namelist.input for MM5toGrADS
&RECORD1
!---------------------------------------------------------------
TIMIN=1
TIMAX=-99
!
For TIMIN and TIMAX, 1 = first model output time,
!
2 = second, etc.
!
For TIMAX, enter -99 for last output time
!
For all model times, set: TIMIN = 1 , TIMAX=-99
!---------------------------------------------------------------
NSKIP=1
!
This is the skip increment. After the first GrADS output
!
is written, this many time levels of the INFILE are
!
skipped before more output is written to the GrADS file.
!
1=every output time
!
3=every third output time
!
12=every 12th output time, etc.
!---------------------------------------------------------------
IFLINUX=1
! set this =1 if you need "byteswapped" in your .ctl file
!---------------------------------------------------------------
IFMAP=1
! set =1 for map
! set =0 for no map
!
Note: -GrADS uses interpolation for IFMAP=1 and the
!
following map projections: Lambert and polar
!
stereographic
!
-no interpolation used by GrADS for IFMAP=0 or Mercator
!
map projection
!
-SH polar stereographic projection not supported (yet)
!---------------------------------------------------------------
IFSFC=0
! set =1 for output at lowest model level only
! set =0 for full 3D output (files can be large!)
!
Might want to use IFSFC=1 for smaller file size or to get
!
a quick look at surface fields without outputting
!
data for all levels)
!---------------------------------------------------------------
IFSKEW=0
! IFSKEW=0 will write fully 3-D data
! IFSKEW=1 will write out data at 1 grid point only.
ISKW=120 ! the i point (in
N-S direction)
JSKW=120 ! the j point (in
E-W direction)
!---------------------------------------------------------------
ZTYPE=1
!
set =1 for output on native level:
!
TERRAIN = surface only
!
REGRID = pressure
!
RAWINS = pressure
!
MMINPUT = sigma
!
MMOUT = sigma
!
set =2 to interpolate output from sigma to pressure.
!
For this option, you need to set the
!
following:
! Pressure levels to interpolate to (in mb):
! please list levels in order, from bottom to top
! Note: number of pressure levels must be less than number of
sigma levels in input file
plev
= 1000., 950., 925., 900., 850., 800., 750., 700., 650., 600.,
550., 500., 450., 400., 350., 300., 250., 200., 150.,100.
/
&RECORD10
!c------------------------------------------------------------------
!c 3D Variables
!c 1=yes 0=no
!c
!c-- Native model output --c
IFU = 1
! X wind (grid-relative if IFMAP=0)
! (earth-relative if
IFMAP=1)
IFV = 1
! Y wind (grid-relative if IFMAP=0)
! (earth-relative if
IFMAP=1)
IFW = 1
! Vertical velocity
IFPP = 1
! Pressure perturbation
IFT
= 1 ! Temperature
IFQ = 1
! Water vapor mixing ratio
IFCLW = 1
! Cloud water mixing ratio
IFRNW = 1
! Rain water mixing ratio
IFRTND = 1
! Radiation tendency
IFZ = 1
! Height (above ground) of the sigma levels
IFTKE = 1
! Turbulence kinetic energy (if avail.)
IFICE = 1
! Ice water mixing ratio (if avail.)
IFSNOW = 1
! Snow water mixing ratio (if avail.)
IFGRAUP = 1
! Graupel mixing ratio (if avail.)
IFNCI = 1
! Number concentration of ice (if avail.)
/
&RECORD11
!-- Derived model output --c
IFTD = 1
! Dewpoint temperature
IFRH = 1
! Relative humidity
IFTH = 1
! Potential temperature
IFTHE = 1
! Equivalent potential temperature
IFPRS = 0
! Pressure
IFVOR = 1
! Vorticity (vertical component)
IFPV = 1
! Potential vorticity
IFDIV = 1
! Divergence (horizontal component)
IFDIR = 1
! Wind direction
IFTADV = 1
! Temperature advection (horizontal)
IFDBZ = 1
! Reflectivity (Note: should only be used for output
! from fully explicit simulatations. For
runs with
! a cumulus paramaterization, this output is
! meaningless.)
IFH = 1
! Geopotential height
/
&RECORD12
!------------------------------------------------------------------
! 2D Variables
! 1=yes 0=no
!
!-- Native model output --c
IFPS = 1
! P-star
IFTG = 1
! Ground temperature
IFRC = 1
! Accumulated convective precipitation
IFRN = 1
! Accumulated non-convective precipitation
IFTER = 1
! Terrain height above sea level
IFXMF = 1
! Map-scale factor on cross points
IFDMF = 1
! Map-scale factor on dot points
IFCOR = 1
! Corilois parameter
IFTR = 1
! Infinite reservoir temp
IFXLAT = 1
! Latitude on cross points
IFXLON = 1
! Longitude on cross points
IFLU = 1
! Land use category
IFSC = 1
! Snow cover
IFPBLH = 1
! PBL depth
IFPBLR = 1
! PBL regime
IFSHF = 1
! Surface sensible heat flux
IFLHF = 1
! Surface latent heat flux
IFUST = 1
! Frictional velocity (u-star)
IFSWD = 1
! Surface downward shortwave radiation
IFLWD = 1
! Surface downward longwave radiation
IFSWO = 1
! Top outgoing shortwave radiation
IFLWO = 1
! Top outgoing longwave radiation
IFSST = 1
! Sea surface temperature (if avail.)
IFST1 = 1
! SOIL TEMP 1 (if avail.)
IFST2 = 1
! SOIL TEMP 2 (if avail.)
IFST3 = 1
! SOIL TEMP 3 (if avail.)
IFST4 = 1
! SOIL TEMP 4 (if avail.)
IFSM1 = 1
! SOIL MOISTURE 1 (if avail.)
IFSM2 = 1
! SOIL MOISTURE 2 (if avail.)
IFSM3 = 1
! SOIL MOISTURE 3 (if avail.)
IFSM4 = 1
! SOIL MOISTURE 4 (if avail.)
IFCAN = 1
! CANOPY MOISTURE (if avail.)
IFSND = 1
! Water equivalent of snow depth (if avail.)
IFSSI = 1
! Sea Ice (if avail.)
IFSRO = 1
! Surface Runoff (if avail.)
IFURO = 1
! Underground Runoff (if avail.)
IFT2M = 1
! 2 m Temperature (if avail.)
IFQ2M = 1
! 2 m Mixing Ratio (if avail.)
IFU10 = 1
! 10 m U wind component (if avail.)
IFV10 = 1
! 10 m V wind component (if avail.)
/
&RECORD13
!-- Derived model output --c
IFPSLV = 1
! Sea level pressure
IFCREF = 1
! Composite reflectivity (Note: should only be used for
! output from fully explicit simulatations.
For runs
! with a cumulus paramaterization, this output is
! meaningless.)
IfICLW = 1
! Integrated cloud water
IFIRNW = 1
! Integrated rain water
IFPWAT = 1
! Precipitable water
IFCLFR = 1
! Cloud fraction at 3 levels
/
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