[ncl-talk] Saving calculated WRF variable to netcdf file
Lyndz
olagueralyndonmark429 at gmail.com
Sat Feb 29 08:34:17 MST 2020
Dear Sir Dennis,
Than you so much for the help.
When I ncdump the output file I got these lines:
Im not sure how to change the "dimensions" of thetae to thetae(Time,
lev,lat lon)
I attached the filedump of the wrfout file in this email.
****
netcdf Thetae_G3D_Thomp_ACM2 {
dimensions:
Time = UNLIMITED ; // (25 currently)
bottom_top = 34 ;
south_north = 99 ;
west_east = 99 ;
variables:
float thetae(Time, bottom_top, south_north, west_east) ;
thetae:units = "K" ;
thetae:description = "Equivalent Potential Temperature" ;
float XLAT(Time, south_north, west_east) ;
XLAT:FieldType = 104 ;
XLAT:MemoryOrder = "XY " ;
XLAT:description = "LATITUDE, SOUTH IS NEGATIVE" ;
XLAT:units = "degree_north" ;
XLAT:stagger = "" ;
XLAT:coordinates = "XLONG XLAT" ;
float XLON(Time, south_north, west_east) ;
XLON:FieldType = 104 ;
XLON:MemoryOrder = "XY " ;
XLON:description = "LONGITUDE, WEST IS NEGATIVE" ;
XLON:units = "degree_east" ;
XLON:stagger = "" ;
XLON:coordinates = "XLONG XLAT" ;
float LEV(Time, bottom_top, south_north, west_east) ;
LEV:FieldType = 104 ;
LEV:MemoryOrder = "XYZ" ;
LEV:description = "Pressure" ;
LEV:units = "hPa" ;
LEV:stagger = "" ;
LEV:coordinates = "XLONG XLAT XTIME" ;
// global attributes:
:creation_date = "Sat Feb 29 23:27:04 PST 2020" ;
:Conventions = "None" ;
:source_file = "WRF G3D_Thompson_ACM2" ;
:title = "Equivalent Potential Temperature" ;
*********
Sincerely,
Lyndz
On Sat, Feb 29, 2020 at 11:04 PM Dennis Shea <shea at ucar.edu> wrote:
> The following are NOT appropriate for WRF data (curvilinear grid). Delete
> these lines
>
> thetae!1 = "lev"
> thetae!2 = "lat"
> thetae!3 = "lon"
> =========================
> [SNIP]
> ************************************************
> ;Get the lat lon and pressure level
> ;************************************************
> lat = wrf_user_getvar(nc_file, "XLAT",-1)
> lon = wrf_user_getvar(nc_file, "XLONG",-1)
> lev = wrf_user_getvar(nc_file, "pressure",-1)
> ;***********************************************
> ; save to a netcdf file
> ;***********************************************
> diro = "./"
> filo = "Thetae_G3D_Thomp_ACM2.nc"
> ptho = diro+filo
> system("/bin/rm -f "+ptho)
> ncdf = addfile(ptho,"c")
>
> fAtt = True
> fAtt at title = "Equivalent Potential Temperature"
> fAtt at source_file = "WRF G3D_Thompson_ACM2"
> fAtt at Conventions = "None"
> fAtt at creation_date = systemfunc("date")
> fileattdef(ncdf,fAtt) ; copy file attributes
> filedimdef(ncdf,"time",-1,True) ; <== ???? is there a dimension named
> 'time' ?
> ncdf->THETAE = thetae
> ncdf->XLAT= lat
> ncdf->XLONG = lon
> ncdf->LEV = lev
>
> On Sat, Feb 29, 2020 at 2:17 AM Lyndz via ncl-talk <ncl-talk at ucar.edu>
> wrote:
>
>> Dear NCL-Experts,
>>
>> *[Problem]*
>> I am calculating equivalent potential temperature (thetae) from a wrfout
>> file and save the variable to netcdf file.
>>
>> I am calculating theta using the wrf_eth function instead of the
>> wrf_user_getvar.
>> I cant figure out how to save the calculated thetae with the correct lat
>> lon and pressure level.
>> Although there is no error in the script, I cant process the output file
>> (i.e., still non-cdf compliant).
>>
>> Any suggestions on how I can fix this in NCL?
>>
>> *[What I have so far]*
>> My script is as follows:
>>
>>
>> ,**************************************************************************************
>> ;This file calculates the equivalent potential temperature from a wrfout
>> file
>>
>> ;**************************************************************************************
>>
>> begin
>> nc_file = addfile("../WRF-4.0.3/test/em_real/G3D_Thompson_ACM2_120s/
>> wrfout_d01_2017-01-12_00_00_00.nc","r")
>> T = nc_file->T
>> P = nc_file->P
>> PB = nc_file->PB
>> qv = nc_file->QVAPOR
>>
>> T = T + 300. ; potential temperature in K.
>> P = P + PB ; full pressure in Pa.
>> tk = wrf_tk( P , T ) ; temperature in K.
>> thetae = wrf_eth ( qv, tk, P )
>>
>> ;************************************************
>> ;Get the lat lon and pressure level
>> ;************************************************
>> lat = wrf_user_getvar(nc_file, "XLAT",-1)
>> lon = wrf_user_getvar(nc_file, "XLONG",-1)
>> lev = wrf_user_getvar(nc_file, "pressure",-1)
>>
>> ;************************************************
>> ;lev= bottom to top; lon = east to west; lat = south to north
>> '************************************************
>> thetae!1 = "lev"
>> thetae!2 = "lat"
>> thetae!3 = "lon"
>>
>> ;***********************************************
>> ; save to a netcdf file
>> ;***********************************************
>> diro = "./"
>> filo = "Thetae_G3D_Thomp_ACM2.nc"
>> ptho = diro+filo
>> system("/bin/rm -f "+ptho)
>> ncdf = addfile(ptho,"c")
>>
>> fAtt = True
>> fAtt at title = "Equivalent Potential Temperature"
>> fAtt at source_file = "WRF G3D_Thompson_ACM2"
>> fAtt at Conventions = "None"
>> fAtt at creation_date = systemfunc("date")
>> fileattdef(ncdf,fAtt) ; copy file attributes
>> filedimdef(ncdf,"time",-1,True)
>> ncdf->thetae = thetae
>> ncdf->lat = lat
>> ncdf->lon = lon
>> ncdf->lev = lev
>> end
>>
>> Sincerely,
>> Lynds
>> _______________________________________________
>> ncl-talk mailing list
>> ncl-talk at ucar.edu
>> List instructions, subscriber options, unsubscribe:
>> http://mailman.ucar.edu/mailman/listinfo/ncl-talk
>
>
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Copyright (C) 1995-2019 - All Rights Reserved
University Corporation for Atmospheric Research
NCAR Command Language Version 6.6.2
The use of this software is governed by a License Agreement.
See http://www.ncl.ucar.edu/ for more details.
Variable: f
Type: file
filename: wrfout_d01_2017-01-12_00_00_00
path: ../WRF-4.0.3/test/em_real/G3D_Thompson_ACM2_120s/wrfout_d01_2017-01-12_00_00_00
file global attributes:
TITLE : OUTPUT FROM WRF V4.0.3 MODEL
START_DATE : 2017-01-12_00:00:00
SIMULATION_START_DATE : 2017-01-12_00:00:00
WEST-EAST_GRID_DIMENSION : 100
SOUTH-NORTH_GRID_DIMENSION : 100
BOTTOM-TOP_GRID_DIMENSION : 35
DX : 25000
DY : 25000
AERCU_OPT : 0
AERCU_FCT : 1
IDEAL_CASE : 0
DIFF_6TH_SLOPEOPT : 0
AUTO_LEVELS_OPT : 2
DIFF_6TH_THRESH : 0.1
DZBOT : 50
DZSTRETCH_S : 1.3
DZSTRETCH_U : 1.1
SKEBS_ON : 0
SPEC_BDY_FINAL_MU : 1
USE_Q_DIABATIC : 0
GRIDTYPE : C
DIFF_OPT : 1
KM_OPT : 4
DAMP_OPT : 0
DAMPCOEF : 0.01
KHDIF : 0
KVDIF : 0
MP_PHYSICS : 8
RA_LW_PHYSICS : 1
RA_SW_PHYSICS : 1
SF_SFCLAY_PHYSICS : 1
SF_SURFACE_PHYSICS : 2
BL_PBL_PHYSICS : 7
CU_PHYSICS : 5
SF_LAKE_PHYSICS : 0
SURFACE_INPUT_SOURCE : 1
SST_UPDATE : 0
GRID_FDDA : 0
GFDDA_INTERVAL_M : 0
GFDDA_END_H : 0
GRID_SFDDA : 0
SGFDDA_INTERVAL_M : 0
SGFDDA_END_H : 0
HYPSOMETRIC_OPT : 2
USE_THETA_M : 1
GWD_OPT : 0
SF_URBAN_PHYSICS : 0
SF_SURFACE_MOSAIC : 0
SF_OCEAN_PHYSICS : 0
SHCU_PHYSICS : 0
MFSHCONV : 0
FEEDBACK : 0
SMOOTH_OPTION : 0
SWRAD_SCAT : 1
W_DAMPING : 1
DT : 120
RADT : 25
BLDT : 0
CUDT : 0
AER_OPT : 0
SWINT_OPT : 0
AER_TYPE : 1
AER_AOD550_OPT : 1
AER_ANGEXP_OPT : 1
AER_SSA_OPT : 1
AER_ASY_OPT : 1
AER_AOD550_VAL : 0.12
AER_ANGEXP_VAL : 1.3
AER_SSA_VAL : 0.85
AER_ASY_VAL : 0.9
MOIST_ADV_OPT : 1
SCALAR_ADV_OPT : 1
TKE_ADV_OPT : 1
DIFF_6TH_OPT : 0
DIFF_6TH_FACTOR : 0.12
OBS_NUDGE_OPT : 0
BUCKET_MM : -1
BUCKET_J : -1
PREC_ACC_DT : 0
ISFTCFLX : 0
ISHALLOW : 0
ISFFLX : 1
ICLOUD : 1
ICLOUD_CU : 0
TRACER_PBLMIX : 1
SCALAR_PBLMIX : 0
YSU_TOPDOWN_PBLMIX : 0
GRAV_SETTLING : 0
DFI_OPT : 0
SIMULATION_INITIALIZATION_TYPE : REAL-DATA CASE
WEST-EAST_PATCH_START_UNSTAG : 1
WEST-EAST_PATCH_END_UNSTAG : 99
WEST-EAST_PATCH_START_STAG : 1
WEST-EAST_PATCH_END_STAG : 100
SOUTH-NORTH_PATCH_START_UNSTAG : 1
SOUTH-NORTH_PATCH_END_UNSTAG : 99
SOUTH-NORTH_PATCH_START_STAG : 1
SOUTH-NORTH_PATCH_END_STAG : 100
BOTTOM-TOP_PATCH_START_UNSTAG : 1
BOTTOM-TOP_PATCH_END_UNSTAG : 34
BOTTOM-TOP_PATCH_START_STAG : 1
BOTTOM-TOP_PATCH_END_STAG : 35
GRID_ID : 1
PARENT_ID : 1
I_PARENT_START : 1
J_PARENT_START : 1
PARENT_GRID_RATIO : 1
CEN_LAT : 11.99999
CEN_LON : 125
TRUELAT1 : 8
TRUELAT2 : 8
MOAD_CEN_LAT : 11.99999
STAND_LON : 125
POLE_LAT : 90
POLE_LON : 0
GMT : 0
JULYR : 2017
JULDAY : 12
MAP_PROJ : 3
MAP_PROJ_CHAR : Mercator
MMINLU : USGS
NUM_LAND_CAT : 24
ISWATER : 16
ISLAKE : -1
ISICE : 24
ISURBAN : 1
ISOILWATER : 14
HYBRID_OPT : 2
ETAC : 0.2
dimensions:
Time = 25 // unlimited
DateStrLen = 19
west_east = 99
south_north = 99
bottom_top = 34
bottom_top_stag = 35
soil_layers_stag = 4
west_east_stag = 100
south_north_stag = 100
variables:
character Times ( Time, DateStrLen )
float XLAT ( Time, south_north, west_east )
FieldType : 104
MemoryOrder : XY
description : LATITUDE, SOUTH IS NEGATIVE
units : degree_north
stagger :
coordinates : XLONG XLAT
float XLONG ( Time, south_north, west_east )
FieldType : 104
MemoryOrder : XY
description : LONGITUDE, WEST IS NEGATIVE
units : degree_east
stagger :
coordinates : XLONG XLAT
float LU_INDEX ( Time, south_north, west_east )
FieldType : 104
MemoryOrder : XY
description : LAND USE CATEGORY
units :
stagger :
coordinates : XLONG XLAT XTIME
float ZNU ( Time, bottom_top )
FieldType : 104
MemoryOrder : Z
description : eta values on half (mass) levels
units :
stagger :
float ZNW ( Time, bottom_top_stag )
FieldType : 104
MemoryOrder : Z
description : eta values on full (w) levels
units :
stagger : Z
float ZS ( Time, soil_layers_stag )
FieldType : 104
MemoryOrder : Z
description : DEPTHS OF CENTERS OF SOIL LAYERS
units : m
stagger : Z
float DZS ( Time, soil_layers_stag )
FieldType : 104
MemoryOrder : Z
description : THICKNESSES OF SOIL LAYERS
units : m
stagger : Z
float VAR_SSO ( Time, south_north, west_east )
FieldType : 104
MemoryOrder : XY
description : variance of subgrid-scale orography
units : m2
stagger :
coordinates : XLONG XLAT XTIME
float U ( Time, bottom_top, south_north, west_east_stag )
FieldType : 104
MemoryOrder : XYZ
description : x-wind component
units : m s-1
stagger : X
coordinates : XLONG_U XLAT_U XTIME
float V ( Time, bottom_top, south_north_stag, west_east )
FieldType : 104
MemoryOrder : XYZ
description : y-wind component
units : m s-1
stagger : Y
coordinates : XLONG_V XLAT_V XTIME
float W ( Time, bottom_top_stag, south_north, west_east )
FieldType : 104
MemoryOrder : XYZ
description : z-wind component
units : m s-1
stagger : Z
coordinates : XLONG XLAT XTIME
float PH ( Time, bottom_top_stag, south_north, west_east )
FieldType : 104
MemoryOrder : XYZ
description : perturbation geopotential
units : m2 s-2
stagger : Z
coordinates : XLONG XLAT XTIME
float PHB ( Time, bottom_top_stag, south_north, west_east )
FieldType : 104
MemoryOrder : XYZ
description : base-state geopotential
units : m2 s-2
stagger : Z
coordinates : XLONG XLAT XTIME
float T ( Time, bottom_top, south_north, west_east )
FieldType : 104
MemoryOrder : XYZ
description : perturbation potential temperature theta-t0
units : K
stagger :
coordinates : XLONG XLAT XTIME
float THM ( Time, bottom_top, south_north, west_east )
FieldType : 104
MemoryOrder : XYZ
description : either 1) pert moist pot temp=(1+Rv/Rd Qv)*(theta)-T0, or 2) pert dry pot temp=t
units : K
stagger :
coordinates : XLONG XLAT XTIME
float HFX_FORCE ( Time )
FieldType : 104
MemoryOrder : 0
description : SCM ideal surface sensible heat flux
units : W m-2
stagger :
float LH_FORCE ( Time )
FieldType : 104
MemoryOrder : 0
description : SCM ideal surface latent heat flux
units : W m-2
stagger :
float TSK_FORCE ( Time )
FieldType : 104
MemoryOrder : 0
description : SCM ideal surface skin temperature
units : W m-2
stagger :
float HFX_FORCE_TEND ( Time )
FieldType : 104
MemoryOrder : 0
description : SCM ideal surface sensible heat flux tendency
units : W m-2 s-1
stagger :
float LH_FORCE_TEND ( Time )
FieldType : 104
MemoryOrder : 0
description : SCM ideal surface latent heat flux tendency
units : W m-2 s-1
stagger :
float TSK_FORCE_TEND ( Time )
FieldType : 104
MemoryOrder : 0
description : SCM ideal surface skin temperature tendency
units : W m-2 s-1
stagger :
float MU ( Time, south_north, west_east )
FieldType : 104
MemoryOrder : XY
description : perturbation dry air mass in column
units : Pa
stagger :
coordinates : XLONG XLAT XTIME
float MUB ( Time, south_north, west_east )
FieldType : 104
MemoryOrder : XY
description : base state dry air mass in column
units : Pa
stagger :
coordinates : XLONG XLAT XTIME
float NEST_POS ( Time, south_north, west_east )
FieldType : 104
MemoryOrder : XY
description : -
units : -
stagger :
coordinates : XLONG XLAT XTIME
float P ( Time, bottom_top, south_north, west_east )
FieldType : 104
MemoryOrder : XYZ
description : perturbation pressure
units : Pa
stagger :
coordinates : XLONG XLAT XTIME
float PB ( Time, bottom_top, south_north, west_east )
FieldType : 104
MemoryOrder : XYZ
description : BASE STATE PRESSURE
units : Pa
stagger :
coordinates : XLONG XLAT XTIME
float FNM ( Time, bottom_top )
FieldType : 104
MemoryOrder : Z
description : upper weight for vertical stretching
units :
stagger :
float FNP ( Time, bottom_top )
FieldType : 104
MemoryOrder : Z
description : lower weight for vertical stretching
units :
stagger :
float RDNW ( Time, bottom_top )
FieldType : 104
MemoryOrder : Z
description : inverse d(eta) values between full (w) levels
units :
stagger :
float RDN ( Time, bottom_top )
FieldType : 104
MemoryOrder : Z
description : inverse d(eta) values between half (mass) levels
units :
stagger :
float DNW ( Time, bottom_top )
FieldType : 104
MemoryOrder : Z
description : d(eta) values between full (w) levels
units :
stagger :
float DN ( Time, bottom_top )
FieldType : 104
MemoryOrder : Z
description : d(eta) values between half (mass) levels
units :
stagger :
float CFN ( Time )
FieldType : 104
MemoryOrder : 0
description : extrapolation constant
units :
stagger :
float CFN1 ( Time )
FieldType : 104
MemoryOrder : 0
description : extrapolation constant
units :
stagger :
integer THIS_IS_AN_IDEAL_RUN ( Time )
FieldType : 106
MemoryOrder : 0
description : T/F flag: this is an ARW ideal simulation
units : -
stagger :
float P_HYD ( Time, bottom_top, south_north, west_east )
FieldType : 104
MemoryOrder : XYZ
description : hydrostatic pressure
units : Pa
stagger :
coordinates : XLONG XLAT XTIME
float Q2 ( Time, south_north, west_east )
FieldType : 104
MemoryOrder : XY
description : QV at 2 M
units : kg kg-1
stagger :
coordinates : XLONG XLAT XTIME
float T2 ( Time, south_north, west_east )
FieldType : 104
MemoryOrder : XY
description : TEMP at 2 M
units : K
stagger :
coordinates : XLONG XLAT XTIME
float TH2 ( Time, south_north, west_east )
FieldType : 104
MemoryOrder : XY
description : POT TEMP at 2 M
units : K
stagger :
coordinates : XLONG XLAT XTIME
float PSFC ( Time, south_north, west_east )
FieldType : 104
MemoryOrder : XY
description : SFC PRESSURE
units : Pa
stagger :
coordinates : XLONG XLAT XTIME
float U10 ( Time, south_north, west_east )
FieldType : 104
MemoryOrder : XY
description : U at 10 M
units : m s-1
stagger :
coordinates : XLONG XLAT XTIME
float V10 ( Time, south_north, west_east )
FieldType : 104
MemoryOrder : XY
description : V at 10 M
units : m s-1
stagger :
coordinates : XLONG XLAT XTIME
float RDX ( Time )
FieldType : 104
MemoryOrder : 0
description : INVERSE X GRID LENGTH
units :
stagger :
float RDY ( Time )
FieldType : 104
MemoryOrder : 0
description : INVERSE Y GRID LENGTH
units :
stagger :
float RESM ( Time )
FieldType : 104
MemoryOrder : 0
description : TIME WEIGHT CONSTANT FOR SMALL STEPS
units :
stagger :
float ZETATOP ( Time )
FieldType : 104
MemoryOrder : 0
description : ZETA AT MODEL TOP
units :
stagger :
float CF1 ( Time )
FieldType : 104
MemoryOrder : 0
description : 2nd order extrapolation constant
units :
stagger :
float CF2 ( Time )
FieldType : 104
MemoryOrder : 0
description : 2nd order extrapolation constant
units :
stagger :
float CF3 ( Time )
FieldType : 104
MemoryOrder : 0
description : 2nd order extrapolation constant
units :
stagger :
integer ITIMESTEP ( Time )
FieldType : 106
MemoryOrder : 0
description :
units :
stagger :
float XTIME ( Time )
FieldType : 104
MemoryOrder : 0
description : minutes since 2017-01-12 00:00:00
units : minutes since 2017-01-12 00:00:00
stagger :
float QVAPOR ( Time, bottom_top, south_north, west_east )
FieldType : 104
MemoryOrder : XYZ
description : Water vapor mixing ratio
units : kg kg-1
stagger :
coordinates : XLONG XLAT XTIME
float QCLOUD ( Time, bottom_top, south_north, west_east )
FieldType : 104
MemoryOrder : XYZ
description : Cloud water mixing ratio
units : kg kg-1
stagger :
coordinates : XLONG XLAT XTIME
float QRAIN ( Time, bottom_top, south_north, west_east )
FieldType : 104
MemoryOrder : XYZ
description : Rain water mixing ratio
units : kg kg-1
stagger :
coordinates : XLONG XLAT XTIME
float QICE ( Time, bottom_top, south_north, west_east )
FieldType : 104
MemoryOrder : XYZ
description : Ice mixing ratio
units : kg kg-1
stagger :
coordinates : XLONG XLAT XTIME
float QSNOW ( Time, bottom_top, south_north, west_east )
FieldType : 104
MemoryOrder : XYZ
description : Snow mixing ratio
units : kg kg-1
stagger :
coordinates : XLONG XLAT XTIME
float QGRAUP ( Time, bottom_top, south_north, west_east )
FieldType : 104
MemoryOrder : XYZ
description : Graupel mixing ratio
units : kg kg-1
stagger :
coordinates : XLONG XLAT XTIME
float QNICE ( Time, bottom_top, south_north, west_east )
FieldType : 104
MemoryOrder : XYZ
description : Ice Number concentration
units : kg-1
stagger :
coordinates : XLONG XLAT XTIME
float QNRAIN ( Time, bottom_top, south_north, west_east )
FieldType : 104
MemoryOrder : XYZ
description : Rain Number concentration
units : kg(-1)
stagger :
coordinates : XLONG XLAT XTIME
float SHDMAX ( Time, south_north, west_east )
FieldType : 104
MemoryOrder : XY
description : ANNUAL MAX VEG FRACTION
units :
stagger :
coordinates : XLONG XLAT XTIME
float SHDMIN ( Time, south_north, west_east )
FieldType : 104
MemoryOrder : XY
description : ANNUAL MIN VEG FRACTION
units :
stagger :
coordinates : XLONG XLAT XTIME
float SNOALB ( Time, south_north, west_east )
FieldType : 104
MemoryOrder : XY
description : ANNUAL MAX SNOW ALBEDO IN FRACTION
units :
stagger :
coordinates : XLONG XLAT XTIME
float TSLB ( Time, soil_layers_stag, south_north, west_east )
FieldType : 104
MemoryOrder : XYZ
description : SOIL TEMPERATURE
units : K
stagger : Z
coordinates : XLONG XLAT XTIME
float SMOIS ( Time, soil_layers_stag, south_north, west_east )
FieldType : 104
MemoryOrder : XYZ
description : SOIL MOISTURE
units : m3 m-3
stagger : Z
coordinates : XLONG XLAT XTIME
float SH2O ( Time, soil_layers_stag, south_north, west_east )
FieldType : 104
MemoryOrder : XYZ
description : SOIL LIQUID WATER
units : m3 m-3
stagger : Z
coordinates : XLONG XLAT XTIME
float SMCREL ( Time, soil_layers_stag, south_north, west_east )
FieldType : 104
MemoryOrder : XYZ
description : RELATIVE SOIL MOISTURE
units :
stagger : Z
coordinates : XLONG XLAT XTIME
float SEAICE ( Time, south_north, west_east )
FieldType : 104
MemoryOrder : XY
description : SEA ICE FLAG
units :
stagger :
coordinates : XLONG XLAT XTIME
float XICEM ( Time, south_north, west_east )
FieldType : 104
MemoryOrder : XY
description : SEA ICE FLAG (PREVIOUS STEP)
units :
stagger :
coordinates : XLONG XLAT XTIME
float SFROFF ( Time, south_north, west_east )
FieldType : 104
MemoryOrder : XY
description : SURFACE RUNOFF
units : mm
stagger :
coordinates : XLONG XLAT XTIME
float UDROFF ( Time, south_north, west_east )
FieldType : 104
MemoryOrder : XY
description : UNDERGROUND RUNOFF
units : mm
stagger :
coordinates : XLONG XLAT XTIME
integer IVGTYP ( Time, south_north, west_east )
FieldType : 106
MemoryOrder : XY
description : DOMINANT VEGETATION CATEGORY
units :
stagger :
coordinates : XLONG XLAT XTIME
integer ISLTYP ( Time, south_north, west_east )
FieldType : 106
MemoryOrder : XY
description : DOMINANT SOIL CATEGORY
units :
stagger :
coordinates : XLONG XLAT XTIME
float VEGFRA ( Time, south_north, west_east )
FieldType : 104
MemoryOrder : XY
description : VEGETATION FRACTION
units :
stagger :
coordinates : XLONG XLAT XTIME
float GRDFLX ( Time, south_north, west_east )
FieldType : 104
MemoryOrder : XY
description : GROUND HEAT FLUX
units : W m-2
stagger :
coordinates : XLONG XLAT XTIME
float ACGRDFLX ( Time, south_north, west_east )
FieldType : 104
MemoryOrder : XY
description : ACCUMULATED GROUND HEAT FLUX
units : J m-2
stagger :
coordinates : XLONG XLAT XTIME
float ACSNOM ( Time, south_north, west_east )
FieldType : 104
MemoryOrder : XY
description : ACCUMULATED MELTED SNOW
units : kg m-2
stagger :
coordinates : XLONG XLAT XTIME
float SNOW ( Time, south_north, west_east )
FieldType : 104
MemoryOrder : XY
description : SNOW WATER EQUIVALENT
units : kg m-2
stagger :
coordinates : XLONG XLAT XTIME
float SNOWH ( Time, south_north, west_east )
FieldType : 104
MemoryOrder : XY
description : PHYSICAL SNOW DEPTH
units : m
stagger :
coordinates : XLONG XLAT XTIME
float CANWAT ( Time, south_north, west_east )
FieldType : 104
MemoryOrder : XY
description : CANOPY WATER
units : kg m-2
stagger :
coordinates : XLONG XLAT XTIME
float SSTSK ( Time, south_north, west_east )
FieldType : 104
MemoryOrder : XY
description : SKIN SEA SURFACE TEMPERATURE
units : K
stagger :
coordinates : XLONG XLAT XTIME
float COSZEN ( Time, south_north, west_east )
FieldType : 104
MemoryOrder : XY
description : COS of SOLAR ZENITH ANGLE
units : dimensionless
stagger :
coordinates : XLONG XLAT XTIME
float LAI ( Time, south_north, west_east )
FieldType : 104
MemoryOrder : XY
description : LEAF AREA INDEX
units : m-2/m-2
stagger :
coordinates : XLONG XLAT XTIME
float VAR ( Time, south_north, west_east )
FieldType : 104
MemoryOrder : XY
description : OROGRAPHIC VARIANCE
units :
stagger :
coordinates : XLONG XLAT XTIME
float MAPFAC_M ( Time, south_north, west_east )
FieldType : 104
MemoryOrder : XY
description : Map scale factor on mass grid
units :
stagger :
coordinates : XLONG XLAT XTIME
float MAPFAC_U ( Time, south_north, west_east_stag )
FieldType : 104
MemoryOrder : XY
description : Map scale factor on u-grid
units :
stagger : X
coordinates : XLONG_U XLAT_U XTIME
float MAPFAC_V ( Time, south_north_stag, west_east )
FieldType : 104
MemoryOrder : XY
description : Map scale factor on v-grid
units :
stagger : Y
coordinates : XLONG_V XLAT_V XTIME
float MAPFAC_MX ( Time, south_north, west_east )
FieldType : 104
MemoryOrder : XY
description : Map scale factor on mass grid, x direction
units :
stagger :
coordinates : XLONG XLAT XTIME
float MAPFAC_MY ( Time, south_north, west_east )
FieldType : 104
MemoryOrder : XY
description : Map scale factor on mass grid, y direction
units :
stagger :
coordinates : XLONG XLAT XTIME
float MAPFAC_UX ( Time, south_north, west_east_stag )
FieldType : 104
MemoryOrder : XY
description : Map scale factor on u-grid, x direction
units :
stagger : X
coordinates : XLONG_U XLAT_U XTIME
float MAPFAC_UY ( Time, south_north, west_east_stag )
FieldType : 104
MemoryOrder : XY
description : Map scale factor on u-grid, y direction
units :
stagger : X
coordinates : XLONG_U XLAT_U XTIME
float MAPFAC_VX ( Time, south_north_stag, west_east )
FieldType : 104
MemoryOrder : XY
description : Map scale factor on v-grid, x direction
units :
stagger : Y
coordinates : XLONG_V XLAT_V XTIME
float MF_VX_INV ( Time, south_north_stag, west_east )
FieldType : 104
MemoryOrder : XY
description : Inverse map scale factor on v-grid, x direction
units :
stagger : Y
coordinates : XLONG_V XLAT_V XTIME
float MAPFAC_VY ( Time, south_north_stag, west_east )
FieldType : 104
MemoryOrder : XY
description : Map scale factor on v-grid, y direction
units :
stagger : Y
coordinates : XLONG_V XLAT_V XTIME
float F ( Time, south_north, west_east )
FieldType : 104
MemoryOrder : XY
description : Coriolis sine latitude term
units : s-1
stagger :
coordinates : XLONG XLAT XTIME
float E ( Time, south_north, west_east )
FieldType : 104
MemoryOrder : XY
description : Coriolis cosine latitude term
units : s-1
stagger :
coordinates : XLONG XLAT XTIME
float SINALPHA ( Time, south_north, west_east )
FieldType : 104
MemoryOrder : XY
description : Local sine of map rotation
units :
stagger :
coordinates : XLONG XLAT XTIME
float COSALPHA ( Time, south_north, west_east )
FieldType : 104
MemoryOrder : XY
description : Local cosine of map rotation
units :
stagger :
coordinates : XLONG XLAT XTIME
float HGT ( Time, south_north, west_east )
FieldType : 104
MemoryOrder : XY
description : Terrain Height
units : m
stagger :
coordinates : XLONG XLAT XTIME
float TSK ( Time, south_north, west_east )
FieldType : 104
MemoryOrder : XY
description : SURFACE SKIN TEMPERATURE
units : K
stagger :
coordinates : XLONG XLAT XTIME
float P_TOP ( Time )
FieldType : 104
MemoryOrder : 0
description : PRESSURE TOP OF THE MODEL
units : Pa
stagger :
float T00 ( Time )
FieldType : 104
MemoryOrder : 0
description : BASE STATE TEMPERATURE
units : K
stagger :
float P00 ( Time )
FieldType : 104
MemoryOrder : 0
description : BASE STATE PRESURE
units : Pa
stagger :
float TLP ( Time )
FieldType : 104
MemoryOrder : 0
description : BASE STATE LAPSE RATE
units :
stagger :
float TISO ( Time )
FieldType : 104
MemoryOrder : 0
description : TEMP AT WHICH THE BASE T TURNS CONST
units : K
stagger :
float TLP_STRAT ( Time )
FieldType : 104
MemoryOrder : 0
description : BASE STATE LAPSE RATE (DT/D(LN(P)) IN STRATOSPHERE
units : K
stagger :
float P_STRAT ( Time )
FieldType : 104
MemoryOrder : 0
description : BASE STATE PRESSURE AT BOTTOM OF STRATOSPHERE
units : Pa
stagger :
float MAX_MSTFX ( Time )
FieldType : 104
MemoryOrder : 0
description : Max map factor in domain
units :
stagger :
float MAX_MSTFY ( Time )
FieldType : 104
MemoryOrder : 0
description : Max map factor in domain
units :
stagger :
float RAINC ( Time, south_north, west_east )
FieldType : 104
MemoryOrder : XY
description : ACCUMULATED TOTAL CUMULUS PRECIPITATION
units : mm
stagger :
coordinates : XLONG XLAT XTIME
float RAINSH ( Time, south_north, west_east )
FieldType : 104
MemoryOrder : XY
description : ACCUMULATED SHALLOW CUMULUS PRECIPITATION
units : mm
stagger :
coordinates : XLONG XLAT XTIME
float RAINNC ( Time, south_north, west_east )
FieldType : 104
MemoryOrder : XY
description : ACCUMULATED TOTAL GRID SCALE PRECIPITATION
units : mm
stagger :
coordinates : XLONG XLAT XTIME
float SNOWNC ( Time, south_north, west_east )
FieldType : 104
MemoryOrder : XY
description : ACCUMULATED TOTAL GRID SCALE SNOW AND ICE
units : mm
stagger :
coordinates : XLONG XLAT XTIME
float GRAUPELNC ( Time, south_north, west_east )
FieldType : 104
MemoryOrder : XY
description : ACCUMULATED TOTAL GRID SCALE GRAUPEL
units : mm
stagger :
coordinates : XLONG XLAT XTIME
float HAILNC ( Time, south_north, west_east )
FieldType : 104
MemoryOrder : XY
description : ACCUMULATED TOTAL GRID SCALE HAIL
units : mm
stagger :
coordinates : XLONG XLAT XTIME
float CLDFRA ( Time, bottom_top, south_north, west_east )
FieldType : 104
MemoryOrder : XYZ
description : CLOUD FRACTION
units :
stagger :
coordinates : XLONG XLAT XTIME
float SWDOWN ( Time, south_north, west_east )
FieldType : 104
MemoryOrder : XY
description : DOWNWARD SHORT WAVE FLUX AT GROUND SURFACE
units : W m-2
stagger :
coordinates : XLONG XLAT XTIME
float GLW ( Time, south_north, west_east )
FieldType : 104
MemoryOrder : XY
description : DOWNWARD LONG WAVE FLUX AT GROUND SURFACE
units : W m-2
stagger :
coordinates : XLONG XLAT XTIME
float SWNORM ( Time, south_north, west_east )
FieldType : 104
MemoryOrder : XY
description : NORMAL SHORT WAVE FLUX AT GROUND SURFACE (SLOPE-DEPENDENT)
units : W m-2
stagger :
coordinates : XLONG XLAT XTIME
float OLR ( Time, south_north, west_east )
FieldType : 104
MemoryOrder : XY
description : TOA OUTGOING LONG WAVE
units : W m-2
stagger :
coordinates : XLONG XLAT XTIME
float XLAT_U ( Time, south_north, west_east_stag )
FieldType : 104
MemoryOrder : XY
description : LATITUDE, SOUTH IS NEGATIVE
units : degree_north
stagger : X
coordinates : XLONG_U XLAT_U
float XLONG_U ( Time, south_north, west_east_stag )
FieldType : 104
MemoryOrder : XY
description : LONGITUDE, WEST IS NEGATIVE
units : degree_east
stagger : X
coordinates : XLONG_U XLAT_U
float XLAT_V ( Time, south_north_stag, west_east )
FieldType : 104
MemoryOrder : XY
description : LATITUDE, SOUTH IS NEGATIVE
units : degree_north
stagger : Y
coordinates : XLONG_V XLAT_V
float XLONG_V ( Time, south_north_stag, west_east )
FieldType : 104
MemoryOrder : XY
description : LONGITUDE, WEST IS NEGATIVE
units : degree_east
stagger : Y
coordinates : XLONG_V XLAT_V
float ALBEDO ( Time, south_north, west_east )
FieldType : 104
MemoryOrder : XY
description : ALBEDO
units : -
stagger :
coordinates : XLONG XLAT XTIME
float CLAT ( Time, south_north, west_east )
FieldType : 104
MemoryOrder : XY
description : COMPUTATIONAL GRID LATITUDE, SOUTH IS NEGATIVE
units : degree_north
stagger :
coordinates : XLONG XLAT XTIME
float ALBBCK ( Time, south_north, west_east )
FieldType : 104
MemoryOrder : XY
description : BACKGROUND ALBEDO
units :
stagger :
coordinates : XLONG XLAT XTIME
float EMISS ( Time, south_north, west_east )
FieldType : 104
MemoryOrder : XY
description : SURFACE EMISSIVITY
units :
stagger :
coordinates : XLONG XLAT XTIME
float NOAHRES ( Time, south_north, west_east )
FieldType : 104
MemoryOrder : XY
description : RESIDUAL OF THE NOAH SURFACE ENERGY BUDGET
units : W m{-2}
stagger :
coordinates : XLONG XLAT XTIME
float TMN ( Time, south_north, west_east )
FieldType : 104
MemoryOrder : XY
description : SOIL TEMPERATURE AT LOWER BOUNDARY
units : K
stagger :
coordinates : XLONG XLAT XTIME
float XLAND ( Time, south_north, west_east )
FieldType : 104
MemoryOrder : XY
description : LAND MASK (1 FOR LAND, 2 FOR WATER)
units :
stagger :
coordinates : XLONG XLAT XTIME
float UST ( Time, south_north, west_east )
FieldType : 104
MemoryOrder : XY
description : U* IN SIMILARITY THEORY
units : m s-1
stagger :
coordinates : XLONG XLAT XTIME
float PBLH ( Time, south_north, west_east )
FieldType : 104
MemoryOrder : XY
description : PBL HEIGHT
units : m
stagger :
coordinates : XLONG XLAT XTIME
float HFX ( Time, south_north, west_east )
FieldType : 104
MemoryOrder : XY
description : UPWARD HEAT FLUX AT THE SURFACE
units : W m-2
stagger :
coordinates : XLONG XLAT XTIME
float QFX ( Time, south_north, west_east )
FieldType : 104
MemoryOrder : XY
description : UPWARD MOISTURE FLUX AT THE SURFACE
units : kg m-2 s-1
stagger :
coordinates : XLONG XLAT XTIME
float LH ( Time, south_north, west_east )
FieldType : 104
MemoryOrder : XY
description : LATENT HEAT FLUX AT THE SURFACE
units : W m-2
stagger :
coordinates : XLONG XLAT XTIME
float ACHFX ( Time, south_north, west_east )
FieldType : 104
MemoryOrder : XY
description : ACCUMULATED UPWARD HEAT FLUX AT THE SURFACE
units : J m-2
stagger :
coordinates : XLONG XLAT XTIME
float ACLHF ( Time, south_north, west_east )
FieldType : 104
MemoryOrder : XY
description : ACCUMULATED UPWARD LATENT HEAT FLUX AT THE SURFACE
units : J m-2
stagger :
coordinates : XLONG XLAT XTIME
float SNOWC ( Time, south_north, west_east )
FieldType : 104
MemoryOrder : XY
description : FLAG INDICATING SNOW COVERAGE (1 FOR SNOW COVER)
units :
stagger :
coordinates : XLONG XLAT XTIME
float SR ( Time, south_north, west_east )
FieldType : 104
MemoryOrder : XY
description : fraction of frozen precipitation
units : -
stagger :
coordinates : XLONG XLAT XTIME
integer SAVE_TOPO_FROM_REAL ( Time )
FieldType : 106
MemoryOrder : 0
description : 1=original topo from real/0=topo modified by WRF
units : flag
stagger :
integer ISEEDARR_SPPT ( Time, bottom_top )
FieldType : 106
MemoryOrder : Z
description : Array to hold seed for restart, SPPT
units :
stagger :
integer ISEEDARR_SKEBS ( Time, bottom_top )
FieldType : 106
MemoryOrder : Z
description : Array to hold seed for restart, SKEBS
units :
stagger :
integer ISEEDARR_RAND_PERTURB ( Time, bottom_top )
FieldType : 106
MemoryOrder : Z
description : Array to hold seed for restart, RAND_PERT
units :
stagger :
integer ISEEDARRAY_SPP_CONV ( Time, bottom_top )
FieldType : 106
MemoryOrder : Z
description : Array to hold seed for restart, RAND_PERT2
units :
stagger :
integer ISEEDARRAY_SPP_PBL ( Time, bottom_top )
FieldType : 106
MemoryOrder : Z
description : Array to hold seed for restart, RAND_PERT3
units :
stagger :
integer ISEEDARRAY_SPP_LSM ( Time, bottom_top )
FieldType : 106
MemoryOrder : Z
description : Array to hold seed for restart, RAND_PERT4
units :
stagger :
float C1H ( Time, bottom_top )
FieldType : 104
MemoryOrder : Z
description : half levels, c1h = d bf / d eta, using znw
units : Dimensionless
stagger :
float C2H ( Time, bottom_top )
FieldType : 104
MemoryOrder : Z
description : half levels, c2h = (1-c1h)*(p0-pt)
units : Pa
stagger :
float C1F ( Time, bottom_top_stag )
FieldType : 104
MemoryOrder : Z
description : full levels, c1f = d bf / d eta, using znu
units : Dimensionless
stagger : Z
float C2F ( Time, bottom_top_stag )
FieldType : 104
MemoryOrder : Z
description : full levels, c2f = (1-c1f)*(p0-pt)
units : Pa
stagger : Z
float C3H ( Time, bottom_top )
FieldType : 104
MemoryOrder : Z
description : half levels, c3h = bh
units : Dimensionless
stagger :
float C4H ( Time, bottom_top )
FieldType : 104
MemoryOrder : Z
description : half levels, c4h = (eta-bh)*(p0-pt)+pt, using znu
units : Pa
stagger :
float C3F ( Time, bottom_top_stag )
FieldType : 104
MemoryOrder : Z
description : full levels, c3f = bf
units : Dimensionless
stagger : Z
float C4F ( Time, bottom_top_stag )
FieldType : 104
MemoryOrder : Z
description : full levels, c4f = (eta-bf)*(p0-pt)+pt, using znw
units : Pa
stagger : Z
float PCB ( Time, south_north, west_east )
FieldType : 104
MemoryOrder : XY
description : base state dry air mass in column
units : Pa
stagger :
coordinates : XLONG XLAT XTIME
float PC ( Time, south_north, west_east )
FieldType : 104
MemoryOrder : XY
description : perturbation dry air mass in column
units : Pa
stagger :
coordinates : XLONG XLAT XTIME
float LANDMASK ( Time, south_north, west_east )
FieldType : 104
MemoryOrder : XY
description : LAND MASK (1 FOR LAND, 0 FOR WATER)
units :
stagger :
coordinates : XLONG XLAT XTIME
float LAKEMASK ( Time, south_north, west_east )
FieldType : 104
MemoryOrder : XY
description : LAKE MASK (1 FOR LAKE, 0 FOR NON-LAKE)
units :
stagger :
coordinates : XLONG XLAT XTIME
float SST ( Time, south_north, west_east )
FieldType : 104
MemoryOrder : XY
description : SEA SURFACE TEMPERATURE
units : K
stagger :
coordinates : XLONG XLAT XTIME
float SST_INPUT ( Time, south_north, west_east )
FieldType : 104
MemoryOrder : XY
description : SEA SURFACE TEMPERATURE FROM WRFLOWINPUT FILE
units : K
stagger :
coordinates : XLONG XLAT XTIME
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