dunepar::scan: Reading parameter file `default.par'...
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dunepar: Read parameter Nt0 = 0
dunepar: Using default parameter time0 = 0
dunepar: Read parameter dx = 10
dunepar: Read parameter NX = 251
dunepar: Read parameter NY = 301
dunepar: Read parameter hlr.z0 = 0.001
dunepar: Read parameter aval.angle_repose_stat = 34
dunepar: Read parameter aval.angle_repose_dyn = 33
dunepar: Read parameter calc.x_periodic = 0
dunepar: Read parameter calc.y_periodic = 0
dunepar: Using default parameter msg = 0
dunepar: Using default parameter timing = 0
dunepar: Read parameter fluid_density = 1.225
dunepar: Read parameter grain_density = 2650
dunepar: Read parameter packing = 0.6226
dunepar: Read parameter salt.d = 0.00025
dunepar: Read parameter fluid_viscosity = 1.8e-05
dunepar: Read parameter salt.g = 9.81
dunepar: Read parameter Bagnold-shields_parameter = 0.11
duneglobals constructor: u*ft = 0.25331m/s has been calculated from Bagnold-Shields Parameter
duneglobals constructor: u*t = 0.202648m/s (= ratio_u*t/u*ft multiplied by u*ft)
dunepar: Read parameter salt.Z/zm = 0
dunepar: Read parameter salt.D = 0
dunepar: Read parameter beta = 0.00057
dunepar: Read parameter gamma = 0.2
duneglobals constructor: z0 = 1.25e-05
duneglobals constructor: zm = 0.0151636
duneglobals constructor: z1 = 0.00383393
duneglobals constructor: alpha = 0.410805
duneglobals constructor: Cd = 2.70296
duneglobals constructor: M = 1
dunepar: Using default parameter check.error = 0
dunepar: Read parameter high.precision = 1
dunepar: Read parameter save.dir = data
created par at 0x2b809a58d390
dunepar: Read parameter save.x-line = 1
dunepar: Read parameter save.x-line = 1
dunepar: Read parameter sepbubble = parabolic
dunepar: Read parameter sepbub.parabolic = 0
dunepar: Read parameter sepbub.smooth = 4
dunepar: Read parameter bubble.length = 0
dunepar: Read parameter sepbub.slope = 0.2
dunepar: Read parameter calc.vegetation = 1
dunepar: Read parameter calc.x_periodic = 0
dunepar: Read parameter calc.y_periodic = 0
dunepar: Read parameter sep.angle = 20
dunepar: Read parameter sepbub.tau = 0.05
dunepar: Read parameter hlr.tau_y = 1
dunepar: Read parameter calc.vegetation = 1
dunepar: Read parameter vegetation.concent = 0.5
dunepar: Read parameter vegetation.sigma = 1.5
dunepar: Read parameter vegetation.sigma = 1.5
dunepar: Read parameter vegetation.m = 0.16
dunepar: Read parameter vegetation.beta = 200
dunepar: Read parameter vegetation.sigma = 1.5
dunepar: Read parameter hlr.cut_k = 2
dunepar: Read parameter wind = field_new
dunepar: Read parameter influx = const
dunepar: Read parameter q_in = 0
dunepar: Using default parameter y_range = 1e+07
dunepar: Read parameter save.x-line = 1
dunepar: Read parameter salt.d = 0.00025
dunepar: Read parameter fluid_viscosity = 1.8e-05
dunepar: Read parameter salt.g = 9.81
dunepar: Read parameter Bagnold-shields_parameter = 0.11
flux3d_stationary constructor: u*ft = 0.25331m/s has been calculated from Bagnold-Shields Parameter
flux3d_stationary constructor: u*t = 0.202648m/s (= ratio_u*t/u*ft multiplied by u*ft)
dunepar: Read parameter salt.Z/zm = 0
dunepar: Read parameter salt.D = 0
dunepar: Read parameter beta = 0.00057
dunepar: Read parameter gamma = 0.2
flux3d_stationary constructor: z0 = 1.25e-05
flux3d_stationary constructor: zm = 0.0151636
flux3d_stationary constructor: z1 = 0.00383393
flux3d_stationary constructor: alpha = 0.410805
flux3d_stationary constructor: Cd = 2.70296
flux3d_stationary constructor: Z/zm = 0.000824342
flux3d_stationary constructor: M = 1
dunepar: Read parameter save.x-line = 1
dunepar: Read parameter salt.d = 0.00025
dunepar: Read parameter fluid_viscosity = 1.8e-05
dunepar: Read parameter salt.g = 9.81
dunepar: Read parameter Bagnold-shields_parameter = 0.11
flux3d_stationary_low constructor: u*ft = 0.227979m/s has been calculated from Bagnold-Shields Parameter
flux3d_stationary_low constructor: u*t = 0.182383m/s (= ratio_u*t/u*ft multiplied by u*ft)
dunepar: Read parameter salt.Z/zm = 0
dunepar: Read parameter salt.D = 0
dunepar: Read parameter beta = 0.00057
dunepar: Read parameter gamma = 0.2
flux3d_stationary_low constructor: z0 = 1.25e-05
flux3d_stationary_low constructor: zm = 0.0136472
flux3d_stationary_low constructor: z1 = 0.00411291
flux3d_stationary_low constructor: alpha = 0.38294
flux3d_stationary_low constructor: Cd = 2.64124
flux3d_stationary_low constructor: Z/zm = 0.000915936
flux3d_stationary_low constructor: M = 1
dunepar: Read parameter save.x-line = 1
dunepar: Read parameter salt.d = 0.00025
dunepar: Read parameter fluid_viscosity = 1.8e-05
dunepar: Read parameter salt.g = 9.81
dunepar: Read parameter Bagnold-shields_parameter = 0.11
flux3d_stationary_high constructor: u*ft = 0.278641m/s has been calculated from Bagnold-Shields Parameter
flux3d_stationary_high constructor: u*t = 0.222912m/s (= ratio_u*t/u*ft multiplied by u*ft)
dunepar: Read parameter salt.Z/zm = 0
dunepar: Read parameter salt.D = 0
dunepar: Read parameter beta = 0.00057
dunepar: Read parameter gamma = 0.2
flux3d_stationary_high constructor: z0 = 1.25e-05
flux3d_stationary_high constructor: zm = 0.01668
flux3d_stationary_high constructor: z1 = 0.0035979
flux3d_stationary_high constructor: alpha = 0.437755
flux3d_stationary_high constructor: Cd = 2.76135
flux3d_stationary_high constructor: Z/zm = 0.000749402
flux3d_stationary_high constructor: M = 1
dunepar: Read parameter avalanche = flow
dunepar: Read parameter aval.new.maxiter = 20
dunepar: Read parameter calc.x_periodic = 0
dunepar: Read parameter calc.y_periodic = 0
dunepar: Read parameter aval.new.relax = 0.9
dunepar: Read parameter sep.angle = 20
dunepar: Read parameter save.dir = data
dunepar: Read parameter calc.x_periodic = 0
dunepar: Read parameter calc.y_periodic = 0
dunepar: Using default parameter salt.dt_h_max = 0
dunepar: Using default parameter salt.dh_max = 0.5
dunepar: Read parameter update.xmin = 0
dunepar: Using default parameter update.fix_every = 0
dunepar: Read parameter calc.shift_back = 0
dunepar: Using default parameter shift_back.cm0 = 0
dunepar: Using default parameter shift_back.cmT = 0
dunepar: Read parameter calc.volume.correction = 1
dunepar: Read parameter calc.analyze = 1
dunepar: Read parameter calc.vegetation = 1
dunepar: Read parameter vegetation.init.value = 0
dunepar: Read parameter update.xmin_veget = 0
dunepar: Read parameter vegetation.Max.height = 1
dunepar: Read parameter vegetation.erosion = 1
dunepar: Read parameter vegetation.deposition = 1
dunepar: Read parameter vegetation.omega = 0
dunepar: Read parameter vegetation.t = 2.1024e+07
dunepar: Read parameter vegetation.erosion.limit = 1
dunepar: Read parameter vegetation.grow.eros = 1
dunepar: Read parameter vegetation.root = 0
dunepar: Read parameter vegetation.sigma = 1.5
dunepar: Read parameter vegetation.sigma = 1.5
dunepar: Using default parameter couple.tide = 0
!!!!! fftxsize=1024
dunepar: Read parameter Init-Surf = init_h
dunepar: Read parameter init_h.file = h_97_stitch_eff.dat
dunepar: Read parameter init_h.x-line = 1
dunepar: Using default parameter init_h.zscale = 1
dunepar: Read parameter init_h.plain.height = 0
dunepar: Read parameter nonerod.Init-Surf = plain
dunepar: Read parameter nonerod.plain.Height = -5
dunepar: Using default parameter veget.Init = 0
dunepar: Read parameter veget.Init-Surf = init_h
dunepar: Read parameter veget.init_h.file = h_veg_msri08tlw.dat
dunepar: Read parameter veget.init_h.x-line = 1
dunepar: Using default parameter veget.init_h.zscale = 1
dunepar: Using default parameter veget.init_h.plain.height = 0
dunepar: Read parameter veget.Pos.Init-Surf = init_h
dunepar: Read parameter veget.Pos.init_h.file = pos_veg_msri08tlw.dat
dunepar: Read parameter veget.Pos.init_h.x-line = 1
dunepar: Using default parameter veget.Pos.init_h.zscale = 1
dunepar: Using default parameter veget.Pos.init_h.plain.height = 0
!!!Flux0 = 0
!!!ls = 0
Setting dune_evol_3d at 0x2b809a58d3a8 using par 0x2b809a58d390
dunepar: Read parameter xori = -1000
dunepar: Read parameter yori = -2500
dunepar: Read parameter dx = 10
dunepar: Read parameter wind = field_new
 [config] timestep [minutes]:           1
 Start time set
 [config] stop time [minutes]:          10
 XDune-XBeach coupler module: Registered Initialize, Run, and Finalize routines