&SETUP
  traj=.false.,      ! when true computes a single trajectory
  zgrid=.false.,     ! when true configures vertical grid with each meteo 
  fixed=.false.,     ! when true start with fixed random number index 
  datem=.false.,     ! when true output in DATEM format
  diag=.false.,      ! when true output diagnostics
  hybin=.true.,      ! HYSPLIT formatted binary output file
  html=.false.,      ! SVG graphic output
  thin=.false.,      ! skip headers
  polid='PMCH',      ! four character pollutant identification
  cfactor=1.0E+12,   ! units conversion for concentration output
  olvl=10.0,         ! starting height mAGL
  emdur=180,         ! particle emission duration in minutes
  maxpar=50000,      ! maximum number of particles released over emdur
  cgratio=1,         ! number (INT >=1) of concentration cells per WRF cell
  conlvl=100,        ! average ground to level for concentration output mAGL
  cinter=180,        ! concentration output interval (min)
  dte=300,           ! particle emission time step (sec)
  dta=1200,          ! maximum advection time step (sec)
  tratioh=0.50,      ! ratio for horizontal time step stability
  tratiov=0.10,      ! ratio for vertical time step stability
  tker=0.18,         ! ratio of vertical to horizontal turbulence
  metfile='C:/Tutorial/captex/captex2_wrf27uw.bin',,,,,
  confile='concout_adapt.bin',   ! concentration output hysplit binary
  mapfile='map_standard.txt',    ! name for the map background file  
  datfile='',                    ! datem input file if datem=true
  stnfile='',                    ! datem output file
  trjfile='',                    ! trajectory output file if traj=true
  totrel=201000.0,               ! total mass released
  olat= 39.90,                   ! source location latitude
  olon=-84.22,                   ! source location longitude
  crun=64,                       ! computational run length in hours
  datecal=1983,9,25,17,,,        ! computational start time (yymmddhhmmff)
  daterel=1983,9,25,17,,,        ! particle release start time (yymmddhhmmff)
  cstart=60,                     ! concentration output start time (min)
/