!namelist
!############################### Change Log ##################################
! 1.0.0.0
!
!  $Author: pkubota $
!  $Date: 2007/10/26 17:07:02 $
!  $Revision: 1.9 $
!
!
!#############################################################################
!
 &PosInput
  nffrs=1,            ! value to indicated if model use or not initialization
                      !    or to indicate if it is a cold or warm start run:
                      !    nffrs=-1 - for runs with normal mode initialization
                      !    nffrs=0  - for runs without normal mode initialization
                      !    nffrs=1  - for warm start runs
  nfbeg=4,           ! number of the first forecasted file to be post-processed
  nfend=10,         ! number of forecasted files to be post-processed
  nmand=-1,            ! number of pressure levels listed below in format 10f8.2
                       !    nmand=-1 means the use of default 18-levels
  RegIntIn=.FALSE.,    ! flag to interpolate outputs on regular grid (.TRUE.)
                       !    .FALSE. to get outputs on Gaussian grid
  Linear=.FALSE.,      ! Flag to Gaussian grid type Linear (.TRUE.) or 
                       !                            Quadratic (.FALSE.)
  trunc    ='TQ0042',  !TRC   : three-digit triangular truncation
  lev     ='L028',       ! vertical layers = LXXX
  labeli='2003010100' , ! initial forecasting label (yyyymmddhh)
  labelf='2003010200', ! final forecasting label (yyyymmddhh)
  kpds13=11,           ! kpds(13) indicator of forecast time unit (warning should be automatic)
                       ! 1 hour, 2 day, 3 month, 4 year, ... ON388 TABLE 4
                       ! 10 3 hours, 11 6 hours, 12 12 hours, etc ...
                       ! for CPTEC ensemble output is 6 hours
  prefx ='NMC',        ! preffix for input  files
  req   ='p',          ! flag to select requested field file (p, s, c, e or nothing)
                       !   p - use file rfd.pnt
                       !   s - use file rfd.sfc
                       !   c - use file rfd.clm
                       !   e - use file rfd.eta
                       !     - use file rfd
                       !   these files are spected to be in the directory:
                       !   ${roperm}/pos/datain
                       !   at the same directory there is a dft file for
                       !   derived fields (this should be included in the
                       !   code in future)
  datain='/scratchin/grupos/pad/home/paulo.kubota/agcm_cptec/model/dataout/TQ0042L028',! main dataout directory
  datalib='/scratchin/grupos/pad/home/paulo.kubota/agcm_cptec/pos/datain',! main dataout directory
  dataout='/scratchin/grupos/pad/home/paulo.kubota/agcm_cptec/pos/dataout/TQ0042L028',! main dataout directory
  Binary=.TRUE.,      ! output binary format ! False -> Grib (Default)
  postclim=.TRUE.,    ! The Option "postclim" only is functional by grib files
                       ! If postclim=TRUE, post-processing all files as anl.,
                       ! should be used for climate running
                       ! If postclim=FALSE,it differentiates anl. of the forecast      
  res=-0.5,            ! if res >  0 Define output resolution (deg)
                       ! if res <= 0 It does not make interpolation
  ENS=.FALSE.,          ! ensemble products => TRUE, only for AVN, 0?P, 0?N prefx
  ExtrapoAdiabatica=.TRUE., ! .TRUE. = extrapolated adiabatically to the pressure levels 
  RunRecort=.FALSE.,      !
  prefy ='POS',          ! preffix for output recort files 3 character
  RecLat= -60.0,  20.0   ! -90 ->  90
  RecLon= -90.0,  30.0   !   0 -> 360 or -180 -> 180 
  givenfouriergroups=.FALSE.,  ! False if processor division
                         ! should be automatic
  nproc_vert= = 1,       !Number of processors to be used in the
                         ! vertical (if givenfouriergroups set to TRUE)
  ibdim_size= 12,        ! size of basic data block (ibmax)
  tamBlock=512,          ! number of fft's allocated in each block
 /
 &PressureLevel
  plevs( 1:10) =1000.00,  975.00,  950.00,  925.00,  900.00,  875.00,  850.00,  800.00,  750.00,  725.00,
  plevs(11:20) = 700.00,  675.00,  650.00,  600.00,  500.00,  300.00,  250.00,  200.00,  150.00,  100.00,
  plevs(21:28) =  70.00,   50.00,   40.00,   30.00,   20.00,   10.00,    5.00,    3.00,
 /
