  title='QTCM default title'      ! A decrciptive title 
  bnddir='../bnddata'             ! bnd. data other than SST
  SSTdir='../bnddata/SST_Reynolds'! where SST files are 
  outdir='../proc/qtcm_output'    ! where output go
  runname='runname'               ! string for an output filename
  landon=1                        ! if not 1: land = ocean w. fake 'SST'
  SSTmode='seasonal'              ! decide what kind of SST to use
  year0 = 0                       ! starting year if <0 use year in restart
  month0 = -1                     ! starting month if <0 use mo in restart
  day0 = -1                       ! starting day if <0 use day in restart
  lastday = daysperyear           ! last day of integration
  interval = 1                    ! coupling interval
  noout=0                         ! no output for the first noout days
  nooutr=0                        ! no restart file for the first nooutr days
  ntout=-30                       ! monthly mean output
  ntouti=0                        ! monthly instantaneous data output
  ntoutr=0                        ! restart file only at end of model run
  mrestart=1                      ! =1: restart using qtcm.restart
  write(*,*)'@@@@@@@',dt !@@@
  dt=1200.                        ! time step [seconds]
  mt0=1                           ! barotropic timestep every mt0 timesteps
  viscT=12.0e5                    ! temperature diffusion parameter [m^s/s]
  viscQ=12.0e5                    ! humidity diffusion parameter [m^s/s]
  viscU=7.0e5                     ! viscocity parameter [m^s/s]
  ziml=500                        ! Atmos. Mixed layer depth [m]
  weml=0.01                       ! Mixed layer entrainment velocity [m]
  VVsmin=4.5                      ! Minumum wind speed for fluxes [m/s]
  arr1name='?'                    ! Auxiliary output array names 1...8
  arr2name='?'                    !='?' Array not included in output.
  arr3name='?'
  arr4name='?'
  arr5name='?'
  arr6name='?'
  arr7name='?'
  arr8name='?'
  ! Example:
  ! arr1name='dps1dx Mode 1 contribution to dpsdx [m/s^2]'
  !
  viscxu0=viscU
  viscyu0=viscU
  visc4x=viscU
  visc4y=viscU
  viscxu1=viscU
  viscyu1=viscU
  viscxT=viscT
  viscyT=viscT
  viscxq=viscQ
  viscyq=viscQ

