RAMSIN_ADVANCED

$MODEL_GRIDS2   
   NGRIDS   = 1,  ! Number of grids to run

   IF_ADAP  = 0,

   IHTRAN   = 1,          ! 0-Cartesian, 1-Polar stereo

   NACOUST  = 4,           ! Small timestep ratio
   IDELTAT  = 0,            ! =0 - constant timesteps
                            ! =1 - variable down, =2 variable down and up
                            ! Nest ratios between this grid
                            !  and the next coarser grid.
   NSTRATX =   1, 3, 2, 4, 4,      ! x-direction
   NSTRATY =   1, 3, 2, 4, 4,      ! y-direction
   NNDTRAT =   1, 4, 2, 4, 4,      ! time

   NESTZ1   = 0,                          ! Contort coarser grids if negative
   NSTRATZ1 = 2,2,2,1,            !
   NESTZ2   = 0,                          ! Contort coarser grids if negative
   NSTRATZ2 = 3,3,2,1,            !

                            ! Grid point on the next coarser
                            !  nest where the lower southwest
                            !  corner of this nest will start.
                            !  If NINEST or NJNEST = 0, use CENTLAT/LON
   NINEST   = 1, 0, 0, 0,         ! i-point
   NJNEST   = 1, 0, 0, 0,         ! j-point
   NKNEST   = 1, 1, 1, 1,         ! k-point
 
   NNSTTOP  = 1, 1, 1, 1,     ! Flag (0-no or 1-yes) if this
   NNSTBOT  = 1, 1, 1, 1,     ! Nest goes the top or bottom of the
                                        !  coarsest nest.

   NXTNEST  = 0,1,2,3,          ! Grid number which is the next coarser grid
$END

$CCATT_INFO2

   SPLIT_METHOD = 'SYMMETRIC',! Splitting operator method
                              !'SYMMETRIC' = sequential symmetric (D->Q->D)
               !'SEQUENTIAL'= sequential at right (D->Q )
               !'PARALLEL' = original method (D->)
                              !                             (Q->)

   CHEMISTRY_AQ = 0,     !  4dda for chemistry species with mocage data
                         !  1 - ON, 0 - OFF aqueous chemistry

   RECYCLE_TRACERS = 0, !1,

   DEF_PROC_SRC = 'LAST_SOURCES', ! what to do if src files are not available 
                        ! (STOP, LAST_SOURCES)
   DIUR_CYCLE = 1,1,1,1,

   NA_EXTRA2D = 0,   !Number of extras 2d arrays
   NA_EXTRA3D = 0,   !Number of extras 3d arrays

   PLUMERISE  =1, !0-Desativated, 1-Activated Plume Rise process
   

   PRFRQ =7200.,

   VOLCANOES = 0, !0 -Desactivated, 1-Activated volcanoes emissiosn/processes

   MECH=8,

$END

 $TEB_SPM_INFO

  TEB_SPM  = 0, ! 1-TEB activated 0-off

 $END

 $MODEL_FILE_INFO2

 !  ------ Analysis nudging parameters -----------------------------------
   NUD_TYPE = 2,             ! =1 - nudge from history files(1-way nest)
                             ! =2 - nudge from varfiles
                             ! =0 - no analysis nudging
                             !                  2=variable

   VWAIT1   = 0.,            ! wait between each VFILE check (s)
   VWAITTOT = 0.,            ! total wait befor giving up on a VFILE (s)

   NUD_HFILE = './H/a-H-2001-07-21-000000-head.txt', 
            ! Header file name for history nudging files (only prefix is used)



   !--- Nudging end-time and ramping

   RAMP     = 3600.,       ! Time interval(s) for the linear decay to zero of 
                             ! the nudging or IAU
                

                             ! Time window(s) for the nudging or IAU
   TIMEWINDOWIAU = 10800.,   ! in the center of domain
   ICLOBBER = 1,                 ! 0=stop if files exist, 1=overwite files
   IHISTDEL = 1,                 ! 0=keep all hist files, 1=delete previous

   WT_NUDGE_GRID =  1., 0.7, 0.7, 0.5, ! Relative nudging weights for active grids
                                       ! =0., turns off nudging for that grid

                             ! These weights will multiply the base timescales
                             !   to determine full nudging weight. 
                             !   (Timescales)/(WT_NUDGE_*) 
                             !    must be larger than DTLONG
   WT_NUDGE_UV = 1.,         ! Anal nudging weight for u and v
   WT_NUDGE_TH = 1.,         ! Anal nudging weight for theta
   WT_NUDGE_PI = 4.,         ! Anal nudging weight for pi
   WT_NUDGE_RT = 1.,         ! Anal nudging weight for r_tot
 
   ! - Incremental Analysis Update (IAU)
   ! - phase 1: model starts at 21UTC and run for 3hours to create the tendencies
   ! - phase 2: model starts back at 21 UTC and apply the tendencies for 
   !            6 hours (TIMEWINDOWIAU)
   !
   
   APPLYIAU    = 0,          ! flag for IAU
                             ! = 0, OFF
              ! = 1, performs phase 1 : creates the IAU tendencies
              ! = 2, performs phase 2 : applies the IAU tendencies
   FILENAMEIAU = 'PARIAUFILE',  ! prefix of the file to store the IAU's tendencies'

!-------------------------------------------------------------------------
! History file input

   TIMSTR   = 0.,           ! Time of history start (see TIMEUNIT)
   HFILIN   = './HIS/hOPQUE-H-2003-06-15-000000.vfm',
                             ! Input history file name

! Analysis file input for assimilation (currently LEAF variables)

   IPASTIN   = 0,            ! Initialize various fields from analysis file?
                             !  1=yes, 0=no
   PASTFN    = './ANL/OPQUE-A-2020-08-03-000000-head.txt', ! usar a linha abaixo para o primeiro dia somente

!   PASTFN    = 'NONE',
                             ! Input analysis file name

!-----------------------------------------------------------------------
   KWRITE   = 0,             ! 1-write,0-don't write scalar K's to anal.

! Printed output controls
 
   FRQPRT   = 21600.,        ! Printout frequency
   INITFLD  = 0,             ! Initial field print flag 0=no prnt,1=prnt
 
    ITOPTFLG = 1,1,1,1,0,       ! 2 - Fill data in "rsurf"
   ISSTFLG  = 1,1,1,1,0,       ! 0 - Interpolate from coarser grid
   IVEGTFLG = 1,1,1,1,0,       ! 1 - Read from standard Lat/Lon data file
   ISOILFLG = 1,1,1,1,0,            ! soil files not yet available: avoid isoilflg=1
   NDVIFLG  = 1,1,1,1,0,          !
                                    !avoid isoilflg=1
   
   NOFILFLG = 2,2,2,2,       ! 2 - Fill data in "rsurf"
                             ! 0 - Interpolate from coarser grid   

   IUPDNDVI  = 1,             ! 0 - No update of NDVI values during run
   IUPDSST  = 1,             ! 0 - No update of SST values during run
                             ! 1 - Update SST values during run
 ! Topography scheme

   ITOPSFLG = 0,0,0,1,       ! 0 = Average Orography
                             ! 1 = Silhouette Orography
                             ! 2 = Envelope Orography
                             ! 3 = Reflected Envelope Orography
   TOPTENH  = 0.,0.,0.,0.,   ! For ITOPSFLG=1, Weighting of topo
                             !   silhouette averaging 
                             ! For ITOPSFLG=2 or 3, Reflected Envelope
                             !   and Envelope Orography enhancement
                             !   factor
   TOPTWVL  = -7.,-2.,2.,2.,   ! Topo wavelength cutoff in filter 
                                
! Surface Roughness scheme

   IZ0FLG   = 0,0,0,         ! 0 = Based off vege, bare soil and water surface
                             ! 1 = Based off subgrid scale topography
   Z0MAX    = 5.,5.,5.,      ! Max zo for IZ0FLG=1
   Z0FACT   = 0.005,         ! Subgrid scale orograhic roughness factor
   
! Microphysics collection tables

   MKCOLTAB = 0,             ! Make table: 0 = no, 1 = yes
   COLTABFN = './tables/micro/ct2.0',
                             ! Filename to read or write
   MAPAOTFILE = './tables/rad_carma/infMapAOT.vfm',
   JULESIN = './jules.in',

$END

$MODEL_OPTIONS2

   !** this flag is experimental, must be used with caution
   !** only flags 0 and 1 are suitable for parallel runs.
   DYNCORE_FLAG = 2, !0- leapfrog Robert-Asselin filter, 
                     !1- leapfrog Robert-Asselin_Williams filter
           !2- Runge-Kutta 3rd order
           !3- Adams-Bashforth-Moulton 3rd order
   
   ADVMNT = 1,  ! 0 = Forward 2nd order (non-monotonic)
                ! 1 = Walcek monotonic advection
                ! 2 = hybrid: forward 2nd order for thetail,microphysics, TKE and
      !             Walcek scheme for tracers 

   PD_OR_MNT_CONSTRAINT = 0,
   ORDER_H = 5,
   ORDER_V = 3,

   GHOSTZONELENGTH = 3,     ! Size of ghostzone, only applicable for 
                            ! ADVMNT > 0
 
   ICORFLG  = 1,             ! Coriolis flag/2D v-component  -  0=off, 1=on
   VVELDAMP = 0,
   IEXEV    = 2,             ! Exner tendency
                             ! 1- simplest form
                             ! 2- complete, mass conservative, solution 
              !    (works only with sigma-z coordinate)
   
   IMASSFLX = 0,             ! Output advective and convective mass flux for
                             ! STILT Lagrangian Particle Dispersion Modelling
              ! 0 = off, 1 = on

   IBND     = 1,             ! Lateral boundary condition flags
   JBND     = 1,             ! 1-Klemp/Wilhelmson, 2-Klemp/Lilly, 3-Orlanski
                             !  4-cyclic
   CPHAS    = 20.,           ! Phase speed if IBND or JBND = 1
   LSFLG    = 0,             ! Large-scale gradient flag for variables other than
                             !  normal velocity:
                             !  0 = zero gradient inflow and outflow
                             !  1 = zero gradient inflow, radiative b.c. outflow
                             !  2 = constant inflow, radiative b.c. outflow
                             !  3 = constant inflow and outflow
   NFPT     = 0,             ! Rayleigh friction - number of points from the top
   DISTIM   = 400.,          !             - dissipation time scale

! Parameters needed by CARMA radiation scheme
   RADDATFN  = './tables/rad_carma/rad_param.data',

   LONRAD   = 1,        ! Longitudinal variation of shortwave
                              !    (0-no, 1-yes)
   RADTUN = 0.7,

   G3D_SPREAD  = 0, ! Lateral spreading of enviromental subsidence (0=off, 1=on)
                     ! (only for NNQPARM  = 3 and grid spacing < 10km)

   WCLDBS   = .0005,     ! Vertical motion needed at cloud base for
                         !    to trigger convection
 
! Surface layer and soil parameterization
 
   NPATCH   = 4,             ! Number of patches per grid cell (min=2)
                       
   NVEGPAT  = 3,             ! Number of patches per grid cell to be 
                             !    filled from
                             ! vegetation files 
                             !    (min of 1, max of NPATCH-1)

   NVGCON   = 7,             ! Vegetation type (see below)
   
   !   1 -- Crop/mixed farming         2 -- Short grass  
   !   3 -- Evergreen needleleaf tree  4 -- Deciduous needleleaf tree  
   !   5 -- Deciduous broadleaf tree   6 -- Evergreen broadleaf tree
   !   7 -- Tall grass                 8 -- Desert
   !   9 -- Tundra                    10 -- Irrigated crop
   !  11 -- Semi-desert               12 -- Ice cap/glacier
   !  13 -- Bog or marsh              14 -- Inland water
   !  15 -- Ocean                     16 -- Evergreen shrub
   !  17 -- Deciduous shrub           18 -- Mixed woodland

   PCTLCON  = 1.,            ! Constant land % if for all domain
   NSLCON   = 6,             ! Constant soil type if for all domain

   !   1 -- sand             2 -- loamy sand      3 -- sandy loam
   !   4 -- silt loam        5 -- loam            6 -- sandy clay loam
   !   7 -- silty clay loam  8 -- clay loam       9 -- sandy clay
   !  10 -- silty clay      11 -- clay           12 -- peat

   ZROUGH   = .05,           ! Constant roughness if for all domain
   ALBEDO   = .2,            ! Constant albedo if not running soil model
   SEATMP   = 295.,          ! Constant water surface temperature

   DTHCON   = 0.,            ! Constant sfc layer  temp grad for no soil
   DRTCON   = 0.,            ! Constant sfc layer moist grad for no soil
   
   SOIL_MOIST = 'n', ! n => Homogeneous (standard)
                     ! i,h,a => Heterogenous Soil Moist.Init.
                     !          with file.
                     !          i => INITIAL
                     !          h => HISTORY
                     !          a => INITIAL or HISTORY

  SLZ     =  -12.25, -7.25, -4.250, -2.25, -1.0, -0.35, -0.10,      ! soil grid levels

   SLMSTR  =   0.45,0.45,0.30,0.25,0.22, 0.22,0.22, ! initial soil moisture
                          
   STGOFF =    .0,  .0,  .0,  .0,   .0, .0, .0,  ! Initial soil temperature offset
                                                      ! from lowest atmospheric level
!--------------------------------------------------------------------------

  
!--------- Eddy diffusion coefficient parameters -----------------------
 
   IDIFFK  = 1,2,2,2,        ! K flag:
                             !  1 - Horiz deform/Vert Mellor-Yamada
                             !  2 - Anisotropic deformormation
                             !      (horiz & vert differ)
                             !  3 - Isotropic deformation 
                             !      (horiz and vert same)
                             !  4 - Deardorff TKE (horiz and vert same)
              !  7 - Nakanishi TKE 2.5-level model
              
   IHORGRAD = 1,             !  1 - horiz grad frm decomposed sigma grad
                             !  2 - true horizontal gradient. 
                             !      Non-conserving, but allows small DZ
   CSX     = .32,.32,        ! Deformation horiz. K's coefficient '
   CSZ     = .35,.35,        ! Deformation vert. K's coefficient '
   XKHKM   =  3.,3.,          ! Ratio of horiz K_h to K_m for deformation
   ZKHKM   =  3.,3.,          ! Ratio of vert K_h to K_m for deformation
   AKMIN   =  1.,1.,          ! Ratio of minimum horizontal eddy
                             ! viscosity coefficientto typical value
                             ! from deformation K
!------------------------------------------------------------------------------

   IRIME   = 1,              !   0 - Bulk riming, 1 - bin riming
   IPLAWS  = 0,              !   0 - Original 4.3 Power Laws
                             !   1 - New Power Laws (R.Carver,Mitchell 1996)
 
   ICLOUD  = 5,              ! Microphysics flags
   IDRIZ   = 0,              !  
   IRAIN   = 2,              !-------------------
   IPRIS   = 5,              !  1 - diagnostic concen.
   ISNOW   = 2,              !  2 - specified mean diameter
   IAGGR   = 2,              !  3 - specified y-intercept
   IGRAUP  = 2,              !  4 - specified concentration
   IHAIL   = 2,              !  5 - prognostic concentration
                             
   CPARM   = .3e9,           !  Microphysics parameters
   RPARM   = 1.0e-3,          !-------------------------
   PPARM   = 1.01e-6,             !  Characteristic diameter, # concentration
   SPARM   = 1.0e-3,          !    or y-intercept
   APARM   = 1.0e-3,
   GPARM   = 1.0e-3,
   HPARM   = 3.0e-3,
   DPARM   = 1.01e-5,          ! (5 = 3D homogeneous 6 = vertical profile)

   GNU     = 2.,2.,2.,2.,2.,2.,2.,2., ! Gamma shape parms for
   WINDFARM = 1,
   WFFILE= './'
   timeInterval_wf = 1296000
   DAMMODULE = 0,
   FRQPRECIP = 300.,
   DAMOUTPREFIX = "Pbacia",

$END

$MODEL_SOUND

!-----------------------------------
! Sounding specification
!-----------------------------------
 
! Flags for how sounding is specified
 
   IPSFLG   = 1,             ! Specifies what is in PS array
                             !  0-pressure(mb) 1-heights(m) 
                             !  PS(1)=sfc press(mb)
 
   ITSFLG   = 0,             ! Specifies what is in TS array
                             !  0-temp(C) 1-temp(K) 2-pot. temp(K)

   IRTSFLG  = 3,             ! Specifies what is in RTS array
                             !  0-dew pnt.(C) 1-dew pnt.(K) 
                             !  2-mix rat(g/kg) 
                             !  3-relative humidity in %, 
                             !  4-dew pnt depression(K)
 
   IUSFLG   = 0,             ! Specifies what is in US and VS arrays
                             ! 0-u,v component(m/s) 
                             ! 1-umoms-direction, vmoms-speed
 
   HS       = 0.,

   PS       = 1010.,1000.,2000.,3000.,4000.,6000.,8000.,11000.,15000.,20000.,
              25000.,

   TS       = 25.,18.5,12.,4.5,-11.,-24.,-37.,-56.5,-56.5,-56.5,-56.5,

   RTS      = 70.,70.,70.,70.,20.,20.,20.,20.,10.,10.,10.,

   US       = 10.,10.,10.,10.,10.,10.,10.,10.,10.,10.,10.,

   VS       = 0.,0.,0.,0.,0.,0.,0.,0.,0.,0.,0.,
 
$END
 
 
$MODEL_PRINT

!-----------------------------------
! Specifies the fields to be printed during the simulation
!-----------------------------------

   NPLT     = 0,            ! Number of fields printed at each time
                            !   for various cross-sections (limit of 50)
                            
   IPLFLD   = 'UP','VP','WP','PP','THP','RT',
                            ! Field names - see table below
                            
!   PLFMT(6)  = '0PF7.2',   ! Format spec. if default is unacceptable

   IXSCTN    = 3,3,3,3,3,3,3,3,
                            ! Cross-section type (1=XZ, 2=YZ, 3=XY)

   ISBVAL    = 2,2,2,2,2,2,2,2,
                            ! Grid-point slab value for third direction
 
  ! The following variables can also be set in the  namelist:  IAA,
  ! IAB, JOA, JOB, NAAVG, NOAVG, PLTIT, PLCONLO, PLCONHI, and PLCONIN.
 
!     'UP'    - UP(M/S)     'RC'   - RC(G/KG)    'PCPT' - TOTPRE
!     'VP'    - VP(M/S)     'RR'   - RR(G/KG)    'TKE'  - TKE
!     'WP'    - WP(CM/S)    'RP'   - RP(G/KG)    'HSCL' - HL(M)
!     'PP'   - PRS(MB)      'RA'   - RA(G/KG)    'VSCL' - VL(M)
!     'THP'  - THP(K)
!     'THETA'- THETA(K)     'RL'   - RL(G/KG)    'TG'   - TG (K)
!     'THVP' - THV(K)      'RI'   - RI(G/KG)    'SLM'  - SLM (PCT)
!     'TV'   - TV(K)        'RCOND'- RD(G/KG)    'CONPR'- CON RATE
!     'RT'   - RT(G/KG)     'CP'   - NPRIS       'CONP' - CON PCP
!     'RV'   - RV(G/KG)     'RTP'  - RT'(G/KG)   'CONH' - CON HEAT
!                                                'CONM' - CON MOIS
!     'THIL' - Theta-il (K) 'TEMP' - temperature (K)
!     'TVP'  - Tv' (K)      'THV'  - Theta-v     (K)
!     'RELHUM'-relative humidity (%)           'SPEED'- wind speed (m/s)
!     'FTHRD'- radiative flux convergence (??)
!     'MICRO'- GASPRC
!     'Z0'   - Z0 (M)       'ZI'   - ZI (M)      'ZMAT' - ZMAT (M)
!     'USTARL'-USTARL(M/S)  'USTARW'-USTARW(M/S) 'TSTARL'-TSTARL (K)
!     'TSTARW'-TSTARW(K)    'RSTARL'-RSTARL(G/G) 'RSTARW'-RSTARW(G/G)
!     'UW'   - UW  (M*M/S*S)                     'VW'   - VW (M*M/S*S)
!     'WFZ'  - WFZ (M*M/S*S)                     'TFZ'  - TFZ (K*M/S)
!     'QFZ'  - QFZ (G*M/G*S)                     'RLONG'- RLONG
!     'RSHORT'-RSHORT

$END

$ISAN_CONTROL2

   GUESS1ST = 'PRESS',      ! Type of first guess input- 'PRESS', 'RAMS'

   ISZSTAGE = 1,            ! Main switches for isentropic-sigz
   IVRSTAGE = 1,            !    "varfile" processing
   I1ST_FLG = 1,            ! What to do if first guess file should be
                            !  used but does not exist.
                            !  1=I know it may not be there, 
                            !        skip this data time
                            !  2=I screwed up, stop the run
                            !  3=interpolate first guess file from 
                            !    nearest surrounding times, stop if unable
                            !     (not yet available)

   IUPA_FLG = 3,            ! UPA-upper air, SFC-surface
   ISFC_FLG = 3,            ! What to do if other data files should be
                            !  uesed, but does not exist.
                            !  1 = I know it may not be there, 
                            !      skip this data time
                            !  2 = I screwed up, stop the run
                            !  3 = Try to continue processing anyway
   IARAWI  = '', ! Archived rawindsonde file name
   IASRFCE = '', ! Archived surface obs file name
   IOFLGISZ  = 0,           ! Isen-sigz file flag: 0 = no write, 1 = write
   IOFLGVAR  = 1,           ! Var file flag: 0 = no write, 1 = write

$END




!-----------------------------------
! Isentropic and sigma-z processing 
!-----------------------------------
$ISAN_ISENTROPIC2

!-----------------------------------
! Specify isentropic levels
!-----------------------------------

   NISN     = 43,           ! Number of isentropic levels
   LEVTH    = 280,282,284,286,288,290,292,294,296,298,300,303,306,309,312,
              315,318,321,324,327,330,335,340,345,350,355,360,380,400,420,
              440,460,480,500,520,540,570,600,630,670,700,750,800,
              
!-----------------------------------
! Analyzed grid information:
!-----------------------------------

   NIGRIDS  = 1,            ! Number of RAMS grids to analyze

   TOPSIGZ  = 20000.,       ! Sigma-z coordinates to about this height

   HYBBOT   = 4000.,        ! Bottom (m) of blended sigma-z/isentropic 
                            !    layer in varfiles
   HYBTOP   = 6000.,        ! Top (m) of blended sigma-z/isentropic layr

   SFCINF   = 1000.,        ! Vert influence of sfc observation analysis

   SIGZWT   = 1.,           ! Weight for sigma-z data in varfile: 
                            !  0.= no sigz data, 
                            !  1.=full weight from surface to HYBBOT

   NFEEDVAR = 1,            ! 1=feed back nested grid varfile, 0=dont

!-----------------------------------
! Observation number limits:
!-----------------------------------

   MAXSTA   = 150,          ! maximum number of rawindsondes 
                            !    (archived + special)
   MAXSFC   = 1000,         ! maximum number of surface observations

 
   NOTSTA   = 0,            ! Number of stations to be excluded
   NOTID    = 'r76458',     ! Station ID to be excluded
                            !  Prefix with 'r' for rawindsonde, 
                            !              's' for surface
   IOBSWIN = 1800,


   STASEP   = .1,           ! Minimum sfc station separation in degrees.
                            !    Any surface obs within this distance
                            !    of another obs will be thrown out
                            !    unless it has less missing data, 
                            !    in which case the other obs will be
                            !    thrown out.ramspost_50


   IGRIDFL  = 3,            ! Grid flag=0 if no grid point, only obs
                            !           1 if all grid point data and obs 
                            !           2 if partial grid point and obs
                            !           3 if only grid data
                            !           4 all data... fast


   GRIDWT   = .01,.01,      ! Relative weight for the gridded press data
                            !   compared to the observational data in 
                            !   the objective analysis


   GOBSEP   = 5.,           ! Grid-observation separation (degrees)
   GOBRAD   = 5.,           ! Grid-obs proximity radius (degrees)

   WVLNTH   = 1200.,900.,   ! Used in S. Barnes objective analysis.
                            !   Wavelength in km to be retained to the
                            !   RESPON % from the data to the upper air 
                            !   grids.
   SWVLNTH  = 750.,300.,    ! Wavelength for surface objective analysis

   RESPON   = .90,.9,       ! Percentage of amplitude to be retained.

      !          U     V      T      Z       R
   DLIMIT = -500.,-500.,   0.,  -1000.,   0., !Inferior valid values for each var

   !          U     V      T      Z       R
   ULIMIT =  500., 500., 500., 500000., 100., !Superior valid values for each var

   CCGRADSWRITE = 1, !Is to write a grads with CI?

   ICGRADSPREFIX = "./dataout/IC/icGrads",  !Prefix for grads file with IC

$END


 $DIGITALFILTER
          applyDigitalFilter  = .false.,
         digitalFilterTimeWindow = 43200.,

 $END
 $METEOGRAM
     applyMeteogram = .false.,
     meteogramFreq  = 1800.,
!    meteogramMap   = './tables/meteogram/citiesBr.txt',
     meteogramMap   = './tables/meteogram/citiesBr.txt',
!    meteogramDir   = './dataout/HST/HST2020061200'
     meteogramDir   = './HST/HST2020061200'
 $END