conditon step:

1 [fgat]
2 ibdystep = 10800

Defined in File parm/hwrf.conf

[fgat] FGATSTR

FGAT starting hour

1 [fgat]
2 FGATSTR = -3

Defined in File parm/hwrf.conf

[fgat] FGATINV

Step in hours between the FGAT hours

1 [fgat]
2 FGATINV = 3

Defined in File parm/hwrf.conf

[fgat] FGATEND

FGAT end hour

1 [fgat]
2 FGATEND = 3

Defined in File parm/hwrf.conf

[fgat] geogrid

section to configure hwrf.wps.Geogrid

1 [fgat]
2 geogrid = geogrid

Defined in File parm/hwrf.conf

[fgat] metgrid

section to configure hwrf.wps.Metgrid

1 [fgat]
2 metgrid = metgrid

Defined in File parm/hwrf.conf

[fgat] realinit

section to configure hwrf.fcsttask.RealNMM for init-length runs

1 [fgat]
2 realinit = wrfexe

Defined in File parm/hwrf.conf

[fgat] realfcst

section to configure hwrf.fcsttask.RealNMM for forecast-length runs

1 [fgat]
2 realfcst = wrfexe

Defined in File parm/hwrf.conf

[fgat] wrfanl

section to configure hwrf.fcsttask.WRFAnl or hwrf.fcsttask.WRFAnl4Trak

1 [fgat]
2 wrfanl = wrfexe

Defined in File parm/hwrf.conf

[fgat] wrfghost

section to configure hwrf.fcsttask.WRFGhost or hwrf.fcsttask.WRFGhostForPost

1 [fgat]
2 wrfghost = wrfexe

Defined in File parm/hwrf.conf

[fgat] post

section to configure the post for finding the parent model vortex

1 [fgat]
2 post = nonsatpost

Defined in File parm/hwrf.conf

[fgat] regribber

section to configure the regribber for finding the parent model vortex

1 [fgat]
2 regribber = regribber

Defined in File parm/hwrf.conf

[fgat] tracker

section to configure the tracker for finding the parent model vortex

1 [fgat]
2 tracker = tracker

Defined in File parm/hwrf.conf

[fgat] ungrib

section to configure hwrf.wps.Ungrib

1 [fgat]
2 ungrib = fgat_ungrib

Defined in File parm/hwrf.conf

[fgat] prep_hybrid

section to configure hwrf.prep.PrepHybrid

1 [fgat]
2 prep_hybrid = fgat_prep_hybrid

Defined in File parm/hwrf.conf

Section [fgat_prep_hybrid]

Configures the prep_hybrid program for the FGAT case.

Options in this section:

[fgat_prep_hybrid] dataset

The dataset name for hwrf.input

1 [fgat_prep_hybrid]
2 dataset = gdas

Defined in File parm/hwrf.conf

[fgat_prep_hybrid] item

The item name for hwrf.input

1 [fgat_prep_hybrid]
2 item = gdas1_sf

Defined in File parm/hwrf.conf

[fgat_prep_hybrid] namelist

Use this section for generating the namelist

1 [fgat_prep_hybrid]
2 namelist = prep_hybrid_namelist

Defined in File parm/hwrf.conf

[fgat_prep_hybrid] MALLOC_CHECK_

1 [fgat_prep_hybrid]
2 MALLOC_CHECK_ = 1

Defined in File parm/system.conf.s4

Section [fgat_ungrib]

Configures hwrf.wps.Ungrib for the FGAT case.

Options in this section:

[fgat_ungrib] item2_optional

Is the second GRIB file type optional?

1 [fgat_ungrib]
2 item2_optional = yes

Defined in File parm/hwrf.conf

[fgat_ungrib] item

item (grib file type) for the hwrf.input

1 [fgat_ungrib]
2 item = gdas1_gribA

Defined in File parm/hwrf.conf

[fgat_ungrib] item2

There is no "B" file for GDAS:

Defined in File parm/hwrf.conf

[fgat_ungrib] namelist

Section that defines the WPS namelist

1 [fgat_ungrib]
2 namelist = wps_namelist

Defined in File parm/hwrf.conf

[fgat_ungrib] dataset

Dataset for hwrf.input to find files

1 [fgat_ungrib]
2 dataset = gdas1

Defined in File parm/hwrf.conf

Section [forecast_products]

Configure forecast output products

Configures output of the forecast, post, tracker, and other forecast and post-processing tasks. This configures both delivery to COM and the direct output of the programs. See the hwrf.hwrfsystem for details on most of these options.

Options in this section:

[forecast_products] ww3_output_step

Seconds between WW3 main output file times

1 [forecast_products]
2 ww3_output_step = 10800

Defined in File parm/hwrf.conf

[forecast_products] ww3_restart_step

Seconds between WW3 restart file times

1 [forecast_products]
2 ww3_restart_step = 21600

Defined in File parm/hwrf.conf

[forecast_products] wrf_output_step

WRF forecast output frequency in seconds

1 [forecast_products]
2 wrf_output_step = 10800

Output frequency of the main WRF output stream, in integer seconds greater than 0. Valid values are 10800, 3600 or anything that integer divides 3600. In the special case of 10800, the output will still be hourly from hours 0-9. Examples:

Value Output Hours 0-9 Output After Hour 9
10800 Every 3600 Seconds (1hr) 10800 seconds (3hrs)
3600 Every 3600 Seconds (1hr) 3600 seconds (1hr)
1800 Every 1800 Seconds (30min) 1800 seconds (30 min)
900 Every 900 Seconds (15 min) 900 seconds (15 min)

Defined in File parm/hwrf.conf

[forecast_products] pom_output_step

POM forecast output frequency in seconds

1 [forecast_products]
2 pom_output_step = 86400

Output frequency of the POM model in seconds. Must be a multiple of 5400 (1.5 hours), and must integer divide a day (86400). Typical values:

Defined in File parm/hwrf.conf

[forecast_products] tracker_step

Times between tracker inputs (hours)

1 [forecast_products]
2 tracker_step = 1

Defined in File parm/hwrf.conf

[forecast_products] nonsatpost_step

Times between non-satellite post inputs (hours)

1 [forecast_products]
2 nonsatpost_step = 1

Defined in File parm/hwrf.conf

[forecast_products] satpost_step

Times between satellite post inputs (hours)

1 [forecast_products]
2 satpost_step = 6

Defined in File parm/hwrf.conf

[forecast_products] wrfcopier_start

First time to copy WRF output to COM (hours)

1 [forecast_products]
2 wrfcopier_start = 0

Defined in File parm/hwrf.conf

[forecast_products] wrfcopier_end

Last time to copy WRF output to COM (hours)

1 [forecast_products]
2 wrfcopier_end = 9

Defined in File parm/hwrf.conf

[forecast_products] wrfcopier_step

Step between times WRF output is copied to COM (hours)

1 [forecast_products]
2 wrfcopier_step = 3

Defined in File parm/hwrf.conf

[forecast_products] combinetrack_fhr

Length of the relocation-length track file

1 [forecast_products]
2 combinetrack_fhr = 12

Defined in File parm/hwrf.conf

[forecast_products] d23_grid

combined domain 2/3 grid

1 [forecast_products]
2 d23_grid = 0.02,0.02,12.,15.,136,751,601

Defined in File parm/hwrf.conf

[forecast_products] d123low_grid

low-res domain 1/2/3 grid

1 [forecast_products]
2 d123low_grid = 0.20,0.20,90.,110.,136,551,451

Defined in File parm/hwrf.conf

[forecast_products] d123high_grid

high-res domain 1/2/3 grid

1 [forecast_products]
2 d123high_grid = 0.06,0.06,90.,110.,136,1834,1500

Defined in File parm/hwrf.conf

[forecast_products] d2_grid

domain 2 only grid

1 [forecast_products]
2 d2_grid = 0.06,0.06,12.,14.,136,234,201

Defined in File parm/hwrf.conf

[forecast_products] d3_grid

domain 3 only grid

1 [forecast_products]
2 d3_grid = 0.02,0.02,7.5,9.0,136,450,375

Defined in File parm/hwrf.conf

[forecast_products] d2t_grid

domain 1/2 tracker grid

1 [forecast_products]
2 d2t_grid = 0.06,0.06,30.,30.,128,500,500

Defined in File parm/hwrf.conf

[forecast_products] d1t_grid

domain 1 tracker grid

1 [forecast_products]
2 d1t_grid = 0.10,0.10,30.,30.,128,301,301

Defined in File parm/hwrf.conf

[forecast_products] trk_expand

Tracker grid expansion settings

1 [forecast_products]
2 trk_expand = 2.5,2.5,4.0,4.0,1000,1000,128,0.02,0.02

Defined in File parm/hwrf.conf

[forecast_products] grib2_compression

GRIB2 compression method

1 [forecast_products]
2 grib2_compression = 32

Settings for cnvgrib to convert to GRIB2. Supported options:

These are sent to the -p option to cnvgrib.

Defined in File parm/hwrf.conf

[forecast_products] hwrftrk%com

track input filename in COM

1 [forecast_products]
2 hwrftrk%com = {out_prefix}.hwrftrk.f{fahr:03d}.grb

Defined in File parm/hwrf.conf

[forecast_products] hwrftrk%intercom

track input filename in intercom

1 [forecast_products]
2 hwrftrk%intercom = {out_prefix}.hwrftrk.grbf{fahr:02d}

Defined in File parm/hwrf.conf

[forecast_products] anl_outer

wrfanl d02 file

1 [forecast_products]
2 anl_outer = {out_prefix}.wrfanl_d02

Defined in File parm/hwrf.conf

[forecast_products] anl_inner

wrfanl d03 file

1 [forecast_products]
2 anl_inner = {out_prefix}.wrfanl_d03

Defined in File parm/hwrf.conf

[forecast_products] hwrfprs_m%intercom

domain 2/3 pres GRIB1 file in intercom

1 [forecast_products]
2 hwrfprs_m%intercom = {out_prefix}.hwrfprs.d23.0p02.f{fahr:03d}.grb

Defined in File parm/hwrf.conf

[forecast_products] hwrfprs_n%intercom

domain 3 pres GRIB1 file in intercom

1 [forecast_products]
2 hwrfprs_n%intercom = {out_prefix}.hwrfprs.d3.0p02.f{fahr:03d}.grb

Defined in File parm/hwrf.conf

[forecast_products] hwrfprs_i%intercom

domain 2 pres GRIB1 file in intercom

1 [forecast_products]
2 hwrfprs_i%intercom = {out_prefix}.hwrfprs.d2.0p06.f{fahr:03d}.grb

Defined in File parm/hwrf.conf

[forecast_products] hwrfprs_p%intercom

domain 1 pres GRIB1 file in intercom

1 [forecast_products]
2 hwrfprs_p%intercom = {out_prefix}.hwrfprs.d1.0p20.f{fahr:03d}.grb

Defined in File parm/hwrf.conf

[forecast_products] hwrfprs_c%intercom

domain 1/2/3 hires pres GRIB1 file in intercom

1 [forecast_products]
2 hwrfprs_c%intercom = {out_prefix}.hwrfprs.d123.0p06.f{fahr:03d}.grb

Defined in File parm/hwrf.conf

[forecast_products] hwrfprs_g%intercom

global GRIB1 pres file in intercom

1 [forecast_products]
2 hwrfprs_g%intercom = {out_prefix}.hwrfprs.d123.0p25.f{fahr:03d}.grb

Defined in File parm/hwrf.conf

[forecast_products] hwrfsat_m%intercom

domain 2/3 sat GRIB1 file in intercom

1 [forecast_products]
2 hwrfsat_m%intercom = {out_prefix}.hwrfsat.d23.0p02.f{fahr:03d}.grb

Defined in File parm/hwrf.conf

[forecast_products] hwrfsat_n%intercom

domain 3 sat GRIB1 file in intercom

1 [forecast_products]
2 hwrfsat_n%intercom = {out_prefix}.hwrfsat.d3.0p02.f{fahr:03d}.grb

Defined in File parm/hwrf.conf

[forecast_products] hwrfsat_i%intercom

domain 2 sat GRIB1 file in intercom

1 [forecast_products]
2 hwrfsat_i%intercom = {out_prefix}.hwrfsat.d2.0p06.f{fahr:03d}.grb

Defined in File parm/hwrf.conf

[forecast_products] hwrfsat_p%intercom

domain 1 sat GRIB1 file in intercom

1 [forecast_products]
2 hwrfsat_p%intercom = {out_prefix}.hwrfsat.d1.0p20.f{fahr:03d}.grb

Defined in File parm/hwrf.conf

[forecast_products] hwrfsat_c%intercom

domain 1/2 sat GRIB1 file in intercom

1 [forecast_products]
2 hwrfsat_c%intercom = {out_prefix}.hwrfsat.d12.0p06.f{fahr:03d}.grb

Defined in File parm/hwrf.conf

[forecast_products] hwrfsat_g%intercom

global GRIB1 sat file in intercom

1 [forecast_products]
2 hwrfsat_g%intercom = {out_prefix}.hwrfsat.d123.0p25.f{fahr:03d}.grb

Defined in File parm/hwrf.conf

[forecast_products] hwrf2prs_m%com

Domain 2/3 pres GRIB2 file in com

1 [forecast_products]
2 hwrf2prs_m%com = {out_prefix}.hwrfprs.d23.0p02.f{fahr:03d}.grb2

Defined in File parm/hwrf.conf

[forecast_products] hwrf2prs_n%com

Domain 3 pres GRIB2 file in com

1 [forecast_products]
2 hwrf2prs_n%com = {out_prefix}.hwrfprs.d3.0p02.f{fahr:03d}.grb2

Defined in File parm/hwrf.conf

[forecast_products] hwrf2prs_i%com

Domain 2 pres GRIB2 file in com

1 [forecast_products]
2 hwrf2prs_i%com = {out_prefix}.hwrfprs.d2.0p06.f{fahr:03d}.grb2

Defined in File parm/hwrf.conf

[forecast_products] hwrf2prs_p%com

Domain 1 pres GRIB2 file in com

1 [forecast_products]
2 hwrf2prs_p%com = {out_prefix}.hwrfprs.d1.0p20.f{fahr:03d}.grb2

Defined in File parm/hwrf.conf

[forecast_products] hwrf2prs_c%com

Domain 1/2/3 pres GRIB2 file in com

1 [forecast_products]
2 hwrf2prs_c%com = {out_prefix}.hwrfprs.d123.0p06.f{fahr:03d}.grb2

Defined in File parm/hwrf.conf

[forecast_products] hwrf2prs_g%com

Global pres GRIB2 file in com

1 [forecast_products]
2 hwrf2prs_g%com = {out_prefix}.hwrfprs.d123.0p25.f{fahr:03d}.grb2

Defined in File parm/hwrf.conf

[forecast_products] hwrf2sat_m%com

Domain 2/3 sat GRIB2 file in com

1 [forecast_products]
2 hwrf2sat_m%com = {out_prefix}.hwrfsat.d23.0p02.f{fahr:03d}.grb2

Defined in File parm/hwrf.conf

[forecast_products] hwrf2sat_n%com

Domain 3 sat GRIB2 file in com

1 [forecast_products]
2 hwrf2sat_n%com = {out_prefix}.hwrfsat.d3.0p02.f{fahr:03d}.grb2

Defined in File parm/hwrf.conf

[forecast_products] hwrf2sat_i%com

Domain 2 sat GRIB2 file in com

1 [forecast_products]
2 hwrf2sat_i%com = {out_prefix}.hwrfsat.d2.0p06.f{fahr:03d}.grb2

Defined in File parm/hwrf.conf

[forecast_products] hwrf2sat_p%com

Domain 1 sat GRIB2 file in com

1 [forecast_products]
2 hwrf2sat_p%com = {out_prefix}.hwrfsat.d1.0p20.f{fahr:03d}.grb2

Defined in File parm/hwrf.conf

[forecast_products] hwrf2sat_c%com

Domain 1/2 sat GRIB2 file in com

1 [forecast_products]
2 hwrf2sat_c%com = {out_prefix}.hwrfsat.d12.0p06.f{fahr:03d}.grb2

Defined in File parm/hwrf.conf

[forecast_products] hwrf2sat_g%com

Global sat GRIB2 file in com

1 [forecast_products]
2 hwrf2sat_g%com = {out_prefix}.hwrfsat.d123.0p25.f{fahr:03d}.grb2

Defined in File parm/hwrf.conf

Section [ftpprd]

Locations in the NCEP production FTP server. See hwrf.input.InputSource for details.

Options in this section:

Inherits from the following sections:

[ftpprd] inputroot

Input data root directory

1 [ftpprd]
2 inputroot = /pub/data/nccf/com

Defined in File parm/hwrf_input.conf

[ftpprd] gfs

GFS directory

1 [ftpprd]
2 gfs = {inputroot}/gfs/prod/gfs.{aYMDH}/

Defined in File parm/hwrf_input.conf

[ftpprd] gdas1

GDAS directory

1 [ftpprd]
2 gdas1 = {inputroot}/gfs/prod/gdas.{aYMDH}/

Defined in File parm/hwrf_input.conf

[ftpprd] enkf

GFS ENKF directory

1 [ftpprd]
2 enkf = {inputroot}/gfs/prod/enkf.{aYMD}/{aHH}/

Defined in File parm/hwrf_input.conf

[ftpprd] syndatdir

syndat tcvitals directory

1 [ftpprd]
2 syndatdir = {inputroot}/arch/prod/syndat/

Defined in File parm/hwrf_input.conf

[ftpprd] rt_updated

has no effect here- just for future purposes

1 [ftpprd]
2 rt_updated = yes

Defined in File parm/hwrf_input.conf

Section [ftpsources]

Data sources available outside the NCEP network via ftp, for hwrf.input.InputSource

Options in this section:

[ftpsources] ftpprd%location

NCEP FTP location

1 [ftpsources]
2 ftpprd%location = ftp://anonymous@ftpprd.ncep.noaa.gov/

Defined in File parm/hwrf_input.conf

[ftpsources] ftpprd%fcstprio

NCEP FTP priority for hwrf.input.InputSource

1 [ftpsources]
2 ftpprd%fcstprio = 40

Defined in File parm/hwrf_input.conf

Section [geogrid]

Configures hwrf.wps.Geogrid geographical data processor.

Options in this section:

[geogrid] redirect

Redirect output to per-program log files?

1 [geogrid]
2 redirect = yes

Defined in File parm/hwrf.conf

[geogrid] tbl

Geogrid table file (GEOGRID.TBL)

1 [geogrid]
2 tbl = {PARMhwrf}/hwrf_GEOGRID.TBL

Defined in File parm/hwrf.conf

[geogrid] namelist

Section with the WPS namelist

1 [geogrid]
2 namelist = wps_namelist

Defined in File parm/hwrf.conf

Section [gfs2012_for2014]

An hwrf.input.DataCatalog for GFS and loop current data in old 2012 GFS archives, for use in runs that want new (2014/15) GFS. This removes all file types that changed during the January 2015 upgrade.

Options in this section:

Inherits from the following sections:

[gfs2012_for2014] gfsloop

GFS and loop current archive

1 [gfs2012_for2014]
2 gfsloop = /NCEPDEV/emc-hwrf/2year/hurpara/GFS-PROD-2012/gfs-loop-{aYMDH}.tar#

Defined in File parm/hwrf_input.conf

[gfs2012_for2014] gdasenkf

GDAS and GFS ENKF archive

1 [gfs2012_for2014]
2 gdasenkf = /NCEPDEV/emc-hwrf/2year/hurpara/GFS-PROD-2012/gdasr-gdas1-enkf-{aYMDH}.tar#

Defined in File parm/hwrf_input.conf

[gfs2012_for2014] gfs

Directory within the GFS+loop archive that contains GFS

1 [gfs2012_for2014]
2 gfs = {gfsloop}HISTORY/GFS.{aYYYY}/{aYMDH}/

Defined in File parm/hwrf_input.conf

[gfs2012_for2014] loopdata

Loop current subdirectory

1 [gfs2012_for2014]
2 loopdata = {gfsloop}LOOP-CURRENT/

Defined in File parm/hwrf_input.conf

[gfs2012_for2014] gfs_bufr

Bufr filename

1 [gfs2012_for2014]
2 gfs_bufr = gfs.t{aHH}z.{obstype}.tm00.bufr_d

Defined in File parm/hwrf_input.conf

Section [gfs2012_grib1]

Old (2012) GFS/GDAS GRIB1 filename

This section is included for data sources that also contain old (2012) GFS GRIB1 outputs. It contains the production naming convention for the GRIB1 files. See hwrf.input.InputSource for details.

Options in this section:

[gfs2012_grib1] gfs_pgrb

1 [gfs2012_grib1]
2 gfs_pgrb = gfs.t{aHH}z.pgrbf{fahr:02d}

Defined in File parm/hwrf_input.conf

[gfs2012_grib1] gdasr_pgrb

1 [gfs2012_grib1]
2 gdasr_pgrb = gdas1.t{aHH}z.pgrbh{fahr:02d}

Defined in File parm/hwrf_input.conf

[gfs2012_grib1] gdas1_pgrb

1 [gfs2012_grib1]
2 gdas1_pgrb = gdas1.t{aHH}z.pgrbh{fahr:02d}

Defined in File parm/hwrf_input.conf

Section [gfs2012_grib2]

Old (2012) GFS GRIB2 file name

This section is included for data sources that also contain the old (2012) GFS GRIB2 outputs. It contains the production naming convention for the GRIB2 files. See hwrf.input.InputSource for details.

Options in this section:

[gfs2012_grib2] gfs_pgrb2

1 [gfs2012_grib2]
2 gfs_pgrb2 = gfs.t{aHH}z.pgrb2f{fahr:02d}

Defined in File parm/hwrf_input.conf

Section [gfs2012_naming]

Naming convention for the old 2012 GFS data.

This section is @inc included by later sections. It contains the 2012 production naming convention of of various files within the GFS, GDAS or ENKF, minus the GRIB1 and GRIB2 files. See hwrf.input.InputSource for details.

Options in this section:

[gfs2012_naming] gfs_sf

GFS spectral forecast

1 [gfs2012_naming]
2 gfs_sf = gfs.t{aHH}z.sf{fahr:02d}

Defined in File parm/hwrf_input.conf

[gfs2012_naming] gfs_sfcanl

GFS surface analysis

1 [gfs2012_naming]
2 gfs_sfcanl = gfs.t{aHH}z.sfcanl

Defined in File parm/hwrf_input.conf

[gfs2012_naming] gfs_sanl

GFS spectral analysis

1 [gfs2012_naming]
2 gfs_sanl = gfs.t{aHH}z.sanl

Defined in File parm/hwrf_input.conf

[gfs2012_naming] gfs_bufr

GFS bufr files

1 [gfs2012_naming]
2 gfs_bufr = gfs.t{aHH}z.{obstype}.tm00.bufr_d

Defined in File parm/hwrf_input.conf

[gfs2012_naming] gfs_abias

GFS bias correction

1 [gfs2012_naming]
2 gfs_abias = gfs.t{aHH}z.abias

Defined in File parm/hwrf_input.conf

[gfs2012_naming] gfs_satang

GFS satellite angle correction

1 [gfs2012_naming]
2 gfs_satang = gfs.t{aHH}z.satang

Defined in File parm/hwrf_input.conf

[gfs2012_naming] tcvitals_tm00

time 0 tcvitals

1 [gfs2012_naming]
2 tcvitals_tm00 = gfs.t{aHH}z.syndata.tcvitals.tm00

Defined in File parm/hwrf_input.conf

[gfs2012_naming] gfs_prepbufr_rst

prepbufr data, restricted

1 [gfs2012_naming]
2 gfs_prepbufr_rst = gfs.t{aHH}z.prepbufr

Defined in File parm/hwrf_input.conf

[gfs2012_naming] gfs_prepbufr_nr

prepbufr data, non-restricted

1 [gfs2012_naming]
2 gfs_prepbufr_nr = gfs.t{aHH}z.prepbufr.nr

Defined in File parm/hwrf_input.conf

[gfs2012_naming] enkf_sfg

GFS ENKF forecast

1 [gfs2012_naming]
2 enkf_sfg = sfg_{aYMDH}_fhr{fahr:02d}s_mem{enkfmem:03d}

Defined in File parm/hwrf_input.conf

[gfs2012_naming] enkf_siganl

GFS ENKF analysis

1 [gfs2012_naming]
2 enkf_siganl = siganl_{aYMDH}_mem{enkfmem:03d}

Defined in File parm/hwrf_input.conf

[gfs2012_naming] gdasr_abias

Relocated GDAS bias correction

1 [gfs2012_naming]
2 gdasr_abias = gdas1.t{aHH}z.abias

Defined in File parm/hwrf_input.conf

[gfs2012_naming] gdasr_satang

Relocated GDAS satellite angle file

1 [gfs2012_naming]
2 gdasr_satang = gdas1.t{aHH}z.satang

Defined in File parm/hwrf_input.conf

[gfs2012_naming] gdasr_sf

Relocated GDAS spectral forecast

1 [gfs2012_naming]
2 gdasr_sf = gdas1.t{aHH}z.sf{fahr:02d}

Defined in File parm/hwrf_input.conf

[gfs2012_naming] gdas1_biascr

Relocated GDAS new bias correction

1 [gfs2012_naming]
2 gdas1_biascr = gdas1.t{aHH}z.abias

Defined in File parm/hwrf_input.conf

[gfs2012_naming] gdas1_biascr_pc

Relocated GDAS new bias correction pc file

1 [gfs2012_naming]
2 gdas1_biascr_pc = gdas1.t{aHH}z.abias_pc

Defined in File parm/hwrf_input.conf

[gfs2012_naming] gdas1_bufr

GDAS bufr data

1 [gfs2012_naming]
2 gdas1_bufr = gdas1.t{aHH}z.{obstype}.tm00.bufr_d

Defined in File parm/hwrf_input.conf

[gfs2012_naming] gdas1_abias

GDAS bias correction file

1 [gfs2012_naming]
2 gdas1_abias = gdas1.t{aHH}z.abias

Defined in File parm/hwrf_input.conf

[gfs2012_naming] gdas1_satang

GDAS satellite angle file

1 [gfs2012_naming]
2 gdas1_satang = gdas1.t{aHH}z.satang

Defined in File parm/hwrf_input.conf

[gfs2012_naming] gdas1_sf

GDAS spectral forecast file

1 [gfs2012_naming]
2 gdas1_sf = gdas1.t{aHH}z.sf{fahr:02d}

Defined in File parm/hwrf_input.conf

Section [gfs2014_grib]

GFS GRIB2 filenames for most of the retrospectives done in 2014. See hwrf.input.InputSource for details.

Options in this section:

[gfs2014_grib] gfs_gribA

GFS data at standard levels

1 [gfs2014_grib]
2 gfs_gribA = gfs.t{aHH}z.pgrb2.0p25.f{fahr:03d}

Defined in File parm/hwrf_input.conf

[gfs2014_grib] gfs_gribB

GFS data at "in-between" levels

1 [gfs2014_grib]
2 gfs_gribB = gfs.t{aHH}z.pgrb2b.0p25.f{fahr:03d}

Defined in File parm/hwrf_input.conf

[gfs2014_grib] gdas1_gribA

GDAS data at standard levels

1 [gfs2014_grib]
2 gdas1_gribA = gdas1.t{aHH}z.pgrb2.0p25.f{fahr:03d}

Defined in File parm/hwrf_input.conf

[gfs2014_grib] gdas1_gribB

GDAS data at "in-beween" levels

1 [gfs2014_grib]
2 gdas1_gribB = gdas1.t{aHH}z.pgrb2b.0p25.f{fahr:03d}

Defined in File parm/hwrf_input.conf

Section [gfs2014_naming]

Configures the naming convention for 2015 GFS production and retrospectives in 2014.

This section is @inc included by later sections. It contains the 2014 parallel and 2015 production naming convention of of various files within the GFS, GDAS or ENKF, including GRIB2 files.

See this link for 2012 vs. 2014 differences: http://www.nws.noaa.gov/om/notification/tin14-46gfs.htm

Options in this section:

[gfs2014_naming] gfs_sf

GFS spectral forecast

1 [gfs2014_naming]
2 gfs_sf = gfs.t{aHH}z.sf{fahr:02d}

Defined in File parm/hwrf_input.conf

[gfs2014_naming] gfs_sfcanl

GFS surface analysis

1 [gfs2014_naming]
2 gfs_sfcanl = gfs.t{aHH}z.sfcanl

Defined in File parm/hwrf_input.conf

[gfs2014_naming] gfs_sanl

GFS spectral analysis

1 [gfs2014_naming]
2 gfs_sanl = gfs.t{aHH}z.sanl

Defined in File parm/hwrf_input.conf

[gfs2014_naming] gfs_bufr

GFS bufr files

1 [gfs2014_naming]
2 gfs_bufr = gfs.t{aHH}z.{obstype}.tm00.bufr_d

Defined in File parm/hwrf_input.conf

[gfs2014_naming] gfs_abias

bias correction

1 [gfs2014_naming]
2 gfs_abias = gfs.t{aHH}z.abias

Defined in File parm/hwrf_input.conf

[gfs2014_naming] tcvitals_tm00

time 0 tcvitals

1 [gfs2014_naming]
2 tcvitals_tm00 = gfs.t{aHH}z.syndata.tcvitals.tm00

Defined in File parm/hwrf_input.conf

[gfs2014_naming] gfs_prepbufr_rst

prepbufr data, restricted

1 [gfs2014_naming]
2 gfs_prepbufr_rst = gfs.t{aHH}z.prepbufr

Defined in File parm/hwrf_input.conf

[gfs2014_naming] gfs_prepbufr_nr

prepbufr data, non-restricted

1 [gfs2014_naming]
2 gfs_prepbufr_nr = gfs.t{aHH}z.prepbufr.nr

Defined in File parm/hwrf_input.conf

[gfs2014_naming] enkf_sfg

GFS ENKF forecast

1 [gfs2014_naming]
2 enkf_sfg = sfg_{aYMDH}_fhr{fahr:02d}s_mem{enkfmem:03d}

Defined in File parm/hwrf_input.conf

[gfs2014_naming] enkf_siganl

GFS ENKF analysis

1 [gfs2014_naming]
2 enkf_siganl = siganl_{aYMDH}_mem{enkfmem:03d}

Defined in File parm/hwrf_input.conf

[gfs2014_naming] gdas1_bufr

GDAS bufr data

1 [gfs2014_naming]
2 gdas1_bufr = gdas1.t{aHH}z.{obstype}.tm00.bufr_d

Defined in File parm/hwrf_input.conf

[gfs2014_naming] gdas1_biascr

GDAS bias correction abias file

1 [gfs2014_naming]
2 gdas1_biascr = gdas1.t{aHH}z.abias

Defined in File parm/hwrf_input.conf

[gfs2014_naming] gdas1_biascr_pc

GDAS bias correction abias_pc file

1 [gfs2014_naming]
2 gdas1_biascr_pc = gdas1.t{aHH}z.abias_pc

Defined in File parm/hwrf_input.conf

[gfs2014_naming] gdas1_sf

GDAS spectral forecast

1 [gfs2014_naming]
2 gdas1_sf = gdas1.t{aHH}z.sf{fahr:02d}

Defined in File parm/hwrf_input.conf

[gfs2014_naming] gfs_gribA

GFS GRIB on standard levels

1 [gfs2014_naming]
2 gfs_gribA = gfs.t{aHH}z.pgrb2.0p25.f{fahr:03d}

Defined in File parm/hwrf_input.conf

[gfs2014_naming] gfs_gribB

GFS GRIB on "in-between" levels

1 [gfs2014_naming]
2 gfs_gribB = gfs.t{aHH}z.pgrb2b.0p25.f{fahr:03d}

Defined in File parm/hwrf_input.conf

[gfs2014_naming] gdas1_gribA

GDAS GRIB on standard levels

1 [gfs2014_naming]
2 gdas1_gribA = gdas1.t{aHH}z.pgrb2.0p25.f{fahr:03d}

Defined in File parm/hwrf_input.conf

[gfs2014_naming] gdas1_gribB

GDAS GRIB on "in-between" levels

1 [gfs2014_naming]
2 gdas1_gribB = gdas1.t{aHH}z.pgrb2b.0p25.f{fahr:03d}

Defined in File parm/hwrf_input.conf

Section [gfs2014hpss]

GFS 2014 retrospective and parallel tape input sources

Options in this section:

[gfs2014hpss] prod15_data_sp%location

1 [gfs2014hpss]
2 prod15_data_sp%location = htar://

Defined in File parm/hwrf_input.conf

[gfs2014hpss] prod15_data_sp%histprio

1 [gfs2014hpss]
2 prod15_data_sp%histprio = 59

Defined in File parm/hwrf_input.conf

[gfs2014hpss] prod15_data_sp%dates

1 [gfs2014hpss]
2 prod15_data_sp%dates = 2015011218-2015123118

Defined in File parm/hwrf_input.conf

[gfs2014hpss] prod15_data_grib%location

1 [gfs2014hpss]
2 prod15_data_grib%location = htar://

Defined in File parm/hwrf_input.conf

[gfs2014hpss] prod15_data_grib%histprio

1 [gfs2014hpss]
2 prod15_data_grib%histprio = 58

Defined in File parm/hwrf_input.conf

[gfs2014hpss] prod15_data_grib%dates

1 [gfs2014hpss]
2 prod15_data_grib%dates = 2015011218-2015123118

Defined in File parm/hwrf_input.conf

[gfs2014hpss] prhs14_renew%location

1 [gfs2014hpss]
2 prhs14_renew%location = htar://

Defined in File parm/hwrf_input.conf

[gfs2014hpss] prhs14_renew%histprio

1 [gfs2014hpss]
2 prhs14_renew%histprio = 59

Defined in File parm/hwrf_input.conf

[gfs2014hpss] prhs14_renew%dates

1 [gfs2014hpss]
2 prhs14_renew%dates = 2014010100-2014123118

Defined in File parm/hwrf_input.conf

[gfs2014hpss] prhw14_5year%location

1 [gfs2014hpss]
2 prhw14_5year%location = htar://

Defined in File parm/hwrf_input.conf

[gfs2014hpss] prhw14_5year%histprio

1 [gfs2014hpss]
2 prhw14_5year%histprio = 59

Defined in File parm/hwrf_input.conf

[gfs2014hpss] prhw14_5year%dates

1 [gfs2014hpss]
2 prhw14_5year%dates = 2014100900-2014123118

Defined in File parm/hwrf_input.conf

[gfs2014hpss] prhw14_5year_rerun%location

1 [gfs2014hpss]
2 prhw14_5year_rerun%location = htar://

Defined in File parm/hwrf_input.conf

[gfs2014hpss] prhw14_5year_rerun%histprio

1 [gfs2014hpss]
2 prhw14_5year_rerun%histprio = 59

Defined in File parm/hwrf_input.conf

[gfs2014hpss] prhw14_5year_rerun%dates

1 [gfs2014hpss]
2 prhw14_5year_rerun%dates = 2014100900-2014123118

Defined in File parm/hwrf_input.conf

[gfs2014hpss] prhw14_glopara%location

1 [gfs2014hpss]
2 prhw14_glopara%location = htar://

Defined in File parm/hwrf_input.conf

[gfs2014hpss] prhw14_glopara%histprio

1 [gfs2014hpss]
2 prhw14_glopara%histprio = 59

Defined in File parm/hwrf_input.conf

[gfs2014hpss] prhw14_glopara%dates

1 [gfs2014hpss]
2 prhw14_glopara%dates = 2014071500-2014100900

Defined in File parm/hwrf_input.conf

[gfs2014hpss] prhw14_wx20rt%location

1 [gfs2014hpss]
2 prhw14_wx20rt%location = htar://

Defined in File parm/hwrf_input.conf

[gfs2014hpss] prhw14_wx20rt%histprio

1 [gfs2014hpss]
2 prhw14_wx20rt%histprio = 58

Defined in File parm/hwrf_input.conf

[gfs2014hpss] prhw14_wx20rt%dates

1 [gfs2014hpss]
2 prhw14_wx20rt%dates = 2014010100-2014071418

Defined in File parm/hwrf_input.conf

[gfs2014hpss] prhs14_novdec%location

1 [gfs2014hpss]
2 prhs14_novdec%location = htar://

Defined in File parm/hwrf_input.conf

[gfs2014hpss] prhs14_novdec%histprio

1 [gfs2014hpss]
2 prhs14_novdec%histprio = 59

Defined in File parm/hwrf_input.conf

[gfs2014hpss] prhs14_novdec%dates

1 [gfs2014hpss]
2 prhs14_novdec%dates = 2014111412-2015011218

Defined in File parm/hwrf_input.conf

[gfs2014hpss] prhs13_renew%location

1 [gfs2014hpss]
2 prhs13_renew%location = htar://

Defined in File parm/hwrf_input.conf

[gfs2014hpss] prhs13_renew%histprio

1 [gfs2014hpss]
2 prhs13_renew%histprio = 59

Defined in File parm/hwrf_input.conf

[gfs2014hpss] prhs13_renew%dates

1 [gfs2014hpss]
2 prhs13_renew%dates = 2013010100-2013123118

Defined in File parm/hwrf_input.conf

[gfs2014hpss] prhs13_new%location

1 [gfs2014hpss]
2 prhs13_new%location = htar://

Defined in File parm/hwrf_input.conf

[gfs2014hpss] prhs13_new%histprio

1 [gfs2014hpss]
2 prhs13_new%histprio = 51

Defined in File parm/hwrf_input.conf

[gfs2014hpss] prhs13_new%dates

1 [gfs2014hpss]
2 prhs13_new%dates = 2013010100-2013123118

Defined in File parm/hwrf_input.conf

[gfs2014hpss] prhs13%location

1 [gfs2014hpss]
2 prhs13%location = htar://

Defined in File parm/hwrf_input.conf

[gfs2014hpss] prhs13%histprio

1 [gfs2014hpss]
2 prhs13%histprio = 51

Defined in File parm/hwrf_input.conf

[gfs2014hpss] prhs13%dates

1 [gfs2014hpss]
2 prhs13%dates = 2013010100-2013123118

Defined in File parm/hwrf_input.conf

[gfs2014hpss] prhs13_grib1%location

1 [gfs2014hpss]
2 prhs13_grib1%location = htar://

Defined in File parm/hwrf_input.conf

[gfs2014hpss] prhs13_grib1%histprio

1 [gfs2014hpss]
2 prhs13_grib1%histprio = 57

Defined in File parm/hwrf_input.conf

[gfs2014hpss] prhs13_grib1%dates

1 [gfs2014hpss]
2 prhs13_grib1%dates = 2013010100-2013123118

Defined in File parm/hwrf_input.conf

[gfs2014hpss] prhs12_renew%location

1 [gfs2014hpss]
2 prhs12_renew%location = htar://

Defined in File parm/hwrf_input.conf

[gfs2014hpss] prhs12_renew%histprio

1 [gfs2014hpss]
2 prhs12_renew%histprio = 59

Defined in File parm/hwrf_input.conf

[gfs2014hpss] prhs12_renew%dates

1 [gfs2014hpss]
2 prhs12_renew%dates = 2012010100-2012123118

Defined in File parm/hwrf_input.conf

[gfs2014hpss] prhs12_new%location

1 [gfs2014hpss]
2 prhs12_new%location = htar://

Defined in File parm/hwrf_input.conf

[gfs2014hpss] prhs12_new%histprio

1 [gfs2014hpss]
2 prhs12_new%histprio = 56

Defined in File parm/hwrf_input.conf

[gfs2014hpss] prhs12_new%dates

1 [gfs2014hpss]
2 prhs12_new%dates = 2012010100-2012123118

Defined in File parm/hwrf_input.conf

[gfs2014hpss] prhs12_wx20rt%location

1 [gfs2014hpss]
2 prhs12_wx20rt%location = htar://

Defined in File parm/hwrf_input.conf

[gfs2014hpss] prhs12_wx20rt%histprio

1 [gfs2014hpss]
2 prhs12_wx20rt%histprio = 56

Defined in File parm/hwrf_input.conf

[gfs2014hpss] prhs12_wx20rt%dates

1 [gfs2014hpss]
2 prhs12_wx20rt%dates = 2012010100-2012070100

Defined in File parm/hwrf_input.conf

[gfs2014hpss] prhs12_glopara%location

1 [gfs2014hpss]
2 prhs12_glopara%location = htar://

Defined in File parm/hwrf_input.conf

[gfs2014hpss] prhs12_glopara%histprio

1 [gfs2014hpss]
2 prhs12_glopara%histprio = 55

Defined in File parm/hwrf_input.conf

[gfs2014hpss] prhs12_glopara%dates

1 [gfs2014hpss]
2 prhs12_glopara%dates = 2012070100-2012123118

Defined in File parm/hwrf_input.conf

[gfs2014hpss] prhs11%location

1 [gfs2014hpss]
2 prhs11%location = htar://

Defined in File parm/hwrf_input.conf

[gfs2014hpss] prhs11%histprio

1 [gfs2014hpss]
2 prhs11%histprio = 54

Defined in File parm/hwrf_input.conf

[gfs2014hpss] prhs11%dates

1 [gfs2014hpss]
2 prhs11%dates = 2011010100-2011123118

Defined in File parm/hwrf_input.conf

Section [gfs2016hpss]

GFS 2016 retrospective and parallel tape input sources

Options in this section:

[gfs2016hpss] pr4devbs_ALL_sp%location

1 [gfs2016hpss]
2 pr4devbs_ALL_sp%location = htar://

Defined in File parm/hwrf_input.conf

[gfs2016hpss] pr4devbs_ALL_sp%histprio

1 [gfs2016hpss]
2 pr4devbs_ALL_sp%histprio = 59

Defined in File parm/hwrf_input.conf

[gfs2016hpss] pr4devbs_ALL_sp%dates

1 [gfs2016hpss]
2 pr4devbs_ALL_sp%dates = 2012100100-2015123118

Defined in File parm/hwrf_input.conf

[gfs2016hpss] pr4devbs_ALL_grib%location

1 [gfs2016hpss]
2 pr4devbs_ALL_grib%location = htar://

Defined in File parm/hwrf_input.conf

[gfs2016hpss] pr4devbs_ALL_grib%histprio

1 [gfs2016hpss]
2 pr4devbs_ALL_grib%histprio = 59

Defined in File parm/hwrf_input.conf

[gfs2016hpss] pr4devbs_ALL_grib%dates

1 [gfs2016hpss]
2 pr4devbs_ALL_grib%dates = 2012100100-2015123118

Defined in File parm/hwrf_input.conf

[gfs2016hpss] pr4devbs_ALL_tm00%location

1 [gfs2016hpss]
2 pr4devbs_ALL_tm00%location = htar://

Defined in File parm/hwrf_input.conf

[gfs2016hpss] pr4devbs_ALL_tm00%histprio

1 [gfs2016hpss]
2 pr4devbs_ALL_tm00%histprio = 59

Defined in File parm/hwrf_input.conf

[gfs2016hpss] pr4devbs_ALL_tm00dates

1 [gfs2016hpss]
2 pr4devbs_ALL_tm00dates = 2012100100-2015123118

Defined in File parm/hwrf_input.conf

Section [gfsinit]

Configures the hwrf_expt.gfs_init

Options in this section:

[gfsinit] geogrid

section to configure hwrf.wps.Geogrid

1 [gfsinit]
2 geogrid = geogrid

Defined in File parm/hwrf.conf

[gfsinit] metgrid

section to configure hwrf.wps.Metgrid

1 [gfsinit]
2 metgrid = metgrid

Defined in File parm/hwrf.conf

[gfsinit] realinit

section to configure hwrf.fcsttask.RealNMM for init-length runs

1 [gfsinit]
2 realinit = wrfexe

Defined in File parm/hwrf.conf

[gfsinit] realfcst

section to configure hwrf.fcsttask.RealNMM for forecast-length runs

1 [gfsinit]
2 realfcst = wrfexe

Defined in File parm/hwrf.conf

[gfsinit] wrfanl

section to configure hwrf.fcsttask.WRFAnl or hwrf.fcsttask.WRFAnl4Trak

1 [gfsinit]
2 wrfanl = wrfexe

Defined in File parm/hwrf.conf

[gfsinit] wrfghost

section to configure hwrf.fcsttask.WRFGhost or hwrf.fcsttask.WRFGhostForPost

1 [gfsinit]
2 wrfghost = wrfexe

Defined in File parm/hwrf.conf

[gfsinit] post

section to configure the post for finding the parent model vortex

1 [gfsinit]
2 post = nonsatpost

Defined in File parm/hwrf.conf

[gfsinit] regribber

section to configure the regribber for finding the parent model vortex

1 [gfsinit]
2 regribber = regribber

Defined in File parm/hwrf.conf

[gfsinit] tracker

section to configure the tracker for finding the parent model vortex

1 [gfsinit]
2 tracker = tracker

Defined in File parm/hwrf.conf

Section [gsi_d02]

Configures the GSI for the intermediate resolution domains

Options in this section:

[gsi_d02] redirect

Redirect output to per-program log files?

1 [gsi_d02]
2 redirect = yes

Defined in File parm/hwrf.conf

[gsi_d02] catalog

section for the hwrf.input.DataCatalog

1 [gsi_d02]
2 catalog = {input_catalog}

Defined in File parm/hwrf.conf

[gsi_d02] use_newradbc

Use new bias correction data for 2015 GFS and later?

1 [gsi_d02]
2 use_newradbc = yes

Defined in File parm/hwrf.conf

[gsi_d02] obstypes

List of obstype sections

1 [gsi_d02]
2 obstypes = hdob_obstype,sat_radiance_obstypes,sat_wnd_obstype,tdr_new_obstype

Defined in File parm/hwrf.conf

[gsi_d02] bufr_item

item for bufr files, for the hwrf.input to find them

1 [gsi_d02]
2 bufr_item = gfs_bufr

Defined in File parm/hwrf.conf

[gsi_d02] bufr_dataset

dataset for bufr files, for the hwrf.input to find them

1 [gsi_d02]
2 bufr_dataset = gfs

Defined in File parm/hwrf.conf

[gsi_d02] prepbufr_item

item for prepbufr files, for the hwrf.input to find them

1 [gsi_d02]
2 prepbufr_item = gfs_prepbufr_nr

Defined in File parm/hwrf.conf

[gsi_d02] nml_file

GSI namelist input file

1 [gsi_d02]
2 nml_file = {PARMhwrf}/hwrf_gsi.nml

Defined in File parm/hwrf.conf

[gsi_d02] nml_section

Section used to configure the GSI namelist file

1 [gsi_d02]
2 nml_section = gsi_d02_nml

Defined in File parm/hwrf.conf

[gsi_d02] diagpre

Filename prefix for GSI output

1 [gsi_d02]
2 diagpre = {com}/{out_prefix}.gsi_d02

Defined in File parm/hwrf.conf

Section [gsi_d02_nml]

Used to configure the GSI namelist

Options in this section:

[gsi_d02_nml] HZSCL

background error scale factor for horizontal smoothing

1 [gsi_d02_nml]
2 HZSCL = 0.25,0.5,1.0

Defined in File parm/hwrf.conf

[gsi_d02_nml] DELTIM

model timestep used for assimilation of precipitation rates

1 [gsi_d02_nml]
2 DELTIM = 1200

Defined in File parm/hwrf.conf

[gsi_d02_nml] twind

maximum half time window (hours) for observations

1 [gsi_d02_nml]
2 twind = 3.0

Defined in File parm/hwrf.conf

[gsi_d02_nml] HYBENS_REGIONAL

logical variable, if .true., then turn on hybrid ensemble option

1 [gsi_d02_nml]
2 HYBENS_REGIONAL = T

Defined in File parm/hwrf.conf

[gsi_d02_nml] ENSEMBLE_SIZE_REGIONAL

ensemble size

1 [gsi_d02_nml]
2 ENSEMBLE_SIZE_REGIONAL = 80

Defined in File parm/hwrf.conf

[gsi_d02_nml] HYBENS_UV_REGIONAL

if T, then ensemble perturbation wind stored as u,v. if F, streamfunction and velocity potential

1 [gsi_d02_nml]
2 HYBENS_UV_REGIONAL = T

Defined in File parm/hwrf.conf

[gsi_d02_nml] BETA1_INV_REGIONAL

value between 0 and 1, relative weight given to static background B

1 [gsi_d02_nml]
2 BETA1_INV_REGIONAL = 0.2

Defined in File parm/hwrf.conf

[gsi_d02_nml] HYBENS_HOR_SCALE_REGIONAL

horizontal localization correlation length (km)

1 [gsi_d02_nml]
2 HYBENS_HOR_SCALE_REGIONAL = 300

Defined in File parm/hwrf.conf

[gsi_d02_nml] HYBENS_VER_SCALE_REGIONAL

vertical localization correlation length (>0. grid units, <0. lnp)

1 [gsi_d02_nml]
2 HYBENS_VER_SCALE_REGIONAL = -0.5

Defined in File parm/hwrf.conf

[gsi_d02_nml] READIN_LOCALIZATION

if T, then read in localization information from external file

1 [gsi_d02_nml]
2 READIN_LOCALIZATION = F

Defined in File parm/hwrf.conf

[gsi_d02_nml] GENERATE_ENS_REGIONAL

if T, generate ensemble perturbations internally as random samples of static B.

1 [gsi_d02_nml]
2 GENERATE_ENS_REGIONAL = F

Defined in File parm/hwrf.conf

[gsi_d02_nml] REGIONAL_ENSEMBLE_OPTION

integer, used to select type of ensemble to read in for regional application.

1 [gsi_d02_nml]
2 REGIONAL_ENSEMBLE_OPTION = 1

=1: use GEFS internally interpolated to ensemble grid. =2: ensembles are WRF NMM format =3: ensembles are ARW netcdf format. =4: ensembles are NEMS NMMB format.

Defined in File parm/hwrf.conf

[gsi_d02_nml] PSEUDO_HYBENS

if T, use pseudo HWRF (NMM) ensemble

1 [gsi_d02_nml]
2 PSEUDO_HYBENS = F

Defined in File parm/hwrf.conf

[gsi_d02_nml] GRID_RATIO_ENS

ratio of ensemble grid resolution to analysis grid resolution

1 [gsi_d02_nml]
2 GRID_RATIO_ENS = 1

Defined in File parm/hwrf.conf

[gsi_d02_nml] MERGE_TWO_GRID_ENSPERTS

merge ensemble from two nests for HWRF (NMM)

1 [gsi_d02_nml]
2 MERGE_TWO_GRID_ENSPERTS = F

Defined in File parm/hwrf.conf

[gsi_d02_nml] PWGTFLG

if T, use vertical integration function on ensemble contribution of Psfc

1 [gsi_d02_nml]
2 PWGTFLG = F

Defined in File parm/hwrf.conf

[gsi_d02_nml] BETAFLG

if T, use vertical weighting on beta1_inv and beta2_inv, for regional

1 [gsi_d02_nml]
2 BETAFLG = F

Defined in File parm/hwrf.conf

[gsi_d02_nml] HYBENS_ANISO_REGIONAL

if T, then use anisotropic recursive filter for localization

1 [gsi_d02_nml]
2 HYBENS_ANISO_REGIONAL = F

Defined in File parm/hwrf.conf

[gsi_d02_nml] WRITE_ENS_SPRD

if T, write out ensemble spread

1 [gsi_d02_nml]
2 WRITE_ENS_SPRD = F

Defined in File parm/hwrf.conf

Section [gsi_d03]

Configures the GSI for the innermost resolution domains

Options in this section:

[gsi_d03] redirect

Redirect output to per-program log files?

1 [gsi_d03]
2 redirect = yes

Defined in File parm/hwrf.conf

[gsi_d03] catalog

section for the hwrf.input.DataCatalog

1 [gsi_d03]
2 catalog = {input_catalog}

Defined in File parm/hwrf.conf

[gsi_d03] use_hwrf_ensemble

Is the ENSDA in use?

1 [gsi_d03]
2 use_hwrf_ensemble = yes

Defined in File parm/hwrf.conf

[gsi_d03] sat_wnd_da

Enable assimiation of satellite wind?

1 [gsi_d03]
2 sat_wnd_da = no

Defined in File parm/hwrf.conf

[gsi_d03] sat_radiance_da

Enable satellite radiance data assimilation?

1 [gsi_d03]
2 sat_radiance_da = no

Defined in File parm/hwrf.conf

[gsi_d03] use_newradbc

Use new bias correction data for 2015 GFS and later?

1 [gsi_d03]
2 use_newradbc = yes

Defined in File parm/hwrf.conf

[gsi_d03] obstypes

List of obstype sections

1 [gsi_d03]
2 obstypes = hdob_obstype,sat_radiance_obstypes,sat_wnd_obstype,tdr_new_obstype

Defined in File parm/hwrf.conf

[gsi_d03] bufr_item

item for bufr files, for the hwrf.input to find them

1 [gsi_d03]
2 bufr_item = gfs_bufr

Defined in File parm/hwrf.conf

[gsi_d03] bufr_dataset

dataset for bufr files, for the hwrf.input to find them

1 [gsi_d03]
2 bufr_dataset = gfs

Defined in File parm/hwrf.conf

[gsi_d03] prepbufr_item

item for prepbufr files, for the hwrf.input to find them

1 [gsi_d03]
2 prepbufr_item = gfs_prepbufr_nr

Defined in File parm/hwrf.conf

[gsi_d03] nml_file

GSI namelist input file

1 [gsi_d03]
2 nml_file = {PARMhwrf}/hwrf_gsi.nml

Defined in File parm/hwrf.conf

[gsi_d03] nml_section

Section used to configure the GSI namelist file

1 [gsi_d03]
2 nml_section = gsi_d03_nml

Defined in File parm/hwrf.conf

[gsi_d03] diagpre

Filename prefix for GSI output

1 [gsi_d03]
2 diagpre = {com}/{out_prefix}.gsi_d03

Defined in File parm/hwrf.conf

Section [gsi_d03_nml]

Used to configure the GSI namelist

Options in this section:

[gsi_d03_nml] HZSCL

background error scale factor for horizontal smoothing

1 [gsi_d03_nml]
2 HZSCL = 0.2,0.4,0.8

Defined in File parm/hwrf.conf

[gsi_d03_nml] DELTIM

model timestep used for assimilation of precipitation rates

1 [gsi_d03_nml]
2 DELTIM = 1200

Defined in File parm/hwrf.conf

[gsi_d03_nml] twind

maximum half time window (hours) for observations

1 [gsi_d03_nml]
2 twind = 3.0

Defined in File parm/hwrf.conf

[gsi_d03_nml] HYBENS_REGIONAL

logical variable, if .true., then turn on hybrid ensemble option

1 [gsi_d03_nml]
2 HYBENS_REGIONAL = T

Defined in File parm/hwrf.conf

[gsi_d03_nml] ENSEMBLE_SIZE_REGIONAL

ensemble size

1 [gsi_d03_nml]
2 ENSEMBLE_SIZE_REGIONAL = 80

Defined in File parm/hwrf.conf

[gsi_d03_nml] HYBENS_UV_REGIONAL

if T, then ensemble perturbation wind stored as u,v. if F, streamfunction and velocity potential

1 [gsi_d03_nml]
2 HYBENS_UV_REGIONAL = T

Defined in File parm/hwrf.conf

[gsi_d03_nml] BETA1_INV_REGIONAL

value between 0 and 1, relative weight given to static background B

1 [gsi_d03_nml]
2 BETA1_INV_REGIONAL = 0.2

Defined in File parm/hwrf.conf

[gsi_d03_nml] HYBENS_HOR_SCALE_REGIONAL

horizontal localization correlation length (km)

1 [gsi_d03_nml]
2 HYBENS_HOR_SCALE_REGIONAL = 150

Defined in File parm/hwrf.conf

[gsi_d03_nml] HYBENS_VER_SCALE_REGIONAL

vertical localization correlation length (>0. grid units, <0. lnp)

1 [gsi_d03_nml]
2 HYBENS_VER_SCALE_REGIONAL = -0.5

Defined in File parm/hwrf.conf

[gsi_d03_nml] READIN_LOCALIZATION

if T, then read in localization information from external file

1 [gsi_d03_nml]
2 READIN_LOCALIZATION = F

Defined in File parm/hwrf.conf

[gsi_d03_nml] GENERATE_ENS_REGIONAL

if T, generate ensemble perturbations internally as random samples of static B.

1 [gsi_d03_nml]
2 GENERATE_ENS_REGIONAL = F

Defined in File parm/hwrf.conf

[gsi_d03_nml] REGIONAL_ENSEMBLE_OPTION

integer, used to select type of ensemble to read in for regional application.

1 [gsi_d03_nml]
2 REGIONAL_ENSEMBLE_OPTION = 1

=1: use GEFS internally interpolated to ensemble grid. =2: ensembles are WRF NMM format =3: ensembles are ARW netcdf format. =4: ensembles are NEMS NMMB format.

Defined in File parm/hwrf.conf

[gsi_d03_nml] PSEUDO_HYBENS

if T, use pseudo HWRF (NMM) ensemble

1 [gsi_d03_nml]
2 PSEUDO_HYBENS = F

Defined in File parm/hwrf.conf

[gsi_d03_nml] GRID_RATIO_ENS

ratio of ensemble grid resolution to analysis grid resolution

1 [gsi_d03_nml]
2 GRID_RATIO_ENS = 1

Defined in File parm/hwrf.conf

[gsi_d03_nml] MERGE_TWO_GRID_ENSPERTS

merge ensemble from two nests for HWRF (NMM)

1 [gsi_d03_nml]
2 MERGE_TWO_GRID_ENSPERTS = F

Defined in File parm/hwrf.conf

[gsi_d03_nml] PWGTFLG

if T, use vertical integration function on ensemble contribution of Psfc

1 [gsi_d03_nml]
2 PWGTFLG = F

Defined in File parm/hwrf.conf

[gsi_d03_nml] BETAFLG

if T, use vertical weighting on beta1_inv and beta2_inv, for regional

1 [gsi_d03_nml]
2 BETAFLG = F

Defined in File parm/hwrf.conf

[gsi_d03_nml] HYBENS_ANISO_REGIONAL

if T, then use anisotropic recursive filter for localization

1 [gsi_d03_nml]
2 HYBENS_ANISO_REGIONAL = F

Defined in File parm/hwrf.conf

[gsi_d03_nml] WRITE_ENS_SPRD

if T, write out ensemble spread

1 [gsi_d03_nml]
2 WRITE_ENS_SPRD = T

Defined in File parm/hwrf.conf

Section [gsi_products]

Configures the GSI post processor (hwrf.gsipost) output products

Options in this section:

[gsi_products] d3_grid

Domain 3 grid

1 [gsi_products]
2 d3_grid = 0.02,0.02,12.,12.,136,600,600

Defined in File parm/hwrf.conf

[gsi_products] d2_grid

Domain 2 grid

1 [gsi_products]
2 d2_grid = 0.06,0.06,30.,30.,136,500,500

Defined in File parm/hwrf.conf

[gsi_products] grib2_compression

GRIB2 compression method

1 [gsi_products]
2 grib2_compression = 32

Settings for cnvgrib to convert to GRIB2. Supported options:

These are sent to the -p option to cnvgrib.

Defined in File parm/hwrf.conf

[gsi_products] hwrforg_n%com

Inner domain original data in com

1 [gsi_products]
2 hwrforg_n%com = {out_prefix}.hwrforg_n.grb2f00

Defined in File parm/hwrf.conf

[gsi_products] hwrforg_i%com

Intermediate domain original data in com

1 [gsi_products]
2 hwrforg_i%com = {out_prefix}.hwrforg_i.grb2f00

Defined in File parm/hwrf.conf

[gsi_products] hwrfges_n%com

Inner domain first guess data in com

1 [gsi_products]
2 hwrfges_n%com = {out_prefix}.hwrfges_n.grb2f00

Defined in File parm/hwrf.conf

[gsi_products] hwrfges_i%com

Intermediate domain first guess data in com

1 [gsi_products]
2 hwrfges_i%com = {out_prefix}.hwrfges_i.grb2f00

Defined in File parm/hwrf.conf

[gsi_products] hwrfanl_n%com

Inner domain analysis data in com

1 [gsi_products]
2 hwrfanl_n%com = {out_prefix}.hwrfanl_n.grb2f00

Defined in File parm/hwrf.conf

[gsi_products] hwrfanl_i%com

Intermediate domain analysis data in com

1 [gsi_products]
2 hwrfanl_i%com = {out_prefix}.hwrfanl_i.grb2f00

Defined in File parm/hwrf.conf

Section [gsigribber]

Configure the hwrf.gribtask run by the GSI post

Section [gsipost]

Configures the GSI post-processor run of the hwrf.post

Options in this section:

[gsipost] control

Post control file

1 [gsipost]
2 control = {PARMhwrf}/hwrf_cntrl.nonsat

Defined in File parm/hwrf.conf

[gsipost] needcrtm

no=do not link CRTM fix files

1 [gsipost]
2 needcrtm = no

Defined in File parm/hwrf.conf

Section [hdob_obstype]

Defines the hdob obstype

Tells where to get hdob observations, and what to name them in the directory when running GSI. See hwrf.gsi.GSIBase.grab_obstype_section() for details.

Options in this section:

[hdob_obstype] type

Name for this type of observation

1 [hdob_obstype]
2 type = hd_ob

Defined in File parm/hwrf.conf

[hdob_obstype] dataset

dataset name for the hwrf.input

1 [hdob_obstype]
2 dataset = hd_obs

Defined in File parm/hwrf.conf

[hdob_obstype] item

item name for the hwrf.input

1 [hdob_obstype]
2 item = gdas1_bufr

Defined in File parm/hwrf.conf

[hdob_obstype] hdobbufr

1 [hdob_obstype]
2 hdobbufr = hdob

Defined in File parm/hwrf.conf

Section [holdvars]

Holdvars variable generation section. This sets variables that are only used to create the holdvars file for ksh. Nothing in this section is ever used by the Python code. That vestigial file is just for compatibility with legacy external workflows, and it will be removed eventually. The external workflows that need it are: HHS - to decide whether things failed graphics scripts - for data paths Note that you must also edit parm/hwrf_holdvars.txt in order for the values in this section to be sent to the holdvars.txt file.

These variables are set automatically by hwrf.launcher.make_holdvars:

Options in this section:

[holdvars] COMIN

Input com directory

1 [holdvars]
2 COMIN = {com}

Defined in File parm/hwrf_holdvars.conf

[holdvars] COMOUT

output com directory

1 [holdvars]
2 COMOUT = {com}

Defined in File parm/hwrf_holdvars.conf

[holdvars] GSI

Do we run GSI?

1 [holdvars]
2 GSI = {cap_run_gsi}

Defined in File parm/hwrf_holdvars.conf

[holdvars] INIT

Do we run vortex initialization?

1 [holdvars]
2 INIT = {cap_run_relocation}

Defined in File parm/hwrf_holdvars.conf

[holdvars] GSID01

Do we run GSI for domain 1?

1 [holdvars]
2 GSID01 = NO

Defined in File parm/hwrf_holdvars.conf

[holdvars] GSID02

Do we run GSI for domain 2?

1 [holdvars]
2 GSID02 = {cap_run_gsi}

Defined in File parm/hwrf_holdvars.conf

[holdvars] GSID03

Do we run GSI for domain 3?

1 [holdvars]
2 GSID03 = {cap_run_gsi}

Defined in File parm/hwrf_holdvars.conf

[holdvars] FGATSTR

FGAT start hour relative to analysis time

1 [holdvars]
2 FGATSTR = -3

Defined in File parm/hwrf_holdvars.conf

[holdvars] FGATINV

FGAT increment in horus

1 [holdvars]
2 FGATINV = 3

Defined in File parm/hwrf_holdvars.conf

[holdvars] FGATEND

FGAT end hour relative to analysis time

1 [holdvars]
2 FGATEND = 3

Defined in File parm/hwrf_holdvars.conf

[holdvars] OCEAN

Ocean model

1 [holdvars]
2 OCEAN = POM

Defined in File parm/hwrf_holdvars.conf

[holdvars] MODEL

ATMOS or OCEAN: do we run coupled?

1 [holdvars]
2 MODEL = {holdvars_model}

Defined in File parm/hwrf_holdvars.conf

[holdvars] ENVEQUIV

Present cluster name

1 [holdvars]
2 ENVEQUIV = {WHERE_AM_I}

Defined in File parm/hwrf_holdvars.conf

[holdvars] EMCGRAPHICS

Do we run graphics jobs?

1 [holdvars]
2 EMCGRAPHICS = NO

Defined in File parm/hwrf_holdvars.conf

[holdvars] WHERE_AM_I

Which cluster? (For setting up environment.)

1 [holdvars]
2 WHERE_AM_I = jet

Defined in File parm/system.conf.jet

[holdvars] WHICH_JET

Which part of Jet?

1 [holdvars]
2 WHICH_JET = u

Defined in File parm/system.conf.jet

[holdvars] NPROCS_A_NOIO

Unused.

1 [holdvars]
2 NPROCS_A_NOIO = 184

Defined in File parm/system.conf.jet

[holdvars] NPROCS_C

Unused.

1 [holdvars]
2 NPROCS_C = 1

Defined in File parm/system.conf.jet

[holdvars] NPROCS_O

Unused.

1 [holdvars]
2 NPROCS_O = 9

Defined in File parm/system.conf.jet

Section [hpss_gfs_PROD2012]

Old (2012) GFS HPSS directories and archive names

Options in this section:

Inherits from the following sections:

[hpss_gfs_PROD2012] gfsloop

GFS and loop current data

1 [hpss_gfs_PROD2012]
2 gfsloop = /NCEPDEV/emc-hwrf/2year/hurpara/GFS-PROD-2012/gfs-loop-{aYMDH}.tar#

Defined in File parm/hwrf_input.conf

[hpss_gfs_PROD2012] gdasenkf

GDAS and ENKF data

1 [hpss_gfs_PROD2012]
2 gdasenkf = /NCEPDEV/emc-hwrf/2year/hurpara/GFS-PROD-2012/gdasr-gdas1-enkf-{aYMDH}.tar#

Defined in File parm/hwrf_input.conf

[hpss_gfs_PROD2012] gfs

1 [hpss_gfs_PROD2012]
2 gfs = {gfsloop}/HISTORY/GFS.{aYYYY}/{aYMDH}/

Defined in File parm/hwrf_input.conf

[hpss_gfs_PROD2012] gdas1

1 [hpss_gfs_PROD2012]
2 gdas1 = {gdasenkf}/GDAS1/{aYYYY}/{aYMDH}/

Defined in File parm/hwrf_input.conf

[hpss_gfs_PROD2012] gdasr

1 [hpss_gfs_PROD2012]
2 gdasr = {gdasenkf}/GDAS/{aYYYY}/{aYMDH}/

Defined in File parm/hwrf_input.conf

[hpss_gfs_PROD2012] enkf

1 [hpss_gfs_PROD2012]
2 enkf = {gdasenkf}/ENKF/{aYYYY}/{aYMDH}/

Defined in File parm/hwrf_input.conf

[hpss_gfs_PROD2012] loopdata

1 [hpss_gfs_PROD2012]
2 loopdata = {gfsloop}/LOOP-CURRENT/

Defined in File parm/hwrf_input.conf

Section [hwrf_da_ens]

Configures the hwrf.ensda.DAEnsemble

Options in this section:

[hwrf_da_ens] fcsttask

Section for configuring the 6hr forecast task

1 [hwrf_da_ens]
2 fcsttask = ensda_runwrf

Defined in File parm/hwrf.conf

[hwrf_da_ens] realinit

Section for configuring the real_nmm program

1 [hwrf_da_ens]
2 realinit = wrfexe

Defined in File parm/hwrf.conf

[hwrf_da_ens] prep_hybrid

Section for configuring prep_hybrid

1 [hwrf_da_ens]
2 prep_hybrid = ensda_prep_hybrid

Defined in File parm/hwrf.conf

[hwrf_da_ens] ensda_size

number of ensemble members (from 30 to 80)

1 [hwrf_da_ens]
2 ensda_size = 40

Defined in File parm/hwrf.conf

[hwrf_da_ens] post

section to configure the post for the ensemble

1 [hwrf_da_ens]
2 post = ensda_post

Defined in File parm/hwrf.conf

[hwrf_da_ens] regribber

section to configure the regribber for finding the vortex of the ensemble

1 [hwrf_da_ens]
2 regribber = regribber

Defined in File parm/hwrf.conf

[hwrf_da_ens] tracker

section to configure the tracker for finding the vortex of the ensemble

1 [hwrf_da_ens]
2 tracker = tracker

Defined in File parm/hwrf.conf

[hwrf_da_ens] relocate

section to configure the relocation for the ensemble

1 [hwrf_da_ens]
2 relocate = ensda_relocate

Defined in File parm/hwrf.conf

Section [hwrfdata]

HWRF staging area paths. See hwrf.input.DataCatalog for details.

This section defines the locations to store parent model data and obs within the HWRF run areas, and the local names of files:

Options in this section:

Inherits from the following sections:

[hwrfdata] inputroot

Staging area root directory

1 [hwrfdata]
2 inputroot = {WORKhwrf}/hwrfdata

Defined in File parm/hwrf_input.conf

[hwrfdata] gfs

GFS directory

1 [hwrfdata]
2 gfs = {inputroot}/gfs.{aYMDH}/

Defined in File parm/hwrf_input.conf

[hwrfdata] gdas1

GDAS directory

1 [hwrfdata]
2 gdas1 = {inputroot}/gdas1.{aYMDH}/

Defined in File parm/hwrf_input.conf

[hwrfdata] gdasr

Relocated GDAS directory

1 [hwrfdata]
2 gdasr = {inputroot}/gdasr.{aYMDH}/

Defined in File parm/hwrf_input.conf

[hwrfdata] gefs

GEFS directory

1 [hwrfdata]
2 gefs = {inputroot}/gefs.{aYMDH}/

Defined in File parm/hwrf_input.conf

[hwrfdata] enkf

GFS ENKF directory

1 [hwrfdata]
2 enkf = {inputroot}/enkf.{aYMDH}/

Defined in File parm/hwrf_input.conf

[hwrfdata] messages

hurricane message file directory

1 [hwrfdata]
2 messages = {inputroot}/messages/

Defined in File parm/hwrf_input.conf

[hwrfdata] syndatdir

syndat tcvitals directory

1 [hwrfdata]
2 syndatdir = {inputroot}/syndat/

Defined in File parm/hwrf_input.conf

[hwrfdata] loopdata

loop current data directory

1 [hwrfdata]
2 loopdata = {inputroot}/loop/

Defined in File parm/hwrf_input.conf

[hwrfdata] hd_obs

hdobs data directory

1 [hwrfdata]
2 hd_obs = {inputroot}/recon.{aYMDH}/

Defined in File parm/hwrf_input.conf

[hwrfdata] tdr

tcvitals directory

1 [hwrfdata]
2 tdr = {inputroot}/tdr.{vit[stnum]:02d}{vit[basin1lc]}.{aYMDH}/

Defined in File parm/hwrf_input.conf

Section [hycombools]

This section contains YES/NO variables and values which will be set as environment variables in the shell programs.

The hycombools section is filled with ENV_VAR=value entries. Each ENV_VAR will be set to the boolean version of the value. Values are converted to Python booleans and then to the strings YES or NO. All environment variables must be valid shell and Python variable names.

Options in this section:

[hycombools] RUN_OCEAN

1 [hycombools]
2 RUN_OCEAN = {run_ocean}

Defined in File parm/hwrf.conf

[hycombools] RUN_WAVE

1 [hycombools]
2 RUN_WAVE = {run_wave}

Defined in File parm/hwrf.conf

Section [hycominit]

hycom_init job configuration:

Options in this section:

[hycominit] RTOFS_HIST

RTOFS .a and .b file locations of historical RTOFS

1 [hycominit]
2 RTOFS_HIST = /dev/null

Defined in File parm/hwrf.conf

[hycominit] RTOFS_FCST

RTOFS .a and .b file locations of real-time RTOFS

1 [hycominit]
2 RTOFS_FCST = /dev/null

Defined in File parm/hwrf.conf

[hycominit] RTOFS_TAR

RTOFS .a.tgz and .b file locations

1 [hycominit]
2 RTOFS_TAR = /dev/null

Defined in File parm/hwrf.conf

[hycominit] RTOFS_STAGE

RTOFS staging/linking area

1 [hycominit]
2 RTOFS_STAGE = {WORKhwrf}/hycominit/RTOFSDIR

Defined in File parm/hwrf.conf

[hycominit] scrub

Override global scrubbing option for hycom init

1 [hycominit]
2 scrub = no

Defined in File parm/hwrf.conf

[hycominit] bools

Section with YES/NO variables for shell programs

1 [hycominit]
2 bools = hycombools

Defined in File parm/hwrf.conf

[hycominit] strings

Section with string variables for shell programs

1 [hycominit]
2 strings = hycomstrings

Defined in File parm/hwrf.conf

[hycominit] forecast_exe

hycom forecast program for the coupled forecast job

1 [hycominit]
2 forecast_exe = {EXEChwrf}/hwrf_{RUNmodIDout}_forecast

Defined in File parm/hwrf.conf

[hycominit] restart_outR

Output restart files; should contain RUNmodIDout and ab vars

1 [hycominit]
2 restart_outR = {com}/{out_prefix}.{RUNmodIDout}.spin_restart.{ab}

Defined in File parm/hwrf.conf

[hycominit] restart_out

Output restart R files; should contain RUNmodIDout and ab vars

1 [hycominit]
2 restart_out = {com}/{out_prefix}.{RUNmodIDout}.restart.{ab}

Defined in File parm/hwrf.conf

[hycominit] spin_archv

Output spin files; should contain RUNmodIDout and ab vars

1 [hycominit]
2 spin_archv = {com}/{out_prefix}.spin_archv.{ab}

Defined in File parm/hwrf.conf

Section [hycompost]

Configuration for the ocean_post job

Options in this section:

[hycompost] bools

Section with YES/NO variables for shell programs

1 [hycompost]
2 bools = hycombools

Defined in File parm/hwrf.conf

[hycompost] strings

Section with string variables for shell programs

1 [hycompost]
2 strings = hycomstrings

Defined in File parm/hwrf.conf

Section [hycomstrings]

This section contains variables and string values which will be set as environment variables in the shell programs.

The hycomstrings section is filled with ENV_VAR=value entries. The ENV_VAR will be set to the value, unmodified. All environment variables must be valid shell and Python variable names. The strings must be single line strings (no end-of-line characters) that are expressable in both shell and Python.

Note
The special RTOFSDIR variable is set independently based on the hwrf.hycom.HYCOMInit.find_rtofs_data() function.

Options in this section:

[hycomstrings] NPROCS_o

1 [hycomstrings]
2 NPROCS_o = 90

Defined in File parm/hwrf.conf

[hycomstrings] out_prefix

1 [hycomstrings]
2 out_prefix = {config/out_prefix}

Defined in File parm/hwrf.conf

[hycomstrings] FORECAST_DIR

1 [hycomstrings]
2 FORECAST_DIR = {dir/WORKhwrf}/runwrf

Defined in File parm/hwrf.conf

[hycomstrings] OCEAN_MODEL

1 [hycomstrings]
2 OCEAN_MODEL = {ocean_model}

Defined in File parm/hwrf.conf

[hycomstrings] WAVE_MODEL

1 [hycomstrings]
2 WAVE_MODEL = {wave_model}

Defined in File parm/hwrf.conf

[hycomstrings] YMDH

1 [hycomstrings]
2 YMDH = {config/YMDH}

Defined in File parm/hwrf.conf

[hycomstrings] stormlabel

1 [hycomstrings]
2 stormlabel = {config/stormlabel}

Defined in File parm/hwrf.conf

[hycomstrings] STORM

1 [hycomstrings]
2 STORM = {vit[stormname]}

Defined in File parm/hwrf.conf

[hycomstrings] STID

1 [hycomstrings]
2 STID = {vit[stormid3]}

Defined in File parm/hwrf.conf

[hycomstrings] basin2

1 [hycomstrings]
2 basin2 = {vit[pubbasin2]}

Defined in File parm/hwrf.conf

[hycomstrings] USHhwrf

1 [hycomstrings]
2 USHhwrf = {dir/USHhwrf}

Defined in File parm/hwrf.conf

[hycomstrings] FIXhwrf

1 [hycomstrings]
2 FIXhwrf = {dir/FIXhwrf}

Defined in File parm/hwrf.conf

[hycomstrings] EXEChwrf

1 [hycomstrings]
2 EXEChwrf = {dir/EXEChwrf}

Defined in File parm/hwrf.conf

[hycomstrings] COMhwrf

1 [hycomstrings]
2 COMhwrf = {config/com}

Defined in File parm/hwrf.conf

[hycomstrings] WORKhwrf

1 [hycomstrings]
2 WORKhwrf = {dir/WORKhwrf}

Defined in File parm/hwrf.conf

[hycomstrings] CASE_ROOT

1 [hycomstrings]
2 CASE_ROOT = {config/case_root}

Defined in File parm/hwrf.conf

Section [jet_fcst_PROD2012]

Obsolete Jet GFS real-time locations for old (2012) GFS. Will fail if you try it now since the 2012 GFS is no longer running. See hwrf.input.InputSource for details.

Options in this section:

Inherits from the following sections:

[jet_fcst_PROD2012] inputroot

Input data root directory.

1 [jet_fcst_PROD2012]
2 inputroot = /lfs3/projects/hwrf-data/hwrf-input

Defined in File parm/hwrf_input.conf

[jet_fcst_PROD2012] gfs

GFS directory

1 [jet_fcst_PROD2012]
2 gfs = {inputroot}/FORECAST/gfs.{aYMDH}/

Defined in File parm/hwrf_input.conf

[jet_fcst_PROD2012] gdas1

GDAS directory

1 [jet_fcst_PROD2012]
2 gdas1 = {inputroot}/GDAS1/{aYYYY}/{aYMDH}/

Defined in File parm/hwrf_input.conf

[jet_fcst_PROD2012] gefs

GEFS directory

1 [jet_fcst_PROD2012]
2 gefs = {inputroot}/GEFS/{aYMDH}/{ENS}/

Defined in File parm/hwrf_input.conf

[jet_fcst_PROD2012] gdasr

Relocated GDAS directory

1 [jet_fcst_PROD2012]
2 gdasr = {inputroot}/GDAS/{aYYYY}/{aYMDH}/

Defined in File parm/hwrf_input.conf

[jet_fcst_PROD2012] enkf

GFS ENKF directory

1 [jet_fcst_PROD2012]
2 enkf = {inputroot}/ENKF/{aYYYY}/{aYMDH}/

Defined in File parm/hwrf_input.conf

[jet_fcst_PROD2012] syndatdir

syndat tcvitals directory

1 [jet_fcst_PROD2012]
2 syndatdir = {inputroot}/SYNDAT-PLUS/

Defined in File parm/hwrf_input.conf

[jet_fcst_PROD2012] loopdata

loop current data directory

1 [jet_fcst_PROD2012]
2 loopdata = {inputroot}/LOOP-CURRENT/

Defined in File parm/hwrf_input.conf

[jet_fcst_PROD2012] hd_obs

hd obs directory

1 [jet_fcst_PROD2012]
2 hd_obs = {inputroot}/RECON/gdas.{aYMD}/

Defined in File parm/hwrf_input.conf

[jet_fcst_PROD2012] tdr

TDR data directory

1 [jet_fcst_PROD2012]
2 tdr = {inputroot}/TDR/{aYYYY}/{aYMDH}/{vit[stnum]:02d}{vit[basin1lc]}/

Defined in File parm/hwrf_input.conf

[jet_fcst_PROD2012] rt_updated

yes = is okay to symlink to missing files

1 [jet_fcst_PROD2012]
2 rt_updated = yes

Defined in File parm/hwrf_input.conf

Section [jet_fcst_PROD2014]

Jet datasets updated in real-time, plus historical areas when no real-time update is available.

Options in this section:

Inherits from the following sections:

[jet_fcst_PROD2014] inputroot2014

Input root location

1 [jet_fcst_PROD2014]
2 inputroot2014 = /lfs3/projects/hwrf-data/hwrf-input/PROD2014

Defined in File parm/hwrf_input.conf

[jet_fcst_PROD2014] inputroot

Input root location

1 [jet_fcst_PROD2014]
2 inputroot = /lfs3/projects/hwrf-data/hwrf-input

Defined in File parm/hwrf_input.conf

[jet_fcst_PROD2014] gfs

GFS directory

1 [jet_fcst_PROD2014]
2 gfs = {inputroot2014}/FORECAST/gfs.{aYMDH}/

Defined in File parm/hwrf_input.conf

[jet_fcst_PROD2014] gdas1

GDAS directory

1 [jet_fcst_PROD2014]
2 gdas1 = {inputroot2014}/GDAS1/{aYYYY}/{aYMDH}/

Defined in File parm/hwrf_input.conf

[jet_fcst_PROD2014] gdasr

Relocated GDAS directory

1 [jet_fcst_PROD2014]
2 gdasr = {inputroot2014}/GDAS/{aYYYY}/{aYMDH}/

Defined in File parm/hwrf_input.conf

[jet_fcst_PROD2014] enkf

GFS ENKF directory

1 [jet_fcst_PROD2014]
2 enkf = {inputroot2014}/ENKF/{aYYYY}/{aYMDH}/

Defined in File parm/hwrf_input.conf

[jet_fcst_PROD2014] gefs

GEFS directory

1 [jet_fcst_PROD2014]
2 gefs = {inputroot}/GEFS/{aYMDH}/{ENS}/

Defined in File parm/hwrf_input.conf

[jet_fcst_PROD2014] syndatdir

syndat tcvitals directory

1 [jet_fcst_PROD2014]
2 syndatdir = {inputroot}/SYNDAT-PLUS/

Defined in File parm/hwrf_input.conf

[jet_fcst_PROD2014] loopdata

loop current directory

1 [jet_fcst_PROD2014]
2 loopdata = {inputroot}/LOOP-CURRENT/

Defined in File parm/hwrf_input.conf

[jet_fcst_PROD2014] hd_obs

hd obs directory

1 [jet_fcst_PROD2014]
2 hd_obs = {inputroot}/RECON/gdas.{aYMD}/

Defined in File parm/hwrf_input.conf

[jet_fcst_PROD2014] tdr

Tail doppler radar (TDR) bufr file directory

1 [jet_fcst_PROD2014]
2 tdr = {inputroot}/TDR/{aYYYY}/{aYMDH}/{vit[stnum]:02d}{vit[basin1lc]}/

Defined in File parm/hwrf_input.conf

Section [jet_gefs_naming]

GEFS Jet file naming conventions

Options in this section:

[jet_gefs_naming] gep_2b

GEFS perturbed member (ENS) B file path

1 [jet_gefs_naming]
2 gep_2b = gep{ENS}.t{aHH}z.pgrb2bf{fahr:02d}

Defined in File parm/hwrf_input.conf

[jet_gefs_naming] gep_2a

GEFS perturbed member (ENS) A file path

1 [jet_gefs_naming]
2 gep_2a = gep{ENS}.t{aHH}z.pgrb2af{fahr:02d}

Defined in File parm/hwrf_input.conf

[jet_gefs_naming] gec_2b

GEFS control B file path

1 [jet_gefs_naming]
2 gec_2b = gec00.t{aHH}z.pgrb2bf{fahr:02d}

Defined in File parm/hwrf_input.conf

[jet_gefs_naming] gec_2a

GEFS control A file path

1 [jet_gefs_naming]
2 gec_2a = gec00.t{aHH}z.pgrb2af{fahr:02d}

Defined in File parm/hwrf_input.conf

Section [jet_hist_2012_for_2014]

Jet history areas with old (2012) GFS data. This removes all file types that were changed since the January 2015 upgrade, allowing this section to be used for 2015 tests. See hwrf.input.InputSource for details.

Options in this section:

[jet_hist_2012_for_2014] inputroot

Input root directory

1 [jet_hist_2012_for_2014]
2 inputroot = /lfs3/projects/hwrf-data/hwrf-input

Defined in File parm/hwrf_input.conf

[jet_hist_2012_for_2014] loopdata

Loop current directory

1 [jet_hist_2012_for_2014]
2 loopdata = {inputroot}/LOOP-CURRENT/

Defined in File parm/hwrf_input.conf

[jet_hist_2012_for_2014] gfdl_loop

Loop current file

1 [jet_hist_2012_for_2014]
2 gfdl_loop = hwrf_gfdl_loop_current_rmy5.dat.{aYMD}

Defined in File parm/hwrf_input.conf

[jet_hist_2012_for_2014] gfdl_wc_ring

Loop current wc_ring file

1 [jet_hist_2012_for_2014]
2 gfdl_wc_ring = hwrf_gfdl_loop_current_wc_ring_rmy5.dat.{aYMD}

Defined in File parm/hwrf_input.conf

[jet_hist_2012_for_2014] gfs

GFS directory

1 [jet_hist_2012_for_2014]
2 gfs = {inputroot}/BUFR/GFS.{aYYYY}/{aYMDH}/

Defined in File parm/hwrf_input.conf

[jet_hist_2012_for_2014] gfs_bufr

GFS bufr file

1 [jet_hist_2012_for_2014]
2 gfs_bufr = gfs.t{aHH}z.{obstype}.tm00.bufr_d

Defined in File parm/hwrf_input.conf

Section [jet_hist_PROD2012]

Old (2012) GFS jet datasets that contain historical data. See hwrf.input.InputSource for details.

Options in this section:

Inherits from the following sections:

[jet_hist_PROD2012] inputroot

Input data root directory

1 [jet_hist_PROD2012]
2 inputroot = /lfs3/projects/hwrf-data/hwrf-input

Defined in File parm/hwrf_input.conf

[jet_hist_PROD2012] gfs

GFS directory

1 [jet_hist_PROD2012]
2 gfs = {inputroot}/PROD2012/HISTORY/GFS.{aYYYY}/{aYMDH}/

Defined in File parm/hwrf_input.conf

[jet_hist_PROD2012] gdas1

GDAS directory

1 [jet_hist_PROD2012]
2 gdas1 = {inputroot}/GDAS1/{aYYYY}/{aYMDH}/

Defined in File parm/hwrf_input.conf

[jet_hist_PROD2012] gdasr

Relocated GDAS directory

1 [jet_hist_PROD2012]
2 gdasr = {inputroot}/GDAS/{aYYYY}/{aYMDH}/

Defined in File parm/hwrf_input.conf

[jet_hist_PROD2012] enkf

GFS ENKF directory

1 [jet_hist_PROD2012]
2 enkf = {inputroot}/ENKF/{aYYYY}/{aYMDH}/

Defined in File parm/hwrf_input.conf

[jet_hist_PROD2012] gefs

GEFS directory

1 [jet_hist_PROD2012]
2 gefs = {inputroot}/GEFS/{aYMDH}/{ENS}/

Defined in File parm/hwrf_input.conf

[jet_hist_PROD2012] syndatdir

syndat tcvitals directory

1 [jet_hist_PROD2012]
2 syndatdir = {inputroot}/SYNDAT-PLUS/

Defined in File parm/hwrf_input.conf

[jet_hist_PROD2012] loopdata

loop current directory

1 [jet_hist_PROD2012]
2 loopdata = {inputroot}/LOOP-CURRENT/

Defined in File parm/hwrf_input.conf

[jet_hist_PROD2012] hd_obs

hdobs data directory

1 [jet_hist_PROD2012]
2 hd_obs = {inputroot}/RECON/gdas.{aYMD}/

Defined in File parm/hwrf_input.conf

[jet_hist_PROD2012] tdr

TDR data directory

1 [jet_hist_PROD2012]
2 tdr = {inputroot}/TDR/{aYYYY}/{aYMDH}/{vit[stnum]:02d}{vit[basin1lc]}/

Defined in File parm/hwrf_input.conf

Section [jet_hist_PROD2014]

Jet datasets that contain historical data. See hwrf.input.InputSource for details.

Options in this section:

Inherits from the following sections:

[jet_hist_PROD2014] inputroot2014

Input root location

1 [jet_hist_PROD2014]
2 inputroot2014 = /lfs3/projects/hwrf-data/hwrf-input

Defined in File parm/hwrf_input.conf

[jet_hist_PROD2014] inputroot

Input root location

1 [jet_hist_PROD2014]
2 inputroot = /lfs3/projects/hwrf-data/hwrf-input

Defined in File parm/hwrf_input.conf

[jet_hist_PROD2014] gfs

GFS directory

1 [jet_hist_PROD2014]
2 gfs = {inputroot2014}/HISTORY/GFS.{aYYYY}/{aYMDH}/

Defined in File parm/hwrf_input.conf

[jet_hist_PROD2014] gdas1

GDAS directory

1 [jet_hist_PROD2014]
2 gdas1 = {inputroot2014}/GDAS1/{aYYYY}/{aYMDH}/

Defined in File parm/hwrf_input.conf

[jet_hist_PROD2014] gdasr

Relocated GDAS directory

1 [jet_hist_PROD2014]
2 gdasr = {inputroot2014}/GDAS/{aYYYY}/{aYMDH}/

Defined in File parm/hwrf_input.conf

[jet_hist_PROD2014] enkf

GFS ENKF directory

1 [jet_hist_PROD2014]
2 enkf = {inputroot2014}/ENKF/{aYYYY}/{aYMDH}/

Defined in File parm/hwrf_input.conf

[jet_hist_PROD2014] gefs

GEFS directory

1 [jet_hist_PROD2014]
2 gefs = {inputroot}/GEFS/{aYMDH}/{ENS}/

Defined in File parm/hwrf_input.conf

[jet_hist_PROD2014] syndatdir

syndat tcvitals directory

1 [jet_hist_PROD2014]
2 syndatdir = {inputroot}/SYNDAT-PLUS/

Defined in File parm/hwrf_input.conf

[jet_hist_PROD2014] loopdata

loop current data directory

1 [jet_hist_PROD2014]
2 loopdata = {inputroot}/LOOP-CURRENT/

Defined in File parm/hwrf_input.conf

[jet_hist_PROD2014] hd_obs

hdobs directory

1 [jet_hist_PROD2014]
2 hd_obs = {inputroot}/RECON/gdas.{aYMD}/

Defined in File parm/hwrf_input.conf

[jet_hist_PROD2014] tdr

TDR directory

1 [jet_hist_PROD2014]
2 tdr = {inputroot}/TDR/{aYYYY}/{aYMDH}/{vit[stnum]:02d}{vit[basin1lc]}/

Defined in File parm/hwrf_input.conf

Section [jet_prepbufrnr_PROD2014]

An hwrf.input.DataCatalog for prepbufr.nr files on Jet. See hwrf.input.InputSource for details.

Options in this section:

[jet_prepbufrnr_PROD2014] gfs

GFS directory

1 [jet_prepbufrnr_PROD2014]
2 gfs = /lfs3/projects/hwrf-data/hwrf-input/PROD2014/prepbufr.nr/

Defined in File parm/hwrf_input.conf

[jet_prepbufrnr_PROD2014] gfs_prepbufr_nr

prepbufr.nr filename

1 [jet_prepbufrnr_PROD2014]
2 gfs_prepbufr_nr = {aYYYY}/{aYMDH}.prepbufr.nr

Defined in File parm/hwrf_input.conf

Section [jet_sources_PROD2012]

This is the list of transfer mechanisms available to jobs running on Jet for the old (2012) GFS. See hwrf.input.InputSource for details.

Options in this section:

Inherits from the following sections:

[jet_sources_PROD2012] jet_hist_PROD2012%location

Local disk history location

1 [jet_sources_PROD2012]
2 jet_hist_PROD2012%location = file:///

Defined in File parm/hwrf_input.conf

[jet_sources_PROD2012] jet_fcst_PROD2012%location

Local disk forecast location

1 [jet_sources_PROD2012]
2 jet_fcst_PROD2012%location = file:///

Defined in File parm/hwrf_input.conf

[jet_sources_PROD2012] hpss_PROD2012%location

HPSS history location

1 [jet_sources_PROD2012]
2 hpss_PROD2012%location = htar:///

Defined in File parm/hwrf_input.conf

[jet_sources_PROD2012] hpss_PROD2012%histprio

HPSS history location

1 [jet_sources_PROD2012]
2 hpss_PROD2012%histprio = 50

Defined in File parm/hwrf_input.conf

[jet_sources_PROD2012] jet_fcst_PROD2012%histprio

Priority for using the jet disk forecast data for history cases

1 [jet_sources_PROD2012]
2 jet_fcst_PROD2012%histprio = 100

Defined in File parm/hwrf_input.conf

[jet_sources_PROD2012] jet_hist_PROD2012%histprio

Priority for using the jet disk history data for history cases

1 [jet_sources_PROD2012]
2 jet_hist_PROD2012%histprio = 90

Defined in File parm/hwrf_input.conf

[jet_sources_PROD2012] jet_fcst_PROD2012%fcstprio

Priority for using the jet disk forecast data for forecast cases

1 [jet_sources_PROD2012]
2 jet_fcst_PROD2012%fcstprio = 100

Defined in File parm/hwrf_input.conf

[jet_sources_PROD2012] jet_hist_PROD2012%fcstprio

Priority for using the jet disk history data for forecast cases

1 [jet_sources_PROD2012]
2 jet_hist_PROD2012%fcstprio = 90

Defined in File parm/hwrf_input.conf

[jet_sources_PROD2012] prod_backup_2015%location

1 [jet_sources_PROD2012]
2 prod_backup_2015%location = htar://

Defined in File parm/hwrf_input.conf

[jet_sources_PROD2012] prod_backup_2015%histprio

1 [jet_sources_PROD2012]
2 prod_backup_2015%histprio = 79

Defined in File parm/hwrf_input.conf

[jet_sources_PROD2012] prod_backup_2015%dates

1 [jet_sources_PROD2012]
2 prod_backup_2015%dates = 2015070100-2015113018

Defined in File parm/hwrf_input.conf

Section [jet_sources_PROD2014]

This is the list of transfer mechanisms available to jobs running on Jet, when using the current (2015) GFS.

Options in this section:

Inherits from the following sections:

[jet_sources_PROD2014] jet_hist_PROD2014%location

Jet history area

1 [jet_sources_PROD2014]
2 jet_hist_PROD2014%location = file:///

Defined in File parm/hwrf_input.conf

[jet_sources_PROD2014] jet_fcst_PROD2014%location

1 [jet_sources_PROD2014]
2 jet_fcst_PROD2014%location = file:///

Defined in File parm/hwrf_input.conf

[jet_sources_PROD2014] jet_prepbufrnr_PROD2014%location

Jet prepbufr.nr area

1 [jet_sources_PROD2014]
2 jet_prepbufrnr_PROD2014%location = file:///

Defined in File parm/hwrf_input.conf

[jet_sources_PROD2014] jet_prepbufrnr_PROD2014%histprio

Jet prepbufr.nr priority for history cases

1 [jet_sources_PROD2014]
2 jet_prepbufrnr_PROD2014%histprio = 98

Defined in File parm/hwrf_input.conf

[jet_sources_PROD2014] jet_hist_2012_for_2014%location

Jet 2012 GFS data for 2014 case

1 [jet_sources_PROD2014]
2 jet_hist_2012_for_2014%location = file:///

Defined in File parm/hwrf_input.conf

[jet_sources_PROD2014] jet_hist_2012_for_2014%histprio

Priority for using Jet 2012 GFS data for 2014 cases

1 [jet_sources_PROD2014]
2 jet_hist_2012_for_2014%histprio = 85

Defined in File parm/hwrf_input.conf

[jet_sources_PROD2014] jet_hist_PROD2014%histprio

1 [jet_sources_PROD2014]
2 jet_hist_PROD2014%histprio = 100

Defined in File parm/hwrf_input.conf

[jet_sources_PROD2014] jet_fcst_PROD2014%histprio

Priority for using Jet history data for history cases

1 [jet_sources_PROD2014]
2 jet_fcst_PROD2014%histprio = 90

Defined in File parm/hwrf_input.conf

[jet_sources_PROD2014] jet_fcst_PROD2014%fcstprio

Priority for using Jet forecast data for forecast cases

1 [jet_sources_PROD2014]
2 jet_fcst_PROD2014%fcstprio = 100

Defined in File parm/hwrf_input.conf

[jet_sources_PROD2014] jet_hist_PROD2014%fcstprio

Priority for using Jet history data for forecast cases

1 [jet_sources_PROD2014]
2 jet_hist_PROD2014%fcstprio = 90

Defined in File parm/hwrf_input.conf

[jet_sources_PROD2014] gfs2012_for2014%location

GFS 2012 HPSS data for 2014 cases

1 [jet_sources_PROD2014]
2 gfs2012_for2014%location = htar://

Defined in File parm/hwrf_input.conf

[jet_sources_PROD2014] gfs2012_for2014%histprio

Priority for using GFS 2012 HPSS data for history cases

1 [jet_sources_PROD2014]
2 gfs2012_for2014%histprio = 50

Defined in File parm/hwrf_input.conf

Section [merge]

Configure the merge job.

Section [metgrid]

Configures the hwrf.wps.Metgrid

Options in this section:

[metgrid] redirect

Use per-program log files

1 [metgrid]
2 redirect = yes

Defined in File parm/hwrf.conf

[metgrid] tbl

The METGRID.TBL file

1 [metgrid]
2 tbl = {PARMhwrf}/hwrf_METGRID.TBL

Defined in File parm/hwrf.conf

[metgrid] namelist

The section that defines the WPS namelist

1 [metgrid]
2 namelist = wps_namelist

Defined in File parm/hwrf.conf

[metgrid] scrub

Scrub temporary files?

1 [metgrid]
2 scrub = no

Defined in File parm/hwrf.conf

Section [moad]

Configure the outermost WRF domain

Mother Of All Domains (MOAD) in WRF terminology is the fixed, outermost domain in the simulation. For all HWRF simulations (anl, ghost, forecast, ensda, etc.) the MOAD is the same, and this section sets all settings for that domain. The hwrf.wrf.WRFNamelist class copies the MOAD settings to the child domain unless the child overrides them (with a few exceptions like parent_grid_ratio), so these sections affect all domains in all WRF simulations.

Options in this section:

[moad] nx

Domain X (rotated East) extent

1 [moad]
2 nx = 288

Defined in File parm/hwrf.conf

[moad] ny

Domain Y (rotated North) extent

1 [moad]
2 ny = 576

Defined in File parm/hwrf.conf

[moad] parent_grid_ratio

Must be 1 (ratio of self to self)

1 [moad]
2 parent_grid_ratio = 1

Defined in File parm/hwrf.conf

[moad] dx

X resolution, must be a multiple of 0.09 and same as dy

1 [moad]
2 dx = 0.135

Defined in File parm/hwrf.conf

[moad] dy

Y resolution, must be a multiple of 0.09 and same as dx

1 [moad]
2 dy = 0.135

Defined in File parm/hwrf.conf

[moad] start

Domain start location. Must be moad

1 [moad]
2 start = moad

Defined in File parm/hwrf.conf

[moad] namelist

Namelist for setting per-domain options for this domain.

1 [moad]
2 namelist = moad_namelist

Defined in File parm/hwrf.conf

Section [moad_namelist]

Extra per-domain WRF namelist settings for all nests.

Sent into the hwrf.namelist.Conf2Namelist when generating the WRF namelist. This section sets per-domain settings for the Mother Of All Domains (moad), which is the outermost domain. The settings in this section will be copied to all domains unless the namelist_outer or namelist_inner override them. See the WRF documentation for details.

Section [namelist_ghost]

Extra per-domain WRF namelist settings for ghost domains, sent to hwrf.namelist.Conf2Namelist when geherating the WRF namelist.

Section [namelist_inner]

Extra per-domain WRF namelist settings for all nests.

Sent into the hwrf.namelist.Conf2Namelist when generating the WRF namelist. This section sets per-domain settings for the innermost domains. It overrides settings from namelist_outer and namelist_moad.See the WRF documentation for details.

Section [namelist_outer]

Extra per-domain WRF namelist settings for all nests.

This section sets the namelist for the intermediate and innermost domains. It only needs to set values that differ from the MOAD. The innermost domains can override these values in namelist_inner. See the WRF documentation for details.

Section [ncep_prod_archives]

Production NCEP archive directories. See hwrf.input.InputSource for details.

Options in this section:

[ncep_prod_archives] input2yr

1 [ncep_prod_archives]
2 input2yr = /NCEPPROD/2year/hpssprod/runhistory/rh{aYYYY}/{aYYYY}{aMM}/{aYMD}

Defined in File parm/hwrf_input.conf

[ncep_prod_archives] input1yr

1 [ncep_prod_archives]
2 input1yr = /NCEPPROD/1year/hpssprod/runhistory/rh{aYYYY}/{aYYYY}{aMM}/{aYMD}

Defined in File parm/hwrf_input.conf

Section [nco_com_env]

NCO COM areas on WCOSS, configured by environment variable.

WCOSS: NCO locations selected by environment variables. No GEFS and no GDASR:

Options in this section:

Inherits from the following sections:

[nco_com_env] comroot

COM location

1 [nco_com_env]
2 comroot = /com

Defined in File parm/hwrf_input.conf

[nco_com_env] envir

run environment (para, prod or test)

1 [nco_com_env]
2 envir = {ENV[envir|-prod]}

Defined in File parm/hwrf_input.conf

[nco_com_env] gfs

GFS directory

1 [nco_com_env]
2 gfs = {comroot}/gfs/{envir}/gfs.{aYMD}/

Defined in File parm/hwrf_input.conf

[nco_com_env] gdas1

GDAS directory

1 [nco_com_env]
2 gdas1 = {comroot}/gfs/{envir}/gdas.{aYMD}/

Defined in File parm/hwrf_input.conf

[nco_com_env] gefs

GEFS directory

1 [nco_com_env]
2 gefs = {comroot}/gens/{envir}/gefs.{aYMD}/{aHH}/

Defined in File parm/hwrf_input.conf

[nco_com_env] enkf

GFS ENKF directory

1 [nco_com_env]
2 enkf = {comroot}/gfs/{envir}/enkf.{aYMD}/{aHH}/

Defined in File parm/hwrf_input.conf

[nco_com_env] messages

hurricane message file directory

1 [nco_com_env]
2 messages = {comroot}/hur/{envir}/inpdata/

Defined in File parm/hwrf_input.conf

[nco_com_env] syndatdir

syndat tcvitals directory

1 [nco_com_env]
2 syndatdir = {ENV[COMINARCH|-/com/arch/prod/syndat]}/

Defined in File parm/hwrf_input.conf

[nco_com_env] loopdata

loop current directory

1 [nco_com_env]
2 loopdata = /nhc/save/guidance/storm-data/ncep/

Defined in File parm/hwrf_input.conf

[nco_com_env] hd_obs

hdobs directory

1 [nco_com_env]
2 hd_obs = {WORKhwrf}/RECON/gdas.{aYMD}/

Defined in File parm/hwrf_input.conf

[nco_com_env] tdr

TDR location

1 [nco_com_env]
2 tdr = {WORKhwrf}/TDR/{aYYYY}/{aYMDH}/{vit[stnum]:02d}{vit[basin1lc]}/

Defined in File parm/hwrf_input.conf

Section [nhc_products]

Configuration for hwrf_nhc_products program, which produces the swath, the HTCF, the AFOS, and various other NHC products.

Options in this section:

[nhc_products] TierI_model

model name in Tier I file

1 [nhc_products]
2 TierI_model = HWRF

Defined in File parm/hwrf.conf

[nhc_products] TierI_submodel

submodel name in Tier I file

1 [nhc_products]
2 TierI_submodel = PYHW

Defined in File parm/hwrf.conf

[nhc_products] TierI_realtime

realtime/non-realtime for Tier I purposes

1 [nhc_products]
2 TierI_realtime = no

Defined in File parm/hwrf.conf

[nhc_products] grads_byteswap

should the grads ctl file say the swath is byteswapped?

1 [nhc_products]
2 grads_byteswap = yes

Defined in File parm/hwrf.conf

[nhc_products] swathres

resolution of storm swath in degrees

1 [nhc_products]
2 swathres = 0.05

Defined in File parm/hwrf.conf

[nhc_products] swathpad

padding in degrees around storm swath

1 [nhc_products]
2 swathpad = 0.3

Defined in File parm/hwrf.conf

Section [no_sources]

Fake InputSource configuration to disable pulling inputs but still check inputs

Section [nonsatpost]

Configures the non-satellite post-processor run on the forecast

Options in this section:

[nonsatpost] auxhist2_control

Post control file for auxhist2 files (hours 1, 2, 4, 5, 7, 8)

1 [nonsatpost]
2 auxhist2_control = {PARMhwrf}/hwrf_cntrl.tracker

Defined in File parm/hwrf.conf

[nonsatpost] control

Post control file for all other files

1 [nonsatpost]
2 control = {PARMhwrf}/hwrf_cntrl.nonsat

Defined in File parm/hwrf.conf

Section [nothermo]

Tracker namelist overrides to disable thermodynamic parameters.

Sent to hwrf.namelist.Conf2Namelist when generating the tracker namelist for the experimental domain 1 and domain 1/2 trackers. This section disables the tracker thermodynamic parameters, which are too slow for the larger domain size.

Section [ocstatus]

Ocean status file specification.

Options in this section:

[ocstatus] ocstatus

The name of the ocean status file in the com directory:

1 [ocstatus]
2 ocstatus = {com}/{stormlabel}.ocean_status

Defined in File parm/hwrf.conf

[ocstatus] ocstatus2

Operational name of the ocean status file

1 [ocstatus]
2 ocstatus2 = {com}/ocean_status.{vit[stormname]}{vit[stnum]:02d}{vit[basin1lc]}.{cycle}

Alternative name of the ocean status file, used by the downstream GFDL hurricane model. That name is not presently used by the HWRF Rocoto workflow because it cannot be predicted in advance.

Defined in File parm/hwrf.conf

Section [para_loop_naming]

Loop current naming in long-term storage

This section is @inc included by later sections. It contains the naming convention for loop current files on disk in non-operational areas. These files should be used instead of the production files if possible since these files have the date in their names, preventing accidental use of the wrong day or year. See hwrf.input.InputSource for details.

Options in this section:

[para_loop_naming] gfdl_loop

Loop current filename

1 [para_loop_naming]
2 gfdl_loop = hwrf_gfdl_loop_current_rmy5.dat.{aYMD}

Defined in File parm/hwrf_input.conf

[para_loop_naming] gfdl_wc_ring

wc_ring look current file

1 [para_loop_naming]
2 gfdl_wc_ring = hwrf_gfdl_loop_current_wc_ring_rmy5.dat.{aYMD}

Defined in File parm/hwrf_input.conf

Section [pom]

Configures the MPIPOMTC ocean model

Options in this section:

[pom] catalog

catalog for the hwrf.input.DataCatalog

1 [pom]
2 catalog = {input_catalog}

Defined in File parm/hwrf.conf

[pom] sfc_dataset

Dataset for hwrf.input to find GFS surface data

1 [pom]
2 sfc_dataset = gfs

Defined in File parm/hwrf.conf

[pom] sanl_item

Item for hwrf.input to find GFS sanl files

1 [pom]
2 sanl_item = gfs_sanl

Defined in File parm/hwrf.conf

[pom] sfcanl_item

Item for hwrf.input to find GFS sfcanl files

1 [pom]
2 sfcanl_item = gfs_sfcanl

Defined in File parm/hwrf.conf

[pom] loop_dataset

Loop current dataset for hwrf.input

1 [pom]
2 loop_dataset = loopdata

Defined in File parm/hwrf.conf

[pom] loop_item

Item for finding GFDL loop current files

1 [pom]
2 loop_item = gfdl_loop

Defined in File parm/hwrf.conf

[pom] wc_ring_item

Item for finding GFDL loop wc_ring files

1 [pom]
2 wc_ring_item = gfdl_wc_ring

Defined in File parm/hwrf.conf

Section [pr4devbs_ALL_grib]

Options in this section:

Inherits from the following sections:

[pr4devbs_ALL_grib] inputroot

1 [pr4devbs_ALL_grib]
2 inputroot = /NCEPDEV/emc-hwrf/2year/emc.hurpara/GFS-PR4devb-COMBINE

Defined in File parm/hwrf_input.conf

[pr4devbs_ALL_grib] gfs

1 [pr4devbs_ALL_grib]
2 gfs = {inputroot}/

Defined in File parm/hwrf_input.conf

[pr4devbs_ALL_grib] gdas1

1 [pr4devbs_ALL_grib]
2 gdas1 = {inputroot}/

Defined in File parm/hwrf_input.conf

[pr4devbs_ALL_grib] enkf

1 [pr4devbs_ALL_grib]
2 enkf = {inputroot}/

Defined in File parm/hwrf_input.conf

Section [pr4devbs_ALL_sp]

Options in this section:

Inherits from the following sections:

[pr4devbs_ALL_sp] inputroot

1 [pr4devbs_ALL_sp]
2 inputroot = /2year/NCEPDEV/emc-hwrf/emc.hurpara/HWRF-PR4devb-COMBINE

Defined in File parm/hwrf_input.conf

[pr4devbs_ALL_sp] gfs

1 [pr4devbs_ALL_sp]
2 gfs = {inputroot}/

Defined in File parm/hwrf_input.conf

[pr4devbs_ALL_sp] gdas1

1 [pr4devbs_ALL_sp]
2 gdas1 = {inputroot}/

Defined in File parm/hwrf_input.conf

[pr4devbs_ALL_sp] enkf

1 [pr4devbs_ALL_sp]
2 enkf = {inputroot}/

Defined in File parm/hwrf_input.conf

Section [pr4devbs_ALL_tm00]

Options in this section:

Inherits from the following sections:

[pr4devbs_ALL_tm00] inputroot

1 [pr4devbs_ALL_tm00]
2 inputroot = /NCEPPROD/hpssprod/runhistory/rh{aYYYY}/{aYYYY}{aMM}/{aYMD}

Defined in File parm/hwrf_input.conf

[pr4devbs_ALL_tm00] gfs

1 [pr4devbs_ALL_tm00]
2 gfs = {inputroot}/

Defined in File parm/hwrf_input.conf

[pr4devbs_ALL_tm00] gdas1

1 [pr4devbs_ALL_tm00]
2 gdas1 = {inputroot}/

Defined in File parm/hwrf_input.conf

[pr4devbs_ALL_tm00] enkf

1 [pr4devbs_ALL_tm00]
2 enkf = {inputroot}/

Defined in File parm/hwrf_input.conf

Section [prelaunch]

Configure the prelaunch configuration overrides, run in hwrf_expt, and implemented in hwrf.prelaunch

Options in this section:

[prelaunch] ensid_overrides

allow per-ensid overrides for forecast ensemble

1 [prelaunch]
2 ensid_overrides = no

Defined in File parm/hwrf_basic.conf

[prelaunch] ungrib_overrides

replace [ungrib] tbl with per-year tblY values

1 [prelaunch]
2 ungrib_overrides = yes

Defined in File parm/hwrf_basic.conf

[prelaunch] rsmc_overrides

read parm/hwrf_JTWC.conf and parm/hwrf_NHC.conf

1 [prelaunch]
2 rsmc_overrides = no

Defined in File parm/hwrf_basic.conf

[prelaunch] rsmc_conf

File to read for rsmc_overrides

1 [prelaunch]
2 rsmc_conf = {PARMhwrf}/hwrf_{RSMC}.conf

Defined in File parm/hwrf_basic.conf

[prelaunch] basin_overrides

read parm/hwrf_(basin).conf

1 [prelaunch]
2 basin_overrides = yes

Defined in File parm/hwrf_basic.conf

[prelaunch] basin_conf

File to read for recognized basins when basin_overrides is enabled

1 [prelaunch]
2 basin_conf = {PARMhwrf}/hwrf_{vit.pubbasin2}.conf

Defined in File parm/hwrf_basic.conf

[prelaunch] no_basin_conf

File to read for unrecognized basins when basin_overrides is enabled

1 [prelaunch]
2 no_basin_conf = {PARMhwrf}/hwrf_other_basins.conf

Defined in File parm/hwrf_basic.conf

[prelaunch] hwrf_other_conf

Used to indicate this conf was used. Primarily for GSI anavinfo.

1 [prelaunch]
2 hwrf_other_conf = yes

Defined in File parm/hwrf_other_basins.conf

[prelaunch] hwrf_3km_conf

Indicate that hwrf_3km.conf was used.

1 [prelaunch]
2 hwrf_3km_conf = yes

Defined in File parm/hwrf_3km.conf

[prelaunch] last_of_43lev_3km

Used to detect order of hwrf_3km.conf and hwrf_43lev.conf

1 [prelaunch]
2 last_of_43lev_3km = 3km

Defined in File parm/hwrf_3km.conf

[prelaunch] hwrf_43lev_conf

Indicate hwrf_43lev.conf was loaded

1 [prelaunch]
2 hwrf_43lev_conf = yes

Defined in File parm/hwrf_43lev.conf

Section [prep_hybrid]

Configures the prep_hybrid program for the non-FGAT case.

Options in this section:

[prep_hybrid] dataset

The dataset name for hwrf.input

1 [prep_hybrid]
2 dataset = gfs

Defined in File parm/hwrf.conf

[prep_hybrid] item

The item name for hwrf.input

1 [prep_hybrid]
2 item = gfs_sf

Defined in File parm/hwrf.conf

[prep_hybrid] catalog

The catalog name for hwrf.input.DataCatalog

1 [prep_hybrid]
2 catalog = {input_catalog}

Defined in File parm/hwrf.conf

[prep_hybrid] namelist

The section to use to generate the prep_hybrid namelist

1 [prep_hybrid]
2 namelist = prep_hybrid_namelist

Defined in File parm/hwrf.conf

[prep_hybrid] threads

Number of threads for running prep_hybrid

1 [prep_hybrid]
2 threads = 8

Defined in File parm/hwrf.conf

[prep_hybrid] imax

The intermediate grid size in the longitude direction.

1 [prep_hybrid]
2 imax = 1440

Defined in File parm/hwrf.conf

[prep_hybrid] jmax

The intermediate grid size in the latitude direction.

1 [prep_hybrid]
2 jmax = 721

Defined in File parm/hwrf.conf

[prep_hybrid] MALLOC_CHECK_

1 [prep_hybrid]
2 MALLOC_CHECK_ = 1

Defined in File parm/system.conf.s4

Section [prep_hybrid_namelist]

Sent through hwrf.namelist.Conf2Namelist for generating the prep_hybrid namelist. See the prep_hybrid documentation for details.

Section [prhs11]

2014 GFS Fanglin Yang summer 2011 reforecasts. See hwrf.input.InputSource for details.

Options in this section:

Inherits from the following sections:

[prhs11] inputroot

1 [prhs11]
2 inputroot = /NCEPDEV/hpssuser/g01/wx24fy/WCOSS/prhs11

Defined in File parm/hwrf_input.conf

[prhs11] gfs

1 [prhs11]
2 gfs = {inputroot}/

Defined in File parm/hwrf_input.conf

[prhs11] gdas1

1 [prhs11]
2 gdas1 = {inputroot}/

Defined in File parm/hwrf_input.conf

[prhs11] enkf

1 [prhs11]
2 enkf = {inputroot}/

Defined in File parm/hwrf_input.conf

Section [prhs12_glopara]

2014 GFS glopara summer 2012 reforecasts. See hwrf.input.InputSource for details.

Options in this section:

Inherits from the following sections:

[prhs12_glopara] inputroot

1 [prhs12_glopara]
2 inputroot = /NCEPDEV/hpssuser/g01/glopara/WCOSS/prhs12

Defined in File parm/hwrf_input.conf

[prhs12_glopara] gfs

1 [prhs12_glopara]
2 gfs = {inputroot}/

Defined in File parm/hwrf_input.conf

[prhs12_glopara] gdas1

1 [prhs12_glopara]
2 gdas1 = {inputroot}/

Defined in File parm/hwrf_input.conf

[prhs12_glopara] enkf

1 [prhs12_glopara]
2 enkf = {inputroot}/

Defined in File parm/hwrf_input.conf

Section [prhs12_new]

2014 GFS Russ Treadon summer 2012 reforecasts (re-runs). See hwrf.input.InputSource for details.

Options in this section:

Inherits from the following sections:

[prhs12_new] inputroot

1 [prhs12_new]
2 inputroot = /5year/NCEPDEV/emc-global/emc.glopara/WCOSS/prhs12

Defined in File parm/hwrf_input.conf

[prhs12_new] gfs

1 [prhs12_new]
2 gfs = {inputroot}/

Defined in File parm/hwrf_input.conf

[prhs12_new] gdas1

1 [prhs12_new]
2 gdas1 = {inputroot}/

Defined in File parm/hwrf_input.conf

[prhs12_new] enkf

1 [prhs12_new]
2 enkf = {inputroot}/

Defined in File parm/hwrf_input.conf

Section [prhs12_renew]

2014 GFS re-run from Jiande Wang (re-runs). See hwrf.input.InputSource for details.

Options in this section:

Inherits from the following sections:

[prhs12_renew] inputroot

1 [prhs12_renew]
2 inputroot = /5year/NCEPDEV/emc-global/Jiande.Wang/HWRF_makeup

Defined in File parm/hwrf_input.conf

[prhs12_renew] gfs

1 [prhs12_renew]
2 gfs = {inputroot}/

Defined in File parm/hwrf_input.conf

[prhs12_renew] gdas1

1 [prhs12_renew]
2 gdas1 = {inputroot}/

Defined in File parm/hwrf_input.conf

[prhs12_renew] enkf

1 [prhs12_renew]
2 enkf = {inputroot}/

Defined in File parm/hwrf_input.conf

Section [prhs12_wx20rt]

2014 GFS Russ Treadon summer 2012 reforecasts. See hwrf.input.InputSource for details.

Options in this section:

Inherits from the following sections:

[prhs12_wx20rt] inputroot

1 [prhs12_wx20rt]
2 inputroot = /NCEPDEV/hpssuser/g01/wx20rt/WCOSS/prhs12

Defined in File parm/hwrf_input.conf

[prhs12_wx20rt] gfs

1 [prhs12_wx20rt]
2 gfs = {inputroot}/

Defined in File parm/hwrf_input.conf

[prhs12_wx20rt] gdas1

1 [prhs12_wx20rt]
2 gdas1 = {inputroot}/

Defined in File parm/hwrf_input.conf

[prhs12_wx20rt] enkf

1 [prhs12_wx20rt]
2 enkf = {inputroot}/

Defined in File parm/hwrf_input.conf

Section [prhs13]

2014 GFS Russ Treadon summer 2013 reforecasts. See hwrf.input.InputSource for details.

Options in this section:

Inherits from the following sections:

[prhs13] inputroot

1 [prhs13]
2 inputroot = /NCEPDEV/hpssuser/g01/wx20rt/WCOSS/prhs13

Defined in File parm/hwrf_input.conf

[prhs13] gfs

1 [prhs13]
2 gfs = {inputroot}/

Defined in File parm/hwrf_input.conf

[prhs13] gdas1

1 [prhs13]
2 gdas1 = {inputroot}/

Defined in File parm/hwrf_input.conf

[prhs13] enkf

1 [prhs13]
2 enkf = {inputroot}/

Defined in File parm/hwrf_input.conf

Section [prhs13_grib1]

2014 GFS Russ Treadon summer 2013 reforecasts, second pass just for GRIB1 GFS/GDAS forecast files. See hwrf.input.InputSource for details.

Options in this section:

Inherits from the following sections:

[prhs13_grib1] inputroot

1 [prhs13_grib1]
2 inputroot = /NCEPDEV/hpssuser/g01/wx20rt/WCOSS/prhs13

Defined in File parm/hwrf_input.conf

[prhs13_grib1] gfs

1 [prhs13_grib1]
2 gfs = {inputroot}/

Defined in File parm/hwrf_input.conf

[prhs13_grib1] gdas1

1 [prhs13_grib1]
2 gdas1 = {inputroot}/

Defined in File parm/hwrf_input.conf

Section [prhs13_new]

2014 GFS Russ Treadon summer 2013 reforecasts. See hwrf.input.InputSource for details.

Options in this section:

Inherits from the following sections:

[prhs13_new] inputroot

1 [prhs13_new]
2 inputroot = /5year/NCEPDEV/emc-global/emc.glopara/WCOSS/prhs13

Defined in File parm/hwrf_input.conf

[prhs13_new] gfs

1 [prhs13_new]
2 gfs = {inputroot}/

Defined in File parm/hwrf_input.conf

[prhs13_new] gdas1

1 [prhs13_new]
2 gdas1 = {inputroot}/

Defined in File parm/hwrf_input.conf

[prhs13_new] enkf

1 [prhs13_new]
2 enkf = {inputroot}/

Defined in File parm/hwrf_input.conf

Section [prhs13_renew]

2014 GFS Re-run from Jiande Wang (re-runs). See hwrf.input.InputSource for details.

Options in this section:

Inherits from the following sections:

[prhs13_renew] inputroot

1 [prhs13_renew]
2 inputroot = /5year/NCEPDEV/emc-global/Jiande.Wang/HWRF_makeup

Defined in File parm/hwrf_input.conf

[prhs13_renew] gfs

1 [prhs13_renew]
2 gfs = {inputroot}/

Defined in File parm/hwrf_input.conf

[prhs13_renew] gdas1

1 [prhs13_renew]
2 gdas1 = {inputroot}/

Defined in File parm/hwrf_input.conf

[prhs13_renew] enkf

1 [prhs13_renew]
2 enkf = {inputroot}/

Defined in File parm/hwrf_input.conf

Section [prhs14_novdec]

2014 GFS Russ Treadon winter 2014 parallel, new GFS parallel period before oper. See hwrf.input.InputSource for details.

Options in this section:

Inherits from the following sections:

[prhs14_novdec] inputroot

1 [prhs14_novdec]
2 inputroot = /5year/NCEPDEV/emc-global/emc.glopara/WCOSS/prhw14n

Defined in File parm/hwrf_input.conf

[prhs14_novdec] gfs

1 [prhs14_novdec]
2 gfs = {inputroot}/

Defined in File parm/hwrf_input.conf

[prhs14_novdec] gdas1

1 [prhs14_novdec]
2 gdas1 = {inputroot}/

Defined in File parm/hwrf_input.conf

[prhs14_novdec] enkf

1 [prhs14_novdec]
2 enkf = {inputroot}/

Defined in File parm/hwrf_input.conf

Section [prhs14_renew]

2014 GFS re-runs from Jiande Wang (re-runs). See hwrf.input.InputSource for details.

Options in this section:

Inherits from the following sections:

[prhs14_renew] inputroot

1 [prhs14_renew]
2 inputroot = /5year/NCEPDEV/emc-global/Jiande.Wang/HWRF_makeup

Defined in File parm/hwrf_input.conf

[prhs14_renew] gfs

1 [prhs14_renew]
2 gfs = {inputroot}/

Defined in File parm/hwrf_input.conf

[prhs14_renew] gdas1

1 [prhs14_renew]
2 gdas1 = {inputroot}/

Defined in File parm/hwrf_input.conf

[prhs14_renew] enkf

1 [prhs14_renew]
2 enkf = {inputroot}/

Defined in File parm/hwrf_input.conf

Section [prhw14_5year]

2014 GFS glopara fall/winter 2014 parallel in /5year area. See hwrf.input.InputSource for details.

Options in this section:

Inherits from the following sections:

[prhw14_5year] inputroot

1 [prhw14_5year]
2 inputroot = /5year/NCEPDEV/emc-global/emc.glopara/WCOSS/prhw14

Defined in File parm/hwrf_input.conf

[prhw14_5year] gfs

1 [prhw14_5year]
2 gfs = {inputroot}/

Defined in File parm/hwrf_input.conf

[prhw14_5year] gdas1

1 [prhw14_5year]
2 gdas1 = {inputroot}/

Defined in File parm/hwrf_input.conf

[prhw14_5year] enkf

1 [prhw14_5year]
2 enkf = {inputroot}/

Defined in File parm/hwrf_input.conf

Section [prhw14_5year_rerun]

2014 GFS glopara fall/winter 2014 parallel in /5year area, more rerun. See hwrf.input.InputSource for details.

Options in this section:

Inherits from the following sections:

[prhw14_5year_rerun] inputroot

1 [prhw14_5year_rerun]
2 inputroot = /5year/NCEPDEV/emc-global/emc.glopara/WCOSS/prhw14/RERUN

Defined in File parm/hwrf_input.conf

[prhw14_5year_rerun] gfs

1 [prhw14_5year_rerun]
2 gfs = {inputroot}/

Defined in File parm/hwrf_input.conf

[prhw14_5year_rerun] gdas1

1 [prhw14_5year_rerun]
2 gdas1 = {inputroot}/

Defined in File parm/hwrf_input.conf

[prhw14_5year_rerun] enkf

1 [prhw14_5year_rerun]
2 enkf = {inputroot}/

Defined in File parm/hwrf_input.conf

Section [prhw14_glopara]

2014 GFS re-runs glopara summer/fall 2014 parallel. See hwrf.input.InputSource for details.

Options in this section:

Inherits from the following sections:

[prhw14_glopara] inputroot

1 [prhw14_glopara]
2 inputroot = /NCEPDEV/hpssuser/g01/glopara/WCOSS/prhw14

Defined in File parm/hwrf_input.conf

[prhw14_glopara] gfs

1 [prhw14_glopara]
2 gfs = {inputroot}/

Defined in File parm/hwrf_input.conf

[prhw14_glopara] gdas1

1 [prhw14_glopara]
2 gdas1 = {inputroot}/

Defined in File parm/hwrf_input.conf

[prhw14_glopara] enkf

1 [prhw14_glopara]
2 enkf = {inputroot}/

Defined in File parm/hwrf_input.conf

Section [prhw14_wx20rt]

2014 GFS Russ Treadon winter 2014 parallel. See hwrf.input.InputSource for details.

Options in this section:

Inherits from the following sections:

[prhw14_wx20rt] inputroot

1 [prhw14_wx20rt]
2 inputroot = /NCEPDEV/hpssuser/g01/wx20rt/WCOSS/prhw14

Defined in File parm/hwrf_input.conf

[prhw14_wx20rt] gfs

1 [prhw14_wx20rt]
2 gfs = {inputroot}/

Defined in File parm/hwrf_input.conf

[prhw14_wx20rt] gdas1

1 [prhw14_wx20rt]
2 gdas1 = {inputroot}/

Defined in File parm/hwrf_input.conf

[prhw14_wx20rt] enkf

1 [prhw14_wx20rt]
2 enkf = {inputroot}/

Defined in File parm/hwrf_input.conf

Section [prod15_data_grib]

operational new GFS from 2015011218 and onwards, grib data. See hwrf.input.InputSource for details.

Options in this section:

Inherits from the following sections:

[prod15_data_grib] inputroot

1 [prod15_data_grib]
2 inputroot = /NCEPPROD/hpssprod/runhistory/rh{aYYYY}/{aYYYY}{aMM}/{aYMD}

Defined in File parm/hwrf_input.conf

[prod15_data_grib] gfs

1 [prod15_data_grib]
2 gfs = {inputroot}/

Defined in File parm/hwrf_input.conf

[prod15_data_grib] gdas1

1 [prod15_data_grib]
2 gdas1 = {inputroot}/

Defined in File parm/hwrf_input.conf

[prod15_data_grib] enkf

1 [prod15_data_grib]
2 enkf = {inputroot}/

Defined in File parm/hwrf_input.conf

Section [prod15_data_sp]

Operational new GFS from 2015011218 and onwards, spectral data. See hwrf.input.InputSource for details.

Options in this section:

Inherits from the following sections:

[prod15_data_sp] inputroot

1 [prod15_data_sp]
2 inputroot = /NCEPPROD/2year/hpssprod/runhistory/rh{aYYYY}/{aYYYY}{aMM}/{aYMD}

Defined in File parm/hwrf_input.conf

[prod15_data_sp] gfs

1 [prod15_data_sp]
2 gfs = {inputroot}/

Defined in File parm/hwrf_input.conf

[prod15_data_sp] gdas1

1 [prod15_data_sp]
2 gdas1 = {inputroot}/

Defined in File parm/hwrf_input.conf

[prod15_data_sp] enkf

1 [prod15_data_sp]
2 enkf = {inputroot}/

Defined in File parm/hwrf_input.conf

Section [prod_backup_2015]

EMC backup of prod GFS HPSS directories in 2015

For a while in July-August 2015, NCO archiving jobs were not working, so the EMC hurricane group made a second archive of the GFS data off of the data that was pushed to Jet.

Options in this section:

Inherits from the following sections:

[prod_backup_2015] gfstar

GFS and loop current data

1 [prod_backup_2015]
2 gfstar = /NCEPDEV/emc-hwrf/5year/jet-hurdata/GFS-PROD2015/gfs-{aYMDH}.tar#

Defined in File parm/hwrf_input.conf

[prod_backup_2015] gdasenkftar

GDAS and ENKF data

1 [prod_backup_2015]
2 gdasenkftar = /NCEPDEV/emc-hwrf/5year/jet-hurdata/GFS-PROD2015/gdas-enkf-{aYMDH}.tar#

Defined in File parm/hwrf_input.conf

[prod_backup_2015] gfs

GFS location within gfs archive:

1 [prod_backup_2015]
2 gfs = {gfstar}FORECAST/gfs.{aYMDH}/

Defined in File parm/hwrf_input.conf

[prod_backup_2015] gdas1

GDAS location within gdas-enkf*.tar archive

1 [prod_backup_2015]
2 gdas1 = {gdasenkftar}GDAS1/{aYYYY}/{aYMDH}/

Defined in File parm/hwrf_input.conf

[prod_backup_2015] enkf

ENKF location within gdas-enkf*.tar archive

1 [prod_backup_2015]
2 enkf = {gdasenkftar}ENKF/{aYYYY}/{aYMDH}/

Defined in File parm/hwrf_input.conf

Section [prod_gefs_naming]

GEFS production file naming conventions, relative the the GEFS root

Options in this section:

[prod_gefs_naming] gep_2b

GEFS perturbed member (ENS) B file path

1 [prod_gefs_naming]
2 gep_2b = pgrb2b/gep{ENS}.t{aHH}z.pgrb2bf{fahr:02d}

Defined in File parm/hwrf_input.conf

[prod_gefs_naming] gep_2a

GEFS perturbed member (ENS) A file path

1 [prod_gefs_naming]
2 gep_2a = pgrb2a/gep{ENS}.t{aHH}z.pgrb2af{fahr:02d}

Defined in File parm/hwrf_input.conf

[prod_gefs_naming] gec_2b

GEFS control B file path

1 [prod_gefs_naming]
2 gec_2b = pgrb2b/gec00.t{aHH}z.pgrb2bf{fahr:02d}

Defined in File parm/hwrf_input.conf

[prod_gefs_naming] gec_2a

GEFS control A file path

1 [prod_gefs_naming]
2 gec_2a = pgrb2a/gec00.t{aHH}z.pgrb2af{fahr:02d}

Defined in File parm/hwrf_input.conf

Section [prod_loop_naming]

Production naming for loop current files.

This section is @inc included by later sections. It contains the production naming convention for loop current files. Note that it is dangerous to use this naming because the filename does not include any date information. Retrospectives should use the parallel naming, if possible.

Options in this section:

[prod_loop_naming] gfdl_loop

1 [prod_loop_naming]
2 gfdl_loop = gfdl_loop_current_rmy5.dat

Defined in File parm/hwrf_input.conf

[prod_loop_naming] gfdl_wc_ring

1 [prod_loop_naming]
2 gfdl_wc_ring = gfdl_loop_current_wc_ring_rmy5.dat

Defined in File parm/hwrf_input.conf

Section [regribber]

Configures the hwrf.gribtask

Options in this section:

[regribber] griblockdir

Regribber lock directory

1 [regribber]
2 griblockdir = {lockdir}/griblocks

Defined in File parm/hwrf.conf

[regribber] hgt_levs

Tracker height level list file

1 [regribber]
2 hgt_levs = {PARMhwrf}/hwrf_hgt_levs.txt

Defined in File parm/hwrf.conf

[regribber] tmp_levs

Tracker temperature level list file

1 [regribber]
2 tmp_levs = {PARMhwrf}/hwrf_tmp_levs.txt

Defined in File parm/hwrf.conf

Section [relocate]

Configure the relocation jobs

Options in this section:

[relocate] initopt

0: full vortex initialization, 1: relocation only

1 [relocate]
2 initopt = 0

Defined in File parm/hwrf.conf

[relocate] tdrconditionalvinit

if yes, relocation only when TDR data available

1 [relocate]
2 tdrconditionalvinit = no

Defined in File parm/hwrf.conf

Section [relocation]

Configure the relocation.

Options in this section:

[relocation] tbl

eta_micro_lookup data file

1 [relocation]
2 tbl = {FIXhwrf}/hwrf_eta_micro_lookup.dat

Defined in File parm/hwrf.conf

[relocation] redirect

Redirect each program to its own log file?

1 [relocation]
2 redirect = true

Defined in File parm/hwrf.conf

Section [rocotobool]

Variables to set as boolean values when parsing the hwrf_workflow.xml.in; they'll be changed to YES or NO. This section is only used by the rocoto-based workflow.

Options in this section:

[rocotobool] RUN_GSI

Do we run GSI?

1 [rocotobool]
2 RUN_GSI = {run_gsi}

Defined in File parm/hwrf_basic.conf

[rocotobool] CONDITIONAL_GSID03

Do we disable d03 GSI when TDR is unavailable?

1 [rocotobool]
2 CONDITIONAL_GSID03 = {conditional_gsid03}

Defined in File parm/hwrf_basic.conf

[rocotobool] CONDITIONAL_GSID02

Do we disable d02 GSI when TDR is unavailable?

1 [rocotobool]
2 CONDITIONAL_GSID02 = {conditional_gsid02}

Defined in File parm/hwrf_basic.conf

[rocotobool] RUN_OCEAN

Do we run with ocean coupling?

1 [rocotobool]
2 RUN_OCEAN = {run_ocean}

Defined in File parm/hwrf_basic.conf

[rocotobool] RUN_WAVE

Do we run with wave coupling?

1 [rocotobool]
2 RUN_WAVE = {run_wave}

Defined in File parm/hwrf_basic.conf

[rocotobool] RUN_RELOCATION

Do we enable vortex relocation?

1 [rocotobool]
2 RUN_RELOCATION = {run_relocation}

Defined in File parm/hwrf_basic.conf

[rocotobool] ALLOW_FALLBACKS

Do we allow fallback when things fail?

1 [rocotobool]
2 ALLOW_FALLBACKS = {allow_fallbacks}

Defined in File parm/hwrf_basic.conf

[rocotobool] SCRUB_COM

Should Rocoto scrub the COM directory?

1 [rocotobool]
2 SCRUB_COM = {scrub_com}

Defined in File parm/hwrf_basic.conf

[rocotobool] EXTRA_TRACKERS

Do we run the extra tracker jobs?

1 [rocotobool]
2 EXTRA_TRACKERS = {extra_trackers}

Defined in File parm/hwrf_basic.conf

[rocotobool] RUN_ENS_RELOCATION

Do we run relocation for ensemble member?

1 [rocotobool]
2 RUN_ENS_RELOCATION = {run_ens_relocation}

Defined in File parm/hwrf_basic.conf

Section [rocotostr]

Variables to set as string values when parsing the hwrf_workflow.xml.in. This section is only used by the rocoto-based workflow

Options in this section:

[rocotostr] FCST_RES

3KM or 2KM: which processor counts to choose

1 [rocotostr]
2 FCST_RES = 2KM

Defined in File parm/hwrf_basic.conf

[rocotostr] CDSAVE

save area for Rocoto to use

1 [rocotostr]
2 CDSAVE = {dir/CDSAVE}

Defined in File parm/hwrf_basic.conf

[rocotostr] CDNOSCRUB

non-scrubbed area for Rocoto to use

1 [rocotostr]
2 CDNOSCRUB = {dir/CDNOSCRUB}

Defined in File parm/hwrf_basic.conf

[rocotostr] CDSCRUB

scrubbed area for Rocoto to use

1 [rocotostr]
2 CDSCRUB = {dir/CDSCRUB}

Defined in File parm/hwrf_basic.conf

[rocotostr] PARMhwrf

parm/ directory location

1 [rocotostr]
2 PARMhwrf = {dir/PARMhwrf}

Defined in File parm/hwrf_basic.conf

[rocotostr] USHhwrf

ush/ directory location

1 [rocotostr]
2 USHhwrf = {dir/USHhwrf}

Defined in File parm/hwrf_basic.conf

[rocotostr] EXhwrf

scripts/ directory location

1 [rocotostr]
2 EXhwrf = {dir/EXhwrf}

Defined in File parm/hwrf_basic.conf

[rocotostr] EXPT

experiment name

1 [rocotostr]
2 EXPT = {config/EXPT}

Defined in File parm/hwrf_basic.conf

[rocotostr] SUBEXPT

sub-experiment name

1 [rocotostr]
2 SUBEXPT = {config/SUBEXPT}

Defined in File parm/hwrf_basic.conf

[rocotostr] OCEAN_MODEL

Which ocean model is selected: POM or HYCOM?

1 [rocotostr]
2 OCEAN_MODEL = {ocean_model}

Defined in File parm/hwrf_basic.conf

[rocotostr] WAVE_MODEL

Which wave model is selected?

1 [rocotostr]
2 WAVE_MODEL = {wave_model}

Defined in File parm/hwrf_basic.conf

Section [runwrf]

This section is read by the script that runs the WRF forecast job at 2km. It is not used by other executions of wrf. See runwrf3km for the 3km configuration.

Options in this section:

Inherits from the following sections:

[runwrf] sleeptime

sleep time between checks of child processes

1 [runwrf]
2 sleeptime = 60

Defined in File parm/hwrf.conf

[runwrf] wm3c_ranks

Number of coupler ranks

1 [runwrf]
2 wm3c_ranks = 4

Defined in File parm/hwrf.conf

[runwrf] ww3_ranks

number of wavewatch3 ranks

1 [runwrf]
2 ww3_ranks = 120

Defined in File parm/hwrf.conf

[runwrf] ocean_ranks

number of POM ranks (must be 9)

1 [runwrf]
2 ocean_ranks = 9

Defined in File parm/hwrf.conf

[runwrf] coupled_log

coupled forecast stdout location

1 [runwrf]
2 coupled_log = {WORKhwrf}/cpl.out

Defined in File parm/hwrf.conf

[runwrf] nio_groups

Number of WRF I/O server groups per domain

1 [runwrf]
2 nio_groups = 1

Defined in File parm/system.conf.jet

[runwrf] nio_tasks_per_group

Number of I/O servers per group

1 [runwrf]
2 nio_tasks_per_group = 4,4,4

Defined in File parm/system.conf.jet

[runwrf] poll_servers

Turn on server polling if quilt servers are used (they are not).

1 [runwrf]
2 poll_servers = yes

Defined in File parm/system.conf.jet

[runwrf] nproc_x

WRF processor count in X direction (-1 = automatic)

1 [runwrf]
2 nproc_x = 16

Defined in File parm/system.conf.jet

[runwrf] nproc_y

WRF processor count in Y direction (-1 = automatic)

1 [runwrf]
2 nproc_y = 28

Defined in File parm/system.conf.jet

[runwrf] wrf_ranks

Number of WRF ranks, including I/O servers

1 [runwrf]
2 wrf_ranks = 460

Defined in File parm/system.conf.jet

[runwrf] minsize

1 [runwrf]
2 minsize = 10000

Defined in File parm/system.conf.wcossluna

[runwrf] minage

1 [runwrf]
2 minage = 150

Defined in File parm/system.conf.wcossluna

Section [runwrf3km]

Configures the forecast job at 3km.

Change the processor counts for 3km. Force 184 WRF compute processors on all platforms. This ensures we do not go past the 7x7 minimum tile size requirement. The defaults for all platforms violate that requirement in the forecast job when run at 3km. These values are from the 2013-2014 operational HWRF.

Options in this section:

Inherits from the following sections:

[runwrf3km] nio_groups

Number of I/O server groups in the forecast job

1 [runwrf3km]
2 nio_groups = 1

Defined in File parm/hwrf.conf

[runwrf3km] nio_tasks_per_group

Number of servers per group in the forecast job

1 [runwrf3km]
2 nio_tasks_per_group = 4,4,4

Defined in File parm/hwrf.conf

[runwrf3km] nproc_x

WRF processor count in X direction (-1 = automatic)

1 [runwrf3km]
2 nproc_x = 8

Defined in File parm/hwrf.conf

[runwrf3km] nproc_y

WRF processor count in Y direction (-1 = automatic)

1 [runwrf3km]
2 nproc_y = 23

Defined in File parm/hwrf.conf

[runwrf3km] wrf_ranks

Total number of WRF processors

1 [runwrf3km]
2 wrf_ranks = 196

Defined in File parm/hwrf.conf

[runwrf3km] wm3c_ranks

Number of coupler processors

1 [runwrf3km]
2 wm3c_ranks = 1

Defined in File parm/hwrf.conf

Section [sanity]

Configure the sanity checks

Options in this section:

[sanity] fix_version

Minimum fix file version

1 [sanity]
2 fix_version = 20151223

The minimum required fix file version, checked by examining fix/hwrf_fix_datestamp.

Note
fix_version must still be set even when check_fix=no

Defined in File parm/hwrf_basic.conf

[sanity] check_input

check for an input file in HISTORY mode

1 [sanity]
2 check_input = yes

Defined in File parm/hwrf_basic.conf

[sanity] input_item

the input item to check for

1 [sanity]
2 input_item = gfs_sfcanl

Defined in File parm/hwrf_basic.conf

[sanity] input_dataset

the dataset the item is in

1 [sanity]
2 input_dataset = gfs

Defined in File parm/hwrf_basic.conf

[sanity] check_exec

check for some executables

1 [sanity]
2 check_exec = yes

Defined in File parm/hwrf_basic.conf

[sanity] check_fix

check fix file version

1 [sanity]
2 check_fix = yes

Defined in File parm/hwrf_basic.conf

[sanity] check_expt

try to load hwrf_expt and run its sanity checks

1 [sanity]
2 check_expt = yes

Defined in File parm/hwrf_basic.conf

Section [sat_radiance_obstypes]

Defines the satellite radiance obstypes

Tells where to get satellite observations, and what to name them in the directory when running GSI. See hwrf.gsi.GSIBase.grab_obstype_section() for details.

Options in this section:

[sat_radiance_obstypes] type

Name of this group of obstypes. MUST be satellite

1 [sat_radiance_obstypes]
2 type = satellite

Defined in File parm/hwrf.conf

[sat_radiance_obstypes] dataset

Dataset for the hwrf.input to find data

1 [sat_radiance_obstypes]
2 dataset = gfs

Defined in File parm/hwrf.conf

[sat_radiance_obstypes] item

Item for hwrf.input to find data

1 [sat_radiance_obstypes]
2 item = gfs_bufr

Defined in File parm/hwrf.conf

[sat_radiance_obstypes] gpsrobufr

GFS/GDAS bufr_d name for gpsrobufr data

1 [sat_radiance_obstypes]
2 gpsrobufr = gpsro

Defined in File parm/hwrf.conf

[sat_radiance_obstypes] gsnd1bufr

GFS/GDAS bufr_d name for gsnd1bufr data

1 [sat_radiance_obstypes]
2 gsnd1bufr = goesfv

Defined in File parm/hwrf.conf

[sat_radiance_obstypes] amsuabufr

GFS/GDAS bufr_d name for amsuabufr data

1 [sat_radiance_obstypes]
2 amsuabufr = 1bamua

Defined in File parm/hwrf.conf

[sat_radiance_obstypes] hirs4bufr

GFS/GDAS bufr_d name for hirs4bufr data

1 [sat_radiance_obstypes]
2 hirs4bufr = 1bhrs4

Defined in File parm/hwrf.conf

[sat_radiance_obstypes] mhsbufr

GFS/GDAS bufr_d name for mhsbufr data

1 [sat_radiance_obstypes]
2 mhsbufr = 1bmhs

Defined in File parm/hwrf.conf

[sat_radiance_obstypes] airsbufr

GFS/GDAS bufr_d name for airsbufr data

1 [sat_radiance_obstypes]
2 airsbufr = airsev

Defined in File parm/hwrf.conf

[sat_radiance_obstypes] seviribufr

GFS/GDAS bufr_d name for seviribufr data

1 [sat_radiance_obstypes]
2 seviribufr = sevcsr

Defined in File parm/hwrf.conf

[sat_radiance_obstypes] iasibufr

GFS/GDAS bufr_d name for iasibufr data

1 [sat_radiance_obstypes]
2 iasibufr = mtiasi

Defined in File parm/hwrf.conf

[sat_radiance_obstypes] amsuabufrears

GFS/GDAS bufr_d name for amsuabufrears data

1 [sat_radiance_obstypes]
2 amsuabufrears = esamua

Defined in File parm/hwrf.conf

[sat_radiance_obstypes] amsubbufrears

GFS/GDAS bufr_d name for amsubbufrears data

1 [sat_radiance_obstypes]
2 amsubbufrears = esamub

Defined in File parm/hwrf.conf

[sat_radiance_obstypes] hirs3bufrears

GFS/GDAS bufr_d name for hirs3bufrears data

1 [sat_radiance_obstypes]
2 hirs3bufrears = eshrs3

Defined in File parm/hwrf.conf

[sat_radiance_obstypes] atmsbufr

GFS/GDAS bufr_d name for atmsbufr data

1 [sat_radiance_obstypes]
2 atmsbufr = atms

Defined in File parm/hwrf.conf

[sat_radiance_obstypes] crisbufr

GFS/GDAS bufr_d name for crisbufr data

1 [sat_radiance_obstypes]
2 crisbufr = cris

Defined in File parm/hwrf.conf

Section [sat_wnd_obstype]

Defines the satellite wind obstype

Options in this section:

[sat_wnd_obstype] type

Name of this group of obstypes.

1 [sat_wnd_obstype]
2 type = satwnd

Defined in File parm/hwrf.conf

[sat_wnd_obstype] dataset

Dataset for the hwrf.input to find data

1 [sat_wnd_obstype]
2 dataset = gfs

Defined in File parm/hwrf.conf

[sat_wnd_obstype] item

Item for hwrf.input to find data

1 [sat_wnd_obstype]
2 item = gfs_bufr

Defined in File parm/hwrf.conf

[sat_wnd_obstype] satwndbufr

GFS/GDAS bufr_d name for satwndbufr data

1 [sat_wnd_obstype]
2 satwndbufr = satwnd

Defined in File parm/hwrf.conf

Section [satpost]

Configures the satellite post-processor run on the forecast

Options in this section:

[satpost] control

Post control file

1 [satpost]
2 control = {PARMhwrf}/hwrf_cntrl.sat{basin1}

Defined in File parm/hwrf.conf

Section [storm1ghost]

Configure the innermost ghost domains in WRF used for FGAT.

Options in this section:

[storm1ghost] nx

Domain X (rotated East) extent

1 [storm1ghost]
2 nx = 435

Defined in File parm/hwrf.conf

[storm1ghost] ny

Domain Y (rotated North) extent

1 [storm1ghost]
2 ny = 868

Defined in File parm/hwrf.conf

[storm1ghost] start

Domain initial location decision method

1 [storm1ghost]
2 start = centered

How to decide the domain initial location:

Defined in File parm/hwrf.conf

[storm1ghost] parent_grid_ratio

Parent-nest resolution ratio. Must be 3

1 [storm1ghost]
2 parent_grid_ratio = 3

Defined in File parm/hwrf.conf

[storm1ghost] istart

Ignored.

1 [storm1ghost]
2 istart = 28

Defined in File parm/hwrf.conf

[storm1ghost] jstart

Ignored

1 [storm1ghost]
2 jstart = 54

Defined in File parm/hwrf.conf

[storm1ghost] namelist

List of sections for setting per-domain options for this domain.

1 [storm1ghost]
2 namelist = namelist_inner,namelist_ghost

Defined in File parm/hwrf.conf

Section [storm1ghost_big]

Configure the innermost ghost domains in WRF used for non-FGAT.

Options in this section:

[storm1ghost_big] nx

Domain X (rotated East) extent

1 [storm1ghost_big]
2 nx = 529

Defined in File parm/hwrf.conf

[storm1ghost_big] ny

Domain Y (rotated North) extent

1 [storm1ghost_big]
2 ny = 998

Defined in File parm/hwrf.conf

[storm1ghost_big] start

Domain initial location decision method

1 [storm1ghost_big]
2 start = centered

How to decide the domain initial location:

Defined in File parm/hwrf.conf

[storm1ghost_big] istart

Ignored.

1 [storm1ghost_big]
2 istart = 36

Defined in File parm/hwrf.conf

[storm1ghost_big] jstart

Ignored.

1 [storm1ghost_big]
2 jstart = 59

Defined in File parm/hwrf.conf

[storm1ghost_big] parent_grid_ratio

Parent-nest resolution ratio. Must be 3

1 [storm1ghost_big]
2 parent_grid_ratio = 3

Defined in File parm/hwrf.conf

[storm1ghost_big] namelist

List of sections for setting per-domain options for this domain.

1 [storm1ghost_big]
2 namelist = namelist_inner,namelist_ghost

Defined in File parm/hwrf.conf

Section [storm1ghost_parent]

Configure the intermediate ghost domains in WRF used for FGAT.

Options in this section:

[storm1ghost_parent] nx

Domain X (rotated East) extent

1 [storm1ghost_parent]
2 nx = 290

Defined in File parm/hwrf.conf

[storm1ghost_parent] ny

Domain Y (rotated North) extent

1 [storm1ghost_parent]
2 ny = 580

Defined in File parm/hwrf.conf

[storm1ghost_parent] parent_grid_ratio

Parent-nest resolution ratio. Must be 3

1 [storm1ghost_parent]
2 parent_grid_ratio = 3

Defined in File parm/hwrf.conf

[storm1ghost_parent] start

Domain initial location decision method

1 [storm1ghost_parent]
2 start = auto

How to decide the domain initial location:

Defined in File parm/hwrf.conf

[storm1ghost_parent] istart

Ignored.

1 [storm1ghost_parent]
2 istart = 38

Defined in File parm/hwrf.conf

[storm1ghost_parent] jstart

Ignored.

1 [storm1ghost_parent]
2 jstart = 81

Defined in File parm/hwrf.conf

[storm1ghost_parent] namelist

List of sections for setting per-domain options for this domain.

1 [storm1ghost_parent]
2 namelist = namelist_outer,namelist_ghost

Defined in File parm/hwrf.conf

Section [storm1ghost_parent_big]

Options in this section:

[storm1ghost_parent_big] nx

Domain X (rotated East) extent

1 [storm1ghost_parent_big]
2 nx = 280

Defined in File parm/hwrf.conf

[storm1ghost_parent_big] ny

Domain Y (rotated North) extent

1 [storm1ghost_parent_big]
2 ny = 546

Defined in File parm/hwrf.conf

[storm1ghost_parent_big] parent_grid_ratio

Parent-nest resolution ratio. Must be 3

1 [storm1ghost_parent_big]
2 parent_grid_ratio = 3

Defined in File parm/hwrf.conf

[storm1ghost_parent_big] start

Domain initial location decision method

1 [storm1ghost_parent_big]
2 start = auto

How to decide the domain initial location:

Defined in File parm/hwrf.conf

[storm1ghost_parent_big] istart

Ignored.

1 [storm1ghost_parent_big]
2 istart = 101

Defined in File parm/hwrf.conf

[storm1ghost_parent_big] jstart

Ignored.

1 [storm1ghost_parent_big]
2 jstart = 206

Defined in File parm/hwrf.conf

[storm1ghost_parent_big] namelist

List of sections for setting per-domain options for this domain.

1 [storm1ghost_parent_big]
2 namelist = namelist_outer,namelist_ghost

Defined in File parm/hwrf.conf

Section [storm1inner]

Configure the innermost analysis domains in WRF.

Options in this section:

[storm1inner] nx

Domain X (rotated East) extent

1 [storm1inner]
2 nx = 265

Defined in File parm/hwrf.conf

[storm1inner] ny

Domain Y (rotated North) extent

1 [storm1inner]
2 ny = 472

Defined in File parm/hwrf.conf

[storm1inner] parent_grid_ratio

Parent-nest resolution ratio. Must be 3

1 [storm1inner]
2 parent_grid_ratio = 3

Defined in File parm/hwrf.conf

[storm1inner] start

Domain initial location decision method

1 [storm1inner]
2 start = centered

How to decide the domain initial location:

Defined in File parm/hwrf.conf

[storm1inner] istart

Ignored.

1 [storm1inner]
2 istart = 27

Defined in File parm/hwrf.conf

[storm1inner] jstart

Ignored.

1 [storm1inner]
2 jstart = 58

Defined in File parm/hwrf.conf

[storm1inner] namelist

Namelist for setting per-domain options for this domain.

1 [storm1inner]
2 namelist = namelist_inner

Defined in File parm/hwrf.conf

Section [storm1outer]

Configure the intermediate forecast and analysis domains in WRF.

Options in this section:

[storm1outer] nx

Domain X (rotated East) extent

1 [storm1outer]
2 nx = 142

Defined in File parm/hwrf.conf

[storm1outer] ny

Domain Y (rotated North) extent

1 [storm1outer]
2 ny = 274

Defined in File parm/hwrf.conf

[storm1outer] parent_grid_ratio

Parent-nest resolution ratio. Must be 3

1 [storm1outer]
2 parent_grid_ratio = 3

Defined in File parm/hwrf.conf

[storm1outer] start

Domain initial location decision method

1 [storm1outer]
2 start = auto

How to decide the domain initial location:

Defined in File parm/hwrf.conf

[storm1outer] namelist

Namelist for setting per-domain options for this domain.

1 [storm1outer]
2 namelist = namelist_outer

Defined in File parm/hwrf.conf

Section [syndat_naming]

Naming convention for syndat tcvitals data. See hwrf.input.InputSource and hwrf.input.DataCatalog for details.

Options in this section:

[syndat_naming] syndat

Name of the tcvitals file

1 [syndat_naming]
2 syndat = syndat_tcvitals.sf{fYYYY}

Defined in File parm/hwrf_input.conf

Section [tape_names_PROD2014]

Tape naming convention for most 2014 retrospectives

Options in this section:

[tape_names_PROD2014] enkf_fcs06_tar

1 [tape_names_PROD2014]
2 enkf_fcs06_tar = {aYMDH}gdas.enkf.fcs06.tar

Defined in File parm/hwrf_input.conf

[tape_names_PROD2014] enkf_anl_tar

1 [tape_names_PROD2014]
2 enkf_anl_tar = {aYMDH}gdas.enkf.anl.tar

Defined in File parm/hwrf_input.conf

[tape_names_PROD2014] pgbma_tar

1 [tape_names_PROD2014]
2 pgbma_tar = {aYMDH}gfs.pgbma.tar

Defined in File parm/hwrf_input.conf

[tape_names_PROD2014] sigfa_tar

1 [tape_names_PROD2014]
2 sigfa_tar = {aYMDH}gfs.sigfa.tar

Defined in File parm/hwrf_input.conf

[tape_names_PROD2014] gfs_tar

1 [tape_names_PROD2014]
2 gfs_tar = {aYMDH}gfs.tar

Defined in File parm/hwrf_input.conf

[tape_names_PROD2014] gdas_tar

1 [tape_names_PROD2014]
2 gdas_tar = {aYMDH}gdas.tar

Defined in File parm/hwrf_input.conf

Section [tape_names_PROD2015]

Tape naming conventions for the January 2015 GFS. See hwrf.input.InputSource for details.

Options in this section:

[tape_names_PROD2015] enkf_fcs06_tar

1 [tape_names_PROD2015]
2 enkf_fcs06_tar = com_gfs_prod_enkf.{aYMD}_{aHH}.fcs.tar

Defined in File parm/hwrf_input.conf

[tape_names_PROD2015] enkf_anl_tar

1 [tape_names_PROD2015]
2 enkf_anl_tar = com_gfs_prod_enkf.{aYMD}_{aHH}.anl.tar

Defined in File parm/hwrf_input.conf

[tape_names_PROD2015] pgbma_tar

1 [tape_names_PROD2015]
2 pgbma_tar = com_gfs_prod_gfs.{aYMDH}.pgrb2_0p25.tar

Defined in File parm/hwrf_input.conf

[tape_names_PROD2015] sigfa_tar

1 [tape_names_PROD2015]
2 sigfa_tar = com_gfs_prod_gfs.{aYMDH}.sigma.tar

Defined in File parm/hwrf_input.conf

[tape_names_PROD2015] gfs_tar

1 [tape_names_PROD2015]
2 gfs_tar = com_gfs_prod_gfs.{aYMDH}.anl.tar

Defined in File parm/hwrf_input.conf

[tape_names_PROD2015] gdas_tar

1 [tape_names_PROD2015]
2 gdas_tar = com_gfs_prod_gdas.{aYMDH}.tar

Defined in File parm/hwrf_input.conf

Section [tape_names_PROD2016_pr4devbsALL]

Options in this section:

[tape_names_PROD2016_pr4devbsALL] enkf_fcs06_tar

1 [tape_names_PROD2016_pr4devbsALL]
2 enkf_fcs06_tar = {ap6YMDH}gdas_hwrf_ens06.tar

Defined in File parm/hwrf_input.conf

[tape_names_PROD2016_pr4devbsALL] enkf_anl_tar

1 [tape_names_PROD2016_pr4devbsALL]
2 enkf_anl_tar = {aYMDH}gdas.enkf.anl.tar

Defined in File parm/hwrf_input.conf

[tape_names_PROD2016_pr4devbsALL] pgbma_tar

1 [tape_names_PROD2016_pr4devbsALL]
2 pgbma_tar = {aYMDH}gfs.pgbma.tar

Defined in File parm/hwrf_input.conf

[tape_names_PROD2016_pr4devbsALL] sigfa_tar

1 [tape_names_PROD2016_pr4devbsALL]
2 sigfa_tar = {aYMDH}gfs_hwrf_spectral.tar

Defined in File parm/hwrf_input.conf

[tape_names_PROD2016_pr4devbsALL] gfs_tar

1 [tape_names_PROD2016_pr4devbsALL]
2 gfs_tar = {aYMDH}gfs.tar

Defined in File parm/hwrf_input.conf

[tape_names_PROD2016_pr4devbsALL] gdas_tar

1 [tape_names_PROD2016_pr4devbsALL]
2 gdas_tar = {aYMDH}gdas.tar

Defined in File parm/hwrf_input.conf

Section [tape_names_PROD2016_pr4devbsALL_tm00]

Options in this section:

[tape_names_PROD2016_pr4devbsALL_tm00] enkf_fcs06_tar

1 [tape_names_PROD2016_pr4devbsALL_tm00]
2 enkf_fcs06_tar = dummy_com_gfs_prod_enkf.{aYMD}_{aHH}.fcs.tar

Defined in File parm/hwrf_input.conf

[tape_names_PROD2016_pr4devbsALL_tm00] enkf_anl_tar

1 [tape_names_PROD2016_pr4devbsALL_tm00]
2 enkf_anl_tar = com_gfs_prod_enkf.{aYMD}_{aHH}.anl.tar

Defined in File parm/hwrf_input.conf

[tape_names_PROD2016_pr4devbsALL_tm00] pgbma_tar

1 [tape_names_PROD2016_pr4devbsALL_tm00]
2 pgbma_tar = dummy_com_gfs_prod_gfs.{aYMDH}.pgrb2_0p25.tar

Defined in File parm/hwrf_input.conf

[tape_names_PROD2016_pr4devbsALL_tm00] sigfa_tar

1 [tape_names_PROD2016_pr4devbsALL_tm00]
2 sigfa_tar = dummy_com_gfs_prod_gfs.{aYMDH}.sigma.tar

Defined in File parm/hwrf_input.conf

[tape_names_PROD2016_pr4devbsALL_tm00] gfs_tar

1 [tape_names_PROD2016_pr4devbsALL_tm00]
2 gfs_tar = dummy_com_gfs_prod_gfs.{aYMDH}.anl.tar

Defined in File parm/hwrf_input.conf

[tape_names_PROD2016_pr4devbsALL_tm00] gdas_tar

1 [tape_names_PROD2016_pr4devbsALL_tm00]
2 gdas_tar = dummy_com_gfs_prod_gdas.{aYMDH}.tar

Defined in File parm/hwrf_input.conf

Section [tdr_new_obstype]

Defines the new TDR obstype

Tells where to get TDR observations, and what to name them in the directory when running GSI. See hwrf.gsi.GSIBase.grab_obstype_section() for details.

Options in this section:

[tdr_new_obstype] type

Name for this type of observation

1 [tdr_new_obstype]
2 type = tdr_new

Defined in File parm/hwrf.conf

[tdr_new_obstype] dataset

dataset name for the hwrf.input

1 [tdr_new_obstype]
2 dataset = tdr

Defined in File parm/hwrf.conf

[tdr_new_obstype] item

item name for the hwrf.input

1 [tdr_new_obstype]
2 item = gdas1_bufr

Defined in File parm/hwrf.conf

[tdr_new_obstype] tldplrbufr

1 [tdr_new_obstype]
2 tldplrbufr = tldplr

Defined in File parm/hwrf.conf

Section [tdr_old_obstype]

Defines the old TDR obstype

Tells where to get old TDR observations, and what to name them in the directory when running GSI. See hwrf.gsi.GSIBase.grab_obstype_section() for details.

Options in this section:

[tdr_old_obstype] type

Name for this type of observation

1 [tdr_old_obstype]
2 type = tdr_old

Defined in File parm/hwrf.conf

[tdr_old_obstype] dataset

dataset name for the hwrf.input

1 [tdr_old_obstype]
2 dataset = tdr

Defined in File parm/hwrf.conf

[tdr_old_obstype] item

item name for the hwrf.input

1 [tdr_old_obstype]
2 item = gdas1_bufr

Defined in File parm/hwrf.conf

[tdr_old_obstype] tldplrso

1 [tdr_old_obstype]
2 tldplrso = tldplr

Defined in File parm/hwrf.conf

Section [tdrcheck]

Configures the hwrf.ensda.enada_pre_object_for() which decides whether to run the ENSDA.

Options in this section:

[tdrcheck] catalog

The section for configuring hwrf.input.DataCatalog

1 [tdrcheck]
2 catalog = {input_catalog}

Defined in File parm/hwrf.conf

[tdrcheck] dataset

The dataset for hwrf.input to find TDR data

1 [tdrcheck]
2 dataset = tdr

Defined in File parm/hwrf.conf

[tdrcheck] item

The item for hwrf.input to find TDR data

1 [tdrcheck]
2 item = gdas1_bufr

Defined in File parm/hwrf.conf

[tdrcheck] obstype

The obstype for hwrf.input to find TDR data

1 [tdrcheck]
2 obstype = tldplr

Defined in File parm/hwrf.conf

[tdrcheck] tdr_flag_file

The path to the ENSDA flag file

1 [tdrcheck]
2 tdr_flag_file = {com}/{stormlabel}.run_ensda

Defined in File parm/hwrf.conf

[tdrcheck] numofcheck

Number of times to check for the TDR trigger file

1 [tdrcheck]
2 numofcheck = 1

Defined in File parm/hwrf.conf

[tdrcheck] checksecinv

Time between checks of the TDR trigger file

1 [tdrcheck]
2 checksecinv = 600

Defined in File parm/hwrf.conf

Section [theia_fcst_PROD2014]

Theia datasets updated in real-time, plus historical areas when no real-time update is available.

Options in this section:

Inherits from the following sections:

[theia_fcst_PROD2014] inputroot2014

Input root location

1 [theia_fcst_PROD2014]
2 inputroot2014 = /scratch3/NCEPDEV/hwrf/noscrub/input

Defined in File parm/hwrf_input.conf

[theia_fcst_PROD2014] inputroot

Input root location

1 [theia_fcst_PROD2014]
2 inputroot = /scratch3/NCEPDEV/hwrf/noscrub/input

Defined in File parm/hwrf_input.conf

[theia_fcst_PROD2014] gfs

GFS directory

1 [theia_fcst_PROD2014]
2 gfs = {inputroot2014}/FORECAST/gfs.{aYMDH}/

Defined in File parm/hwrf_input.conf

[theia_fcst_PROD2014] gdas1

GDAS directory

1 [theia_fcst_PROD2014]
2 gdas1 = {inputroot2014}/GDAS1/{aYYYY}/{aYMDH}/

Defined in File parm/hwrf_input.conf

[theia_fcst_PROD2014] gdasr

Relocated GDAS directory

1 [theia_fcst_PROD2014]
2 gdasr = {inputroot2014}/GDAS/{aYYYY}/{aYMDH}/

Defined in File parm/hwrf_input.conf

[theia_fcst_PROD2014] enkf

GFS ENKF directory

1 [theia_fcst_PROD2014]
2 enkf = {inputroot2014}/ENKF/{aYYYY}/{aYMDH}/

Defined in File parm/hwrf_input.conf

[theia_fcst_PROD2014] gefs

GEFS directory

1 [theia_fcst_PROD2014]
2 gefs = {inputroot}/GEFS/{aYMDH}/{ENS}/

Defined in File parm/hwrf_input.conf

[theia_fcst_PROD2014] syndatdir

syndat tcvitals directory

1 [theia_fcst_PROD2014]
2 syndatdir = {inputroot}/SYNDAT-PLUS/

Defined in File parm/hwrf_input.conf

[theia_fcst_PROD2014] loopdata

loop current directory

1 [theia_fcst_PROD2014]
2 loopdata = {inputroot}/LOOP-CURRENT/

Defined in File parm/hwrf_input.conf

[theia_fcst_PROD2014] hd_obs

hd obs directory

1 [theia_fcst_PROD2014]
2 hd_obs = {inputroot}/RECON/gdas.{aYMD}/

Defined in File parm/hwrf_input.conf

[theia_fcst_PROD2014] tdr

Tail doppler radar (TDR) bufr file directory

1 [theia_fcst_PROD2014]
2 tdr = {inputroot}/TDR/{aYYYY}/{aYMDH}/{vit[stnum]:02d}{vit[basin1lc]}/

Defined in File parm/hwrf_input.conf

Section [theia_hist_PROD2014]

Theia datasets that contain historical data. See hwrf.input.InputSource for details.

Options in this section:

Inherits from the following sections:

[theia_hist_PROD2014] inputroot2014

Input root location

1 [theia_hist_PROD2014]
2 inputroot2014 = /scratch3/NCEPDEV/hwrf/noscrub/input

Defined in File parm/hwrf_input.conf

[theia_hist_PROD2014] inputroot

Input root location

1 [theia_hist_PROD2014]
2 inputroot = /scratch3/NCEPDEV/hwrf/noscrub/input

Defined in File parm/hwrf_input.conf

[theia_hist_PROD2014] gfs

GFS directory

1 [theia_hist_PROD2014]
2 gfs = {inputroot2014}/HISTORY/GFS.{aYYYY}/{aYMDH}/

Defined in File parm/hwrf_input.conf

[theia_hist_PROD2014] gdas1

GDAS directory

1 [theia_hist_PROD2014]
2 gdas1 = {inputroot2014}/GDAS1/{aYYYY}/{aYMDH}/

Defined in File parm/hwrf_input.conf

[theia_hist_PROD2014] gdasr

Relocated GDAS directory

1 [theia_hist_PROD2014]
2 gdasr = {inputroot2014}/GDAS/{aYYYY}/{aYMDH}/

Defined in File parm/hwrf_input.conf

[theia_hist_PROD2014] enkf

GFS ENKF directory

1 [theia_hist_PROD2014]
2 enkf = {inputroot2014}/ENKF/{aYYYY}/{aYMDH}/

Defined in File parm/hwrf_input.conf

[theia_hist_PROD2014] gefs

GEFS directory

1 [theia_hist_PROD2014]
2 gefs = {inputroot}/GEFS/{aYMDH}/{ENS}/

Defined in File parm/hwrf_input.conf

[theia_hist_PROD2014] syndatdir

syndat tcvitals directory

1 [theia_hist_PROD2014]
2 syndatdir = {inputroot}/SYNDAT-PLUS/

Defined in File parm/hwrf_input.conf

[theia_hist_PROD2014] loopdata

loop current directory

1 [theia_hist_PROD2014]
2 loopdata = {inputroot}/LOOP-CURRENT/

Defined in File parm/hwrf_input.conf

[theia_hist_PROD2014] hd_obs

hdobs directory

1 [theia_hist_PROD2014]
2 hd_obs = {inputroot}/RECON/gdas.{aYMD}/

Defined in File parm/hwrf_input.conf

[theia_hist_PROD2014] tdr

Tail doppler radar (TDR) bufr file directory

1 [theia_hist_PROD2014]
2 tdr = {inputroot}/TDR/{aYYYY}/{aYMDH}/{vit[stnum]:02d}{vit[basin1lc]}/

Defined in File parm/hwrf_input.conf

Section [theia_sources_PROD2014]

This is the list of transfer mechanisms available to jobs running on Theia. See hwrf.input.InputSource for details.

Options in this section:

Inherits from the following sections:

[theia_sources_PROD2014] theia_prepbufrnr_PROD2014%location

Theia prepbufr.nr history areas

1 [theia_sources_PROD2014]
2 theia_prepbufrnr_PROD2014%location = file:///

Defined in File parm/hwrf_input.conf

[theia_sources_PROD2014] theia_prepbufrnr_PROD2014%histprio

Priority for using prepbufr.nr for history cases

1 [theia_sources_PROD2014]
2 theia_prepbufrnr_PROD2014%histprio = 98

Defined in File parm/hwrf_input.conf

[theia_sources_PROD2014] theia_hist_PROD2014%location

Theia history areas

1 [theia_sources_PROD2014]
2 theia_hist_PROD2014%location = file:///

Defined in File parm/hwrf_input.conf

[theia_sources_PROD2014] theia_hist_PROD2014%histprio

Priority for using Theia history areas for history cases

1 [theia_sources_PROD2014]
2 theia_hist_PROD2014%histprio = 97

Defined in File parm/hwrf_input.conf

[theia_sources_PROD2014] theia_hist_PROD2014%fcstprio

Priority for using Theia history areas for forecast cases

1 [theia_sources_PROD2014]
2 theia_hist_PROD2014%fcstprio = 96

Defined in File parm/hwrf_input.conf

[theia_sources_PROD2014] theia_fcst_PROD2014%location

Theia forecast areas

1 [theia_sources_PROD2014]
2 theia_fcst_PROD2014%location = file:///

Defined in File parm/hwrf_input.conf

[theia_sources_PROD2014] theia_fcst_PROD2014%histprio

Priority for using Theia forecast areas for history cases

1 [theia_sources_PROD2014]
2 theia_fcst_PROD2014%histprio = 96

Defined in File parm/hwrf_input.conf

[theia_sources_PROD2014] theia_fcst_PROD2014%fcstprio

Priority for using Theia forecast areas for forecast cases

1 [theia_sources_PROD2014]
2 theia_fcst_PROD2014%fcstprio = 97

Defined in File parm/hwrf_input.conf

[theia_sources_PROD2014] gfs2012_for2014%location

GFS 2012 data for 2014 cases

1 [theia_sources_PROD2014]
2 gfs2012_for2014%location = htar://

Defined in File parm/hwrf_input.conf

[theia_sources_PROD2014] gfs2012_for2014%histprio

Priority for using 2012 GFS data for history cases

1 [theia_sources_PROD2014]
2 gfs2012_for2014%histprio = 50

Defined in File parm/hwrf_input.conf

[theia_sources_PROD2014] theia_hist_2012_for_2014%location

Theia 2012 data for 2014 cases

1 [theia_sources_PROD2014]
2 theia_hist_2012_for_2014%location = file:///

Defined in File parm/hwrf_input.conf

[theia_sources_PROD2014] theia_hist_2012_for_2014%histprio

Priority for using Theia 2012 data for history cases

1 [theia_sources_PROD2014]
2 theia_hist_2012_for_2014%histprio = 85

Defined in File parm/hwrf_input.conf

[theia_sources_PROD2014] prod_backup_2015%location

1 [theia_sources_PROD2014]
2 prod_backup_2015%location = htar://

Defined in File parm/hwrf_input.conf

[theia_sources_PROD2014] prod_backup_2015%histprio

1 [theia_sources_PROD2014]
2 prod_backup_2015%histprio = 79

Defined in File parm/hwrf_input.conf

[theia_sources_PROD2014] prod_backup_2015%dates

1 [theia_sources_PROD2014]
2 prod_backup_2015%dates = 2015070100-2015113018

Defined in File parm/hwrf_input.conf

Section [tracker]

Configures the main forecast job tracker

Options in this section:

[tracker] namelist

name of the section that generates the tracker namelist

1 [tracker]
2 namelist = trackernml

Defined in File parm/hwrf.conf

Section [trackerd01]

Configures the tracker run on only domain 1

Options in this section:

[trackerd01] namelist

name of the sections for generating the tracker namelist

1 [trackerd01]
2 namelist = trackernml,nothermo

Defined in File parm/hwrf.conf

Section [trackerd02]

Configures the tracker run on only domain 1 & 2

Options in this section:

[trackerd02] namelist

name of the sections for generating the tracker namelist

1 [trackerd02]
2 namelist = trackernml,nothermo

Defined in File parm/hwrf.conf

Section [trackernml]

Default tracker namelist settings.

Sent into hwrf.namelist.Conf2Namelist to generate the tracker namelist. See the GFDL Vortex Tracker documentation for details.

Note
The domain 1 and domain 1/2 trackers also send nothermo to disable the thermodynamic parameters.

Section [ungrib]

Configures hwrf.wps.Ungrib for the hwrf_expt.gfs_init (not FGAT)

Options in this section:

[ungrib] redirect

Redirect output to per-program log files?

1 [ungrib]
2 redirect = yes

Defined in File parm/hwrf.conf

[ungrib] catalog

Data catalog for hwrf.input to find files

1 [ungrib]
2 catalog = {input_catalog}

Defined in File parm/hwrf.conf

[ungrib] dataset

Dataset for hwrf.input to find files

1 [ungrib]
2 dataset = gfs

Defined in File parm/hwrf.conf

[ungrib] tbl

The Vtable file for Geogrid

1 [ungrib]
2 tbl = {PARMhwrf}/hwrf_Vtable_gfs2014

Defined in File parm/hwrf.conf

[ungrib] item2_optional

Is the second GRIB file type optional?

1 [ungrib]
2 item2_optional = yes

Defined in File parm/hwrf.conf

[ungrib] item

item (grib file type) for the hwrf.input

1 [ungrib]
2 item = gfs_gribA

Defined in File parm/hwrf.conf

[ungrib] item2

second GRIB file item for hwrf.input

1 [ungrib]
2 item2 = gfs_gribB

Defined in File parm/hwrf.conf

[ungrib] namelist

Section that defines the WPS namelist

1 [ungrib]
2 namelist = wps_namelist

Defined in File parm/hwrf.conf

[ungrib] subset_grib1

Subset file for subsetting the GRIB1 data (not used for GRIB2)

1 [ungrib]
2 subset_grib1 = {PARMhwrf}/hwrf_global_1x1_paramlist.f00

Defined in File parm/hwrf.conf

[ungrib] tbl2011

Ungrib Vtable for 2011 data

1 [ungrib]
2 tbl2011 = {PARMhwrf}/hwrf_Vtable_gfs2012

The hwrf.prelaunch will replace the tbl value automatically in the launcher job with the tbl2011 field, if the cycle is in 2011.

Defined in File parm/hwrf.conf

Section [wcoss_fcst_PROD2012]

Old 2012 GFS WCOSS forecast locations, now invalid.

Options in this section:

Inherits from the following sections:

[wcoss_fcst_PROD2012] inputroot

HWRF group data storage directory

1 [wcoss_fcst_PROD2012]
2 inputroot = /hwrf/noscrub/input/

Defined in File parm/hwrf_input.conf

[wcoss_fcst_PROD2012] gfs

GFS directory

1 [wcoss_fcst_PROD2012]
2 gfs = /com/gfs/prod/gfs.{aYMD}/

Defined in File parm/hwrf_input.conf

[wcoss_fcst_PROD2012] gdas1

GDAS directory

1 [wcoss_fcst_PROD2012]
2 gdas1 = /com/gfs/prod/gdas.{aYMD}/

Defined in File parm/hwrf_input.conf

[wcoss_fcst_PROD2012] gefs

GEFS directory

1 [wcoss_fcst_PROD2012]
2 gefs = /com/gens/prod/gefs.{aYMD}/{aHH}/

Defined in File parm/hwrf_input.conf

[wcoss_fcst_PROD2012] enkf

ENKF directory

1 [wcoss_fcst_PROD2012]
2 enkf = /com/gfs/prod/enkf.{aYMD}/{aHH}/

Defined in File parm/hwrf_input.conf

[wcoss_fcst_PROD2012] messages

hurricane message file directory

1 [wcoss_fcst_PROD2012]
2 messages = /com/hur/prod/inpdata/

Defined in File parm/hwrf_input.conf

[wcoss_fcst_PROD2012] syndatdir

tcvitals directory

1 [wcoss_fcst_PROD2012]
2 syndatdir = /com/arch/prod/syndat/

Defined in File parm/hwrf_input.conf

[wcoss_fcst_PROD2012] loopdata

loop current directory

1 [wcoss_fcst_PROD2012]
2 loopdata = /nhc/save/guidance/storm-data/ncep/

Defined in File parm/hwrf_input.conf

[wcoss_fcst_PROD2012] hd_obs

hdobs data directory

1 [wcoss_fcst_PROD2012]
2 hd_obs = {inputroot}/RECON/gdas.{aYMD}/

Defined in File parm/hwrf_input.conf

[wcoss_fcst_PROD2012] tdr

TDR data directory

1 [wcoss_fcst_PROD2012]
2 tdr = {inputroot}/TDR/{aYYYY}/{aYMDH}/{vit[stnum]:02d}{vit[basin1lc]}/

Defined in File parm/hwrf_input.conf

Section [wcoss_fcst_PROD2014]

NCO GFS locations

Options in this section:

Inherits from the following sections:

[wcoss_fcst_PROD2014] inputroot

Input data root

1 [wcoss_fcst_PROD2014]
2 inputroot = /hwrf/noscrub/input/

Defined in File parm/hwrf_input.conf

[wcoss_fcst_PROD2014] gfs

GFS directory

1 [wcoss_fcst_PROD2014]
2 gfs = /com/gfs/prod/gfs.{aYMD}/

Defined in File parm/hwrf_input.conf

[wcoss_fcst_PROD2014] gdas1

GDAS directory

1 [wcoss_fcst_PROD2014]
2 gdas1 = /com/gfs/prod/gdas.{aYMD}/

Defined in File parm/hwrf_input.conf

[wcoss_fcst_PROD2014] gefs

GEFS directory

1 [wcoss_fcst_PROD2014]
2 gefs = /com/gens/prod/gefs.{aYMD}/{aHH}/

Defined in File parm/hwrf_input.conf

[wcoss_fcst_PROD2014] enkf

GFS ENKF directory

1 [wcoss_fcst_PROD2014]
2 enkf = /com/gfs/prod/enkf.{aYMD}/{aHH}/

Defined in File parm/hwrf_input.conf

[wcoss_fcst_PROD2014] messages

hurricane message file directory

1 [wcoss_fcst_PROD2014]
2 messages = /com/hur/prod/inpdata/

Defined in File parm/hwrf_input.conf

[wcoss_fcst_PROD2014] syndatdir

syndat tcvitals directory

1 [wcoss_fcst_PROD2014]
2 syndatdir = /com/arch/prod/syndat/

Defined in File parm/hwrf_input.conf

[wcoss_fcst_PROD2014] loopdata

loop current directory

1 [wcoss_fcst_PROD2014]
2 loopdata = /nhc/save/guidance/storm-data/ncep/

Defined in File parm/hwrf_input.conf

[wcoss_fcst_PROD2014] hd_obs

hd obs directory

1 [wcoss_fcst_PROD2014]
2 hd_obs = {inputroot}/RECON/gdas.{aYMD}/

Defined in File parm/hwrf_input.conf

[wcoss_fcst_PROD2014] tdr

TDR data directory

1 [wcoss_fcst_PROD2014]
2 tdr = {inputroot}/TDR/{aYYYY}/{aYMDH}/{vit[stnum]:02d}{vit[basin1lc]}/

Defined in File parm/hwrf_input.conf

Section [wcoss_fcst_nco]

WCOSS: Input locations for the production HWRF

Options in this section:

[wcoss_fcst_nco] gfs

GFS directory

1 [wcoss_fcst_nco]
2 gfs = {ENV[COMINGFS|-/com/gfs/prod]}/gfs.{aYMD}/

Defined in File parm/hwrf_input.conf

[wcoss_fcst_nco] gdas1

GDAS directory

1 [wcoss_fcst_nco]
2 gdas1 = {ENV[COMINGDAS|-/com/gfs/prod]}/gdas.{aYMD}/

Defined in File parm/hwrf_input.conf

[wcoss_fcst_nco] enkf

GFS ENKF directory

1 [wcoss_fcst_nco]
2 enkf = {ENV[COMINGFS|-/com/gfs/prod]}/enkf.{aYMD}/{aHH}/

Defined in File parm/hwrf_input.conf

[wcoss_fcst_nco] messages

Hurricane message file directory

1 [wcoss_fcst_nco]
2 messages = {ENV[mesagdir|-/com2/hur/prod/inphwrf]}/

Defined in File parm/hwrf_input.conf

[wcoss_fcst_nco] syndatdir

TCVitals directory

1 [wcoss_fcst_nco]
2 syndatdir = {ENV[COMINARCH|-/com/arch/prod/syndat/]}

Defined in File parm/hwrf_input.conf

[wcoss_fcst_nco] loopdata

Loop current data directory

1 [wcoss_fcst_nco]
2 loopdata = {ENV[COMTPC|-/nhc/save/guidance/storm-data/ncep/]}

Defined in File parm/hwrf_input.conf

[wcoss_fcst_nco] hd_obs

hdobs directory

1 [wcoss_fcst_nco]
2 hd_obs = /deliberately/invalid/path

Defined in File parm/hwrf_input.conf

[wcoss_fcst_nco] dcom

dcom "us007003" directory

1 [wcoss_fcst_nco]
2 dcom = {ENV[DCOMROOT|-/dcom]}/us007003/

Defined in File parm/hwrf_input.conf

Section [wcoss_hist_2012_for_2014]

WCOSS history areas with old (2012) GFS data. This removes all file types that were changed since the January 2015 upgrade, allowing this section to be used for 2015 tests. See hwrf.input.InputSource for details.

Options in this section:

[wcoss_hist_2012_for_2014] inputroot

Input root directory

1 [wcoss_hist_2012_for_2014]
2 inputroot = /hwrf/noscrub/input

Defined in File parm/hwrf_input.conf

[wcoss_hist_2012_for_2014] loopdata

Loop current directory

1 [wcoss_hist_2012_for_2014]
2 loopdata = {inputroot}/LOOP-CURRENT/

Defined in File parm/hwrf_input.conf

[wcoss_hist_2012_for_2014] gfdl_loop

Loop current

1 [wcoss_hist_2012_for_2014]
2 gfdl_loop = hwrf_gfdl_loop_current_rmy5.dat.{aYMD}

Defined in File parm/hwrf_input.conf

[wcoss_hist_2012_for_2014] gfdl_wc_ring

Loop current wc_ring file

1 [wcoss_hist_2012_for_2014]
2 gfdl_wc_ring = hwrf_gfdl_loop_current_wc_ring_rmy5.dat.{aYMD}

Defined in File parm/hwrf_input.conf

[wcoss_hist_2012_for_2014] gfs

GFS data directory

1 [wcoss_hist_2012_for_2014]
2 gfs = {inputroot}/BUFR/GFS.{aYYYY}/{aYMDH}/

Defined in File parm/hwrf_input.conf

[wcoss_hist_2012_for_2014] hd_obs

hd obs directory

1 [wcoss_hist_2012_for_2014]
2 hd_obs = {inputroot}/RECON/gdas.{aYMD}/

Defined in File parm/hwrf_input.conf

[wcoss_hist_2012_for_2014] tdr

Tail doppler radar (TDR) bufr file directory

1 [wcoss_hist_2012_for_2014]
2 tdr = {inputroot}/TDR/{aYYYY}/{aYMDH}/{vit[stnum]:02d}{vit[basin1lc]}/

Defined in File parm/hwrf_input.conf

[wcoss_hist_2012_for_2014] gfs_bufr

GFS bufr files

1 [wcoss_hist_2012_for_2014]
2 gfs_bufr = gfs.t{aHH}z.{obstype}.tm00.bufr_d

Defined in File parm/hwrf_input.conf

[wcoss_hist_2012_for_2014] gdas1_bufr

GDAS bufr files

1 [wcoss_hist_2012_for_2014]
2 gdas1_bufr = gdas1.t{aHH}z.{obstype}.tm00.bufr_d

Defined in File parm/hwrf_input.conf

Section [wcoss_hist_PROD2012]

Obsolete locations for old (2012) GFS forecast data. These areas either no longer exist, or contain newer versions of GFS. This will fail if you try to use it. See hwrf.input.InputSource for details.

Options in this section:

Inherits from the following sections:

[wcoss_hist_PROD2012] inputroot

Input data root directory

1 [wcoss_hist_PROD2012]
2 inputroot = /hwrf/noscrub/input/

Defined in File parm/hwrf_input.conf

[wcoss_hist_PROD2012] gfs

GFS data directory

1 [wcoss_hist_PROD2012]
2 gfs = {inputroot}/PROD2012/HISTORY/GFS.{aYYYY}/{aYMDH}/

Defined in File parm/hwrf_input.conf

[wcoss_hist_PROD2012] gdas1

GDAS data directory

1 [wcoss_hist_PROD2012]
2 gdas1 = {inputroot}/GDAS1/{aYYYY}/{aYMDH}/

Defined in File parm/hwrf_input.conf

[wcoss_hist_PROD2012] gdasr

Relocated GDAS directory

1 [wcoss_hist_PROD2012]
2 gdasr = {inputroot}/GDAS/{aYYYY}/{aYMDH}/

Defined in File parm/hwrf_input.conf

[wcoss_hist_PROD2012] enkf

GFS ENKF directory

1 [wcoss_hist_PROD2012]
2 enkf = {inputroot}/ENKF/{aYYYY}/{aYMDH}/

Defined in File parm/hwrf_input.conf

[wcoss_hist_PROD2012] syndatdir

syndat data directory

1 [wcoss_hist_PROD2012]
2 syndatdir = {inputroot}/SYNDAT-PLUS/

Defined in File parm/hwrf_input.conf

[wcoss_hist_PROD2012] loopdata

loop current data directory

1 [wcoss_hist_PROD2012]
2 loopdata = {inputroot}/LOOP-CURRENT/

Defined in File parm/hwrf_input.conf

[wcoss_hist_PROD2012] hd_obs

hd obs directory

1 [wcoss_hist_PROD2012]
2 hd_obs = {inputroot}/RECON/gdas.{aYMD}/

Defined in File parm/hwrf_input.conf

[wcoss_hist_PROD2012] tdr

TDR data directory

1 [wcoss_hist_PROD2012]
2 tdr = {inputroot}/TDR/{aYYYY}/{aYMDH}/{vit[stnum]:02d}{vit[basin1lc]}/

Defined in File parm/hwrf_input.conf

Section [wcoss_pr4devbs_ALL]

Options in this section:

Inherits from the following sections:

[wcoss_pr4devbs_ALL] inputroot

Input data root directory

1 [wcoss_pr4devbs_ALL]
2 inputroot = /gpfs/hps/nco/storage/gfs_retro/com2/gfs/para

Defined in File parm/hwrf_input.conf

[wcoss_pr4devbs_ALL] inputrootfix

1 [wcoss_pr4devbs_ALL]
2 inputrootfix = /gpfs/hps/emc/hwrf/noscrub/input/

Defined in File parm/hwrf_input.conf

[wcoss_pr4devbs_ALL] gfs

GFS directory

1 [wcoss_pr4devbs_ALL]
2 gfs = {inputroot}/gfs.{aYMD}/

Defined in File parm/hwrf_input.conf

[wcoss_pr4devbs_ALL] gdas1

GDAS directory

1 [wcoss_pr4devbs_ALL]
2 gdas1 = {inputroot}/gdas.{aYMD}/

Defined in File parm/hwrf_input.conf

[wcoss_pr4devbs_ALL] gdasr

Relocated GDAS directory

1 [wcoss_pr4devbs_ALL]
2 gdasr = {inputrootfix}/GDAS/{aYYYY}/{aYMD}/

Defined in File parm/hwrf_input.conf

[wcoss_pr4devbs_ALL] enkf

GFS ENKF directory

1 [wcoss_pr4devbs_ALL]
2 enkf = {inputroot}/enkf.{aYMD}/{aHH}/

Defined in File parm/hwrf_input.conf

[wcoss_pr4devbs_ALL] syndatdir

syndat tcvitals directory

1 [wcoss_pr4devbs_ALL]
2 syndatdir = {inputrootfix}/SYNDAT-PLUS/

Defined in File parm/hwrf_input.conf

[wcoss_pr4devbs_ALL] loopdata

loop current directory

1 [wcoss_pr4devbs_ALL]
2 loopdata = {inputrootfix}/LOOP-CURRENT/

Defined in File parm/hwrf_input.conf

[wcoss_pr4devbs_ALL] hd_obs

hdobs data directory

1 [wcoss_pr4devbs_ALL]
2 hd_obs = {inputrootfix}/RECON/gdas.{aYMD}/

Defined in File parm/hwrf_input.conf

[wcoss_pr4devbs_ALL] tdr

TDR data directory

1 [wcoss_pr4devbs_ALL]
2 tdr = {inputrootfix}/TDR/{aYYYY}/{aYMDH}/{vit[stnum]:02d}{vit[basin1lc]}/

Defined in File parm/hwrf_input.conf

Section [wcoss_prepbufrnr_PROD2014]

An hwrf.input.DataCatalog for prepbufr.nr files on WCOSS. See hwrf.input.InputSource for details.

Options in this section:

[wcoss_prepbufrnr_PROD2014] gfs

GFS directory

1 [wcoss_prepbufrnr_PROD2014]
2 gfs = /hwrf/noscrub/input/PROD2014/prepbufr.nr/

Defined in File parm/hwrf_input.conf

[wcoss_prepbufrnr_PROD2014] gfs_prepbufr_nr

prepbufr.nr filename

1 [wcoss_prepbufrnr_PROD2014]
2 gfs_prepbufr_nr = {aYYYY}/{aYMDH}.prepbufr.nr

Defined in File parm/hwrf_input.conf

Section [wcoss_prepbufrrst_PROD2016]

Options in this section:

[wcoss_prepbufrrst_PROD2016] gfs

1 [wcoss_prepbufrrst_PROD2016]
2 gfs = /gpfs/hps/nco/storage/gfs_retro/com2/gfs/para/

Defined in File parm/hwrf_input.conf

[wcoss_prepbufrrst_PROD2016] gfs_prepbufr_rst

prepbufr.nr filename

1 [wcoss_prepbufrrst_PROD2016]
2 gfs_prepbufr_rst = gfs.{aYMD}/gfs.t{aHH}z.prepbufr

Defined in File parm/hwrf_input.conf

Section [wcoss_sources_PROD2012]

WCOSS areas for old (2012 GFS)

This is the list of transfer mechanisms available to jobs running on WCOSS. Forbids FTP access, and restricts real-time cases to using local data. Retrospectives will pull data from Zeus first, Jet second. See hwrf.input.InputSource for details.

Options in this section:

[wcoss_sources_PROD2012] wcoss_fcst

WCOSS Forecast area

1 [wcoss_sources_PROD2012]
2 wcoss_fcst = ftp:///

WCOSS forecast area.

Bug:
This no longer exists; the area now contains 2015 GFS. Also, it is specified wrong. It should be wcoss_fcstlocation.

Defined in File parm/hwrf_input.conf

[wcoss_sources_PROD2012] jet_hist_PROD2012%location

Jet history area

1 [wcoss_sources_PROD2012]
2 jet_hist_PROD2012%location = sftp://{jet_user}@jetscp.rdhpcs.noaa.gov/

Defined in File parm/hwrf_input.conf

[wcoss_sources_PROD2012] prod2012_PROD2012%location

HPSS archive area

1 [wcoss_sources_PROD2012]
2 prod2012_PROD2012%location = htar:///

Defined in File parm/hwrf_input.conf

[wcoss_sources_PROD2012] prod2012_PROD2012%histprio

Priority for using HPSS for history cases

1 [wcoss_sources_PROD2012]
2 prod2012_PROD2012%histprio = 50

Defined in File parm/hwrf_input.conf

[wcoss_sources_PROD2012] wcoss_fcst_PROD2012%fcstprio

Priority for using WCOSS for forecast cases

1 [wcoss_sources_PROD2012]
2 wcoss_fcst_PROD2012%fcstprio = 100

Defined in File parm/hwrf_input.conf

[wcoss_sources_PROD2012] wcoss_fcst_PROD2012%histprio

Priority for using WCOSS for history cases

1 [wcoss_sources_PROD2012]
2 wcoss_fcst_PROD2012%histprio = 100

Defined in File parm/hwrf_input.conf

[wcoss_sources_PROD2012] jet_fcst_PROD2012%histprio

Priority for using Jet for history cases

1 [wcoss_sources_PROD2012]
2 jet_fcst_PROD2012%histprio = 70

Defined in File parm/hwrf_input.conf

Section [wcoss_sources_PROD2014]

WCOSS data sources.

This is the list of transfer mechanisms available to jobs running on WCOSS. Forbids FTP access, and restricts real-time cases to using local data. Retrospectives will pull data from Zeus first, Jet second. See hwrf.input.InputSource for details.

Options in this section:

[wcoss_sources_PROD2014] wcoss_prepbufrnr_PROD2014%location

WCOSS prepbufr.nr area

1 [wcoss_sources_PROD2014]
2 wcoss_prepbufrnr_PROD2014%location = file:///

Defined in File parm/hwrf_input.conf

[wcoss_sources_PROD2014] wcoss_prepbufrnr_PROD2014%histprio

Priority for using WCOSS prepbufr.nr for history cases

1 [wcoss_sources_PROD2014]
2 wcoss_prepbufrnr_PROD2014%histprio = 98

Defined in File parm/hwrf_input.conf

[wcoss_sources_PROD2014] wcoss_fcst_PROD2014%location

WCOSS forecast data

1 [wcoss_sources_PROD2014]
2 wcoss_fcst_PROD2014%location = file:///

Defined in File parm/hwrf_input.conf

[wcoss_sources_PROD2014] wcoss_fcst_PROD2014%fcstprio

Priority for using WCOSS forecast data for forecast cases

1 [wcoss_sources_PROD2014]
2 wcoss_fcst_PROD2014%fcstprio = 100

Defined in File parm/hwrf_input.conf

[wcoss_sources_PROD2014] wcoss_fcst_PROD2014%histprio

Priority for using WCOSS forecast data for history cases

1 [wcoss_sources_PROD2014]
2 wcoss_fcst_PROD2014%histprio = 100

Defined in File parm/hwrf_input.conf

[wcoss_sources_PROD2014] zhan_gyre%location

Zhan personal data on Gyre

1 [wcoss_sources_PROD2014]
2 zhan_gyre%location = file://

Defined in File parm/hwrf_input.conf

[wcoss_sources_PROD2014] zhan_gyre%histprio

Priority for using Zhan personal data

1 [wcoss_sources_PROD2014]
2 zhan_gyre%histprio = 97

Defined in File parm/hwrf_input.conf

[wcoss_sources_PROD2014] zhan_gyre%dates

Range of times for which Zhan data is available

1 [wcoss_sources_PROD2014]
2 zhan_gyre%dates = 2011060718-2011111200,2013051800-2013091018

Defined in File parm/hwrf_input.conf

[wcoss_sources_PROD2014] jet_hist_PROD2014%location

Jet history area

1 [wcoss_sources_PROD2014]
2 jet_hist_PROD2014%location = sftp://{jet_user}@jetscp.rdhpcs.noaa.gov/

Defined in File parm/hwrf_input.conf

[wcoss_sources_PROD2014] jet_hist_PROD2014%histprio

Priority for using the jet history area

1 [wcoss_sources_PROD2014]
2 jet_hist_PROD2014%histprio = 88

Defined in File parm/hwrf_input.conf

[wcoss_sources_PROD2014] jet_fcst_PROD2014%location

Jet forecast area

1 [wcoss_sources_PROD2014]
2 jet_fcst_PROD2014%location = sftp://{jet_user}@jetscp.rdhpcs.noaa.gov/

Defined in File parm/hwrf_input.conf

[wcoss_sources_PROD2014] jet_fcst_PROD2014%histprio

Priority for using the jet forecast area

1 [wcoss_sources_PROD2014]
2 jet_fcst_PROD2014%histprio = 89

Defined in File parm/hwrf_input.conf

[wcoss_sources_PROD2014] wcoss_hist_2012_for_2014%location

WCOSS 2012 data for 2014 cases

1 [wcoss_sources_PROD2014]
2 wcoss_hist_2012_for_2014%location = file://

Defined in File parm/hwrf_input.conf

[wcoss_sources_PROD2014] wcoss_hist_2012_for_2014%histprio

Priority for using WCOSS 2012 data

1 [wcoss_sources_PROD2014]
2 wcoss_hist_2012_for_2014%histprio = 93

Defined in File parm/hwrf_input.conf

[wcoss_sources_PROD2014] prod_backup_2015%location

1 [wcoss_sources_PROD2014]
2 prod_backup_2015%location = htar://

Defined in File parm/hwrf_input.conf

[wcoss_sources_PROD2014] prod_backup_2015%histprio

1 [wcoss_sources_PROD2014]
2 prod_backup_2015%histprio = 79

Defined in File parm/hwrf_input.conf

[wcoss_sources_PROD2014] prod_backup_2015%dates

1 [wcoss_sources_PROD2014]
2 prod_backup_2015%dates = 2015070100-2015113018

Defined in File parm/hwrf_input.conf

[wcoss_sources_PROD2014] gfs2012_for2014%location

HPSS locations

1 [wcoss_sources_PROD2014]
2 gfs2012_for2014%location = htar://

Defined in File parm/hwrf_input.conf

[wcoss_sources_PROD2014] gfs2012_for2014%histprio

Priority for using HPSS data for history cases

1 [wcoss_sources_PROD2014]
2 gfs2012_for2014%histprio = 50

Defined in File parm/hwrf_input.conf

Section [wcoss_sources_PROD2016]

WCOSS data sources for 2016 version of GFS retrospective runs.

This is the list of transfer mechanisms available to jobs running on WCOSS. Forbids FTP access, and restricts real-time cases to using local data.

Options in this section:

[wcoss_sources_PROD2016] wcoss_prepbufrrst_PROD2016%location

WCOSS prepbufr.nr area

1 [wcoss_sources_PROD2016]
2 wcoss_prepbufrrst_PROD2016%location = file:///

Defined in File parm/hwrf_input.conf

[wcoss_sources_PROD2016] wcoss_prepbufrrst_PROD2016%histprio

Priority for using WCOSS prepbufr.nr for history cases

1 [wcoss_sources_PROD2016]
2 wcoss_prepbufrrst_PROD2016%histprio = 98

Defined in File parm/hwrf_input.conf

[wcoss_sources_PROD2016] wcoss_pr4devbs_ALL%location

1 [wcoss_sources_PROD2016]
2 wcoss_pr4devbs_ALL%location = file:///

Defined in File parm/hwrf_input.conf

[wcoss_sources_PROD2016] wcoss_pr4devbs_ALL%histprio

1 [wcoss_sources_PROD2016]
2 wcoss_pr4devbs_ALL%histprio = 98

Defined in File parm/hwrf_input.conf

[wcoss_sources_PROD2016] wcoss_pr4devbs_ALL%dates

1 [wcoss_sources_PROD2016]
2 wcoss_pr4devbs_ALL%dates = 2012101500-2015123118

Defined in File parm/hwrf_input.conf

Section [wcossluna_fcsthist_PROD2014]

NCO forecast locations on Cray Luna, excluding loop current which comes from noscrub

Options in this section:

Inherits from the following sections:

[wcossluna_fcsthist_PROD2014] inputroot

Input data root

1 [wcossluna_fcsthist_PROD2014]
2 inputroot = /gpfs/gd2/emc/hwrf/noscrub/input/

Defined in File parm/hwrf_input.conf

[wcossluna_fcsthist_PROD2014] gfs

GFS directory

1 [wcossluna_fcsthist_PROD2014]
2 gfs = /gpfs/gp1/nco/ops/com/gfs/prod/gfs.{aYMD}/

Defined in File parm/hwrf_input.conf

[wcossluna_fcsthist_PROD2014] gdas1

GDAS directory

1 [wcossluna_fcsthist_PROD2014]
2 gdas1 = /gpfs/gp1/nco/ops/com/gfs/prod/gdas.{aYMD}/

Defined in File parm/hwrf_input.conf

[wcossluna_fcsthist_PROD2014] gefs

GEFS directory

1 [wcossluna_fcsthist_PROD2014]
2 gefs = /gpfs/gp1/nco/ops/com/gens/prod/gefs.{aYMD}/{aHH}/

Defined in File parm/hwrf_input.conf

[wcossluna_fcsthist_PROD2014] enkf

GFS ENKF directory

1 [wcossluna_fcsthist_PROD2014]
2 enkf = /gpfs/gp1/nco/ops/com/gfs/prod/enkf.{aYMD}/{aHH}/

Defined in File parm/hwrf_input.conf

[wcossluna_fcsthist_PROD2014] messages

hurricane message file directory

1 [wcossluna_fcsthist_PROD2014]
2 messages = /gpfs/gp1/nco/ops/com/hur/prod/inpdata/

Defined in File parm/hwrf_input.conf

[wcossluna_fcsthist_PROD2014] syndatdir

syndat tcvitals directory

1 [wcossluna_fcsthist_PROD2014]
2 syndatdir = /gpfs/gp1/nco/ops/com/arch/prod/syndat/

Defined in File parm/hwrf_input.conf

[wcossluna_fcsthist_PROD2014] loopdata

loop current directory

1 [wcossluna_fcsthist_PROD2014]
2 loopdata = {inputroot}/LOOP-CURRENT/

Defined in File parm/hwrf_input.conf

[wcossluna_fcsthist_PROD2014] hd_obs

hd obs directory

1 [wcossluna_fcsthist_PROD2014]
2 hd_obs = {inputroot}/RECON/gdas.{aYMD}/

Defined in File parm/hwrf_input.conf

[wcossluna_fcsthist_PROD2014] tdr

TDR data directory

1 [wcossluna_fcsthist_PROD2014]
2 tdr = {inputroot}/TDR/{aYYYY}/{aYMDH}/{vit[stnum]:02d}{vit[basin1lc]}/

Defined in File parm/hwrf_input.conf

Section [wcossluna_sources_PROD2014]

WCOSS Cray data sources on Luna.

This is the list of transfer mechanisms available to jobs running on WCOSS Cray Luna. Presently, that machine can only access Jet and non-Cray WCOSS. This differs from WCOSS Cray Surge, which cannot access anything.

Options in this section:

[wcossluna_sources_PROD2014] wcosscray_fcsthist_PROD2014%location

NCO forecast

1 [wcossluna_sources_PROD2014]
2 wcosscray_fcsthist_PROD2014%location = file:///

Defined in File parm/hwrf_input.conf

[wcossluna_sources_PROD2014] wcosscray_fcsthist_PROD2014%histprio

NCO forecast area history priority should be highest

1 [wcossluna_sources_PROD2014]
2 wcosscray_fcsthist_PROD2014%histprio = 100

Defined in File parm/hwrf_input.conf

[wcossluna_sources_PROD2014] jet_hist_PROD2014%location

Jet history area

1 [wcossluna_sources_PROD2014]
2 jet_hist_PROD2014%location = sftp://{jet_user}@jetscp.rdhpcs.noaa.gov/

Defined in File parm/hwrf_input.conf

[wcossluna_sources_PROD2014] jet_hist_PROD2014%histprio

Priority for using the jet history area

1 [wcossluna_sources_PROD2014]
2 jet_hist_PROD2014%histprio = 88

Defined in File parm/hwrf_input.conf

[wcossluna_sources_PROD2014] jet_fcst_PROD2014%location

Jet forecast area

1 [wcossluna_sources_PROD2014]
2 jet_fcst_PROD2014%location = sftp://{jet_user}@jetscp.rdhpcs.noaa.gov/

Defined in File parm/hwrf_input.conf

[wcossluna_sources_PROD2014] jet_fcst_PROD2014%histprio

Priority for using the jet forecast area

1 [wcossluna_sources_PROD2014]
2 jet_fcst_PROD2014%histprio = 89

Defined in File parm/hwrf_input.conf

[wcossluna_sources_PROD2014] wcoss_hist_2012_for_2014%location

WCOSS 2012 data for 2014 cases

1 [wcossluna_sources_PROD2014]
2 wcoss_hist_2012_for_2014%location = file://

Defined in File parm/hwrf_input.conf

[wcossluna_sources_PROD2014] wcoss_hist_2012_for_2014%histprio

Priority for using WCOSS 2012 data

1 [wcossluna_sources_PROD2014]
2 wcoss_hist_2012_for_2014%histprio = 93

Defined in File parm/hwrf_input.conf

[wcossluna_sources_PROD2014] prod_backup_2015%location

1 [wcossluna_sources_PROD2014]
2 prod_backup_2015%location = htar://

Defined in File parm/hwrf_input.conf

[wcossluna_sources_PROD2014] prod_backup_2015%histprio

1 [wcossluna_sources_PROD2014]
2 prod_backup_2015%histprio = 79

Defined in File parm/hwrf_input.conf

[wcossluna_sources_PROD2014] prod_backup_2015%dates

1 [wcossluna_sources_PROD2014]
2 prod_backup_2015%dates = 2015070100-2015113018

Defined in File parm/hwrf_input.conf

[wcossluna_sources_PROD2014] gfs2012_for2014%location

HPSS locations

1 [wcossluna_sources_PROD2014]
2 gfs2012_for2014%location = htar://

Defined in File parm/hwrf_input.conf

[wcossluna_sources_PROD2014] gfs2012_for2014%histprio

Priority for using HPSS data for history cases

1 [wcossluna_sources_PROD2014]
2 gfs2012_for2014%histprio = 50

Defined in File parm/hwrf_input.conf

Section [wcosssurge_sources_PROD2014]

WCOSS Cray data sources on Surge.

This is the list of transfer mechanisms available to jobs running on WCOSS Cray Surge. Surge's network is not fully working right now, so it cannot access anything outside of the Surge/Gyre filesystems.

Options in this section:

[wcosssurge_sources_PROD2014] wcosscray_fcsthist_PROD2014%location

NCO forecast

1 [wcosssurge_sources_PROD2014]
2 wcosscray_fcsthist_PROD2014%location = file:///

Defined in File parm/hwrf_input.conf

[wcosssurge_sources_PROD2014] wcosscray_fcsthist_PROD2014%histprio

NCO forecast area history priority should be highest

1 [wcosssurge_sources_PROD2014]
2 wcosscray_fcsthist_PROD2014%histprio = 100

Defined in File parm/hwrf_input.conf

Section [wcosssurge_sources_PROD2016]

WCOSS data sources for 2016 version of GFS retrospective runs on Surge

This is the list of transfer mechanisms available to jobs running on WCOSS. Forbids FTP access, and restricts real-time cases to using local data.

Options in this section:

[wcosssurge_sources_PROD2016] wcoss_prepbufrrst_PROD2016%location

WCOSS prepbufr.nr area

1 [wcosssurge_sources_PROD2016]
2 wcoss_prepbufrrst_PROD2016%location = file:///

Defined in File parm/hwrf_input.conf

[wcosssurge_sources_PROD2016] wcoss_prepbufrrst_PROD2016%histprio

Priority for using WCOSS prepbufr.nr for history cases

1 [wcosssurge_sources_PROD2016]
2 wcoss_prepbufrrst_PROD2016%histprio = 98

Defined in File parm/hwrf_input.conf

[wcosssurge_sources_PROD2016] wcoss_pr4devbs_ALL%location

1 [wcosssurge_sources_PROD2016]
2 wcoss_pr4devbs_ALL%location = file:///

Defined in File parm/hwrf_input.conf

[wcosssurge_sources_PROD2016] wcoss_pr4devbs_ALL%histprio

1 [wcosssurge_sources_PROD2016]
2 wcoss_pr4devbs_ALL%histprio = 98

Defined in File parm/hwrf_input.conf

[wcosssurge_sources_PROD2016] wcoss_pr4devbs_ALL%dates

1 [wcosssurge_sources_PROD2016]
2 wcoss_pr4devbs_ALL%dates = 2012101500-2015123118

Defined in File parm/hwrf_input.conf

Section [wps_namelist]

Defines the WPS namelist

This section is sent through hwrf.namelist.Conf2Namelist to generate the WPS namelist for all WPS components. See the WPS documentation for details on the option meanings.

Section [wrf]

Set a few variables that the Python code must be aware of to communicate correctly between HWRF components. These will also be used to calculate or set the appropriate WPS and WRF namelist values:

Options in this section:

[wrf] dt

Timestep (seconds, a rational number)

1 [wrf]
2 dt = 30

Defined in File parm/hwrf.conf

[wrf] bdystep

Boundary input timestep (integer)

1 [wrf]
2 bdystep = 21600

Defined in File parm/hwrf.conf

[wrf] ptsgm

Pressure-sigma transition level (real >0)

1 [wrf]
2 ptsgm = 15000

Defined in File parm/hwrf.conf

[wrf] ptop

Model top pressure (real >0)

1 [wrf]
2 ptop = 200

Defined in File parm/hwrf.conf

[wrf] prep_hybrid

Should prep_hybrid be used? (Fortran logical)

1 [wrf]
2 prep_hybrid = .true.

Defined in File parm/hwrf.conf

[wrf] io_form

The default WRF io_form, which can be overridden.

1 [wrf]
2 io_form = 11

This is the default IO form for most files, and is copied to the WRF namelist automatically.

Note
The auxinput1/2 streams are set in [wrf_namelist]

Defined in File parm/hwrf.conf

[wrf] namelist

Set the WRF namelist values that are NOT per domain:

1 [wrf]
2 namelist = wrf_namelist

Defined in File parm/hwrf.conf

Section [wrf_namelist]

This section sets WRF namelist variables that are NOT on a per-domain basis.

Sent to hwrf.namelist.Conf2Namelist to generate the WRF namelist settings for options that are NOT set on a per-domain basis. See the WRF documentation for details.

Note
Any settings specific to timesteps or output files are generally ignored, and should be set in [forecast_products] or the hwrf_expt module instead.

Options in this section:

[wrf_namelist] auxhist1_outname

1 [wrf_namelist]
2 auxhist1_outname = "wrfdiag_d<domain>"

Defined in File parm/hwrf.conf

[wrf_namelist] auxhist2_outname

1 [wrf_namelist]
2 auxhist2_outname = "wrfout_d<domain>_<date>"

Defined in File parm/hwrf.conf

[wrf_namelist] auxhist3_outname

1 [wrf_namelist]
2 auxhist3_outname = "wrfout_d<domain>_<date>"

Defined in File parm/hwrf.conf

[wrf_namelist] namelist_quilt%poll_servers

1 [wrf_namelist]
2 namelist_quilt%poll_servers = .false.

Defined in File parm/hwrf.conf

Section [wrfexe]

This section is read by all scripts that run the wrf or nmm_real.

Options in this section:

[wrfexe] cpl_nml

coupler namelist file

1 [wrfexe]
2 cpl_nml = cpl_nml

Defined in File parm/hwrf.conf

[wrfexe] dt_c

coupler timestep in seconds

1 [wrfexe]
2 dt_c = 540

Defined in File parm/hwrf.conf

[wrfexe] sleeptime

sleep time between checks of child process

1 [wrfexe]
2 sleeptime = 30

Defined in File parm/hwrf.conf

[wrfexe] nio_groups

Number of WRF I/O server groups per domain in init jobs

1 [wrfexe]
2 nio_groups = 1

Defined in File parm/system.conf.jet

[wrfexe] nio_tasks_per_group

Number of I/O servers per group in init jobs

1 [wrfexe]
2 nio_tasks_per_group = 6,6,6

Defined in File parm/system.conf.jet

[wrfexe] poll_servers

Turn on server polling if quilt servers are used (They are not.)

1 [wrfexe]
2 poll_servers = yes

Defined in File parm/system.conf.jet

[wrfexe] nproc_x

WRF processor count in X direction (-1 = automatic)

1 [wrfexe]
2 nproc_x = -1

Defined in File parm/system.conf.jet

[wrfexe] nproc_y

WRF processor count in Y direction (-1 = automatic)

1 [wrfexe]
2 nproc_y = -1

Defined in File parm/system.conf.jet

[wrfexe] minsize

1 [wrfexe]
2 minsize = 10000

Defined in File parm/system.conf.wcossluna

[wrfexe] minage

1 [wrfexe]
2 minage = 20

Defined in File parm/system.conf.wcossluna

Section [wvstatus]

Options in this section:

[wvstatus] wvstatus

The name of the wave status file in the com directory:

1 [wvstatus]
2 wvstatus = {com}/{stormlabel}.wave_status

Defined in File parm/hwrf.conf

[wvstatus] wvstatus2

Second wave file name that mimmics the old operational ocean status file.

1 [wvstatus]
2 wvstatus2 = {com}/wave_status.{vit[stormname]}{vit[stnum]:02d}{vit[basin1lc]}.{cycle}

This second wave file uses a filename that cannot be predicted in advanced. That breaks ecFlow and Rocoto. The file is still created for backward compatibility.

Defined in File parm/hwrf.conf

Section [ww3init]

Configures the wavewatch3 initialization

Options in this section:

[ww3init] scrub

scrub temporary files?

1 [ww3init]
2 scrub = no

Defined in File parm/hwrf.conf

[ww3init] catalog

where to get input data

1 [ww3init]
2 catalog = {input_catalog}

Defined in File parm/hwrf.conf

[ww3init] usegfswind

Time-updated GFS forcing outside HWRF domain?

1 [ww3init]
2 usegfswind = yes

Defined in File parm/hwrf.conf

[ww3init] input_step

Timestep between forcing updates

1 [ww3init]
2 input_step = 10800

Defined in File parm/hwrf.conf

[ww3init] gfs_dataset

Dataset for GFS forcing

1 [ww3init]
2 gfs_dataset = gfs

Defined in File parm/hwrf.conf

[ww3init] gfs_item

Data item for GFS forcing

1 [ww3init]
2 gfs_item = gfs_gribA

Defined in File parm/hwrf.conf

[ww3init] grid_inp

1 [ww3init]
2 grid_inp = {PARMhwrf}/ww3_grid_{vit[basin1lc]}.inp

Defined in File parm/hwrf.conf

[ww3init] grid_bot

1 [ww3init]
2 grid_bot = {FIXww3}/ww3_grid_{vit[basin1lc]}.bot

Defined in File parm/hwrf.conf

[ww3init] grid_msk

1 [ww3init]
2 grid_msk = {FIXww3}/ww3_grid_{vit[basin1lc]}.msk

Defined in File parm/hwrf.conf

[ww3init] grid_obr

1 [ww3init]
2 grid_obr = {FIXww3}/ww3_grid_{vit[basin1lc]}.obr

Defined in File parm/hwrf.conf

[ww3init] wind_inp

1 [ww3init]
2 wind_inp = {PARMhwrf}/ww3_prep_WNDDummy.inp

Defined in File parm/hwrf.conf

[ww3init] prnc_inp_gfswind

1 [ww3init]
2 prnc_inp_gfswind = {PARMhwrf}/ww3_prnc_gfswind.inp

Defined in File parm/hwrf.conf

[ww3init] curr_inp

1 [ww3init]
2 curr_inp = {PARMhwrf}/ww3_prep_CURDummy.inp

Defined in File parm/hwrf.conf

[ww3init] strt_inp

1 [ww3init]
2 strt_inp = {PARMhwrf}/ww3_strt.inp

Defined in File parm/hwrf.conf

[ww3init] shel_inp

1 [ww3init]
2 shel_inp = {PARMhwrf}/ww3_shel.inp_tmpl

Defined in File parm/hwrf.conf

[ww3init] ounf_inp

1 [ww3init]
2 ounf_inp = {PARMhwrf}/ww3_ounf.inp_tmpl

Defined in File parm/hwrf.conf

[ww3init] grib_inp

1 [ww3init]
2 grib_inp = {PARMhwrf}/ww3_grib.inp_tmpl

Defined in File parm/hwrf.conf

Section [ww3post]

Wavewatch3 post-processing configuration.

Section [zhan_gyre]

An hwrf.input.DataCatalog for Zhan Zhang's personal data on WCOSS Gyre. This data is from the 2014 GFS retrospectives, but uses the 2012 GFS naming.

Options in this section:

Inherits from the following sections:

[zhan_gyre] inputroot

Zhan root directory

1 [zhan_gyre]
2 inputroot = /hwrf/noscrub/emc.hurpara/new_GFS

Defined in File parm/hwrf_input.conf

[zhan_gyre] gfs

GFS directory

1 [zhan_gyre]
2 gfs = {inputroot}/HISTORY/GFS.{aYYYY}/{aYMDH}

Defined in File parm/hwrf_input.conf

[zhan_gyre] enkf

GFS ENKF directory

1 [zhan_gyre]
2 enkf = {inputroot}/ENKF/{aYYYY}/{aYMDH}

Defined in File parm/hwrf_input.conf

[zhan_gyre] gdas1

GDAS directory

1 [zhan_gyre]
2 gdas1 = {inputroot}/GDAS1/{aYYYY}/{aYMDH}

Defined in File parm/hwrf_input.conf

[zhan_gyre] gfs_gribA

GFS GRIB files

1 [zhan_gyre]
2 gfs_gribA = gfs.t{aHH}z.pgrbf{fahr:02d}

Defined in File parm/hwrf_input.conf

[zhan_gyre] gdas_gribA

GDAS GRIB files

1 [zhan_gyre]
2 gdas_gribA = gdas1.t{aHH}z.pgrbh{fahr:02d}

Defined in File parm/hwrf_input.conf

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