********************************************************** Welcome to XBeach revision 1360M date Thu Sep 16 17:03:06 EDT 2010 URL: URL: https://repos.deltares.nl/repos/XBeach/trunk ********************************************************** Simulation started: YYYYMMDD hh:mm:ss time zone (UTC) 20101203 10:26:34 -0500 General Input Module MPI version, running on 8processes Reading input parameters: -------------------------------- Physical processes: swave = 1 (no record found, default value used) lwave = 1 (no record found, default value used) flow = 1 (no record found, default value used) sedtrans = 1 (no record found, default value used) morphology = 1 (no record found, default value used) nonh = 0 (no record found, default value used) gwflow = 0 (no record found, default value used) q3d = 0 (no record found, default value used) -------------------------------- Grid parameters: xori = 0.0000 yori = 0.0000 alfa = 0.0000 nx = 619 ny = 2 posdwn = -1.0000 depfile = z_run_00.dep vardx = 1 xfile = x.grd yfile = y.grd thetamin = -180.0000 thetamax = 180.0000 dtheta = 360.0000 Warning: value > recommended value of 20.00 00 thetanaut = 0 (no record found, default value used) -------------------------------- Model time parameters: CFL = 0.7000 tstop = 172800.0000 -------------------------------- Physical constants: rho = 1025.0000 g = 9.8100 -------------------------------- Initial conditions: zsinitfile = None specified -------------------------------- Wave boundary condition parameters: instat = jons bcfile = jonswaplist_storm_01.txt taper = 100.0000 (no record found, default value used) leftwave = neumann (no record found, default value used) rightwave = neumann (no record found, default value used) -------------------------------- Wave-spectrum boundary condition parameters: random = 1 fcutoff = 0.0000 (no record found, default value used) nspr = 0 (no record found, default value used) trepfac = 0.0100 (no record found, default value used) sprdthr = 0.0800 (no record found, default value used) oldwbc = 0 (no record found, default value used) correctHm0 = 1 (no record found, default value used) oldnyq = 0 (no record found, default value used) Tm01switch = 0 (no record found, default value used) -------------------------------- Flow boundary condition parameters: front = abs_2d (no record found, default value used) left = wall right = wall back = abs_2d ARC = 1 order = 2.0000 (no record found, default value used) carspan = 0 (no record found, default value used) epsi = 0.0100 -------------------------------- Tide boundary conditions: tideloc = 2 paulrevere = 0 zs0file = Scaled_Surge_Storm_01.dat -------------------------------- Discharge boundary conditions: disch_loc_file = None specified disch_timeseries_file = None specified -------------------------------- Wave breaking parameters: break = roelvink2 gamma = 0.5500 alpha = 1.0000 n = 10.0000 gammax = 5.0000 delta = 0.0000 fw = 0.0000 (no record found, default value used) breakerdelay = 1 (no record found, default value used) -------------------------------- Roller parameters: roller = 1 beta = 0.1000 rfb = 0 (no record found, default value used) -------------------------------- Wave-current interaction parameters: wci = 0 hwci = 0.1000 (no record found, default value used) cats = 20.0000 (no record found, default value used) -------------------------------- Flow parameters: bedfriction = chezy (no record found, default value used) cf = 0.0030 (no record found, default value used) C = 55.0000 nuh = 0.1500 nuhfac = 1.0000 nuhv = 1.0000 (no record found, default value used) smag = 1 (no record found, default value used) -------------------------------- Coriolis force parameters: wearth = 0.0417 (no record found, default value used) lat = 0.0000 (no record found, default value used) -------------------------------- Wind parameters: rhoa = 1.2500 (no record found, default value used) Cd = 0.0020 (no record found, default value used) windfile = None specified windv = 0.0000 (no record found, default value used) windth = 270.0000 (no record found, default value used) -------------------------------- Bed composition parameters: ngd = 2 nd = 20 rhos = 2650.0000 dzg = 0.1000 (no record found, default value used) dzg1 = 0.1000 (no record found, default value used) dzg2 = 0.1000 (no record found, default value used) dzg3 = 0.1000 (no record found, default value used) por = 0.4000 D50 = None specified Setting D50 to default value 0.0002 D90 = None specified Setting D90 to default value 0.0003 sedcal = None specified Setting sedcal to default value 1.0 ucrcal = None specified Setting ucrcal to default value 1.0 -------------------------------- Sediment transport parameters: form = soulsby_vanrijn (no record found, default value used ) waveform = ruessink_vanrijn (no record found, default value use d) sws = 1 (no record found, default value used) lws = 1 (no record found, default value used) BRfac = 1.0000 (no record found, default value used) facsl = 0.0000 (no record found, default value used) z0 = 0.0060 (no record found, default value used) smax = -1.0000 (no record found, default value used) tsfac = 0.1000 (no record found, default value used) facua = 0.0000 (no record found, default value used) turb = none (no record found, default value used) Tbfac = 1.0000 (no record found, default value used) Tsmin = 0.2000 (no record found, default value used) lwt = 0 (no record found, default value used) betad = 1.0000 (no record found, default value used) sus = 1 (no record found, default value used) bed = 1 (no record found, default value used) bulk = 1 (no record found, default value used) -------------------------------- Morphology parameters: morfac = 10.0000 morfacopt = 1 (no record found, default value used) morstart = 5000.0000 wetslp = 0.3000 dryslp = 1.0000 hswitch = 0.1000 dzmax = 0.0500 (no record found, default value used) struct = 0 -------------------------------- Output variables: timings = 1 (no record found, default value used) tunits = None specified tstart = 0.0000 tint = 1.0000 (no record found, default value used) tsglobal = None specified tintg = 2000.0000 tspoints = None specified tintp = 1.0000 (no record found, default value used) tscross = None specified tintc = 1.0000 (no record found, default value used) tsmean = None specified tintm = 172800.0000 (no record found, default value used) nglobalvar = 6 Will generate global output for variable "H" Will generate global output for variable "ue" Will generate global output for variable "ve" Will generate global output for variable "zb" Will generate global output for variable "zs" Will generate global output for variable "pbbed" npoints = 0 (no record found, default value used) nrugauge = 0 (no record found, default value used) nmeanvar = 0 (no record found, default value used) ncross = 0 (no record found, default value used) outputformat = fortran (no record found, default value used) -------------------------------- Drifters parameters: ndrifter = 0 (no record found, default value used) -------------------------------- Wave numerics parameters: scheme = lax_wendroff -------------------------------- Flow numerics parameters: eps = 0.0100 umin = 0.0000 hmin = 0.2000 secorder = 0 (no record found, default value used) oldhu = 0 (no record found, default value used) -------------------------------- Sediment transport numerics parameters: thetanum = 1.0000 (no record found, default value used) sourcesink = 0 (no record found, default value used) -------------------------------- Bed update numerics parameters: frac_dz = 0.7000 (no record found, default value used) nd_var = 2 (no record found, default value used) split = 1.0100 (no record found, default value used) merge = 0.0100 (no record found, default value used) -------------------------------- MPI parameters: mpiboundary = None specified -------------------------------- Finished reading input parameters -------------------------------- Stepping into the time loop .... ------------------------------------ Building Grid and Bathymetry and.... Distributing wave energy across the directional space .... ------------------------------------ nx = 619 ny = 2 dx = 0.0000 (no record found, default value used) dy = 0.0000 (no record found, default value used) xori = 0.0000 yori = 0.0000 alfa = 0.0000 posdwn = -1.0000 vardx = 1 processor grid: 8 X 1 readtide: reading tide time series from Scaled_Surge_Storm_01.dat ... rhoa = 1.2500 (no record found, default value used) Cd = 0.0020 (no record found, default value used) windv = 0.0000 (no record found, default value used) windth = 270.0000 (no record found, default value used) Initializing ..... Fortran outputformat ncross = 0 (no record found, default value used) Distribution of matrix on processors proc is lm js ln 018013 1798013 21577913 32347913 43117913 53887913 64657913 75427913 proc left right top bot 0 T T T F 1 T T F F 2 T T F F 3 T T F F 4 T T F F 5 T T F F 6 T T F F 7 T T F T Simulation 0.0 percent complete Time remaining 104431 hours and 7 minutes Setting up boundary conditions waveparams: Reading from Storm_01_jonswap01.inp ... Hm0 = 3.3595 fp = 0.0927 fnyq = 0.3000 (no record found, default value used) dfj = 0.0015 (no record found, default value used) gammajsp = 3.3000 (no record found, default value used) s = 256.0000 mainang = 110.0000 Hm0 = 3.35947400000000 Tp = 10.7920268505628 dir = 110.000000 000000 duration = 180.000000000000 Trep = 9.87267581600655 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_01_jonswap01.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_01_jonswap01.inp ... file done Boundary conditions complete, starting computation disch_loc_file = None specified Simulation 0.3 percent complete Time remaining 27 minutes Simulation 0.6 percent complete Time remaining 27 minutes Simulation 0.9 percent complete Time remaining 27 minutes waveparams: Reading from Storm_01_jonswap02.inp ... Hm0 = 3.4456 fp = 0.0916 fnyq = 0.3000 (no record found, default value used) dfj = 0.0015 (no record found, default value used) gammajsp = 3.3000 (no record found, default value used) s = 256.0000 mainang = 110.0000 Hm0 = 3.44561400000000 Tp = 10.9190570302349 dir = 110.000000 000000 duration = 180.000000000000 Trep = 9.98469478053706 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_01_jonswap02.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_01_jonswap02.inp ... file done Simulation 1.2 percent complete Time remaining 27 minutes Simulation 1.5 percent complete Time remaining 26 minutes Simulation 1.8 percent complete Time remaining 27 minutes waveparams: Reading from Storm_01_jonswap03.inp ... Hm0 = 3.5318 fp = 0.0894 fnyq = 0.3000 (no record found, default value used) dfj = 0.0015 (no record found, default value used) gammajsp = 3.3000 (no record found, default value used) s = 256.0000 mainang = 110.0000 Hm0 = 3.53175400000000 Tp = 11.1821800778280 dir = 110.000000 000000 duration = 180.000000000000 Trep = 10.2266235879949 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_01_jonswap03.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_01_jonswap03.inp ... file done Simulation 2.1 percent complete Time remaining 26 minutes Simulation 2.4 percent complete Time remaining 26 minutes Simulation 2.7 percent complete Time remaining 26 minutes Simulation 3.0 percent complete Time remaining 27 minutes waveparams: Reading from Storm_01_jonswap04.inp ... Hm0 = 3.5318 fp = 0.0884 fnyq = 0.3000 (no record found, default value used) dfj = 0.0015 (no record found, default value used) gammajsp = 3.3000 (no record found, default value used) s = 256.0000 mainang = 110.0000 Hm0 = 3.53175400000000 Tp = 11.3184910187774 dir = 110.000000 000000 duration = 180.000000000000 Trep = 10.3539762997510 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_01_jonswap04.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_01_jonswap04.inp ... file done Simulation 3.3 percent complete Time remaining 27 minutes Simulation 3.6 percent complete Time remaining 28 minutes Simulation 3.9 percent complete Time remaining 27 minutes waveparams: Reading from Storm_01_jonswap05.inp ... Hm0 = 3.5318 fp = 0.0873 fnyq = 0.3000 (no record found, default value used) dfj = 0.0015 (no record found, default value used) gammajsp = 3.3000 (no record found, default value used) s = 256.0000 mainang = 110.0000 Hm0 = 3.53175400000000 Tp = 11.4582975261536 dir = 110.000000 000000 duration = 180.000000000000 Trep = 10.4806028354363 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_01_jonswap05.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_01_jonswap05.inp ... file done Simulation 4.2 percent complete Time remaining 27 minutes Simulation 4.5 percent complete Time remaining 27 minutes Simulation 4.8 percent complete Time remaining 27 minutes Simulation 5.0 percent complete Time remaining 27 minutes waveparams: Reading from Storm_01_jonswap06.inp ... Hm0 = 3.5318 fp = 0.0873 fnyq = 0.3000 (no record found, default value used) dfj = 0.0015 (no record found, default value used) gammajsp = 3.3000 (no record found, default value used) s = 256.0000 mainang = 110.0000 Hm0 = 3.53175400000000 Tp = 11.4582975261536 dir = 110.000000 000000 duration = 180.000000000000 Trep = 10.4806028354363 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_01_jonswap06.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_01_jonswap06.inp ... file done Simulation 5.3 percent complete Time remaining 27 minutes Simulation 5.6 percent complete Time remaining 27 minutes Simulation 5.9 percent complete Time remaining 27 minutes Simulation 6.2 percent complete Time remaining 26 minutes waveparams: Reading from Storm_01_jonswap07.inp ... Hm0 = 3.4456 fp = 0.0862 fnyq = 0.3000 (no record found, default value used) dfj = 0.0015 (no record found, default value used) gammajsp = 3.3000 (no record found, default value used) s = 256.0000 mainang = 110.0000 Hm0 = 3.44561400000000 Tp = 11.6014664253562 dir = 110.000000 000000 duration = 180.000000000000 Trep = 10.6110202336428 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_01_jonswap07.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_01_jonswap07.inp ... file done Simulation 6.5 percent complete Time remaining 27 minutes Simulation 6.8 percent complete Time remaining 26 minutes Simulation 7.1 percent complete Time remaining 27 minutes waveparams: Reading from Storm_01_jonswap08.inp ... Hm0 = 3.4456 fp = 0.0851 fnyq = 0.3000 (no record found, default value used) dfj = 0.0015 (no record found, default value used) gammajsp = 3.3000 (no record found, default value used) s = 256.0000 mainang = 110.0000 Hm0 = 3.44561400000000 Tp = 11.7483963438991 dir = 110.000000 000000 duration = 180.000000000000 Trep = 10.7440581182340 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_01_jonswap08.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_01_jonswap08.inp ... file done Simulation 7.3 percent complete Time remaining 26 minutes Simulation 7.6 percent complete Time remaining 26 minutes Simulation 7.9 percent complete Time remaining 26 minutes Simulation 8.2 percent complete Time remaining 26 minutes waveparams: Reading from Storm_01_jonswap09.inp ... Hm0 = 3.4456 fp = 0.0851 fnyq = 0.3000 (no record found, default value used) dfj = 0.0015 (no record found, default value used) gammajsp = 3.3000 (no record found, default value used) s = 256.0000 mainang = 110.0000 Hm0 = 3.44561400000000 Tp = 11.7483963438991 dir = 110.000000 000000 duration = 180.000000000000 Trep = 10.7440581182340 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_01_jonswap09.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_01_jonswap09.inp ... file done Simulation 8.5 percent complete Time remaining 26 minutes Simulation 8.8 percent complete Time remaining 25 minutes Simulation 9.1 percent complete Time remaining 26 minutes waveparams: Reading from Storm_01_jonswap10.inp ... Hm0 = 3.4456 fp = 0.0840 fnyq = 0.3000 (no record found, default value used) dfj = 0.0015 (no record found, default value used) gammajsp = 3.3000 (no record found, default value used) s = 256.0000 mainang = 111.0000 Hm0 = 3.44561400000000 Tp = 11.8989540819362 dir = 111.000000 000000 duration = 180.000000000000 Trep = 10.8845967305004 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_01_jonswap10.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_01_jonswap10.inp ... file done Simulation 9.4 percent complete Time remaining 26 minutes Simulation 9.7 percent complete Time remaining 25 minutes Simulation 10.0 percent complete Time remaining 25 minutes Simulation 10.3 percent complete Time remaining 25 minutes waveparams: Reading from Storm_01_jonswap11.inp ... Hm0 = 3.4456 fp = 0.0840 fnyq = 0.3000 (no record found, default value used) dfj = 0.0015 (no record found, default value used) gammajsp = 3.3000 (no record found, default value used) s = 256.0000 mainang = 111.0000 Hm0 = 3.44561400000000 Tp = 11.8989540819362 dir = 111.000000 000000 duration = 180.000000000000 Trep = 10.8845967305004 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_01_jonswap11.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_01_jonswap11.inp ... file done Simulation 10.5 percent complete Time remaining 25 minutes Simulation 10.8 percent complete Time remaining 25 minutes Simulation 11.1 percent complete Time remaining 25 minutes Simulation 11.4 percent complete Time remaining 25 minutes waveparams: Reading from Storm_01_jonswap12.inp ... Hm0 = 3.4456 fp = 0.0840 fnyq = 0.3000 (no record found, default value used) dfj = 0.0015 (no record found, default value used) gammajsp = 3.3000 (no record found, default value used) s = 256.0000 mainang = 111.0000 Hm0 = 3.44561400000000 Tp = 11.8989540819362 dir = 111.000000 000000 duration = 180.000000000000 Trep = 10.8845967305004 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_01_jonswap12.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_01_jonswap12.inp ... file done Simulation 11.7 percent complete Time remaining 25 minutes Simulation 12.0 percent complete Time remaining 25 minutes Simulation 12.3 percent complete Time remaining 24 minutes waveparams: Reading from Storm_01_jonswap13.inp ... Hm0 = 3.4456 fp = 0.0830 fnyq = 0.3000 (no record found, default value used) dfj = 0.0015 (no record found, default value used) gammajsp = 3.3000 (no record found, default value used) s = 256.0000 mainang = 111.0000 Hm0 = 3.44561400000000 Tp = 12.0534207608119 dir = 111.000000 000000 duration = 180.000000000000 Trep = 11.0246020983555 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_01_jonswap13.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_01_jonswap13.inp ... file done Simulation 12.6 percent complete Time remaining 25 minutes Simulation 12.9 percent complete Time remaining 25 minutes Simulation 13.2 percent complete Time remaining 24 minutes Simulation 13.4 percent complete Time remaining 24 minutes waveparams: Reading from Storm_01_jonswap14.inp ... Hm0 = 3.4456 fp = 0.0819 fnyq = 0.3000 (no record found, default value used) dfj = 0.0015 (no record found, default value used) gammajsp = 3.3000 (no record found, default value used) s = 256.0000 mainang = 111.0000 Hm0 = 3.44561400000000 Tp = 12.2120997484307 dir = 111.000000 000000 duration = 180.000000000000 Trep = 11.1726529363380 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_01_jonswap14.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_01_jonswap14.inp ... file done Simulation 13.7 percent complete Time remaining 24 minutes Simulation 14.0 percent complete Time remaining 24 minutes Simulation 14.3 percent complete Time remaining 24 minutes waveparams: Reading from Storm_01_jonswap15.inp ... Hm0 = 3.4456 fp = 0.0819 fnyq = 0.3000 (no record found, default value used) dfj = 0.0015 (no record found, default value used) gammajsp = 3.3000 (no record found, default value used) s = 256.0000 mainang = 111.0000 Hm0 = 3.44561400000000 Tp = 12.2120997484307 dir = 111.000000 000000 duration = 180.000000000000 Trep = 11.1726529363380 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_01_jonswap15.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_01_jonswap15.inp ... file done Simulation 14.6 percent complete Time remaining 24 minutes Simulation 14.9 percent complete Time remaining 24 minutes Simulation 15.2 percent complete Time remaining 24 minutes Simulation 15.5 percent complete Time remaining 24 minutes waveparams: Reading from Storm_01_jonswap16.inp ... Hm0 = 3.4456 fp = 0.0819 fnyq = 0.3000 (no record found, default value used) dfj = 0.0015 (no record found, default value used) gammajsp = 3.3000 (no record found, default value used) s = 256.0000 mainang = 111.0000 Hm0 = 3.44561400000000 Tp = 12.2120997484307 dir = 111.000000 000000 duration = 180.000000000000 Trep = 11.1726529363380 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_01_jonswap16.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_01_jonswap16.inp ... file done Simulation 15.8 percent complete Time remaining 24 minutes Simulation 16.1 percent complete Time remaining 23 minutes Simulation 16.4 percent complete Time remaining 24 minutes Simulation 16.6 percent complete Time remaining 23 minutes waveparams: Reading from Storm_01_jonswap17.inp ... Hm0 = 3.4456 fp = 0.0819 fnyq = 0.3000 (no record found, default value used) dfj = 0.0015 (no record found, default value used) gammajsp = 3.3000 (no record found, default value used) s = 256.0000 mainang = 111.0000 Hm0 = 3.44561400000000 Tp = 12.2120997484307 dir = 111.000000 000000 duration = 180.000000000000 Trep = 11.1726529363380 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_01_jonswap17.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_01_jonswap17.inp ... file done Simulation 16.9 percent complete Time remaining 23 minutes Simulation 17.2 percent complete Time remaining 23 minutes Simulation 17.5 percent complete Time remaining 23 minutes waveparams: Reading from Storm_01_jonswap18.inp ... Hm0 = 3.4456 fp = 0.0808 fnyq = 0.3000 (no record found, default value used) dfj = 0.0015 (no record found, default value used) gammajsp = 3.3000 (no record found, default value used) s = 256.0000 mainang = 111.0000 Hm0 = 3.44561400000000 Tp = 12.3748592359762 dir = 111.000000 000000 duration = 180.000000000000 Trep = 11.3165000035662 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_01_jonswap18.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_01_jonswap18.inp ... file done Simulation 17.8 percent complete Time remaining 24 minutes Simulation 18.1 percent complete Time remaining 23 minutes Simulation 18.4 percent complete Time remaining 23 minutes Simulation 18.7 percent complete Time remaining 23 minutes waveparams: Reading from Storm_01_jonswap19.inp ... Hm0 = 3.4456 fp = 0.0808 fnyq = 0.3000 (no record found, default value used) dfj = 0.0015 (no record found, default value used) gammajsp = 3.3000 (no record found, default value used) s = 256.0000 mainang = 111.0000 Hm0 = 3.44561400000000 Tp = 12.3748592359762 dir = 111.000000 000000 duration = 180.000000000000 Trep = 11.3165000035662 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_01_jonswap19.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_01_jonswap19.inp ... file done Simulation 19.0 percent complete Time remaining 23 minutes Simulation 19.3 percent complete Time remaining 23 minutes Simulation 19.5 percent complete Time remaining 23 minutes waveparams: Reading from Storm_01_jonswap20.inp ... Hm0 = 3.4456 fp = 0.0808 fnyq = 0.3000 (no record found, default value used) dfj = 0.0015 (no record found, default value used) gammajsp = 3.3000 (no record found, default value used) s = 256.0000 mainang = 111.0000 Hm0 = 3.44561400000000 Tp = 12.3748592359762 dir = 111.000000 000000 duration = 180.000000000000 Trep = 11.3165000035662 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_01_jonswap20.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_01_jonswap20.inp ... file done Simulation 19.8 percent complete Time remaining 23 minutes Simulation 20.1 percent complete Time remaining 22 minutes Simulation 20.4 percent complete Time remaining 22 minutes Simulation 20.7 percent complete Time remaining 22 minutes waveparams: Reading from Storm_01_jonswap21.inp ... Hm0 = 3.4456 fp = 0.0797 fnyq = 0.3000 (no record found, default value used) dfj = 0.0015 (no record found, default value used) gammajsp = 3.3000 (no record found, default value used) s = 256.0000 mainang = 111.0000 Hm0 = 3.44561400000000 Tp = 12.5421730569038 dir = 111.000000 000000 duration = 180.000000000000 Trep = 11.4725105331443 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_01_jonswap21.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_01_jonswap21.inp ... file done Simulation 21.0 percent complete Time remaining 23 minutes Simulation 21.3 percent complete Time remaining 22 minutes Simulation 21.6 percent complete Time remaining 22 minutes Simulation 21.9 percent complete Time remaining 22 minutes waveparams: Reading from Storm_01_jonswap22.inp ... Hm0 = 3.4456 fp = 0.0797 fnyq = 0.3000 (no record found, default value used) dfj = 0.0015 (no record found, default value used) gammajsp = 3.3000 (no record found, default value used) s = 256.0000 mainang = 111.0000 Hm0 = 3.44561400000000 Tp = 12.5421730569038 dir = 111.000000 000000 duration = 180.000000000000 Trep = 11.4725105331443 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_01_jonswap22.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_01_jonswap22.inp ... file done Simulation 22.2 percent complete Time remaining 22 minutes Simulation 22.4 percent complete Time remaining 22 minutes Simulation 22.7 percent complete Time remaining 22 minutes waveparams: Reading from Storm_01_jonswap23.inp ... Hm0 = 3.4456 fp = 0.0797 fnyq = 0.3000 (no record found, default value used) dfj = 0.0015 (no record found, default value used) gammajsp = 3.3000 (no record found, default value used) s = 256.0000 mainang = 111.0000 Hm0 = 3.44561400000000 Tp = 12.5421730569038 dir = 111.000000 000000 duration = 180.000000000000 Trep = 11.4725105331443 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_01_jonswap23.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_01_jonswap23.inp ... file done Simulation 23.0 percent complete Time remaining 21 minutes Simulation 23.3 percent complete Time remaining 22 minutes Simulation 23.6 percent complete Time remaining 21 minutes Simulation 23.9 percent complete Time remaining 21 minutes waveparams: Reading from Storm_01_jonswap24.inp ... Hm0 = 3.5318 fp = 0.0797 fnyq = 0.3000 (no record found, default value used) dfj = 0.0015 (no record found, default value used) gammajsp = 3.3000 (no record found, default value used) s = 256.0000 mainang = 111.0000 Hm0 = 3.53175400000000 Tp = 12.5421730569038 dir = 111.000000 000000 duration = 180.000000000000 Trep = 11.4725105331443 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_01_jonswap24.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_01_jonswap24.inp ... file done Simulation 24.2 percent complete Time remaining 21 minutes Simulation 24.5 percent complete Time remaining 21 minutes Simulation 24.8 percent complete Time remaining 21 minutes waveparams: Reading from Storm_01_jonswap25.inp ... Hm0 = 3.5318 fp = 0.0797 fnyq = 0.3000 (no record found, default value used) dfj = 0.0015 (no record found, default value used) gammajsp = 3.3000 (no record found, default value used) s = 256.0000 mainang = 111.0000 Hm0 = 3.53175400000000 Tp = 12.5421730569038 dir = 111.000000 000000 duration = 180.000000000000 Trep = 11.4725105331443 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_01_jonswap25.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_01_jonswap25.inp ... file done Simulation 25.1 percent complete Time remaining 21 minutes Simulation 25.3 percent complete Time remaining 21 minutes Simulation 25.6 percent complete Time remaining 21 minutes Simulation 25.9 percent complete Time remaining 21 minutes waveparams: Reading from Storm_01_jonswap26.inp ... Hm0 = 3.6179 fp = 0.0797 fnyq = 0.3000 (no record found, default value used) dfj = 0.0015 (no record found, default value used) gammajsp = 3.3000 (no record found, default value used) s = 256.0000 mainang = 111.0000 Hm0 = 3.61789500000000 Tp = 12.5421730569038 dir = 111.000000 000000 duration = 180.000000000000 Trep = 11.4725105331443 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_01_jonswap26.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_01_jonswap26.inp ... file done Simulation 26.2 percent complete Time remaining 21 minutes Simulation 26.5 percent complete Time remaining 21 minutes Simulation 26.8 percent complete Time remaining 21 minutes waveparams: Reading from Storm_01_jonswap27.inp ... Hm0 = 3.6179 fp = 0.0797 fnyq = 0.3000 (no record found, default value used) dfj = 0.0015 (no record found, default value used) gammajsp = 3.3000 (no record found, default value used) s = 256.0000 mainang = 111.0000 Hm0 = 3.61789500000000 Tp = 12.5421730569038 dir = 111.000000 000000 duration = 180.000000000000 Trep = 11.4725105331443 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_01_jonswap27.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_01_jonswap27.inp ... file done Simulation 27.1 percent complete Time remaining 20 minutes Simulation 27.4 percent complete Time remaining 20 minutes Simulation 27.7 percent complete Time remaining 20 minutes Simulation 28.0 percent complete Time remaining 20 minutes waveparams: Reading from Storm_01_jonswap28.inp ... Hm0 = 3.6179 fp = 0.0787 fnyq = 0.3000 (no record found, default value used) dfj = 0.0015 (no record found, default value used) gammajsp = 3.3000 (no record found, default value used) s = 256.0000 mainang = 112.0000 Hm0 = 3.61789500000000 Tp = 12.7139115620312 dir = 112.000000 000000 duration = 180.000000000000 Trep = 11.6282743812040 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_01_jonswap28.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_01_jonswap28.inp ... file done Simulation 28.2 percent complete Time remaining 20 minutes Simulation 28.5 percent complete Time remaining 20 minutes Simulation 28.8 percent complete Time remaining 20 minutes Simulation 29.1 percent complete Time remaining 20 minutes waveparams: Reading from Storm_01_jonswap29.inp ... Hm0 = 3.6179 fp = 0.0787 fnyq = 0.3000 (no record found, default value used) dfj = 0.0015 (no record found, default value used) gammajsp = 3.3000 (no record found, default value used) s = 256.0000 mainang = 112.0000 Hm0 = 3.61789500000000 Tp = 12.7139115620312 dir = 112.000000 000000 duration = 180.000000000000 Trep = 11.6282743812040 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_01_jonswap29.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_01_jonswap29.inp ... file done Simulation 29.4 percent complete Time remaining 20 minutes Simulation 29.7 percent complete Time remaining 20 minutes Simulation 30.0 percent complete Time remaining 20 minutes waveparams: Reading from Storm_01_jonswap30.inp ... Hm0 = 3.7040 fp = 0.0787 fnyq = 0.3000 (no record found, default value used) dfj = 0.0015 (no record found, default value used) gammajsp = 3.3000 (no record found, default value used) s = 256.0000 mainang = 112.0000 Hm0 = 3.70403600000000 Tp = 12.7139115620312 dir = 112.000000 000000 duration = 180.000000000000 Trep = 11.6282743812040 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_01_jonswap30.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_01_jonswap30.inp ... file done Simulation 30.3 percent complete Time remaining 20 minutes Simulation 30.6 percent complete Time remaining 19 minutes Simulation 30.9 percent complete Time remaining 19 minutes Simulation 31.1 percent complete Time remaining 19 minutes waveparams: Reading from Storm_01_jonswap31.inp ... Hm0 = 3.7040 fp = 0.0787 fnyq = 0.3000 (no record found, default value used) dfj = 0.0015 (no record found, default value used) gammajsp = 3.3000 (no record found, default value used) s = 256.0000 mainang = 112.0000 Hm0 = 3.70403600000000 Tp = 12.7139115620312 dir = 112.000000 000000 duration = 180.000000000000 Trep = 11.6282743812040 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_01_jonswap31.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_01_jonswap31.inp ... file done Simulation 31.4 percent complete Time remaining 20 minutes Simulation 31.7 percent complete Time remaining 19 minutes Simulation 32.0 percent complete Time remaining 19 minutes waveparams: Reading from Storm_01_jonswap32.inp ... Hm0 = 3.7902 fp = 0.0787 fnyq = 0.3000 (no record found, default value used) dfj = 0.0015 (no record found, default value used) gammajsp = 3.3000 (no record found, default value used) s = 256.0000 mainang = 113.0000 Hm0 = 3.79017600000000 Tp = 12.7139115620312 dir = 113.000000 000000 duration = 180.000000000000 Trep = 11.6282743812040 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_01_jonswap32.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_01_jonswap32.inp ... file done Simulation 32.3 percent complete Time remaining 19 minutes Simulation 32.6 percent complete Time remaining 19 minutes Simulation 32.9 percent complete Time remaining 19 minutes Simulation 33.2 percent complete Time remaining 19 minutes waveparams: Reading from Storm_01_jonswap33.inp ... Hm0 = 3.7902 fp = 0.0787 fnyq = 0.3000 (no record found, default value used) dfj = 0.0015 (no record found, default value used) gammajsp = 3.3000 (no record found, default value used) s = 256.0000 mainang = 112.0000 Hm0 = 3.79017600000000 Tp = 12.7139115620312 dir = 112.000000 000000 duration = 180.000000000000 Trep = 11.6282743812040 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_01_jonswap33.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_01_jonswap33.inp ... file done Simulation 33.5 percent complete Time remaining 19 minutes Simulation 33.7 percent complete Time remaining 19 minutes Simulation 34.0 percent complete Time remaining 18 minutes Simulation 34.3 percent complete Time remaining 18 minutes waveparams: Reading from Storm_01_jonswap34.inp ... Hm0 = 3.8763 fp = 0.0787 fnyq = 0.3000 (no record found, default value used) dfj = 0.0015 (no record found, default value used) gammajsp = 3.3000 (no record found, default value used) s = 256.0000 mainang = 113.0000 Hm0 = 3.87631600000000 Tp = 12.7139115620312 dir = 113.000000 000000 duration = 180.000000000000 Trep = 11.6282743812040 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_01_jonswap34.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_01_jonswap34.inp ... file done Simulation 34.6 percent complete Time remaining 19 minutes Simulation 34.9 percent complete Time remaining 18 minutes Simulation 35.2 percent complete Time remaining 18 minutes waveparams: Reading from Storm_01_jonswap35.inp ... Hm0 = 3.8763 fp = 0.0787 fnyq = 0.3000 (no record found, default value used) dfj = 0.0015 (no record found, default value used) gammajsp = 3.3000 (no record found, default value used) s = 256.0000 mainang = 113.0000 Hm0 = 3.87631600000000 Tp = 12.7139115620312 dir = 113.000000 000000 duration = 180.000000000000 Trep = 11.6282743812040 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_01_jonswap35.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_01_jonswap35.inp ... file done Simulation 35.5 percent complete Time remaining 18 minutes Simulation 35.8 percent complete Time remaining 18 minutes Simulation 36.1 percent complete Time remaining 18 minutes Simulation 36.3 percent complete Time remaining 18 minutes waveparams: Reading from Storm_01_jonswap36.inp ... Hm0 = 3.9625 fp = 0.0797 fnyq = 0.3000 (no record found, default value used) dfj = 0.0015 (no record found, default value used) gammajsp = 3.3000 (no record found, default value used) s = 256.0000 mainang = 113.0000 Hm0 = 3.96245600000000 Tp = 12.5421730569038 dir = 113.000000 000000 duration = 180.000000000000 Trep = 11.4725105331443 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_01_jonswap36.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_01_jonswap36.inp ... file done Simulation 36.6 percent complete Time remaining 18 minutes Simulation 36.9 percent complete Time remaining 18 minutes Simulation 37.2 percent complete Time remaining 19 minutes Simulation 37.5 percent complete Time remaining 18 minutes waveparams: Reading from Storm_01_jonswap37.inp ... Hm0 = 4.0486 fp = 0.0797 fnyq = 0.3000 (no record found, default value used) dfj = 0.0015 (no record found, default value used) gammajsp = 3.3000 (no record found, default value used) s = 256.0000 mainang = 113.0000 Hm0 = 4.04859600000000 Tp = 12.5421730569038 dir = 113.000000 000000 duration = 180.000000000000 Trep = 11.4725105331443 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_01_jonswap37.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_01_jonswap37.inp ... file done Simulation 37.7 percent complete Time remaining 18 minutes Simulation 38.0 percent complete Time remaining 17 minutes Simulation 38.3 percent complete Time remaining 18 minutes waveparams: Reading from Storm_01_jonswap38.inp ... Hm0 = 4.0486 fp = 0.0797 fnyq = 0.3000 (no record found, default value used) dfj = 0.0015 (no record found, default value used) gammajsp = 3.3000 (no record found, default value used) s = 256.0000 mainang = 113.0000 Hm0 = 4.04859600000000 Tp = 12.5421730569038 dir = 113.000000 000000 duration = 180.000000000000 Trep = 11.4725105331443 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_01_jonswap38.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_01_jonswap38.inp ... file done Simulation 38.6 percent complete Time remaining 17 minutes Simulation 38.9 percent complete Time remaining 17 minutes Simulation 39.2 percent complete Time remaining 17 minutes Simulation 39.5 percent complete Time remaining 17 minutes waveparams: Reading from Storm_01_jonswap39.inp ... Hm0 = 4.1347 fp = 0.0797 fnyq = 0.3000 (no record found, default value used) dfj = 0.0015 (no record found, default value used) gammajsp = 3.3000 (no record found, default value used) s = 256.0000 mainang = 114.0000 Hm0 = 4.13473700000000 Tp = 12.5421730569038 dir = 114.000000 000000 duration = 180.000000000000 Trep = 11.4725105331443 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_01_jonswap39.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_01_jonswap39.inp ... file done Simulation 39.8 percent complete Time remaining 17 minutes Simulation 40.0 percent complete Time remaining 17 minutes Simulation 40.3 percent complete Time remaining 17 minutes Simulation 40.6 percent complete Time remaining 17 minutes waveparams: Reading from Storm_01_jonswap40.inp ... Hm0 = 4.1347 fp = 0.0797 fnyq = 0.3000 (no record found, default value used) dfj = 0.0015 (no record found, default value used) gammajsp = 3.3000 (no record found, default value used) s = 256.0000 mainang = 114.0000 Hm0 = 4.13473700000000 Tp = 12.5421730569038 dir = 114.000000 000000 duration = 180.000000000000 Trep = 11.4725105331443 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_01_jonswap40.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_01_jonswap40.inp ... file done Simulation 40.9 percent complete Time remaining 17 minutes Simulation 41.2 percent complete Time remaining 17 minutes Simulation 41.5 percent complete Time remaining 17 minutes waveparams: Reading from Storm_01_jonswap41.inp ... Hm0 = 4.2209 fp = 0.0797 fnyq = 0.3000 (no record found, default value used) dfj = 0.0015 (no record found, default value used) gammajsp = 3.3000 (no record found, default value used) s = 256.0000 mainang = 114.0000 Hm0 = 4.22087800000000 Tp = 12.5421730569038 dir = 114.000000 000000 duration = 180.000000000000 Trep = 11.4725105331443 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_01_jonswap41.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_01_jonswap41.inp ... file done Simulation 41.8 percent complete Time remaining 17 minutes Simulation 42.0 percent complete Time remaining 16 minutes Simulation 42.3 percent complete Time remaining 16 minutes Simulation 42.6 percent complete Time remaining 16 minutes waveparams: Reading from Storm_01_jonswap42.inp ... Hm0 = 4.3070 fp = 0.0819 fnyq = 0.3000 (no record found, default value used) dfj = 0.0015 (no record found, default value used) gammajsp = 3.3000 (no record found, default value used) s = 256.0000 mainang = 114.0000 Hm0 = 4.30701800000000 Tp = 12.2120997484307 dir = 114.000000 000000 duration = 180.000000000000 Trep = 11.1726529363380 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_01_jonswap42.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_01_jonswap42.inp ... file done Simulation 42.9 percent complete Time remaining 16 minutes Simulation 43.2 percent complete Time remaining 16 minutes Simulation 43.5 percent complete Time remaining 16 minutes waveparams: Reading from Storm_01_jonswap43.inp ... Hm0 = 4.3070 fp = 0.0819 fnyq = 0.3000 (no record found, default value used) dfj = 0.0015 (no record found, default value used) gammajsp = 3.3000 (no record found, default value used) s = 256.0000 mainang = 114.0000 Hm0 = 4.30701800000000 Tp = 12.2120997484307 dir = 114.000000 000000 duration = 180.000000000000 Trep = 11.1726529363380 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_01_jonswap43.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_01_jonswap43.inp ... file done Simulation 43.8 percent complete Time remaining 16 minutes Simulation 44.0 percent complete Time remaining 16 minutes Simulation 44.3 percent complete Time remaining 16 minutes Simulation 44.6 percent complete Time remaining 16 minutes waveparams: Reading from Storm_01_jonswap44.inp ... Hm0 = 4.3932 fp = 0.0840 fnyq = 0.3000 (no record found, default value used) dfj = 0.0015 (no record found, default value used) gammajsp = 3.3000 (no record found, default value used) s = 256.0000 mainang = 115.0000 Hm0 = 4.39315800000000 Tp = 11.8989540819362 dir = 115.000000 000000 duration = 180.000000000000 Trep = 10.8845967305004 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_01_jonswap44.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_01_jonswap44.inp ... file done Simulation 44.9 percent complete Time remaining 16 minutes Simulation 45.2 percent complete Time remaining 16 minutes Simulation 45.5 percent complete Time remaining 15 minutes Simulation 45.7 percent complete Time remaining 15 minutes waveparams: Reading from Storm_01_jonswap45.inp ... Hm0 = 4.4793 fp = 0.0840 fnyq = 0.3000 (no record found, default value used) dfj = 0.0015 (no record found, default value used) gammajsp = 3.3000 (no record found, default value used) s = 256.0000 mainang = 116.0000 Hm0 = 4.47929800000000 Tp = 11.8989540819362 dir = 116.000000 000000 duration = 180.000000000000 Trep = 10.8845967305004 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_01_jonswap45.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_01_jonswap45.inp ... file done Simulation 46.0 percent complete Time remaining 16 minutes Simulation 46.3 percent complete Time remaining 15 minutes Simulation 46.6 percent complete Time remaining 15 minutes Simulation 46.9 percent complete Time remaining 15 minutes waveparams: Reading from Storm_01_jonswap46.inp ... Hm0 = 4.6516 fp = 0.0840 fnyq = 0.3000 (no record found, default value used) dfj = 0.0015 (no record found, default value used) gammajsp = 3.3000 (no record found, default value used) s = 256.0000 mainang = 116.0000 Hm0 = 4.65157900000000 Tp = 11.8989540819362 dir = 116.000000 000000 duration = 180.000000000000 Trep = 10.8845967305004 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_01_jonswap46.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_01_jonswap46.inp ... file done Simulation 47.2 percent complete Time remaining 15 minutes Simulation 47.4 percent complete Time remaining 15 minutes Simulation 47.7 percent complete Time remaining 15 minutes waveparams: Reading from Storm_01_jonswap47.inp ... Hm0 = 4.7377 fp = 0.0851 fnyq = 0.3000 (no record found, default value used) dfj = 0.0015 (no record found, default value used) gammajsp = 3.3000 (no record found, default value used) s = 256.0000 mainang = 118.0000 Hm0 = 4.73772000000000 Tp = 11.7483963438991 dir = 118.000000 000000 duration = 180.000000000000 Trep = 10.7440581182340 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_01_jonswap47.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_01_jonswap47.inp ... file done Simulation 48.0 percent complete Time remaining 15 minutes Simulation 48.3 percent complete Time remaining 15 minutes Simulation 48.6 percent complete Time remaining 15 minutes Simulation 48.9 percent complete Time remaining 15 minutes waveparams: Reading from Storm_01_jonswap48.inp ... Hm0 = 4.7377 fp = 0.0851 fnyq = 0.3000 (no record found, default value used) dfj = 0.0015 (no record found, default value used) gammajsp = 3.3000 (no record found, default value used) s = 256.0000 mainang = 119.0000 Hm0 = 4.73772000000000 Tp = 11.7483963438991 dir = 119.000000 000000 duration = 180.000000000000 Trep = 10.7440581182340 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_01_jonswap48.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_01_jonswap48.inp ... file done Simulation 49.1 percent complete Time remaining 15 minutes Simulation 49.4 percent complete Time remaining 14 minutes Simulation 49.7 percent complete Time remaining 14 minutes Simulation 50.0 percent complete Time remaining 14 minutes waveparams: Reading from Storm_01_jonswap49.inp ... Hm0 = 4.8239 fp = 0.0851 fnyq = 0.3000 (no record found, default value used) dfj = 0.0015 (no record found, default value used) gammajsp = 3.3000 (no record found, default value used) s = 256.0000 mainang = 121.0000 Hm0 = 4.82386000000000 Tp = 11.7483963438991 dir = 121.000000 000000 duration = 180.000000000000 Trep = 10.7440581182340 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_01_jonswap49.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_01_jonswap49.inp ... file done Simulation 50.3 percent complete Time remaining 14 minutes Simulation 50.6 percent complete Time remaining 14 minutes Simulation 50.8 percent complete Time remaining 14 minutes waveparams: Reading from Storm_01_jonswap50.inp ... Hm0 = 4.9100 fp = 0.0851 fnyq = 0.3000 (no record found, default value used) dfj = 0.0015 (no record found, default value used) gammajsp = 3.3000 (no record found, default value used) s = 256.0000 mainang = 123.0000 Hm0 = 4.91000000000000 Tp = 11.7483963438991 dir = 123.000000 000000 duration = 180.000000000000 Trep = 10.7440581182341 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_01_jonswap50.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_01_jonswap50.inp ... file done Simulation 51.1 percent complete Time remaining 14 minutes Simulation 51.4 percent complete Time remaining 14 minutes Simulation 51.7 percent complete Time remaining 14 minutes Simulation 52.0 percent complete Time remaining 14 minutes waveparams: Reading from Storm_01_jonswap51.inp ... Hm0 = 4.9100 fp = 0.0840 fnyq = 0.3000 (no record found, default value used) dfj = 0.0015 (no record found, default value used) gammajsp = 3.3000 (no record found, default value used) s = 256.0000 mainang = 124.0000 Hm0 = 4.91000000000000 Tp = 11.8989540819362 dir = 124.000000 000000 duration = 180.000000000000 Trep = 10.8845967305004 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_01_jonswap51.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_01_jonswap51.inp ... file done Simulation 52.2 percent complete Time remaining 14 minutes Simulation 52.5 percent complete Time remaining 14 minutes Simulation 52.8 percent complete Time remaining 13 minutes Simulation 53.1 percent complete Time remaining 13 minutes waveparams: Reading from Storm_01_jonswap52.inp ... Hm0 = 4.8239 fp = 0.0840 fnyq = 0.3000 (no record found, default value used) dfj = 0.0015 (no record found, default value used) gammajsp = 3.3000 (no record found, default value used) s = 256.0000 mainang = 124.0000 Hm0 = 4.82386000000000 Tp = 11.8989540819362 dir = 124.000000 000000 duration = 180.000000000000 Trep = 10.8845967305004 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_01_jonswap52.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_01_jonswap52.inp ... file done Simulation 53.4 percent complete Time remaining 14 minutes Simulation 53.7 percent complete Time remaining 13 minutes Simulation 53.9 percent complete Time remaining 13 minutes waveparams: Reading from Storm_01_jonswap53.inp ... Hm0 = 4.7377 fp = 0.0840 fnyq = 0.3000 (no record found, default value used) dfj = 0.0015 (no record found, default value used) gammajsp = 3.3000 (no record found, default value used) s = 256.0000 mainang = 125.0000 Hm0 = 4.73772000000000 Tp = 11.8989540819362 dir = 125.000000 000000 duration = 180.000000000000 Trep = 10.8845967305004 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_01_jonswap53.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_01_jonswap53.inp ... file done Simulation 54.2 percent complete Time remaining 13 minutes Simulation 54.5 percent complete Time remaining 13 minutes Simulation 54.8 percent complete Time remaining 13 minutes Simulation 55.1 percent complete Time remaining 13 minutes waveparams: Reading from Storm_01_jonswap54.inp ... Hm0 = 4.6516 fp = 0.0830 fnyq = 0.3000 (no record found, default value used) dfj = 0.0015 (no record found, default value used) gammajsp = 3.3000 (no record found, default value used) s = 256.0000 mainang = 125.0000 Hm0 = 4.65157900000000 Tp = 12.0534207608119 dir = 125.000000 000000 duration = 180.000000000000 Trep = 11.0246020983555 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_01_jonswap54.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_01_jonswap54.inp ... file done Simulation 55.3 percent complete Time remaining 13 minutes Simulation 55.6 percent complete Time remaining 13 minutes Simulation 55.9 percent complete Time remaining 12 minutes Simulation 56.2 percent complete Time remaining 12 minutes waveparams: Reading from Storm_01_jonswap55.inp ... Hm0 = 4.4793 fp = 0.0840 fnyq = 0.3000 (no record found, default value used) dfj = 0.0015 (no record found, default value used) gammajsp = 3.3000 (no record found, default value used) s = 256.0000 mainang = 124.0000 Hm0 = 4.47929800000000 Tp = 11.8989540819362 dir = 124.000000 000000 duration = 180.000000000000 Trep = 10.8845967305004 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_01_jonswap55.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_01_jonswap55.inp ... file done Simulation 56.5 percent complete Time remaining 12 minutes Simulation 56.8 percent complete Time remaining 12 minutes Simulation 57.0 percent complete Time remaining 12 minutes waveparams: Reading from Storm_01_jonswap56.inp ... Hm0 = 4.3070 fp = 0.0851 fnyq = 0.3000 (no record found, default value used) dfj = 0.0015 (no record found, default value used) gammajsp = 3.3000 (no record found, default value used) s = 256.0000 mainang = 125.0000 Hm0 = 4.30701800000000 Tp = 11.7483963438991 dir = 125.000000 000000 duration = 180.000000000000 Trep = 10.7440581182340 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_01_jonswap56.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_01_jonswap56.inp ... file done Simulation 57.3 percent complete Time remaining 12 minutes Simulation 57.6 percent complete Time remaining 12 minutes Simulation 57.9 percent complete Time remaining 12 minutes Simulation 58.2 percent complete Time remaining 12 minutes waveparams: Reading from Storm_01_jonswap57.inp ... Hm0 = 4.1347 fp = 0.0873 fnyq = 0.3000 (no record found, default value used) dfj = 0.0015 (no record found, default value used) gammajsp = 3.3000 (no record found, default value used) s = 256.0000 mainang = 126.0000 Hm0 = 4.13473700000000 Tp = 11.4582975261536 dir = 126.000000 000000 duration = 180.000000000000 Trep = 10.4806028354363 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_01_jonswap57.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_01_jonswap57.inp ... file done Simulation 58.5 percent complete Time remaining 12 minutes Simulation 58.7 percent complete Time remaining 12 minutes Simulation 59.0 percent complete Time remaining 12 minutes Simulation 59.3 percent complete Time remaining 12 minutes waveparams: Reading from Storm_01_jonswap58.inp ... Hm0 = 4.0486 fp = 0.0905 fnyq = 0.3000 (no record found, default value used) dfj = 0.0015 (no record found, default value used) gammajsp = 3.3000 (no record found, default value used) s = 256.0000 mainang = 127.0000 Hm0 = 4.04859600000000 Tp = 11.0489912271010 dir = 127.000000 000000 duration = 180.000000000000 Trep = 10.1061142040301 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_01_jonswap58.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_01_jonswap58.inp ... file done Simulation 59.6 percent complete Time remaining 11 minutes Simulation 59.9 percent complete Time remaining 11 minutes Simulation 60.2 percent complete Time remaining 11 minutes waveparams: Reading from Storm_01_jonswap59.inp ... Hm0 = 3.8763 fp = 0.0916 fnyq = 0.3000 (no record found, default value used) dfj = 0.0015 (no record found, default value used) gammajsp = 3.3000 (no record found, default value used) s = 256.0000 mainang = 128.0000 Hm0 = 3.87631600000000 Tp = 10.9190570302349 dir = 128.000000 000000 duration = 180.000000000000 Trep = 9.98469478053706 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_01_jonswap59.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_01_jonswap59.inp ... file done Simulation 60.4 percent complete Time remaining 11 minutes Simulation 60.7 percent complete Time remaining 11 minutes Simulation 61.0 percent complete Time remaining 11 minutes Simulation 61.3 percent complete Time remaining 11 minutes waveparams: Reading from Storm_01_jonswap60.inp ... Hm0 = 3.7040 fp = 0.0927 fnyq = 0.3000 (no record found, default value used) dfj = 0.0015 (no record found, default value used) gammajsp = 3.3000 (no record found, default value used) s = 256.0000 mainang = 128.0000 Hm0 = 3.70403600000000 Tp = 10.7920268505628 dir = 128.000000 000000 duration = 180.000000000000 Trep = 9.87267581600655 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_01_jonswap60.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_01_jonswap60.inp ... file done Simulation 61.6 percent complete Time remaining 11 minutes Simulation 61.9 percent complete Time remaining 11 minutes Simulation 62.2 percent complete Time remaining 10 minutes Simulation 62.4 percent complete Time remaining 10 minutes waveparams: Reading from Storm_01_jonswap61.inp ... Hm0 = 3.5318 fp = 0.0948 fnyq = 0.3000 (no record found, default value used) dfj = 0.0015 (no record found, default value used) gammajsp = 3.3000 (no record found, default value used) s = 256.0000 mainang = 128.0000 Hm0 = 3.53175400000000 Tp = 10.5467431657104 dir = 128.000000 000000 duration = 180.000000000000 Trep = 9.64705437673252 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_01_jonswap61.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_01_jonswap61.inp ... file done Simulation 62.7 percent complete Time remaining 10 minutes Simulation 63.0 percent complete Time remaining 10 minutes Simulation 63.3 percent complete Time remaining 10 minutes waveparams: Reading from Storm_01_jonswap62.inp ... Hm0 = 3.3595 fp = 0.0980 fnyq = 0.3000 (no record found, default value used) dfj = 0.0015 (no record found, default value used) gammajsp = 3.3000 (no record found, default value used) s = 256.0000 mainang = 128.0000 Hm0 = 3.35947400000000 Tp = 10.1990861618799 dir = 128.000000 000000 duration = 180.000000000000 Trep = 9.32878201965315 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_01_jonswap62.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_01_jonswap62.inp ... file done Simulation 63.6 percent complete Time remaining 10 minutes Simulation 63.9 percent complete Time remaining 10 minutes Simulation 64.2 percent complete Time remaining 10 minutes Simulation 64.4 percent complete Time remaining 10 minutes waveparams: Reading from Storm_01_jonswap63.inp ... Hm0 = 3.2733 fp = 0.1002 fnyq = 0.3006 (no record found, default value used) dfj = 0.0015 (no record found, default value used) gammajsp = 3.3000 (no record found, default value used) s = 256.0000 mainang = 128.0000 Hm0 = 3.27333400000000 Tp = 9.97974112551520 dir = 128.000000 000000 duration = 180.000000000000 Trep = 9.12846916590101 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_01_jonswap63.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_01_jonswap63.inp ... file done Simulation 64.7 percent complete Time remaining 10 minutes Simulation 65.0 percent complete Time remaining 10 minutes Simulation 65.3 percent complete Time remaining 9 minutes and 57 seconds Simulation 65.6 percent complete Time remaining 9 minutes and 52 seconds waveparams: Reading from Storm_01_jonswap64.inp ... Hm0 = 3.1011 fp = 0.1013 fnyq = 0.3038 (no record found, default value used) dfj = 0.0015 (no record found, default value used) gammajsp = 3.3000 (no record found, default value used) s = 256.0000 mainang = 129.0000 Hm0 = 3.10105300000000 Tp = 9.87361769352291 dir = 129.000000 000000 duration = 180.000000000000 Trep = 9.03139806310011 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_01_jonswap64.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_01_jonswap64.inp ... file done Simulation 65.9 percent complete Time remaining 9 minutes and 50 seconds Simulation 66.2 percent complete Time remaining 9 minutes and 52 seconds Simulation 66.5 percent complete Time remaining 9 minutes and 39 seconds waveparams: Reading from Storm_01_jonswap65.inp ... Hm0 = 2.9288 fp = 0.1045 fnyq = 0.3135 (no record found, default value used) dfj = 0.0016 (no record found, default value used) gammajsp = 3.3000 (no record found, default value used) s = 256.0000 mainang = 129.0000 Hm0 = 2.92877200000000 Tp = 9.56818768956972 dir = 129.000000 000000 duration = 180.000000000000 Trep = 8.75202123975754 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_01_jonswap65.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_01_jonswap65.inp ... file done Simulation 66.8 percent complete Time remaining 9 minutes and 36 seconds Simulation 67.0 percent complete Time remaining 9 minutes and 27 seconds Simulation 67.3 percent complete Time remaining 9 minutes and 24 seconds Simulation 67.6 percent complete Time remaining 9 minutes and 18 seconds waveparams: Reading from Storm_01_jonswap66.inp ... Hm0 = 2.8426 fp = 0.1056 fnyq = 0.3168 (no record found, default value used) dfj = 0.0016 (no record found, default value used) gammajsp = 3.3000 (no record found, default value used) s = 256.0000 mainang = 129.0000 Hm0 = 2.84263200000000 Tp = 9.47059380623165 dir = 129.000000 000000 duration = 180.000000000000 Trep = 8.66275211507510 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_01_jonswap66.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_01_jonswap66.inp ... file done Simulation 67.9 percent complete Time remaining 9 minutes and 12 seconds Simulation 68.2 percent complete Time remaining 9 minutes and 8 seconds Simulation 68.5 percent complete Time remaining 9 minutes and 6 seconds waveparams: Reading from Storm_01_jonswap67.inp ... Hm0 = 2.5842 fp = 0.1067 fnyq = 0.3200 (no record found, default value used) dfj = 0.0016 (no record found, default value used) gammajsp = 3.3000 (no record found, default value used) s = 256.0000 mainang = 128.0000 Hm0 = 2.58421100000000 Tp = 9.37497070321655 dir = 128.000000 000000 duration = 180.000000000000 Trep = 8.57528566314586 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_01_jonswap67.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_01_jonswap67.inp ... file done Simulation 68.8 percent complete Time remaining 8 minutes and 59 seconds Simulation 69.1 percent complete Time remaining 8 minutes and 51 seconds Simulation 69.4 percent complete Time remaining 8 minutes and 47 seconds Simulation 69.7 percent complete Time remaining 8 minutes and 44 seconds waveparams: Reading from Storm_01_jonswap68.inp ... Hm0 = 2.4119 fp = 0.1077 fnyq = 0.3232 (no record found, default value used) dfj = 0.0016 (no record found, default value used) gammajsp = 3.3000 (no record found, default value used) s = 256.0000 mainang = 129.0000 Hm0 = 2.41193000000000 Tp = 9.28117314028493 dir = 129.000000 000000 duration = 180.000000000000 Trep = 8.48948903272337 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_01_jonswap68.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_01_jonswap68.inp ... file done Simulation 69.9 percent complete Time remaining 8 minutes and 38 seconds Simulation 70.2 percent complete Time remaining 8 minutes and 29 seconds Simulation 70.5 percent complete Time remaining 8 minutes and 26 seconds Simulation 70.8 percent complete Time remaining 8 minutes and 22 seconds waveparams: Reading from Storm_01_jonswap69.inp ... Hm0 = 2.2396 fp = 0.1088 fnyq = 0.3265 (no record found, default value used) dfj = 0.0016 (no record found, default value used) gammajsp = 3.3000 (no record found, default value used) s = 256.0000 mainang = 129.0000 Hm0 = 2.23964900000000 Tp = 9.18931833636581 dir = 129.000000 000000 duration = 180.000000000000 Trep = 8.40546944396151 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_01_jonswap69.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_01_jonswap69.inp ... file done Simulation 71.1 percent complete Time remaining 8 minutes and 23 seconds Simulation 71.4 percent complete Time remaining 8 minutes and 9 seconds Simulation 71.7 percent complete Time remaining 8 minutes and 6 seconds waveparams: Reading from Storm_01_jonswap70.inp ... Hm0 = 2.1535 fp = 0.1110 fnyq = 0.3329 (no record found, default value used) dfj = 0.0017 (no record found, default value used) gammajsp = 3.3000 (no record found, default value used) s = 256.0000 mainang = 129.0000 Hm0 = 2.15350900000000 Tp = 9.01087612748588 dir = 129.000000 000000 duration = 180.000000000000 Trep = 8.24224835624300 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_01_jonswap70.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_01_jonswap70.inp ... file done Simulation 72.0 percent complete Time remaining 8 minutes and 12 seconds Simulation 72.3 percent complete Time remaining 7 minutes and 56 seconds Simulation 72.6 percent complete Time remaining 7 minutes and 51 seconds Simulation 72.9 percent complete Time remaining 7 minutes and 48 seconds waveparams: Reading from Storm_01_jonswap71.inp ... Hm0 = 2.0674 fp = 0.1121 fnyq = 0.3362 (no record found, default value used) dfj = 0.0017 (no record found, default value used) gammajsp = 3.3000 (no record found, default value used) s = 256.0000 mainang = 128.0000 Hm0 = 2.06736900000000 Tp = 8.92418901432332 dir = 128.000000 000000 duration = 180.000000000000 Trep = 8.16295565419463 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_01_jonswap71.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_01_jonswap71.inp ... file done Simulation 73.1 percent complete Time remaining 7 minutes and 46 seconds Simulation 73.4 percent complete Time remaining 7 minutes and 47 seconds Simulation 73.7 percent complete Time remaining 7 minutes and 31 seconds waveparams: Reading from Storm_01_jonswap72.inp ... Hm0 = 1.8951 fp = 0.1131 fnyq = 0.3394 (no record found, default value used) dfj = 0.0017 (no record found, default value used) gammajsp = 3.3000 (no record found, default value used) s = 256.0000 mainang = 128.0000 Hm0 = 1.89508800000000 Tp = 8.83923204751971 dir = 128.000000 000000 duration = 180.000000000000 Trep = 8.08524551701357 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_01_jonswap72.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_01_jonswap72.inp ... file done Simulation 74.0 percent complete Time remaining 7 minutes and 28 seconds Simulation 74.3 percent complete Time remaining 7 minutes and 27 seconds Simulation 74.6 percent complete Time remaining 7 minutes and 17 seconds Simulation 74.9 percent complete Time remaining 7 minutes and 8 seconds waveparams: Reading from Storm_01_jonswap73.inp ... Hm0 = 1.8089 fp = 0.1131 fnyq = 0.3394 (no record found, default value used) dfj = 0.0017 (no record found, default value used) gammajsp = 3.3000 (no record found, default value used) s = 256.0000 mainang = 127.0000 Hm0 = 1.80894700000000 Tp = 8.83923204751971 dir = 127.000000 000000 duration = 180.000000000000 Trep = 8.08524551701357 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_01_jonswap73.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_01_jonswap73.inp ... file done Simulation 75.2 percent complete Time remaining 7 minutes and 10 seconds Simulation 75.5 percent complete Time remaining 7 minutes and 3 seconds Simulation 75.7 percent complete Time remaining 6 minutes and 57 seconds Simulation 76.0 percent complete Time remaining 6 minutes and 50 seconds waveparams: Reading from Storm_01_jonswap74.inp ... Hm0 = 1.7228 fp = 0.1142 fnyq = 0.3426 (no record found, default value used) dfj = 0.0017 (no record found, default value used) gammajsp = 3.3000 (no record found, default value used) s = 256.0000 mainang = 127.0000 Hm0 = 1.72280700000000 Tp = 8.75580071797566 dir = 127.000000 000000 duration = 180.000000000000 Trep = 8.00893088022747 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_01_jonswap74.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_01_jonswap74.inp ... file done Simulation 76.3 percent complete Time remaining 6 minutes and 49 seconds Simulation 76.6 percent complete Time remaining 6 minutes and 46 seconds Simulation 76.9 percent complete Time remaining 6 minutes and 35 seconds waveparams: Reading from Storm_01_jonswap75.inp ... Hm0 = 1.6367 fp = 0.1164 fnyq = 0.3491 (no record found, default value used) dfj = 0.0017 (no record found, default value used) gammajsp = 3.3000 (no record found, default value used) s = 256.0000 mainang = 127.0000 Hm0 = 1.63666700000000 Tp = 8.59372314461517 dir = 127.000000 000000 duration = 180.000000000000 Trep = 7.86067852455037 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_01_jonswap75.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_01_jonswap75.inp ... file done Simulation 77.2 percent complete Time remaining 6 minutes and 32 seconds Simulation 77.5 percent complete Time remaining 6 minutes and 28 seconds Simulation 77.8 percent complete Time remaining 6 minutes and 21 seconds Simulation 78.1 percent complete Time remaining 6 minutes and 15 seconds waveparams: Reading from Storm_01_jonswap76.inp ... Hm0 = 1.5505 fp = 0.1174 fnyq = 0.3523 (no record found, default value used) dfj = 0.0018 (no record found, default value used) gammajsp = 3.3000 (no record found, default value used) s = 256.0000 mainang = 127.0000 Hm0 = 1.55052600000000 Tp = 8.51484136850531 dir = 127.000000 000000 duration = 180.000000000000 Trep = 7.78852536427155 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_01_jonswap76.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_01_jonswap76.inp ... file done Simulation 78.4 percent complete Time remaining 6 minutes and 12 seconds Simulation 78.7 percent complete Time remaining 6 minutes and 6 seconds Simulation 78.9 percent complete Time remaining 6 minutes and 5 seconds waveparams: Reading from Storm_01_jonswap77.inp ... Hm0 = 1.5505 fp = 0.1185 fnyq = 0.3556 (no record found, default value used) dfj = 0.0018 (no record found, default value used) gammajsp = 3.3000 (no record found, default value used) s = 256.0000 mainang = 127.0000 Hm0 = 1.55052600000000 Tp = 8.43746572279550 dir = 127.000000 000000 duration = 180.000000000000 Trep = 7.71774986146339 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_01_jonswap77.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_01_jonswap77.inp ... file done Simulation 79.2 percent complete Time remaining 5 minutes and 60 seconds Simulation 79.5 percent complete Time remaining 5 minutes and 49 seconds Simulation 79.8 percent complete Time remaining 5 minutes and 47 seconds Simulation 80.1 percent complete Time remaining 5 minutes and 41 seconds waveparams: Reading from Storm_01_jonswap78.inp ... Hm0 = 1.4644 fp = 0.1196 fnyq = 0.3588 (no record found, default value used) dfj = 0.0018 (no record found, default value used) gammajsp = 3.3000 (no record found, default value used) s = 256.0000 mainang = 128.0000 Hm0 = 1.46438600000000 Tp = 8.36141374783648 dir = 128.000000 000000 duration = 180.000000000000 Trep = 7.64818512028546 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_01_jonswap78.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_01_jonswap78.inp ... file done Simulation 80.4 percent complete Time remaining 5 minutes and 38 seconds Simulation 80.7 percent complete Time remaining 5 minutes and 28 seconds Simulation 81.0 percent complete Time remaining 5 minutes and 27 seconds waveparams: Reading from Storm_01_jonswap79.inp ... Hm0 = 1.3782 fp = 0.1207 fnyq = 0.3620 (no record found, default value used) dfj = 0.0018 (no record found, default value used) gammajsp = 3.3000 (no record found, default value used) s = 256.0000 mainang = 128.0000 Hm0 = 1.37824600000000 Tp = 8.28678920065631 dir = 128.000000 000000 duration = 180.000000000000 Trep = 7.57992604729088 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_01_jonswap79.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_01_jonswap79.inp ... file done Simulation 81.3 percent complete Time remaining 5 minutes and 26 seconds Simulation 81.6 percent complete Time remaining 5 minutes and 15 seconds Simulation 81.9 percent complete Time remaining 5 minutes and 10 seconds Simulation 82.1 percent complete Time remaining 5 minutes and 7 seconds waveparams: Reading from Storm_01_jonswap80.inp ... Hm0 = 1.3782 fp = 0.1228 fnyq = 0.3685 (no record found, default value used) dfj = 0.0018 (no record found, default value used) gammajsp = 3.3000 (no record found, default value used) s = 256.0000 mainang = 128.0000 Hm0 = 1.37824600000000 Tp = 8.14139983228716 dir = 128.000000 000000 duration = 180.000000000000 Trep = 7.44693839264978 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_01_jonswap80.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_01_jonswap80.inp ... file done Simulation 82.4 percent complete Time remaining 5 minutes and 4 seconds Simulation 82.7 percent complete Time remaining 4 minutes and 57 seconds Simulation 83.0 percent complete Time remaining 4 minutes and 55 seconds Simulation 83.3 percent complete Time remaining 4 minutes and 46 seconds waveparams: Reading from Storm_01_jonswap81.inp ... Hm0 = 1.2921 fp = 0.1239 fnyq = 0.3717 (no record found, default value used) dfj = 0.0019 (no record found, default value used) gammajsp = 3.3000 (no record found, default value used) s = 256.0000 mainang = 128.0000 Hm0 = 1.29210500000000 Tp = 8.07056905582413 dir = 128.000000 000000 duration = 180.000000000000 Trep = 7.38214948171434 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_01_jonswap81.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_01_jonswap81.inp ... file done Simulation 83.6 percent complete Time remaining 4 minutes and 47 seconds Simulation 83.9 percent complete Time remaining 4 minutes and 37 seconds Simulation 84.2 percent complete Time remaining 4 minutes and 31 seconds waveparams: Reading from Storm_01_jonswap82.inp ... Hm0 = 1.2921 fp = 0.1250 fnyq = 0.3750 (no record found, default value used) dfj = 0.0019 (no record found, default value used) gammajsp = 3.3000 (no record found, default value used) s = 256.0000 mainang = 128.0000 Hm0 = 1.29210500000000 Tp = 8.00102413108878 dir = 128.000000 000000 duration = 180.000000000000 Trep = 7.31853673934887 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_01_jonswap82.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_01_jonswap82.inp ... file done Simulation 84.5 percent complete Time remaining 4 minutes and 28 seconds Simulation 84.8 percent complete Time remaining 4 minutes and 22 seconds Simulation 85.0 percent complete Time remaining 4 minutes and 17 seconds Simulation 85.3 percent complete Time remaining 4 minutes and 10 seconds waveparams: Reading from Storm_01_jonswap83.inp ... Hm0 = 1.2060 fp = 0.1271 fnyq = 0.3814 (no record found, default value used) dfj = 0.0019 (no record found, default value used) gammajsp = 3.3000 (no record found, default value used) s = 256.0000 mainang = 129.0000 Hm0 = 1.20596500000000 Tp = 7.86540715280126 dir = 129.000000 000000 duration = 180.000000000000 Trep = 7.19448788987470 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_01_jonswap83.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_01_jonswap83.inp ... file done Simulation 85.6 percent complete Time remaining 4 minutes and 9 seconds Simulation 85.9 percent complete Time remaining 4 minutes and 2 seconds Simulation 86.2 percent complete Time remaining 3 minutes and 57 seconds waveparams: Reading from Storm_01_jonswap84.inp ... Hm0 = 1.2060 fp = 0.1282 fnyq = 0.3846 (no record found, default value used) dfj = 0.0019 (no record found, default value used) gammajsp = 3.3000 (no record found, default value used) s = 256.0000 mainang = 129.0000 Hm0 = 1.20596500000000 Tp = 7.79933861608536 dir = 129.000000 000000 duration = 180.000000000000 Trep = 7.13405499961611 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_01_jonswap84.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_01_jonswap84.inp ... file done Simulation 86.5 percent complete Time remaining 3 minutes and 52 seconds Simulation 86.8 percent complete Time remaining 3 minutes and 46 seconds Simulation 87.1 percent complete Time remaining 3 minutes and 43 seconds Simulation 87.4 percent complete Time remaining 3 minutes and 37 seconds waveparams: Reading from Storm_01_jonswap85.inp ... Hm0 = 1.2060 fp = 0.1293 fnyq = 0.3879 (no record found, default value used) dfj = 0.0019 (no record found, default value used) gammajsp = 3.3000 (no record found, default value used) s = 256.0000 mainang = 129.0000 Hm0 = 1.20596500000000 Tp = 7.73431095023744 dir = 129.000000 000000 duration = 180.000000000000 Trep = 7.07457419393614 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_01_jonswap85.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_01_jonswap85.inp ... file done Simulation 87.7 percent complete Time remaining 3 minutes and 33 seconds Simulation 87.9 percent complete Time remaining 3 minutes and 30 seconds Simulation 88.2 percent complete Time remaining 3 minutes and 23 seconds Simulation 88.5 percent complete Time remaining 3 minutes and 17 seconds waveparams: Reading from Storm_01_jonswap86.inp ... Hm0 = 1.1198 fp = 0.1293 fnyq = 0.3879 (no record found, default value used) dfj = 0.0019 (no record found, default value used) gammajsp = 3.3000 (no record found, default value used) s = 256.0000 mainang = 129.0000 Hm0 = 1.11982500000000 Tp = 7.73431095023744 dir = 129.000000 000000 duration = 180.000000000000 Trep = 7.07457419393614 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_01_jonswap86.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_01_jonswap86.inp ... file done Simulation 88.8 percent complete Time remaining 3 minutes and 12 seconds Simulation 89.1 percent complete Time remaining 3 minutes and 7 seconds Simulation 89.4 percent complete Time remaining 3 minutes and 4 seconds waveparams: Reading from Storm_01_jonswap87.inp ... Hm0 = 1.1198 fp = 0.1314 fnyq = 0.3943 (no record found, default value used) dfj = 0.0020 (no record found, default value used) gammajsp = 3.3000 (no record found, default value used) s = 256.0000 mainang = 130.0000 Hm0 = 1.11982500000000 Tp = 7.60751318001658 dir = 130.000000 000000 duration = 180.000000000000 Trep = 6.95859227404377 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_01_jonswap87.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_01_jonswap87.inp ... file done Simulation 89.7 percent complete Time remaining 2 minutes and 57 seconds Simulation 90.0 percent complete Time remaining 2 minutes and 51 seconds Simulation 90.3 percent complete Time remaining 2 minutes and 47 seconds Simulation 90.6 percent complete Time remaining 2 minutes and 45 seconds waveparams: Reading from Storm_01_jonswap88.inp ... Hm0 = 1.0337 fp = 0.1325 fnyq = 0.3976 (no record found, default value used) dfj = 0.0020 (no record found, default value used) gammajsp = 3.3000 (no record found, default value used) s = 256.0000 mainang = 130.0000 Hm0 = 1.03368400000000 Tp = 7.54568914778987 dir = 130.000000 000000 duration = 180.000000000000 Trep = 6.90204183202375 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_01_jonswap88.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_01_jonswap88.inp ... file done Simulation 90.8 percent complete Time remaining 2 minutes and 39 seconds Simulation 91.1 percent complete Time remaining 2 minutes and 32 seconds Simulation 91.4 percent complete Time remaining 2 minutes and 27 seconds waveparams: Reading from Storm_01_jonswap89.inp ... Hm0 = 1.0337 fp = 0.1347 fnyq = 0.4040 (no record found, default value used) dfj = 0.0020 (no record found, default value used) gammajsp = 3.3000 (no record found, default value used) s = 256.0000 mainang = 130.0000 Hm0 = 1.03368400000000 Tp = 7.42495229468151 dir = 130.000000 000000 duration = 180.000000000000 Trep = 6.79160383298891 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_01_jonswap89.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_01_jonswap89.inp ... file done Simulation 91.7 percent complete Time remaining 2 minutes and 25 seconds Simulation 92.0 percent complete Time remaining 2 minutes and 17 seconds Simulation 92.3 percent complete Time remaining 2 minutes and 12 seconds Simulation 92.6 percent complete Time remaining 2 minutes and 8 seconds waveparams: Reading from Storm_01_jonswap90.inp ... Hm0 = 1.0337 fp = 0.1347 fnyq = 0.4040 (no record found, default value used) dfj = 0.0020 (no record found, default value used) gammajsp = 3.3000 (no record found, default value used) s = 256.0000 mainang = 130.0000 Hm0 = 1.03368400000000 Tp = 7.42495229468151 dir = 130.000000 000000 duration = 180.000000000000 Trep = 6.79160383298891 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_01_jonswap90.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_01_jonswap90.inp ... file done Simulation 92.9 percent complete Time remaining 2 minutes and 5 seconds Simulation 93.2 percent complete Time remaining 1 minutes and 57 seconds Simulation 93.5 percent complete Time remaining 1 minutes and 52 seconds waveparams: Reading from Storm_01_jonswap91.inp ... Hm0 = 0.9475 fp = 0.1368 fnyq = 0.4105 (no record found, default value used) dfj = 0.0021 (no record found, default value used) gammajsp = 3.3000 (no record found, default value used) s = 256.0000 mainang = 130.0000 Hm0 = 0.947544000000000 Tp = 7.30801835774211 dir = 130.000000 000000 duration = 180.000000000000 Trep = 6.68464436135797 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_01_jonswap91.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_01_jonswap91.inp ... file done Simulation 93.8 percent complete Time remaining 1 minutes and 48 seconds Simulation 94.0 percent complete Time remaining 1 minutes and 43 seconds Simulation 94.3 percent complete Time remaining 1 minutes and 38 seconds Simulation 94.6 percent complete Time remaining 1 minutes and 32 seconds waveparams: Reading from Storm_01_jonswap92.inp ... Hm0 = 0.9475 fp = 0.1379 fnyq = 0.4137 (no record found, default value used) dfj = 0.0021 (no record found, default value used) gammajsp = 3.3000 (no record found, default value used) s = 256.0000 mainang = 131.0000 Hm0 = 0.947544000000000 Tp = 7.25094806145904 dir = 131.000000 000000 duration = 180.000000000000 Trep = 6.63244216158578 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_01_jonswap92.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_01_jonswap92.inp ... file done Simulation 94.9 percent complete Time remaining 1 minutes and 29 seconds Simulation 95.2 percent complete Time remaining 1 minutes and 22 seconds Simulation 95.5 percent complete Time remaining 1 minutes and 17 seconds Simulation 95.8 percent complete Time remaining 1 minutes and 12 seconds waveparams: Reading from Storm_01_jonswap93.inp ... Hm0 = 0.9475 fp = 0.1379 fnyq = 0.4137 (no record found, default value used) dfj = 0.0021 (no record found, default value used) gammajsp = 3.3000 (no record found, default value used) s = 256.0000 mainang = 131.0000 Hm0 = 0.947544000000000 Tp = 7.25094806145904 dir = 131.000000 000000 duration = 180.000000000000 Trep = 6.63244216158578 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_01_jonswap93.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_01_jonswap93.inp ... file done Simulation 96.1 percent complete Time remaining 1 minutes and 9 seconds Simulation 96.4 percent complete Time remaining 1 minutes and 2 seconds Simulation 96.7 percent complete Time remaining 57 seconds waveparams: Reading from Storm_01_jonswap94.inp ... Hm0 = 0.9475 fp = 0.1401 fnyq = 0.4202 (no record found, default value used) dfj = 0.0021 (no record found, default value used) gammajsp = 3.3000 (no record found, default value used) s = 256.0000 mainang = 131.0000 Hm0 = 0.947544000000000 Tp = 7.13938943941514 dir = 131.000000 000000 duration = 180.000000000000 Trep = 6.53039949046734 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_01_jonswap94.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_01_jonswap94.inp ... file done Simulation 96.9 percent complete Time remaining 53 seconds Simulation 97.2 percent complete Time remaining 48 seconds Simulation 97.5 percent complete Time remaining 42 seconds Simulation 97.8 percent complete Time remaining 38 seconds waveparams: Reading from Storm_01_jonswap95.inp ... Hm0 = 0.8614 fp = 0.1422 fnyq = 0.4267 (no record found, default value used) dfj = 0.0021 (no record found, default value used) gammajsp = 3.3000 (no record found, default value used) s = 256.0000 mainang = 132.0000 Hm0 = 0.861404000000000 Tp = 7.03121154806185 dir = 132.000000 000000 duration = 180.000000000000 Trep = 6.43144917369750 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_01_jonswap95.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_01_jonswap95.inp ... file done Simulation 98.1 percent complete Time remaining 33 seconds Simulation 98.4 percent complete Time remaining 28 seconds Simulation 98.7 percent complete Time remaining 23 seconds waveparams: Reading from Storm_01_jonswap96.inp ... Hm0 = 0.8614 fp = 0.1433 fnyq = 0.4299 (no record found, default value used) dfj = 0.0021 (no record found, default value used) gammajsp = 3.3000 (no record found, default value used) s = 256.0000 mainang = 132.0000 Hm0 = 0.861404000000000 Tp = 6.97831836484044 dir = 132.000000 000000 duration = 180.000000000000 Trep = 6.38306777922540 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_01_jonswap96.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_01_jonswap96.inp ... file done Simulation 99.0 percent complete Time remaining 18 seconds Simulation 99.3 percent complete Time remaining 13 seconds Simulation 99.5 percent complete Time remaining 8 seconds Simulation 99.8 percent complete Time remaining 3 seconds Total calculation time: 567.453125000000 seconds Timing: procs: 8 seconds: total: 1733.40345030978 loop: 17 13.72814021354 End of program xbeach