Error using WRF2GrADS

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Error using WRF2GrADS

Postby coolfarseer » Mon Feb 14, 2011 10:20 pm

It might be stupid question but I couldn't find out what made it .That's why I come to you :idea:
I want to convert wrfout file with wrf2grads, to my surprise there came the tips ": No such file or directory
It's the course of error below:
Code: Select all
spf@term:~/WRF2GrADS> pwd
/home/spf/WRF2GrADS
spf@term:~/WRF2GrADS> ls
bwave.gs               Makefile                        plevels.gs    wrfout20110128
cbar.gs                module_wrf_to_grads_netcdf.f    qss.gs        wrf_to_grads
control_file           module_wrf_to_grads_netcdf.F    rain.gs       wrf_to_grads.f
control_file_height    module_wrf_to_grads_netcdf.mod  README        wrf_to_grads.F
control_file_pressure  module_wrf_to_grads_netcdf.o    real_surf.gs  wrf_to_grads.o
cross_z.gs             module_wrf_to_grads_util.f      rgbset.gs     zlevels.gs
grav2d.gs              module_wrf_to_grads_util.F      skew.gs
hill2d.gs              module_wrf_to_grads_util.mod    sqx.gs
input.gs               module_wrf_to_grads_util.o      sqy.gs
spf@term:~/WRF2GrADS> wrf_to_grads control_file abc -v
   
 --------------------------------------
         WRF to GrADS converter
 --------------------------------------
   
  Debugging option is set to low
  namelist_input file : control_file
  data output file    : abc
 
  All times in file will be processed
   
  file             1  /home/spf/WRF2GrADS/wrfout20110128
  file             2 
   
  We are dealing with: real  case
  Grads MAP is set to :             1
   
  generic cartesian output grid
": No such file or directoryWRF2GrADS/wrfout20110128


and here comes my version of control_file(omg the blank before the parameters can't be displayed correctly :? ):
Code: Select all
-1                 ! number of times to put in GrADS file, negative means ignore the times
2007-10-06_00:00:00
2007-10-06_12:00:00
2007-10-07_00:00:00
2007-10-07_12:00:00
2007-10-08_00:00:00
2007-10-08_12:00:00
2007-10-09_00:00:00
end_of_time_list
                     ! 3D variable list for GrADS file
                     ! indent one space to skip
U                   ! U Compoment of wind
V                   ! V Component of wind
 UMET                ! U Compoment of wind - rotated (diagnostic)
 VMET                ! V Component of wind - rotated (diagnostic)
W                   ! W Component of wind
THETA               ! Theta
 TK                  ! Temperature in K
TC                  ! Temperature in C
 TKE                 ! TURBULENCE KINETIC ENERGY
P                   ! Pressure (HPa)
Z                   ! Height (m)
QVAPOR              ! Vapor
QCLOUD              ! Cloud Water
QRAIN               ! Rain Water
 QICE                ! -
 QSNOW               ! -
 QGRAUP              ! -
 TKE_MYJ             ! TKE FROM MELLOR-YAMADA-JANJIC
 PB                  ! BASE STATE PRESSURE AT HALF LEVEL
TD                  ! Dewpoint Temperature (diagnostic)
RH                  ! Relative Humidity (diagnostic)
                    ! Soil variables
 TSLB                ! SOIL TEMPERATURE
 SMOIS               ! SOIL MOISTURE
                    ! below a list of fields from SI static and input files
 LANDUSEF            ! -
 SOILCTOP            ! -
 SOILCBOT            ! -
 SPECHUMD            ! -
 GREEN12M            ! -
 ALBDO12M            ! -
end_of_3dvar_list
 ACSNOM              ! ACCUMULATED MELTED SNOW
 ACSNOW              ! ACCUMULATED SNOW
 AKHS                ! SFC EXCH COEFF FOR HEAT
 AKMS                ! SFC EXCH COEFF FOR MOMENTUM
 CANWAT              ! CANOPY WATER
 GLW                 ! DOWNWARD LONG WAVE FLUX AT GROUND SURFACE
 GSW                 ! DOWNWARD SHORT WAVE FLUX AT GROUND SURFACE
 HFX                 ! UPWARD HEAT FLUX AT THE SURFACE
HGT                 ! Terrain Height
 IVGTYP              ! VEGETATION TYPE
 ISLTYP              ! SOIL TYPE
 LU_INDEX            ! LAND USE CATEGORY
 MAPFAC_M            ! Map scale factor on mass grid
 MU                  ! Perturbation dry air mass in column
 MUB                 ! base state dry air mass in column
 MU0                 ! initial dry mass in column
 Q2                  ! QV at 2 M
 QFX                 ! UPWARD MOISTURE FLUX AT THE SURFACE
RAINC               ! ACCUMULATED TOTAL CUMULUS PRECIPITATION
 RAINCV              ! TIME-STEP CUMULUS PRECIPITATION
RAINNC              ! ACCUMULATED TOTAL GRID SCALE PRECIPITATION
 SFROFF              ! SURFACE RUNOFF
 slvl                ! sea level pressure
 SMSTAV              ! MOISTURE VARIBILITY
 SNOW                ! SNOW WATER EQUIVALENT
 SNOWC               ! FLAG INDICATING SNOW COVERAGE (1 FOR SNOW COVER)
 SST                 ! SEA SURFACE TEMPERATURE
 T2                  ! TEMP at 2 M
 TH2                 ! POT TEMP at 2 M
 TMN                 ! SOIL TEMPERATURE AT LOWER BOUNDARY
 TSK                 ! SURFACE SKIN TEMPERATURE
 U10                 ! U at 10 M
 U10M                ! U at 10 M - rotated
 V10                 ! V at 10 M
 V10M                ! V at 10 M - rotated
 UDROFF              ! UNDERGROUND RUNOFF
 VEGFRA              ! VEGETATION FRACTION
 WEASD               ! WATER EQUIVALENT OF ACCUMULATED SNOW
 XLAT                ! LATITUDE, SOUTH IS NEGATIVE
 XLONG               ! LONGITUDE, WEST IS NEGATIVE
 XLAND               ! LAND MASK (1 FOR LAND, 2 FOR WATER)
                    ! below a list of fields from SI static and input files
 ALBBCK              ! -
 LANDMASK            ! -
 PMSL                ! -
 SLOPECAT            ! -
 SHDMAX              ! -
 SHDMIN              ! -
 SNOALB              ! -
 SOILHGT             ! -
 ST000010            ! -
 ST010040            ! -
 ST040100            ! -
 ST100200            ! -
 SM000010            ! -
 SM010040            ! -
 SM040100            ! -
 SM100200            ! -
 TOPOSTDV            ! -
 TOPOSLPX            ! -
 TOPOSLPY            ! -
 XICE                ! -
end_of_2dvar_list
                    ! All list of files to read here
                    ! Indent not to read
                    ! Full path OK
 /DATA/wrfstatic_d01
 /DATA/wrfstatic_d02
 /DATA/wrf_real_input_em.d01.2000-01-24_12:00:00
 /DATA/wrf_real_input_em.d02.2000-01-24_12:00:00
 /DATA/real/wrfinput_d01

/home/spf/WRF2GrADS/wrfout20110128


 /DATA/b_wave/wrfout_d01_0001-01-01_00:00:00
 /DATA/grav2d_x/wrfout_d01_0001-01-01_00:00:00
 /DATA/hill2d_x/wrfout_d01_0001-01-01_00:00:00
 /DATA/quarter_ss/wrfout_d01_0001-01-01_00:00:00
 /DATA/squall2d_x/wrfout_d01_0001-01-01_00:00:00
 /DATA/squall2d_y/wrfout_d01_0001-01-01_00:00:00
end_of_file_list
                    ! Now we check to see what to do with the data
real               ! real (input/output) / ideal / static
1                   ! 0=no map background in grads, 1=map background in grads
0                  ! specify grads vertical grid
                    !  0=cartesian,
                    ! -1=interp to z from lowest h
                    !  1 list levels (either height in km, or pressure in mb)
1000.0
950.0
900.0
850.0
800.0
750.0
700.0
650.0
600.0
550.0
500.0
450.0
400.0
350.0
300.0
250.0
200.0
150.0
100.0


So if anyone who has even a word of view plz spare your precious time to give a simple reply :) Of course the right solution is most welcomed.
coolfarseer
 
Posts: 1
Joined: Mon Feb 14, 2011 9:17 pm

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