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<A NAME='MODULE_NAMELIST'><A href='../../html_code/obsproc/module_namelist.F90.html#MODULE_NAMELIST' TARGET='top_target'><IMG SRC="../../gif/bar_purple.gif" border=0></A>
MODULE MODULE_NAMELIST 5
!-----------------------------------------------------------------------------!
! Read the namelist file name "nml_filename" unit "iunit"
!
! D. GILL, April 1998
! F. VANDENBERGHE, March 2001
! FENG GAO, March 2014 Added options for wind_sd
!-----------------------------------------------------------------------------!
USE MODULE_DATE
USE MODULE_MM5
use map_utils
#ifdef BKG
USE MODULE_MAP
#endif
IMPLICIT NONE
CHARACTER (LEN = 80) :: obs_gts_filename
CHARACTER (LEN = 80) :: obs_err_filename
CHARACTER (LEN = 80) :: prepbufr_output_filename
CHARACTER (LEN = 80) :: prepbufr_table_filename
CHARACTER (LEN = 3) :: fg_format
integer :: iix, jjx, imap_proj, i_grid, j_grid,m_expand
real :: standard_lon, moad_cen_lat, cen_lat, cen_lon,&
dds, xxx, yyy, xxc, yyc, xlatt, xlonn
type (proj_info) :: map_info
#ifdef BKG
CHARACTER (LEN = 80) :: first_guess_file
#endif
CHARACTER (LEN = 19) :: time_window_min
CHARACTER (LEN = 19) :: time_analysis
CHARACTER (LEN = 19) :: time_window_max, time_ahead
CHARACTER (LEN = 5) :: USE_FOR
INTEGER :: max_number_of_obs, idt, num_time_slots,&
num_slots_past, num_slots_ahead, &
output_ob_format = 2, &
slot_len = 0
LOGICAL :: fatal_if_exceed_max_obs = .TRUE.
LOGICAL :: qc_test_vert_consistency = .TRUE., &
qc_test_convective_adj = .TRUE., &
qc_test_above_lid = .TRUE., &
remove_above_lid = .TRUE., &
Thining_SATOB = .TRUE., &
Thining_SSMI = .TRUE., &
Thining_QSCAT = .TRUE.
LOGICAL :: print_gts_read = .TRUE., &
print_gpspw_read = .TRUE., &
print_recoverp = .TRUE., &
print_duplicate_loc = .TRUE., &
print_duplicate_time = .TRUE., &
print_recoverh = .TRUE., &
print_qc_vert = .TRUE., &
print_qc_conv = .TRUE., &
print_qc_lid = .TRUE., &
print_uncomplete = .TRUE.
LOGICAL :: write_synop, write_ship , write_metar, write_buoy , &
write_pilot, write_sound, write_amdar, write_satem, &
write_satob, write_airep, write_gpspw, write_gpsztd,&
write_gpsref,write_gpseph,write_ssmt1, write_ssmt2, &
write_ssmi , write_tovs , write_qscat, write_profl, &
write_bogus, write_airs , write_tamdar
logical :: gts_from_mmm_archive
logical :: calc_psfc_from_QNH
LOGICAL :: wind_sd, wind_sd_synop, wind_sd_ships, wind_sd_metar,&
wind_sd_buoy, wind_sd_sound, wind_sd_qscat, wind_sd_pilot,&
wind_sd_airep,wind_sd_geoamv,wind_sd_tamdar,wind_sd_profiler
#ifdef BKG
INTEGER :: time_earlier, time_later
NAMELIST /RECORD1/ obs_gts_filename, obs_err_filename, &
first_guess_file, fg_format
NAMELIST /RECORD2/ time_earlier, time_later, time_analysis
#else
NAMELIST /RECORD1/ obs_gts_filename, obs_err_filename, fg_format, gts_from_mmm_archive
NAMELIST /RECORD2/ time_window_min,time_analysis,time_window_max
#endif
NAMELIST /RECORD3/ max_number_of_obs, fatal_if_exceed_max_obs
NAMELIST /RECORD4/ qc_test_vert_consistency, qc_test_convective_adj, &
qc_test_above_lid, remove_above_lid,domain_check_h,&
Thining_SATOB, Thining_SSMI, Thining_QSCAT, calc_psfc_from_QNH
NAMELIST /RECORD5/ print_gts_read, print_gpspw_read, &
print_recoverp, &
print_duplicate_loc, print_duplicate_time, &
print_recoverh, print_qc_vert, &
print_qc_conv, print_qc_lid, &
#ifdef BKG
user_defined_area, &
print_uncomplete
NAMELIST /RECORD6/ x_left, x_right, &
y_bottom, y_top
#else
print_uncomplete
NAMELIST /RECORD6/ ptop, ps0, ts0, tlp, pis0, tis0, &
base_pres, base_temp, base_lapse, &
base_strat_temp, base_tropo_pres
NAMELIST /RECORD7/ iproj, phic, xlonc, truelat1, truelat2, &
moad_cen_lat, standard_lon
NAMELIST /RECORD8/ idd, maxnes, nestix, nestjx, dis, numc, &
nesti, nestj
#endif
NAMELIST /RECORD9/ prepbufr_output_filename, &
prepbufr_table_filename, output_ob_format, &
USE_FOR, num_slots_past, num_slots_ahead, &
write_synop, write_ship , write_metar, write_buoy , &
write_pilot, write_sound, write_amdar, write_satem, &
write_satob, write_airep, write_gpspw, write_gpsztd,&
write_gpsref,write_gpseph,write_ssmt1, write_ssmt2, &
write_ssmi , write_tovs , write_qscat, write_profl, &
write_bogus, write_airs , write_tamdar
NAMELIST /RECORD10/wind_sd, wind_sd_synop, wind_sd_ships, wind_sd_metar, &
wind_sd_buoy, wind_sd_sound, wind_sd_qscat, wind_sd_pilot, &
wind_sd_airep,wind_sd_geoamv,wind_sd_tamdar,wind_sd_profiler
CONTAINS
<A NAME='GET_NAMELIST'><A href='../../html_code/obsproc/module_namelist.F90.html#GET_NAMELIST' TARGET='top_target'><IMG SRC="../../gif/bar_red.gif" border=0></A>
SUBROUTINE GET_NAMELIST (nml_filename) 1,12
CHARACTER (LEN = *) :: nml_filename
INTEGER :: iunit
INTEGER, DIMENSION (20) :: nml_read_errors
INTEGER :: i, iost, ita, itb
INTEGER :: error_number
LOGICAL :: exist, fatal
LOGICAL :: good_date1, good_date2
CHARACTER (LEN = 80) :: error_message
CHARACTER (LEN = 80) :: proc_file = "PROC_NAMELIST"
include 'missing.inc'
!-----------------------------------------------------------------------------!
! Opening the NAMELIST file constitutes an important step.
#ifdef BKG
maxnes = 10
time_earlier=-90 ! in minutes
time_later = 90 ! in minutes
#endif
iunit = 99
OPEN ( FILE = nml_filename, &
UNIT = iunit, &
STATUS = 'OLD', &
ACCESS = 'SEQUENTIAL', &
FORM = 'FORMATTED', &
ACTION = 'READ', &
IOSTAT = error_number )
IF ( error_number .NE. 0 ) THEN
error_message = ' Error opening namelist file: '
fatal = .TRUE.
CALL error_handler (proc_file, error_message, nml_filename, fatal)
ENDIF
! Read namelist record
nml_read_errors = 0
! default:
fg_format = 'MM5'
obs_err_filename = 'obserr.txt'
use_for = '3DVAR'
gts_from_mmm_archive = .false.
calc_psfc_from_QNH = .false.
! . Initialize the new defined namelist variables (YRG 05/10/2007):
base_pres = missing_r
base_temp = missing_r
base_lapse = missing_r
base_strat_temp = missing_r
base_tropo_pres = missing_r
write_synop = .true.
write_ship = .true.
write_metar = .true.
write_buoy = .true.
write_pilot = .true.
write_sound = .true.
write_amdar = .true.
write_satem = .true.
write_satob = .true.
write_airep = .true.
write_gpspw = .true.
write_gpsztd= .true.
write_gpsref= .true.
write_gpseph= .true.
write_ssmt1 = .true.
write_ssmt2 = .true.
write_ssmi = .true.
write_tovs = .true.
write_qscat = .true.
write_profl = .true.
write_bogus = .true.
write_airs = .true.
write_tamdar= .true.
wind_sd = .false.
wind_sd_buoy = .false.
wind_sd_synop = .false.
wind_sd_ships = .false.
wind_sd_metar = .false.
wind_sd_sound = .false.
wind_sd_pilot = .false.
wind_sd_airep = .false.
wind_sd_qscat = .false.
wind_sd_tamdar = .false.
wind_sd_geoamv = .false.
wind_sd_profiler = .false.
READ ( UNIT = iunit , NML = record1 , IOSTAT = nml_read_errors(1) )
WRITE ( UNIT = 0 , NML = record1 )
IF ( nml_read_errors(1) .NE. 0 ) THEN
WRITE ( UNIT = 0 , FMT = '(A)' ) ' Error in NAMELIST record 1'
STOP
ENDIF
READ ( UNIT = iunit , NML = record2 , IOSTAT = nml_read_errors(2) )
WRITE ( UNIT = 0 , NML = record2 )
IF ( nml_read_errors(2) .NE. 0 ) THEN
WRITE ( UNIT = 0 , FMT = '(A)' ) ' Error in NAMELIST record 2'
STOP
ENDIF
READ ( UNIT = iunit , NML = record3 , IOSTAT = nml_read_errors(3) )
WRITE ( UNIT = 0 , NML = record3 )
IF ( nml_read_errors(3) .NE. 0 ) THEN
WRITE ( UNIT = 0 , FMT = '(A)' ) ' Error in NAMELIST record 3'
STOP
ENDIF
READ ( UNIT = iunit , NML = record4 , IOSTAT = nml_read_errors(4) )
WRITE ( UNIT = 0 , NML = record4 )
IF ( nml_read_errors(4) .NE. 0 ) THEN
WRITE ( UNIT = 0 , FMT = '(A)' ) ' Error in NAMELIST record 4'
STOP
ENDIF
#ifdef BKG
user_defined_area = .false.
#endif
READ ( UNIT = iunit , NML = record5 , IOSTAT = nml_read_errors(5) )
WRITE ( UNIT = 0 , NML = record5 )
IF ( nml_read_errors(5) .NE. 0 ) THEN
WRITE ( UNIT = 0 , FMT = '(A)' ) ' Error in NAMELIST record 5'
STOP
ENDIF
! Default values for tropopause (YRG, 04/12/2007):
pis0 = 20000.0
tis0 = 215.0
! ---------------------------------------------------------
#ifdef BKG
if(user_defined_area) then
x_left = 0.0
x_right =1.0e20
y_bottom=0.0
y_top =1.0e20
READ ( UNIT = iunit , NML = record6 , IOSTAT = nml_read_errors(6) )
WRITE ( UNIT = 0 , NML = record6 )
IF ( nml_read_errors(6) .NE. 0 ) THEN
WRITE ( UNIT = 0 , FMT = '(A)' ) ' Error in NAMELIST record 6'
STOP
ENDIF
end if
#else
READ ( UNIT = iunit , NML = record6 , IOSTAT = nml_read_errors(6) )
!
! . use the new defined namelist variables (YRG 05/10/2007):
if (base_pres /= missing_r) ps0 = base_pres
if (base_temp /= missing_r) ts0 = base_temp
if (base_lapse /= missing_r) tlp = base_lapse
if (base_strat_temp /= missing_r) tis0 = base_strat_temp
if (base_tropo_pres /= missing_r) pis0 = base_tropo_pres
WRITE ( UNIT = 0 , NML = record6 )
IF ( nml_read_errors(6) .NE. 0 ) THEN
WRITE ( UNIT = 0 , FMT = '(A)' ) ' Error in NAMELIST record 6'
STOP
ENDIF
READ ( UNIT = iunit , NML = record7 , IOSTAT = nml_read_errors(7) )
WRITE ( UNIT = 0 , NML = record7 )
IF ( nml_read_errors(7) .NE. 0 ) THEN
WRITE ( UNIT = 0 , FMT = '(A)' ) ' Error in NAMELIST record 7'
STOP
ENDIF
READ ( UNIT = iunit , NML = record8 , IOSTAT = nml_read_errors(8) )
WRITE ( UNIT = 0 , NML = record8 )
IF ( nml_read_errors(8) .NE. 0 ) THEN
WRITE ( UNIT = 0 , FMT = '(A)' ) ' Error in NAMELIST record 8'
STOP
ENDIF
#endif
prepbufr_output_filename = 'prepbufr_output_filename'
prepbufr_table_filename = 'prepbufr_table_filename'
READ ( UNIT = iunit , NML = record9 , IOSTAT = nml_read_errors(9) )
WRITE ( UNIT = 0 , NML = record9 )
IF ( nml_read_errors(9) .NE. 0 ) THEN
WRITE ( UNIT = 0 , FMT = '(A)' ) ' Error in NAMELIST record 9'
STOP
ENDIF
! test for existence of table
OPEN (UNIT = 10, FILE = prepbufr_table_filename, STATUS='old', IOSTAT=iost)
if (iost .ne. 0 .and. output_ob_format .ne. 2) then
write(0,*) ' '
write(0,*) 'You requested prepbufr output format, but I cannot open the prepbufr table.'
write(0,*) 'Check that the file exists and the variables in record9 of the namelist are set properly.'
write(0,*) 'output_ob_format = ',output_ob_format, &
'prepbufr_table_filename = ',prepbufr_table_filename
STOP
endif
CLOSE (10)
READ ( UNIT = iunit , NML = record10 , IOSTAT = nml_read_errors(10) )
WRITE ( UNIT = 0 , NML = record10 )
IF ( nml_read_errors(10) .NE. 0 ) THEN
WRITE ( UNIT = 0 , FMT = '(A)' ) ' Error reading NAMELIST record 10'
WRITE ( UNIT = 0 , FMT = '(A)' ) ' Using default values for wind_sd'
ENDIF
! Process read error
error_number = SUM ( nml_read_errors(1:9) ) ! Only check errors in records 1-9, record 10 is optional
IF (error_number .NE. 0 ) THEN
error_message = ' Error reading namelist file: '
fatal = .TRUE.
CALL error_handler (proc_file, error_message, nml_filename, fatal)
END IF
! After the NAMELIST file is input, the unit needs to
! be properly closed.
CLOSE ( UNIT = iunit )
#ifdef BKG
!--Get Big Record Header
iunit = 41
OPEN ( FILE = first_guess_file, &
UNIT = iunit, &
STATUS = 'OLD', &
ACCESS = 'SEQUENTIAL', &
FORM = 'UNFORMATTED', &
ACTION = 'READ', &
IOSTAT = error_number )
call get_map_params (iunit)
CLOSE ( UNIT = iunit )
#endif
! Check consistency
IF ((remove_above_lid) .AND. (.NOT. qc_test_above_lid)) THEN
qc_test_above_lid = .TRUE.
ENDIF
! Time window
IF (LEN_TRIM (time_window_min) .LE. 10) THEN
WRITE (time_window_min,'(A4,"-",A2,"-",A2,"_",A2,":",A2,":",A2)') &
time_window_min ( 1: 4), time_window_min ( 5: 6), &
time_window_min ( 7: 8), time_window_min ( 9:10), &
'00', '00'
ELSE IF (LEN_TRIM (time_window_min) .LE. 14) THEN
WRITE (time_window_min,'(A4,"-",A2,"-",A2,"_",A2,":",A2,":",A2)') &
time_window_min ( 1: 4), time_window_min ( 5: 6), &
time_window_min ( 7: 8), time_window_min ( 9:10), &
time_window_min (11:12), time_window_min (13:14)
ENDIF
#ifdef BKG
time_window_min=time_analysis
time_window_max=time_analysis
call geth_newdate (time_window_min, time_analysis(1:16), time_earlier)
call geth_newdate (time_window_max, time_analysis(1:16), time_later)
#else
IF (LEN_TRIM (time_analysis) .LE. 10) THEN
WRITE (time_analysis,'(A4,"-",A2,"-",A2,"_",A2,":",A2,":",A2)') &
time_analysis ( 1: 4), time_analysis ( 5: 6), &
time_analysis ( 7: 8), time_analysis ( 9:10), &
'00', '00'
ELSE IF (LEN_TRIM (time_analysis) .LE. 14) THEN
WRITE (time_analysis,'(A4,"-",A2,"-",A2,"_",A2,":",A2,":",A2)') &
time_analysis ( 1: 4), time_analysis ( 5: 6), &
time_analysis ( 7: 8), time_analysis ( 9:10), &
time_analysis (11:12), time_analysis (13:14)
ENDIF
IF (LEN_TRIM (time_window_max) .LE. 10) THEN
WRITE (time_window_max,'(A4,"-",A2,"-",A2,"_",A2,":",A2,":",A2)') &
time_window_max ( 1: 4), time_window_max ( 5: 6), &
time_window_max ( 7: 8), time_window_max ( 9:10), &
'00', '00'
ELSE IF (LEN_TRIM (time_window_max) .LE. 14) THEN
WRITE (time_window_max,'(A4,"-",A2,"-",A2,"_",A2,":",A2,":",A2)') &
time_window_max ( 1: 4), time_window_max ( 5: 6), &
time_window_max ( 7: 8), time_window_max ( 9:10), &
time_window_max (11:12), time_window_max (13:14)
ENDIF
#endif
CALL GETH_IDTS (time_analysis, time_window_min,itb,good_date1)
CALL GETH_IDTS (time_analysis, time_window_max,ita,good_date2)
IF ((itb .LT. 0) .OR. (ita .GT. 0.) .OR. &
(.NOT. good_date1) .OR. (.NOT. good_date2)) THEN
error_message = &
" Error: The time window [" // TRIM (time_window_min) // ", " // &
TRIM (time_window_max) // &
"] does not mencompass the analysis time: "
fatal = .TRUE.
CALL error_handler (proc_file, error_message, time_analysis, fatal)
END IF
IF ( use_for == '3DVAR' ) THEN
num_slots_past = 0
num_slots_ahead = 0
slot_len = itb -ita
ELSE IF ( use_for == 'FGAT ' .or. use_for == '4DVAR' ) THEN
if (num_slots_past <= 0) then
write(0,'("===> For FGAT or 4DVAR,",a,i2,a)') &
"the num_slots_past (=", num_slots_past, ") MUST be > 0 ???"
stop
endif
slot_len = itb / num_slots_past
idt = slot_len * num_slots_ahead
if ( idt /= -ita ) then
call geth_newdate (time_ahead, time_analysis, idt)
write(0,'(3a,i2/a,1x,a)') 'time_window_max =', time_window_max,&
' in namelist is NOT consistent with num_slots_ahead=',&
num_slots_ahead,' Reset the time_window_max to be ', time_ahead
time_window_max = time_ahead
endif
ELSE
error_message = &
"Error: obsproc only used for 3DVAR, FGAT, and 4DVAR," // &
" check the variable: use_for "
fatal = .TRUE.
CALL error_handler (proc_file, error_message, use_for, fatal)
stop
ENDIF
num_time_slots = num_slots_past + num_slots_ahead + 1
if (num_time_slots <= 2) num_time_slots = 1
if (iproj <0 .or.iproj > 3) then
write (0,'(/a)') '*** Please check the iproj setting??? '
write (0,'(5x,a)') 'iproj = 0 ===> PROJ_LATLON for Global domain.'
write (0,'(5x,a)') 'iproj = 1 ===> PROJ_LC for Lambert Congormsl.'
write (0,'(5x,a)') 'iproj = 2 ===> PROJ_PS for Polar Stereographic.'
write (0,'(5x,a)') 'iproj = 3 ===> PROJ_ME for Mercator'
write (0,'(a)') '??? iproj setting outside the range......'
STOP
endif
if (fg_format == 'WRF') then
write(0,'(/15x,a,a,a)') '=== 3DVAR_OBSPROC is used for WRF ', &
use_for,' ==='
write(0,'(10x,a,i2,a,i5,a/)') '{number of slots =', num_time_slots, &
', length of the full-slot =', slot_len, ' sec.}'
! .. Set up the map_info using the central lat/lon:
if(iproj == 0) then
imap_proj = PROJ_LATLON
else if(iproj == 1) then
imap_proj = PROJ_LC
else if(iproj == 2) then
imap_proj = PROJ_PS
else if(iproj == 3) then
imap_proj = PROJ_MERC
endif
cen_lat = phic
cen_lon = xlonc
iix = nestix(1)
jjx = nestjx(1)
dds = dis(1)*1000.0
xxc = real(jjx)/2.
yyc = real(iix)/2.
call map_set(imap_proj, cen_lat, cen_lon, xxc, yyc, dds, &
standard_lon, truelat1, truelat2, map_info)
write(0,*)'map_info:', imap_proj, iproj
write(0,*)'code,lat1,lon1,dx,dlat,dlon,stdlon,truelat1,truelat2,hemi,cone,polei,polej,rsw,rebydx,knowni,knownj,init'
write(0,*) map_info
! .. Calculate the size for Mother Of All Domains and the low-left corner position
!
! (The purpose doing this is for plotting the OBS distribution map with MAP_plot. Y.-R. Guo)
!
if (xlonc /= standard_lon .or. phic /= moad_cen_lat) then
phic = moad_cen_lat
xlonc = standard_lon
idd = 2
if (maxnes < idd) maxnes = idd
nestix(2) = iix
nestjx(2) = jjx
dis(2) = dis(1)
numc(2) = 1
write(0,'(/a,2e20.12)') ' cen_lon , cen_lat :', &
cen_lon, cen_lat
write(0,'( a,2e20.12)')' xlonc, phic:', xlonc, phic
write(0,'(/3X,a)') &
'## Compute the nestix(1), nestjx(1), nesti(2), and nstj(2): ##'
xxc = real(jjx)/2.0
yyc = real(iix)/2.0
call latlon_to_ij(map_info, phic , xlonc , xxx, yyy)
! write(0,'("latlon_to_ij: phic, xlonc, xxx, yyy :",4f15.5)') phic, xlonc, xxx, yyy
i_grid = nint(xxx-xxc)
j_grid = nint(yyy-yyc)
m_expand = 16
write(0,'("i_grid, j_grid, m_expand:",3I8)') i_grid, j_grid, m_expand
nestjx(1) = jjx + 2*abs(i_grid) + m_expand
nestix(1) = iix + 2*abs(j_grid) + m_expand
nesti(2) = m_expand/2 + 1
if (j_grid < 0) nesti(2) = nesti(2) - 2*j_grid
nestj(2) = m_expand/2 + 1
if (i_grid < 0) nestj(2) = nestj(2) - 2*i_grid
write(0,'(a,2i5,2x,a,2i5/)') &
' Dimension of MOAD: ix, jx:', nestix(1), nestjx(1), &
' nesti(2), nestj(2):', nesti(2), nestj(2)
endif
endif
END SUBROUTINE GET_NAMELIST
END MODULE MODULE_NAMELIST