! This file is generated by 'scripts/generate.py' using
!    /src/xbeachlibrary/variables.def
!    /src/xbeachlibrary/params.def
!    src/xbeachlibray/templates/paramsdecl.mako
! Advice: do not edit this file, but above mentioned files.

   integer :: useXBeachGSettings = -123
   integer :: wavemodel = -123
   character(slen) :: wavemodel_str = ''
   integer :: cyclic = -123
   integer :: swave = -123
   integer :: lwave = -123
   integer :: flow = -123
   integer :: sedtrans = -123
   integer :: morphology = -123
   integer :: avalanching = -123
   integer :: nonh = -123
   integer :: gwflow = -123
   integer :: q3d = -123
   integer :: swrunup = -123
   integer :: ships = -123
   integer :: vegetation = -123
   integer :: snells = -123
   integer :: single_dir = -123
   integer :: bchwiz = -123
   integer :: setbathy = -123
   integer :: viscosity = -123
   integer :: advection = -123
   integer :: wind = -123
   integer :: rainfall = -123
   character(slen) :: depfile = 'abc'
   real(pKind) :: posdwn = -123
   integer :: nx = -123
   integer :: ny = -123
   integer :: nz = -123
   real(pKind) :: alfa = -123
   integer :: vardx = -123
   real(pKind) :: dx = -123
   real(pKind) :: dy = -123
   character(slen) :: xfile = 'abc'
   character(slen) :: yfile = 'abc'
   real(pKind) :: xori = -123
   real(pKind) :: yori = -123
   real(pKind) :: thetamin = -123
   real(pKind) :: thetamax = -123
   real(pKind) :: dtheta = -123
   real(pKind) :: dtheta_s = -123
   integer :: thetanaut = -123
   integer :: gridform = -123
   character(slen) :: xyfile = 'abc'
   character(slen) :: gridform_str = ''
   real(tKind) :: tstop = -123
   real(pKind) :: CFL = -123
   real(tKind) :: dtset = -123
   integer :: defuse = -123
   real(pKind) :: maxdtfac = -123
   character(slen) :: tunits = 's'
   real(pKind) :: g = -123
   real(pKind) :: rho = -123
   real(pKind) :: depthscale = -123
   real(pKind) :: zs0 = -123
   character(slen) :: zsinitfile = 'abc'
   integer :: hotstartflow = -123
   integer :: hotstart = -123
   integer :: hotstartfileno = -123
   integer :: wbctype = -123
   character(slen) :: wbctype_str = ''
   integer :: instat = -123
   character(slen) :: instat_str = ''
   real(pKind) :: taper = -123
   real(pKind) :: Hrms = -123
   real(pKind) :: Tm01 = -123
   real(pKind) :: Trep = -123
   real(pKind) :: Tlong = -123
   real(pKind) :: dir0 = -123
   real(pKind) :: nmax = -123
   integer :: m = -123
   integer :: lateralwave = -123
   character(slen) :: lateralwave_str = ''
   integer :: leftwave = -123
   character(slen) :: leftwave_str =  ''
   integer :: rightwave = -123
   character(slen) :: rightwave_str = ''
   integer :: bclwonly = -123
   integer :: Sfold = -123
   character(slen) :: bcfile = 'abc'
   integer :: random = -123
   real(pKind) :: fcutoff = -123
   integer :: nspr = -123
   real(pKind) :: trepfac = -123
   real(pKind) :: sprdthr = -123
   integer :: correctHm0 = -123
   integer :: Tm01switch = -123
   real(pKind) :: rt = -123
   real(pKind) :: dtbc = -123
   real(pKind) :: dthetaS_XB = -123
   integer :: nspectrumloc = -123
   integer :: wbcversion = -123
   integer :: nonhspectrum = -123
   integer :: cyclicdiradjust = -123
   real(pKind) :: wbcEvarreduce = -123
   real(pKind) :: wbcQvarreduce = -123
   integer :: front = -123
   character(slen) :: front_str =  ''
   integer :: left = -123
   character(slen) :: left_str =  ''
   integer :: right = -123
   character(slen) :: right_str =  ''
   integer :: back = -123
   character(slen) :: back_str =  ''
   integer :: ARC = -123
   real(pKind) :: order = -123
   integer :: highcomp = -123
   integer :: freewave = -123
   real(pKind) :: epsi = -123
   integer :: nc = -123
   integer :: tidetype = -123
   character(slen) :: tidetype_str =   ''
   character(slen) :: zs0file = 'abc'
   integer :: tideloc = -123
   integer :: paulrevere = -123
   character(slen) :: paulrevere_str =  ''
   integer :: ndischarge = -123
   integer :: ntdischarge = -123
   character(slen) :: disch_loc_file = 'abc'
   character(slen) :: disch_timeseries_file = 'abc'
   integer :: break = -123
   character(slen) :: break_str =  ''
   real(pKind) :: gamma = -123
   real(pKind) :: gamma2 = -123
   real(pKind) :: alpha = -123
   real(pKind) :: n = -123
   real(pKind) :: gammax = -123
   integer :: rollergammax = -123
   real(pKind) :: delta = -123
   real(pKind) :: deltahmin = -123
   real(pKind) :: wavfriccoef = -123
   character(slen) :: wavfricfile = 'abc'
   real(pKind) :: fwcutoff = -123
   real(pKind) :: breakerdelay = -123
   integer :: shoaldelay = -123
   real(pKind) :: facsd = -123
   real(pKind) :: facrun = -123
   integer :: roller = -123
   real(pKind) :: beta = -123
   integer :: rfb = -123
   integer :: wci = -123
   real(pKind) :: hwci = -123
   real(pKind) :: hwcimax = -123
   real(pKind) :: cats = -123
   integer :: bedfriction = -123
   character(slen) :: bedfriction_str =  ''
   real(pKind) :: bedfriccoef = -123
   character(slen) :: bedfricfile = 'abc'
   integer :: dynamrough = -123
   real(pKind) :: dstem = -123
   real(pKind) :: droot = -123
   real(pKind) :: maxcf = -123
   real(pKind) :: nuh = -123
   real(pKind) :: nuhfac = -123
   real(pKind) :: nuhv = -123
   integer :: smag = -123
   integer*4 :: friction_infiltration = -123
   integer*4 :: friction_turbulence = -123
   integer*4 :: friction_acceleration = -123
   character(slen) :: friction_acceleration_str =  ''
   real(pKind) :: gamma_turb = -123
   real(pKind) :: wearth = -123
   real(pKind) :: lat = -123
   real(pKind) :: rhoa = -123
   real(pKind) :: Cd = -123
   real(pKind) :: windv = -123
   real(pKind) :: windth = -123
   character(slen) :: windfile = 'abc'
   real(pKind) :: rainfallrate = -123
   character(slen) :: rainfallratefile = 'abc'
   integer :: nrainfallrate = -123
   real(pKind) :: kx = -123
   real(pKind) :: ky = -123
   real(pKind) :: kz = -123
   real(pKind) :: dwetlayer = -123
   real(pKind) :: aquiferbot = -123
   character(slen) :: aquiferbotfile = 'abc'
   real(pKind) :: gw0 = -123
   character(slen) :: gw0file = 'abc'
   integer :: gwnonh = -123
   integer :: gwfastsolve = -123
   integer :: gwscheme = -123
   character(slen) :: gwscheme_str =  ''
   real(pKind) :: gwReturb = -123
   integer :: gwheadmodel = -123
   character(slen) :: gwheadmodel_str =  ''
   integer :: gwhorinfil = -123
   real(pKind) :: vonkar = -123
   real(pKind) :: vicmol = -123
   integer :: kmax = -123
   real(pKind) :: sigfac = -123
   real(pKind) :: deltar = -123
   real(pKind) :: rwave = -123
   integer :: solver = -123
   character(slen) :: solver_str =  ''
   integer :: solver_maxit = -123
   real(pKind) :: solver_acc = -123
   real(pKind) :: solver_urelax = -123
   real(pKind) :: kdmin = -123
   real(pKind) :: dispc = -123
   real(pKind) :: Topt = -123
   integer :: nhbreaker = -123
   real(pKind) :: breakviscfac = -123
   real(pKind) :: maxbrsteep = -123
   real(pKind) :: secbrsteep = -123
   real(pKind) :: reformsteep = -123
   real(pKind) :: breakvisclen = -123
   integer :: nonhq3d = -123
   real(pKind) :: nhlay = -123
   real(pKind) :: rhos = -123
   integer :: ngd = -123
   integer :: nd = -123
   real(pKind) :: dzg1 = -123
   real(pKind) :: dzg2 = -123
   real(pKind) :: dzg3 = -123
   real(pKind) :: por = -123
   real(pKind) :: D15(99) = -123
   real(pKind) :: D50(99) = -123
   real(pKind) :: D90(99) = -123
   real(pKind) :: ws = 0.02d0
   real(pKind) :: sedcal(99) = -123
   real(pKind) :: ucrcal(99) = -123
   integer :: waveform = -123
   character(slen) :: waveform_str =  ''
   integer :: form = -123
   character(slen) :: form_str =  ''
   integer :: sws = -123
   integer :: lws = -123
   real(pKind) :: BRfac = -123
   real(pKind) :: facsl = -123
   real(pKind) :: z0 = -123
   real(pKind) :: smax = -123
   real(pKind) :: tsfac = -123
   real(pKind) :: facua = -123
   real(pKind) :: facSk = -123
   real(pKind) :: facAs = -123
   integer :: turbadv = -123
   character(slen) :: turbadv_str =  ''
   integer :: turb = -123
   character(slen) :: turb_str =  ''
   real(pKind) :: Tbfac = -123
   real(pKind) :: Tsmin = -123
   integer :: lwt = -123
   real(pKind) :: betad = -123
   character(slen) :: swtable = 'abc'
   integer :: sus = -123
   integer :: bed = -123
   integer :: bulk = -123
   real(pKind) :: facDc = -123
   real(pKind) :: jetfac = -123
   integer :: fallvelred = -123
   integer :: dilatancy = -123
   real(pKind) :: rheeA = -123
   real(pKind) :: pormax = -123
   real(pKind) :: reposeangle = -123
   integer :: bdslpeffmag = -123
   integer :: bdslpeffini = -123
   integer :: bdslpeffdir = -123
   real(pKind) :: bdslpeffdirfac = -123
   real(pKind) :: ci = -123
   real(pKind) :: phit = -123
   integer*4 :: incldzdx = -123
   integer*4 :: inclrelweight = -123
   integer*4 :: streaming = -123
   real(pKind) :: uprushfac = -123
   real(pKind) :: backwashfac = -123
   real(pKind) :: yturb = -123
   real(pKind) :: facthr = -123
   integer :: sedfricfac = -123
   character(slen) :: sedfricfac_str =  ''
   real(pKind) :: Arms = -123
   real(pKind) :: Ctrans = -123
   integer*4 :: slopecorr = -123
   character(slen) :: slopecorr_str =  ''
   real(pKind) :: fsed = -123
   integer*4 :: phaselag = -123
   real(pKind) :: thetcr = -123
   integer*4 :: bermslopetransport = -123
   integer*4 :: bermslopebed = -123
   integer*4 :: bermslopesus = -123
   real(pKind) :: bermslope = -123
   real(pKind) :: bermslopefac = -123
   real(pKind) :: bermslopegamma = -123
   real(pKind) :: bermslopedepth = -123
   real(pKind) :: alfaD50 = -123
   real(pKind) :: morfac = -123
   integer :: morfacopt = -123
   real(pKind) :: morstart = -123
   real(pKind) :: morstop = -123
   real(pKind) :: wetslp = -123
   real(pKind) :: dryslp = -123
   real(pKind) :: lsgrad = -123
   real(pKind) :: hswitch = -123
   real(pKind) :: dzmax = -123
   integer :: fixedavaltime = -123
   real(pKind) :: avaltime = -123
   real(pKind) :: nTrepavaltime = -123
   integer :: struct = -123
   character(slen) :: ne_layer = 'abc'
   integer :: timings = -123
   real(pKind) :: tstart = -123
   real(pKind) :: tint = -123
   real(pKind) :: tintg = -123
   real(pKind) :: tintp = -123
   real(pKind) :: tintc = -123
   real(pKind) :: tintm = -123
   real(pKind) :: tinth = -123
   character(slen) :: tsglobal = 'abc'
   character(slen) :: tspoints = 'abc'
   character(slen) :: tsmean = 'abc'
   character(slen) :: tshotstart = 'abc'
   integer :: writehotstart = -123
   integer :: nglobalvar = -123
   character(maxnamelen) :: globalvars(numvars) = 'abc'
   integer :: nmeanvar = -123
   character(maxnamelen) :: meanvars(numvars) = 'abc'
   integer :: npointvar = -123
   character(maxnamelen) :: pointvars(numvars) = 'abc'
   integer :: npoints = -123
   integer :: nrugauge = -123
   integer, pointer :: pointtypes(:) 
   real(pKind), pointer :: xpointsw(:) 
   real(pKind), pointer :: ypointsw(:) 
   integer :: nrugdepth = -123
   real(pKind) :: rugdepth(9999) = -123
   integer :: outputformat = OUTPUTFORMAT_DEBUG
   character(slen) :: outputformat_str = 'debug'
   character(slen) :: ncfilename = 'xboutput.nc'
   integer :: outputprecision = -123
   character(slen) :: outputprecision_str =  ''
   character(64) :: stationid(9999) = 'abc'
   character(slen) :: projection = ''
   integer :: rotate = -123
   integer :: remdryoutput = -123
   integer :: ndrifter = -123
   character(slen) :: drifterfile = 'abc'
   character(slen) :: shipfile = 'abc'
   integer :: nship = -123
   character(slen) :: veggiefile = 'abc'
   character(slen) :: veggiemapfile = 'abc'
   integer :: nveg = -123
   integer :: vegnonlin = -123
   integer :: vegcanflo = -123
   integer :: veguntow = -123
   integer :: porcanflow = -123
   real(pKind) :: Kp = -123
   real(pKind) :: Cm = -123
   integer :: scheme = -123
   character(slen) :: scheme_str =  ''
   real(pKind) :: wavint = -123
   real(pKind) :: maxerror = -123
   real(pKind) :: maxerror_angle = -123
   integer :: maxiter = -123
   real(pKind) :: swkhmin = -123
   integer :: oldhmin = -123
   real(pKind) :: eps = -123
   real(pKind) :: eps_sd = -123
   real(pKind) :: umin = -123
   real(pKind) :: hmin = -123
   integer :: secorder = -123
   integer :: oldhu = -123
   real(pKind) :: thetanum = -123
   integer :: sourcesink = -123
   real(pKind) :: cmax = -123
   integer :: oldTsmin = -123
   real(pKind) :: dtlimTs = -123
   real(pKind) :: frac_dz = -123
   integer :: nd_var = -123
   real(pKind) :: split = -123
   real(pKind) :: merge = -123
   integer :: nsetbathy = -123
   character(slen) :: setbathyfile = 'abc'
   integer :: mpiboundary = -123
   character(slen) :: mpiboundary_str =  ''
   integer :: mmpi = -123
   integer :: nmpi = -123
   real(pKind) :: px = 4.d0*atan(1.d0)
   real(pKind) :: rhog8 = -123
   real(pKind) :: irhog8 = -123
   real(tKind) :: dt = -123
   real(tKind) :: t = -123
   real(pKind) :: tnext = -123

! vim: filetype=fortran