&compresslist
       irst=0 nt=60000 nts=10 ntp=10
       nprocx=10 nprocy=20
       n=$nx m=$ny l=$nz aa1=$dz
       nv=8
       dx=$dx dy=$dy dz=$dz
       dts=0.001  ! small time step
       ih=3   ! ghost cells
       iord=2 idiv=1 ! advection order, divergent flows, old non oscilator is defautl

       ! bc and dampers
       ibcx=0 ibcy=0 irlx=1 irly=1         !irlx>=1 and irly>=1 diff=erent relaxation options
       ibclatopen=0 ibctopopen=0          !openoutlet, freeslip at top (maybe not fully operational)
       nr=5                                ! number of cell for lateral relaxation (irlx,irly)
       iab=1 tow=10.                 ! different relaxation option at top and magnitude parameter
       zab=450. zabt=450.0               ! dampers bottom (m), zabt is zab for theta for iab=3

       !topo params
       topofile=''
       ipotflow=0               ! potflow can be used for correcting xe in case of topography
       slopeangle=0.0                   ! slope angle in degree for rotated gravity
       slopeazimuth=0.0                 ! slope azimuth for rotated gravity: 0 slope is along x axis, 90 is along y

       ! drag and turbulence parameters
       irod=1 iturb=2                      ! iturb=1 ka only, iturb=2 ka and kb
       idrag=2                             ! idrag=1 rrl drag, idrag=2 inra drag
       isa=2                               ! isa=1 sa fixed, isa=2, sa is dxdydz**0.33, isa=3 : saxy different from saz
       rturbprandtl = 2.0  !(2.0 in inra's version)    ! inverse of turb prandtl number for scalar diffusion (theta, O2, etc.)
       ilapdo=0                            ! oxygen diffusion

       !radiation parameters
       irad=2 icallrad=10 irandseed=0 iseed=0     ! radiation mode, frequency, and seed (for montecarlo irad=2)
       isootmodel=0 ! 0 is rrl's soot model, 1 is inra's soot model
       crad=50.0 ! for isootmodel=0 (inra uses 20, lanl uses 50)
       iradeastflux=0 ! specific radiative flux ouput through a vertical hard coded target in the east (x>0) direction

       ! ambient conditions (temp, pres, wind) and env forces (corio, lspgf)
       u0=5.36 uramp=0.0 uramptime=0.0 uswitch=2 zu=24.0
       v0=0.0 vramp=0.0 vramptime=0.0 vswitch=0
       ius=0 iue=0 jus=0 jue=0  !indices of reference zone for lai computation (when 0 whole domain is used) for uswitch=2
       tambient=300.      ! Ambient temperature (K)
       iperturb=0   ! perturbation for cyclic runs: 1 theta, 2 and 3 : pinwheel
       itheta = 0  ! stable layer at the domain top
       pressground=1.0e5  ! Pa
       zgroundref=0.   ! reference elevation for tambient and pressground
       icorio=0            ! coriolis 1  (xe have already coriolis effect), 2 (geostrophic wind)
       ilspgf=0 frqlspgf=1000  ! large scale pgf mode 1 to 3
       izlspgf = 1  ! reference for max flux is whole domaine (0) or a slice at height zu (1)

       ! fuel and fire
       ifuel=1         ! flag for the pdf choice
       ivegread=1       ! flag for reading fuel files
       rhomicrovalue=500.0  ! (kg/m3)  inra uses 700 (except for grass, 500); lanl uses 500
       cpwood=2500.0        ! (J/kg/K) inra uses 1800 (albini and stocks); lanl uses 2500
       ifuelinra=0      ! inra default fuels for inra's test suite
       fuelinranumber=0
       ffparam = 1.0       ! reaction rate factor
       ignfile=''

       ! io
       frqoutput=100
       outname=''
       restartfile=''
       ioextra=0                           ! this entails to have extra io : rnetsol, convht, tempg..
       iwallclock=0                ! flag for walltimers

       ! windfield in or out parameters
       icfmeflag=0
       windfieldstartfile=''
       xvbdataname=''
       iwindfieldout=0             ! Windfield output switch: 1->interpolate, 2-> one file
       iwindfieldin=1              ! Windfield input switch: 1->interpolate, 2-> one file
       windspeedupfactor=1         ! factor of speed up between wind run and fire run (should be an integer)
       itwindfield=60000              ! Timestep to start saving data
       itinterp=20                 ! # of interpolation timesteps
       ibcells=5                   ! # of x cells saved on boundary
       jbcells=5                   ! # of y cells saved on boundary
       is=0 ie=0 js=0 je=0 ! indices for production of xvdata file on a subdomain (when 0 the whole domain is used) for iwindfieldout=1

       ! personal flags
       ifp=0                 ! francois 's personal flag

       ! parameters below are not supposed to change (other choice in option removed)
       isoturb=1            ! flag for isotrope turbulence; unsotrope has not been used for a long time...
       ibctopbot=1          ! bc at the bottom and top of mesh (edges instead of cell center)
       islip=0
       iunstable=0
       idirt=0          ! flag for rhodirt
       isplit=0
       irhovapor=0
       isor=0
       nonos=1 nfct=1 nonosold=1
       inonlocal=0 isubgridgas=0
       !st=1.0e-05
/
