********************************************************** 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 12:24:13 -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_04.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_05.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_05.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_05.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 124038 hours and 38 minutes Setting up boundary conditions waveparams: Reading from Storm_05_jonswap01.inp ... Hm0 = 2.1416 fp = 0.1161 fnyq = 0.3482 (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 = 110.0000 Hm0 = 2.14157900000000 Tp = 8.61660419628624 dir = 110.000000 000000 duration = 180.000000000000 Trep = 7.88160782241850 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_05_jonswap01.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_05_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 29 minutes waveparams: Reading from Storm_05_jonswap02.inp ... Hm0 = 2.1965 fp = 0.1147 fnyq = 0.3441 (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 = 110.0000 Hm0 = 2.19649100000000 Tp = 8.71801577960856 dir = 110.000000 000000 duration = 180.000000000000 Trep = 7.97436899726062 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_05_jonswap02.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_05_jonswap02.inp ... file done Simulation 1.2 percent complete Time remaining 28 minutes Simulation 1.5 percent complete Time remaining 26 minutes Simulation 1.8 percent complete Time remaining 26 minutes waveparams: Reading from Storm_05_jonswap03.inp ... Hm0 = 2.2514 fp = 0.1120 fnyq = 0.3360 (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 = 110.0000 Hm0 = 2.25140400000000 Tp = 8.92801342773220 dir = 110.000000 000000 duration = 180.000000000000 Trep = 8.16645384512378 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_05_jonswap03.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_05_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_05_jonswap04.inp ... Hm0 = 2.2514 fp = 0.1107 fnyq = 0.3320 (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 = 110.0000 Hm0 = 2.25140400000000 Tp = 9.03693394904977 dir = 110.000000 000000 duration = 180.000000000000 Trep = 8.26608344551885 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_05_jonswap04.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_05_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 Simulation 4.1 percent complete Time remaining 27 minutes waveparams: Reading from Storm_05_jonswap05.inp ... Hm0 = 2.2514 fp = 0.1093 fnyq = 0.3279 (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 = 110.0000 Hm0 = 2.25140400000000 Tp = 9.14846122882131 dir = 110.000000 000000 duration = 180.000000000000 Trep = 8.36809744786090 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_05_jonswap05.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_05_jonswap05.inp ... file done Simulation 4.4 percent complete Time remaining 27 minutes Simulation 4.7 percent complete Time remaining 27 minutes Simulation 5.0 percent complete Time remaining 27 minutes waveparams: Reading from Storm_05_jonswap06.inp ... Hm0 = 2.2514 fp = 0.1093 fnyq = 0.3279 (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 = 110.0000 Hm0 = 2.25140400000000 Tp = 9.14846122882131 dir = 110.000000 000000 duration = 180.000000000000 Trep = 8.36809744786090 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_05_jonswap06.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_05_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 27 minutes waveparams: Reading from Storm_05_jonswap07.inp ... Hm0 = 2.1965 fp = 0.1080 fnyq = 0.3239 (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 = 110.0000 Hm0 = 2.19649100000000 Tp = 9.26286148316938 dir = 110.000000 000000 duration = 180.000000000000 Trep = 8.47273936003612 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_05_jonswap07.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_05_jonswap07.inp ... file done Simulation 6.4 percent complete Time remaining 26 minutes Simulation 6.7 percent complete Time remaining 26 minutes Simulation 7.0 percent complete Time remaining 26 minutes waveparams: Reading from Storm_05_jonswap08.inp ... Hm0 = 2.1965 fp = 0.1066 fnyq = 0.3198 (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 = 110.0000 Hm0 = 2.19649100000000 Tp = 9.38007110093895 dir = 110.000000 000000 duration = 180.000000000000 Trep = 8.57995099692127 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_05_jonswap08.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_05_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_05_jonswap09.inp ... Hm0 = 2.1965 fp = 0.1066 fnyq = 0.3198 (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 = 110.0000 Hm0 = 2.19649100000000 Tp = 9.38007110093895 dir = 110.000000 000000 duration = 180.000000000000 Trep = 8.57995099692127 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_05_jonswap09.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_05_jonswap09.inp ... file done Simulation 8.5 percent complete Time remaining 26 minutes Simulation 8.8 percent complete Time remaining 26 minutes Simulation 9.0 percent complete Time remaining 26 minutes Simulation 9.3 percent complete Time remaining 26 minutes waveparams: Reading from Storm_05_jonswap10.inp ... Hm0 = 2.1965 fp = 0.1053 fnyq = 0.3158 (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 = 111.0000 Hm0 = 2.19649100000000 Tp = 9.50037526482296 dir = 111.000000 000000 duration = 180.000000000000 Trep = 8.68999321512440 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_05_jonswap10.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_05_jonswap10.inp ... file done Simulation 9.6 percent complete Time remaining 26 minutes Simulation 9.9 percent complete Time remaining 25 minutes Simulation 10.2 percent complete Time remaining 25 minutes waveparams: Reading from Storm_05_jonswap11.inp ... Hm0 = 2.1965 fp = 0.1053 fnyq = 0.3158 (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 = 111.0000 Hm0 = 2.19649100000000 Tp = 9.50037526482296 dir = 111.000000 000000 duration = 180.000000000000 Trep = 8.68999321512440 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_05_jonswap11.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_05_jonswap11.inp ... file done Simulation 10.5 percent complete Time remaining 26 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_05_jonswap12.inp ... Hm0 = 2.1965 fp = 0.1053 fnyq = 0.3158 (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 = 111.0000 Hm0 = 2.19649100000000 Tp = 9.50037526482296 dir = 111.000000 000000 duration = 180.000000000000 Trep = 8.68999321512440 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_05_jonswap12.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_05_jonswap12.inp ... file done Simulation 11.6 percent complete Time remaining 25 minutes Simulation 11.9 percent complete Time remaining 25 minutes Simulation 12.2 percent complete Time remaining 25 minutes waveparams: Reading from Storm_05_jonswap13.inp ... Hm0 = 2.1965 fp = 0.1039 fnyq = 0.3117 (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 = 111.0000 Hm0 = 2.19649100000000 Tp = 9.62371282840920 dir = 111.000000 000000 duration = 180.000000000000 Trep = 8.80281008402251 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_05_jonswap13.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_05_jonswap13.inp ... file done Simulation 12.5 percent complete Time remaining 25 minutes Simulation 12.8 percent complete Time remaining 25 minutes Simulation 13.1 percent complete Time remaining 24 minutes Simulation 13.4 percent complete Time remaining 24 minutes waveparams: Reading from Storm_05_jonswap14.inp ... Hm0 = 2.1965 fp = 0.1026 fnyq = 0.3077 (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 = 2.19649100000000 Tp = 9.75039001560062 dir = 111.000000 000000 duration = 180.000000000000 Trep = 8.91868170661836 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_05_jonswap14.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_05_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 Simulation 14.5 percent complete Time remaining 24 minutes waveparams: Reading from Storm_05_jonswap15.inp ... Hm0 = 2.1965 fp = 0.1026 fnyq = 0.3077 (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 = 2.19649100000000 Tp = 9.75039001560062 dir = 111.000000 000000 duration = 180.000000000000 Trep = 8.91868170661836 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_05_jonswap15.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_05_jonswap15.inp ... file done Simulation 14.8 percent complete Time remaining 24 minutes Simulation 15.1 percent complete Time remaining 24 minutes Simulation 15.4 percent complete Time remaining 24 minutes waveparams: Reading from Storm_05_jonswap16.inp ... Hm0 = 2.1965 fp = 0.1026 fnyq = 0.3077 (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 = 2.19649100000000 Tp = 9.75039001560062 dir = 111.000000 000000 duration = 180.000000000000 Trep = 8.91868170661836 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_05_jonswap16.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_05_jonswap16.inp ... file done Simulation 15.7 percent complete Time remaining 24 minutes Simulation 16.0 percent complete Time remaining 24 minutes Simulation 16.3 percent complete Time remaining 24 minutes Simulation 16.6 percent complete Time remaining 23 minutes waveparams: Reading from Storm_05_jonswap17.inp ... Hm0 = 2.1965 fp = 0.1026 fnyq = 0.3077 (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 = 2.19649100000000 Tp = 9.75039001560062 dir = 111.000000 000000 duration = 180.000000000000 Trep = 8.91868170661836 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_05_jonswap17.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_05_jonswap17.inp ... file done Simulation 16.8 percent complete Time remaining 24 minutes Simulation 17.1 percent complete Time remaining 23 minutes Simulation 17.4 percent complete Time remaining 23 minutes waveparams: Reading from Storm_05_jonswap18.inp ... Hm0 = 2.1965 fp = 0.1012 fnyq = 0.3036 (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 = 2.19649100000000 Tp = 9.88034897392576 dir = 111.000000 000000 duration = 180.000000000000 Trep = 9.03755516525654 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_05_jonswap18.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_05_jonswap18.inp ... file done Simulation 17.7 percent complete Time remaining 23 minutes Simulation 18.0 percent complete Time remaining 23 minutes Simulation 18.3 percent complete Time remaining 23 minutes Simulation 18.6 percent complete Time remaining 23 minutes waveparams: Reading from Storm_05_jonswap19.inp ... Hm0 = 2.1965 fp = 0.1012 fnyq = 0.3036 (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 = 2.19649100000000 Tp = 9.88034897392576 dir = 111.000000 000000 duration = 180.000000000000 Trep = 9.03755516525654 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_05_jonswap19.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_05_jonswap19.inp ... file done Simulation 18.9 percent complete Time remaining 23 minutes Simulation 19.2 percent complete Time remaining 23 minutes Simulation 19.5 percent complete Time remaining 23 minutes Simulation 19.7 percent complete Time remaining 23 minutes waveparams: Reading from Storm_05_jonswap20.inp ... Hm0 = 2.1965 fp = 0.1012 fnyq = 0.3036 (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 = 2.19649100000000 Tp = 9.88034897392576 dir = 111.000000 000000 duration = 180.000000000000 Trep = 9.03755516525654 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_05_jonswap20.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_05_jonswap20.inp ... file done Simulation 20.0 percent complete Time remaining 23 minutes Simulation 20.3 percent complete Time remaining 22 minutes Simulation 20.6 percent complete Time remaining 22 minutes waveparams: Reading from Storm_05_jonswap21.inp ... Hm0 = 2.1965 fp = 0.0999 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 = 2.19649100000000 Tp = 10.0139193478936 dir = 111.000000 000000 duration = 180.000000000000 Trep = 9.15899910769604 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_05_jonswap21.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_05_jonswap21.inp ... file done Simulation 20.9 percent complete Time remaining 23 minutes Simulation 21.2 percent complete Time remaining 22 minutes Simulation 21.5 percent complete Time remaining 22 minutes Simulation 21.8 percent complete Time remaining 22 minutes waveparams: Reading from Storm_05_jonswap22.inp ... Hm0 = 2.1965 fp = 0.0999 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 = 2.19649100000000 Tp = 10.0139193478936 dir = 111.000000 000000 duration = 180.000000000000 Trep = 9.15899910769604 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_05_jonswap22.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_05_jonswap22.inp ... file done Simulation 22.1 percent complete Time remaining 22 minutes Simulation 22.3 percent complete Time remaining 22 minutes Simulation 22.6 percent complete Time remaining 22 minutes waveparams: Reading from Storm_05_jonswap23.inp ... Hm0 = 2.1965 fp = 0.0999 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 = 2.19649100000000 Tp = 10.0139193478936 dir = 111.000000 000000 duration = 180.000000000000 Trep = 9.15899910769604 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_05_jonswap23.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_05_jonswap23.inp ... file done Simulation 22.9 percent complete Time remaining 22 minutes Simulation 23.2 percent complete Time remaining 22 minutes Simulation 23.5 percent complete Time remaining 21 minutes Simulation 23.8 percent complete Time remaining 21 minutes waveparams: Reading from Storm_05_jonswap24.inp ... Hm0 = 2.2514 fp = 0.0999 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 = 2.25140400000000 Tp = 10.0139193478936 dir = 111.000000 000000 duration = 180.000000000000 Trep = 9.15899910769604 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_05_jonswap24.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_05_jonswap24.inp ... file done Simulation 24.1 percent complete Time remaining 21 minutes Simulation 24.4 percent complete Time remaining 21 minutes Simulation 24.7 percent complete Time remaining 21 minutes Simulation 24.9 percent complete Time remaining 21 minutes waveparams: Reading from Storm_05_jonswap25.inp ... Hm0 = 2.2514 fp = 0.0999 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 = 2.25140400000000 Tp = 10.0139193478936 dir = 111.000000 000000 duration = 180.000000000000 Trep = 9.15899910769604 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_05_jonswap25.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_05_jonswap25.inp ... file done Simulation 25.2 percent complete Time remaining 21 minutes Simulation 25.5 percent complete Time remaining 21 minutes Simulation 25.8 percent complete Time remaining 21 minutes waveparams: Reading from Storm_05_jonswap26.inp ... Hm0 = 2.3063 fp = 0.0999 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 = 2.30631600000000 Tp = 10.0139193478936 dir = 111.000000 000000 duration = 180.000000000000 Trep = 9.15899910769604 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_05_jonswap26.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_05_jonswap26.inp ... file done Simulation 26.1 percent complete Time remaining 21 minutes Simulation 26.4 percent complete Time remaining 21 minutes Simulation 26.7 percent complete Time remaining 21 minutes Simulation 27.0 percent complete Time remaining 21 minutes waveparams: Reading from Storm_05_jonswap27.inp ... Hm0 = 2.3063 fp = 0.0999 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 = 2.30631600000000 Tp = 10.0139193478936 dir = 111.000000 000000 duration = 180.000000000000 Trep = 9.15899910769604 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_05_jonswap27.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_05_jonswap27.inp ... file done Simulation 27.3 percent complete Time remaining 21 minutes Simulation 27.5 percent complete Time remaining 20 minutes Simulation 27.8 percent complete Time remaining 21 minutes Simulation 28.1 percent complete Time remaining 20 minutes waveparams: Reading from Storm_05_jonswap28.inp ... Hm0 = 2.3063 fp = 0.0985 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 = 2.30631600000000 Tp = 10.1510475881111 dir = 112.000000 000000 duration = 180.000000000000 Trep = 9.28436904073972 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_05_jonswap28.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_05_jonswap28.inp ... file done Simulation 28.4 percent complete Time remaining 20 minutes Simulation 28.7 percent complete Time remaining 20 minutes Simulation 29.0 percent complete Time remaining 20 minutes waveparams: Reading from Storm_05_jonswap29.inp ... Hm0 = 2.3063 fp = 0.0985 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 = 2.30631600000000 Tp = 10.1510475881111 dir = 112.000000 000000 duration = 180.000000000000 Trep = 9.28436904073972 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_05_jonswap29.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_05_jonswap29.inp ... file done Simulation 29.3 percent complete Time remaining 20 minutes Simulation 29.6 percent complete Time remaining 20 minutes Simulation 29.8 percent complete Time remaining 20 minutes Simulation 30.1 percent complete Time remaining 20 minutes waveparams: Reading from Storm_05_jonswap30.inp ... Hm0 = 2.3612 fp = 0.0985 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 = 2.36122800000000 Tp = 10.1510475881111 dir = 112.000000 000000 duration = 180.000000000000 Trep = 9.28436904073972 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_05_jonswap30.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_05_jonswap30.inp ... file done Simulation 30.4 percent complete Time remaining 20 minutes Simulation 30.7 percent complete Time remaining 20 minutes Simulation 31.0 percent complete Time remaining 19 minutes waveparams: Reading from Storm_05_jonswap31.inp ... Hm0 = 2.3612 fp = 0.0985 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 = 2.36122800000000 Tp = 10.1510475881111 dir = 112.000000 000000 duration = 180.000000000000 Trep = 9.28436904073972 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_05_jonswap31.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_05_jonswap31.inp ... file done Simulation 31.3 percent complete Time remaining 20 minutes Simulation 31.6 percent complete Time remaining 19 minutes Simulation 31.9 percent complete Time remaining 19 minutes Simulation 32.2 percent complete Time remaining 19 minutes waveparams: Reading from Storm_05_jonswap32.inp ... Hm0 = 2.4161 fp = 0.0985 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 = 2.41614100000000 Tp = 10.1510475881111 dir = 113.000000 000000 duration = 180.000000000000 Trep = 9.28436904073972 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_05_jonswap32.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_05_jonswap32.inp ... file done Simulation 32.4 percent complete Time remaining 19 minutes Simulation 32.7 percent complete Time remaining 19 minutes Simulation 33.0 percent complete Time remaining 19 minutes Simulation 33.3 percent complete Time remaining 19 minutes waveparams: Reading from Storm_05_jonswap33.inp ... Hm0 = 2.4161 fp = 0.0985 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 = 2.41614100000000 Tp = 10.1510475881111 dir = 112.000000 000000 duration = 180.000000000000 Trep = 9.28436904073972 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_05_jonswap33.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_05_jonswap33.inp ... file done Simulation 33.6 percent complete Time remaining 19 minutes Simulation 33.9 percent complete Time remaining 19 minutes Simulation 34.2 percent complete Time remaining 19 minutes waveparams: Reading from Storm_05_jonswap34.inp ... Hm0 = 2.4711 fp = 0.0985 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 = 2.47105300000000 Tp = 10.1510475881111 dir = 113.000000 000000 duration = 180.000000000000 Trep = 9.28436904073972 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_05_jonswap34.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_05_jonswap34.inp ... file done Simulation 34.5 percent complete Time remaining 19 minutes Simulation 34.7 percent complete Time remaining 18 minutes Simulation 35.0 percent complete Time remaining 18 minutes Simulation 35.3 percent complete Time remaining 18 minutes waveparams: Reading from Storm_05_jonswap35.inp ... Hm0 = 2.4711 fp = 0.0985 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 = 2.47105300000000 Tp = 10.1510475881111 dir = 113.000000 000000 duration = 180.000000000000 Trep = 9.28436904073972 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_05_jonswap35.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_05_jonswap35.inp ... file done Simulation 35.6 percent complete Time remaining 18 minutes Simulation 35.9 percent complete Time remaining 18 minutes Simulation 36.2 percent complete Time remaining 18 minutes waveparams: Reading from Storm_05_jonswap36.inp ... Hm0 = 2.5260 fp = 0.0999 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 = 2.52596500000000 Tp = 10.0139193478936 dir = 113.000000 000000 duration = 180.000000000000 Trep = 9.15899910769603 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_05_jonswap36.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_05_jonswap36.inp ... file done Simulation 36.5 percent complete Time remaining 18 minutes Simulation 36.8 percent complete Time remaining 18 minutes Simulation 37.0 percent complete Time remaining 18 minutes Simulation 37.3 percent complete Time remaining 18 minutes waveparams: Reading from Storm_05_jonswap37.inp ... Hm0 = 2.5809 fp = 0.0999 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 = 2.58087700000000 Tp = 10.0139193478936 dir = 113.000000 000000 duration = 180.000000000000 Trep = 9.15899910769603 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_05_jonswap37.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_05_jonswap37.inp ... file done Simulation 37.6 percent complete Time remaining 17 minutes Simulation 37.9 percent complete Time remaining 17 minutes Simulation 38.2 percent complete Time remaining 18 minutes Simulation 38.5 percent complete Time remaining 17 minutes waveparams: Reading from Storm_05_jonswap38.inp ... Hm0 = 2.5809 fp = 0.0999 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 = 2.58087700000000 Tp = 10.0139193478936 dir = 113.000000 000000 duration = 180.000000000000 Trep = 9.15899910769603 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_05_jonswap38.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_05_jonswap38.inp ... file done Simulation 38.8 percent complete Time remaining 17 minutes Simulation 39.1 percent complete Time remaining 17 minutes Simulation 39.4 percent complete Time remaining 17 minutes waveparams: Reading from Storm_05_jonswap39.inp ... Hm0 = 2.6358 fp = 0.0999 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 = 2.63579000000000 Tp = 10.0139193478936 dir = 114.000000 000000 duration = 180.000000000000 Trep = 9.15899910769604 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_05_jonswap39.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_05_jonswap39.inp ... file done Simulation 39.6 percent complete Time remaining 17 minutes Simulation 39.9 percent complete Time remaining 17 minutes Simulation 40.2 percent complete Time remaining 17 minutes Simulation 40.5 percent complete Time remaining 17 minutes waveparams: Reading from Storm_05_jonswap40.inp ... Hm0 = 2.6358 fp = 0.0999 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 = 2.63579000000000 Tp = 10.0139193478936 dir = 114.000000 000000 duration = 180.000000000000 Trep = 9.15899910769604 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_05_jonswap40.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_05_jonswap40.inp ... file done Simulation 40.8 percent complete Time remaining 17 minutes Simulation 41.1 percent complete Time remaining 16 minutes Simulation 41.4 percent complete Time remaining 16 minutes Simulation 41.7 percent complete Time remaining 16 minutes waveparams: Reading from Storm_05_jonswap41.inp ... Hm0 = 2.6907 fp = 0.0999 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 = 2.69070200000000 Tp = 10.0139193478936 dir = 114.000000 000000 duration = 180.000000000000 Trep = 9.15899910769604 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_05_jonswap41.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_05_jonswap41.inp ... file done Simulation 41.9 percent complete Time remaining 17 minutes Simulation 42.2 percent complete Time remaining 16 minutes Simulation 42.5 percent complete Time remaining 16 minutes waveparams: Reading from Storm_05_jonswap42.inp ... Hm0 = 2.7456 fp = 0.1026 fnyq = 0.3077 (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 = 2.74561400000000 Tp = 9.75039001560062 dir = 114.000000 000000 duration = 180.000000000000 Trep = 8.91868170661836 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_05_jonswap42.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_05_jonswap42.inp ... file done Simulation 42.8 percent complete Time remaining 16 minutes Simulation 43.1 percent complete Time remaining 16 minutes Simulation 43.4 percent complete Time remaining 16 minutes Simulation 43.7 percent complete Time remaining 16 minutes waveparams: Reading from Storm_05_jonswap43.inp ... Hm0 = 2.7456 fp = 0.1026 fnyq = 0.3077 (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 = 2.74561400000000 Tp = 9.75039001560062 dir = 114.000000 000000 duration = 180.000000000000 Trep = 8.91868170661836 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_05_jonswap43.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_05_jonswap43.inp ... file done Simulation 44.0 percent complete Time remaining 16 minutes Simulation 44.2 percent complete Time remaining 16 minutes Simulation 44.5 percent complete Time remaining 16 minutes waveparams: Reading from Storm_05_jonswap44.inp ... Hm0 = 2.8005 fp = 0.1053 fnyq = 0.3158 (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 = 115.0000 Hm0 = 2.80052600000000 Tp = 9.50037526482296 dir = 115.000000 000000 duration = 180.000000000000 Trep = 8.68999321512440 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_05_jonswap44.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_05_jonswap44.inp ... file done Simulation 44.8 percent complete Time remaining 15 minutes Simulation 45.1 percent complete Time remaining 15 minutes Simulation 45.4 percent complete Time remaining 15 minutes Simulation 45.7 percent complete Time remaining 15 minutes waveparams: Reading from Storm_05_jonswap45.inp ... Hm0 = 2.8554 fp = 0.1053 fnyq = 0.3158 (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 = 116.0000 Hm0 = 2.85543900000000 Tp = 9.50037526482296 dir = 116.000000 000000 duration = 180.000000000000 Trep = 8.68999321512440 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_05_jonswap45.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_05_jonswap45.inp ... file done Simulation 46.0 percent complete Time remaining 15 minutes Simulation 46.3 percent complete Time remaining 15 minutes Simulation 46.5 percent complete Time remaining 15 minutes Simulation 46.8 percent complete Time remaining 15 minutes waveparams: Reading from Storm_05_jonswap46.inp ... Hm0 = 2.9653 fp = 0.1053 fnyq = 0.3158 (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 = 116.0000 Hm0 = 2.96526300000000 Tp = 9.50037526482296 dir = 116.000000 000000 duration = 180.000000000000 Trep = 8.68999321512440 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_05_jonswap46.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_05_jonswap46.inp ... file done Simulation 47.1 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_05_jonswap47.inp ... Hm0 = 3.0202 fp = 0.1066 fnyq = 0.3198 (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 = 118.0000 Hm0 = 3.02017600000000 Tp = 9.38007110093895 dir = 118.000000 000000 duration = 180.000000000000 Trep = 8.57995099692127 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_05_jonswap47.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_05_jonswap47.inp ... file done Simulation 48.0 percent complete Time remaining 15 minutes Simulation 48.3 percent complete Time remaining 14 minutes Simulation 48.5 percent complete Time remaining 14 minutes Simulation 48.8 percent complete Time remaining 15 minutes waveparams: Reading from Storm_05_jonswap48.inp ... Hm0 = 3.0202 fp = 0.1066 fnyq = 0.3198 (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 = 119.0000 Hm0 = 3.02017600000000 Tp = 9.38007110093895 dir = 119.000000 000000 duration = 180.000000000000 Trep = 8.57995099692127 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_05_jonswap48.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_05_jonswap48.inp ... file done Simulation 49.1 percent complete Time remaining 14 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_05_jonswap49.inp ... Hm0 = 3.0751 fp = 0.1066 fnyq = 0.3198 (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 = 121.0000 Hm0 = 3.07508800000000 Tp = 9.38007110093895 dir = 121.000000 000000 duration = 180.000000000000 Trep = 8.57995099692127 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_05_jonswap49.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_05_jonswap49.inp ... file done Simulation 50.3 percent complete Time remaining 14 minutes Simulation 50.5 percent complete Time remaining 14 minutes Simulation 50.8 percent complete Time remaining 14 minutes waveparams: Reading from Storm_05_jonswap50.inp ... Hm0 = 3.1300 fp = 0.1066 fnyq = 0.3198 (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 = 123.0000 Hm0 = 3.13000000000000 Tp = 9.38007110093895 dir = 123.000000 000000 duration = 180.000000000000 Trep = 8.57995099692127 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_05_jonswap50.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_05_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 13 minutes Simulation 52.0 percent complete Time remaining 13 minutes waveparams: Reading from Storm_05_jonswap51.inp ... Hm0 = 3.1300 fp = 0.1053 fnyq = 0.3158 (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 = 124.0000 Hm0 = 3.13000000000000 Tp = 9.50037526482296 dir = 124.000000 000000 duration = 180.000000000000 Trep = 8.68999321512440 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_05_jonswap51.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_05_jonswap51.inp ... file done Simulation 52.3 percent complete Time remaining 13 minutes Simulation 52.6 percent complete Time remaining 13 minutes Simulation 52.8 percent complete Time remaining 13 minutes waveparams: Reading from Storm_05_jonswap52.inp ... Hm0 = 3.0751 fp = 0.1053 fnyq = 0.3158 (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 = 124.0000 Hm0 = 3.07508800000000 Tp = 9.50037526482296 dir = 124.000000 000000 duration = 180.000000000000 Trep = 8.68999321512440 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_05_jonswap52.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_05_jonswap52.inp ... file done Simulation 53.1 percent complete Time remaining 13 minutes Simulation 53.4 percent complete Time remaining 13 minutes Simulation 53.7 percent complete Time remaining 13 minutes Simulation 54.0 percent complete Time remaining 13 minutes waveparams: Reading from Storm_05_jonswap53.inp ... Hm0 = 3.0202 fp = 0.1053 fnyq = 0.3158 (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 = 125.0000 Hm0 = 3.02017600000000 Tp = 9.50037526482296 dir = 125.000000 000000 duration = 180.000000000000 Trep = 8.68999321512440 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_05_jonswap53.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_05_jonswap53.inp ... file done Simulation 54.3 percent complete Time remaining 13 minutes Simulation 54.6 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_05_jonswap54.inp ... Hm0 = 2.9653 fp = 0.1039 fnyq = 0.3117 (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 = 125.0000 Hm0 = 2.96526300000000 Tp = 9.62371282840920 dir = 125.000000 000000 duration = 180.000000000000 Trep = 8.80281008402251 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_05_jonswap54.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_05_jonswap54.inp ... file done Simulation 55.4 percent complete Time remaining 12 minutes Simulation 55.7 percent complete Time remaining 13 minutes Simulation 56.0 percent complete Time remaining 13 minutes waveparams: Reading from Storm_05_jonswap55.inp ... Hm0 = 2.8554 fp = 0.1053 fnyq = 0.3158 (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 = 124.0000 Hm0 = 2.85543900000000 Tp = 9.50037526482296 dir = 124.000000 000000 duration = 180.000000000000 Trep = 8.68999321512440 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_05_jonswap55.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_05_jonswap55.inp ... file done Simulation 56.3 percent complete Time remaining 12 minutes Simulation 56.6 percent complete Time remaining 12 minutes Simulation 56.8 percent complete Time remaining 12 minutes Simulation 57.1 percent complete Time remaining 12 minutes waveparams: Reading from Storm_05_jonswap56.inp ... Hm0 = 2.7456 fp = 0.1066 fnyq = 0.3198 (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 = 125.0000 Hm0 = 2.74561400000000 Tp = 9.38007110093895 dir = 125.000000 000000 duration = 180.000000000000 Trep = 8.57995099692127 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_05_jonswap56.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_05_jonswap56.inp ... file done Simulation 57.4 percent complete Time remaining 12 minutes Simulation 57.7 percent complete Time remaining 12 minutes Simulation 58.0 percent complete Time remaining 12 minutes Simulation 58.3 percent complete Time remaining 12 minutes waveparams: Reading from Storm_05_jonswap57.inp ... Hm0 = 2.6358 fp = 0.1093 fnyq = 0.3279 (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 = 126.0000 Hm0 = 2.63579000000000 Tp = 9.14846122882131 dir = 126.000000 000000 duration = 180.000000000000 Trep = 8.36809744786090 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_05_jonswap57.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_05_jonswap57.inp ... file done Simulation 58.6 percent complete Time remaining 12 minutes Simulation 58.9 percent complete Time remaining 11 minutes Simulation 59.1 percent complete Time remaining 11 minutes waveparams: Reading from Storm_05_jonswap58.inp ... Hm0 = 2.5809 fp = 0.1134 fnyq = 0.3401 (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 = 2.58087700000000 Tp = 8.82176505875296 dir = 127.000000 000000 duration = 180.000000000000 Trep = 8.06926846246144 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_05_jonswap58.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_05_jonswap58.inp ... file done Simulation 59.4 percent complete Time remaining 11 minutes Simulation 59.7 percent complete Time remaining 11 minutes Simulation 60.0 percent complete Time remaining 11 minutes Simulation 60.3 percent complete Time remaining 11 minutes waveparams: Reading from Storm_05_jonswap59.inp ... Hm0 = 2.4711 fp = 0.1147 fnyq = 0.3441 (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 = 2.47105300000000 Tp = 8.71801577960856 dir = 128.000000 000000 duration = 180.000000000000 Trep = 7.97436899726062 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_05_jonswap59.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_05_jonswap59.inp ... file done Simulation 60.6 percent complete Time remaining 11 minutes Simulation 60.9 percent complete Time remaining 11 minutes Simulation 61.2 percent complete Time remaining 11 minutes Simulation 61.4 percent complete Time remaining 11 minutes waveparams: Reading from Storm_05_jonswap60.inp ... Hm0 = 2.3612 fp = 0.1161 fnyq = 0.3482 (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 = 2.36122800000000 Tp = 8.61660419628624 dir = 128.000000 000000 duration = 180.000000000000 Trep = 7.88160782241850 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_05_jonswap60.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_05_jonswap60.inp ... file done Simulation 61.7 percent complete Time remaining 11 minutes Simulation 62.0 percent complete Time remaining 10 minutes Simulation 62.3 percent complete Time remaining 10 minutes waveparams: Reading from Storm_05_jonswap61.inp ... Hm0 = 2.2514 fp = 0.1188 fnyq = 0.3563 (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 = 2.25140400000000 Tp = 8.42076898462368 dir = 128.000000 000000 duration = 180.000000000000 Trep = 7.70247735512723 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_05_jonswap61.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_05_jonswap61.inp ... file done Simulation 62.6 percent complete Time remaining 10 minutes Simulation 62.9 percent complete Time remaining 10 minutes Simulation 63.2 percent complete Time remaining 10 minutes Simulation 63.5 percent complete Time remaining 10 minutes waveparams: Reading from Storm_05_jonswap62.inp ... Hm0 = 2.1416 fp = 0.1228 fnyq = 0.3684 (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 = 2.14157900000000 Tp = 8.14318985032817 dir = 128.000000 000000 duration = 180.000000000000 Trep = 7.44857572214442 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_05_jonswap62.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_05_jonswap62.inp ... file done Simulation 63.7 percent complete Time remaining 10 minutes Simulation 64.0 percent complete Time remaining 10 minutes Simulation 64.3 percent complete Time remaining 10 minutes waveparams: Reading from Storm_05_jonswap63.inp ... Hm0 = 2.0867 fp = 0.1255 fnyq = 0.3765 (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 = 2.08666700000000 Tp = 7.96806399949004 dir = 128.000000 000000 duration = 180.000000000000 Trep = 7.28838810711293 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_05_jonswap63.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_05_jonswap63.inp ... file done Simulation 64.6 percent complete Time remaining 10 minutes Simulation 64.9 percent complete Time remaining 10 minutes Simulation 65.2 percent complete Time remaining 10 minutes Simulation 65.5 percent complete Time remaining 10 minutes waveparams: Reading from Storm_05_jonswap64.inp ... Hm0 = 1.9768 fp = 0.1269 fnyq = 0.3806 (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 = 1.97684200000000 Tp = 7.88326461754342 dir = 129.000000 000000 duration = 180.000000000000 Trep = 7.21082211279990 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_05_jonswap64.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_05_jonswap64.inp ... file done Simulation 65.8 percent complete Time remaining 9 minutes and 51 seconds Simulation 66.1 percent complete Time remaining 9 minutes and 55 seconds Simulation 66.3 percent complete Time remaining 9 minutes and 39 seconds Simulation 66.6 percent complete Time remaining 9 minutes and 35 seconds waveparams: Reading from Storm_05_jonswap65.inp ... Hm0 = 1.8670 fp = 0.1309 fnyq = 0.3927 (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 = 129.0000 Hm0 = 1.86701800000000 Tp = 7.63947776529997 dir = 129.000000 000000 duration = 180.000000000000 Trep = 6.98783028006921 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_05_jonswap65.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_05_jonswap65.inp ... file done Simulation 66.9 percent complete Time remaining 9 minutes and 36 seconds Simulation 67.2 percent complete Time remaining 9 minutes and 27 seconds Simulation 67.5 percent complete Time remaining 9 minutes and 19 seconds waveparams: Reading from Storm_05_jonswap66.inp ... Hm0 = 1.8121 fp = 0.1322 fnyq = 0.3967 (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 = 129.0000 Hm0 = 1.81210500000000 Tp = 7.56149384872475 dir = 129.000000 000000 duration = 180.000000000000 Trep = 6.91649839190300 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_05_jonswap66.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_05_jonswap66.inp ... file done Simulation 67.8 percent complete Time remaining 9 minutes and 17 seconds Simulation 68.1 percent complete Time remaining 9 minutes and 6 seconds Simulation 68.4 percent complete Time remaining 9 minutes and 13 seconds Simulation 68.7 percent complete Time remaining 8 minutes and 58 seconds waveparams: Reading from Storm_05_jonswap67.inp ... Hm0 = 1.6474 fp = 0.1336 fnyq = 0.4008 (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 = 128.0000 Hm0 = 1.64736900000000 Tp = 7.48514199314361 dir = 128.000000 000000 duration = 180.000000000000 Trep = 6.84665934992125 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_05_jonswap67.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_05_jonswap67.inp ... file done Simulation 68.9 percent complete Time remaining 8 minutes and 58 seconds Simulation 69.2 percent complete Time remaining 8 minutes and 47 seconds Simulation 69.5 percent complete Time remaining 8 minutes and 46 seconds waveparams: Reading from Storm_05_jonswap68.inp ... Hm0 = 1.5375 fp = 0.1349 fnyq = 0.4048 (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 = 129.0000 Hm0 = 1.53754400000000 Tp = 7.41026173044432 dir = 129.000000 000000 duration = 180.000000000000 Trep = 6.77816637394240 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_05_jonswap68.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_05_jonswap68.inp ... file done Simulation 69.8 percent complete Time remaining 8 minutes and 40 seconds Simulation 70.1 percent complete Time remaining 8 minutes and 36 seconds Simulation 70.4 percent complete Time remaining 8 minutes and 28 seconds Simulation 70.7 percent complete Time remaining 8 minutes and 27 seconds waveparams: Reading from Storm_05_jonswap69.inp ... Hm0 = 1.4277 fp = 0.1363 fnyq = 0.4089 (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 = 129.0000 Hm0 = 1.42771900000000 Tp = 7.33691864090919 dir = 129.000000 000000 duration = 180.000000000000 Trep = 6.71107945025040 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_05_jonswap69.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_05_jonswap69.inp ... file done Simulation 71.0 percent complete Time remaining 8 minutes and 23 seconds Simulation 71.3 percent complete Time remaining 8 minutes and 17 seconds Simulation 71.6 percent complete Time remaining 8 minutes and 8 seconds Simulation 71.8 percent complete Time remaining 8 minutes and 11 seconds waveparams: Reading from Storm_05_jonswap70.inp ... Hm0 = 1.3728 fp = 0.1390 fnyq = 0.4170 (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 = 129.0000 Hm0 = 1.37280700000000 Tp = 7.19445163889608 dir = 129.000000 000000 duration = 180.000000000000 Trep = 6.58076488410299 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_05_jonswap70.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_05_jonswap70.inp ... file done Simulation 72.1 percent complete Time remaining 8 minutes and 1 seconds Simulation 72.4 percent complete Time remaining 7 minutes and 56 seconds Simulation 72.7 percent complete Time remaining 7 minutes and 59 seconds waveparams: Reading from Storm_05_jonswap71.inp ... Hm0 = 1.3179 fp = 0.1403 fnyq = 0.4210 (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 = 128.0000 Hm0 = 1.31789500000000 Tp = 7.12524760235418 dir = 128.000000 000000 duration = 180.000000000000 Trep = 6.51746395216664 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_05_jonswap71.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_05_jonswap71.inp ... file done Simulation 73.0 percent complete Time remaining 8 minutes and 17 seconds Simulation 73.3 percent complete Time remaining 7 minutes and 39 seconds Simulation 73.6 percent complete Time remaining 7 minutes and 35 seconds Simulation 73.9 percent complete Time remaining 7 minutes and 29 seconds waveparams: Reading from Storm_05_jonswap72.inp ... Hm0 = 1.2081 fp = 0.1417 fnyq = 0.4251 (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 = 128.0000 Hm0 = 1.20807000000000 Tp = 7.05741204700236 dir = 128.000000 000000 duration = 180.000000000000 Trep = 6.45541476996915 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_05_jonswap72.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_05_jonswap72.inp ... file done Simulation 74.1 percent complete Time remaining 7 minutes and 32 seconds Simulation 74.4 percent complete Time remaining 7 minutes and 19 seconds Simulation 74.7 percent complete Time remaining 7 minutes and 15 seconds waveparams: Reading from Storm_05_jonswap73.inp ... Hm0 = 1.1532 fp = 0.1417 fnyq = 0.4251 (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 = 127.0000 Hm0 = 1.15315800000000 Tp = 7.05741204700236 dir = 127.000000 000000 duration = 180.000000000000 Trep = 6.45541476996915 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_05_jonswap73.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_05_jonswap73.inp ... file done Simulation 75.0 percent complete Time remaining 7 minutes and 13 seconds Simulation 75.3 percent complete Time remaining 7 minutes and 9 seconds Simulation 75.6 percent complete Time remaining 6 minutes and 60 seconds Simulation 75.9 percent complete Time remaining 6 minutes and 54 seconds waveparams: Reading from Storm_05_jonswap74.inp ... Hm0 = 1.0982 fp = 0.1430 fnyq = 0.4291 (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 = 127.0000 Hm0 = 1.09824600000000 Tp = 6.99085596040379 dir = 127.000000 000000 duration = 180.000000000000 Trep = 6.39453591783493 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_05_jonswap74.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_05_jonswap74.inp ... file done Simulation 76.2 percent complete Time remaining 6 minutes and 52 seconds Simulation 76.5 percent complete Time remaining 6 minutes and 50 seconds Simulation 76.7 percent complete Time remaining 6 minutes and 39 seconds Simulation 77.0 percent complete Time remaining 6 minutes and 36 seconds waveparams: Reading from Storm_05_jonswap75.inp ... Hm0 = 1.0433 fp = 0.1457 fnyq = 0.4372 (no record found, default value used) dfj = 0.0022 (no record found, default value used) gammajsp = 3.3000 (no record found, default value used) s = 256.0000 mainang = 127.0000 Hm0 = 1.04333300000000 Tp = 6.86139300000686 dir = 127.000000 000000 duration = 180.000000000000 Trep = 6.27611614849961 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_05_jonswap75.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_05_jonswap75.inp ... file done Simulation 77.3 percent complete Time remaining 6 minutes and 31 seconds Simulation 77.6 percent complete Time remaining 6 minutes and 28 seconds Simulation 77.9 percent complete Time remaining 6 minutes and 20 seconds waveparams: Reading from Storm_05_jonswap76.inp ... Hm0 = 0.9884 fp = 0.1471 fnyq = 0.4413 (no record found, default value used) dfj = 0.0022 (no record found, default value used) gammajsp = 3.3000 (no record found, default value used) s = 256.0000 mainang = 127.0000 Hm0 = 0.988421000000000 Tp = 6.79842004718104 dir = 127.000000 000000 duration = 180.000000000000 Trep = 6.21851478881238 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_05_jonswap76.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_05_jonswap76.inp ... file done Simulation 78.2 percent complete Time remaining 6 minutes and 18 seconds Simulation 78.5 percent complete Time remaining 6 minutes and 9 seconds Simulation 78.8 percent complete Time remaining 6 minutes and 11 seconds Simulation 79.1 percent complete Time remaining 5 minutes and 59 seconds waveparams: Reading from Storm_05_jonswap77.inp ... Hm0 = 0.9884 fp = 0.1484 fnyq = 0.4453 (no record found, default value used) dfj = 0.0022 (no record found, default value used) gammajsp = 3.3000 (no record found, default value used) s = 256.0000 mainang = 127.0000 Hm0 = 0.988421000000000 Tp = 6.73663787876747 dir = 127.000000 000000 duration = 180.000000000000 Trep = 6.16200263962207 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_05_jonswap77.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_05_jonswap77.inp ... file done Simulation 79.4 percent complete Time remaining 5 minutes and 57 seconds Simulation 79.6 percent complete Time remaining 5 minutes and 49 seconds Simulation 79.9 percent complete Time remaining 5 minutes and 47 seconds waveparams: Reading from Storm_05_jonswap78.inp ... Hm0 = 0.9335 fp = 0.1498 fnyq = 0.4494 (no record found, default value used) dfj = 0.0022 (no record found, default value used) gammajsp = 3.3000 (no record found, default value used) s = 256.0000 mainang = 128.0000 Hm0 = 0.933509000000000 Tp = 6.67592394787439 dir = 128.000000 000000 duration = 180.000000000000 Trep = 6.10646760728730 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_05_jonswap78.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_05_jonswap78.inp ... file done Simulation 80.2 percent complete Time remaining 5 minutes and 41 seconds Simulation 80.5 percent complete Time remaining 5 minutes and 35 seconds Simulation 80.8 percent complete Time remaining 5 minutes and 30 seconds Simulation 81.1 percent complete Time remaining 5 minutes and 31 seconds waveparams: Reading from Storm_05_jonswap79.inp ... Hm0 = 0.8786 fp = 0.1511 fnyq = 0.4534 (no record found, default value used) dfj = 0.0023 (no record found, default value used) gammajsp = 3.3000 (no record found, default value used) s = 256.0000 mainang = 128.0000 Hm0 = 0.878597000000000 Tp = 6.61633838601041 dir = 128.000000 000000 duration = 180.000000000000 Trep = 6.05196469409875 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_05_jonswap79.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_05_jonswap79.inp ... file done Simulation 81.4 percent complete Time remaining 5 minutes and 22 seconds Simulation 81.7 percent complete Time remaining 5 minutes and 16 seconds Simulation 82.0 percent complete Time remaining 5 minutes and 11 seconds Simulation 82.2 percent complete Time remaining 5 minutes and 8 seconds waveparams: Reading from Storm_05_jonswap80.inp ... Hm0 = 0.8786 fp = 0.1538 fnyq = 0.4615 (no record found, default value used) dfj = 0.0023 (no record found, default value used) gammajsp = 3.3000 (no record found, default value used) s = 256.0000 mainang = 128.0000 Hm0 = 0.878597000000000 Tp = 6.50026001040042 dir = 128.000000 000000 duration = 180.000000000000 Trep = 5.94578780441224 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_05_jonswap80.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_05_jonswap80.inp ... file done Simulation 82.5 percent complete Time remaining 5 minutes and 2 seconds Simulation 82.8 percent complete Time remaining 4 minutes and 56 seconds Simulation 83.1 percent complete Time remaining 4 minutes and 51 seconds waveparams: Reading from Storm_05_jonswap81.inp ... Hm0 = 0.8237 fp = 0.1552 fnyq = 0.4656 (no record found, default value used) dfj = 0.0023 (no record found, default value used) gammajsp = 3.3000 (no record found, default value used) s = 256.0000 mainang = 128.0000 Hm0 = 0.823684000000000 Tp = 6.44371415684000 dir = 128.000000 000000 duration = 180.000000000000 Trep = 5.89406531239628 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_05_jonswap81.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_05_jonswap81.inp ... file done Simulation 83.4 percent complete Time remaining 4 minutes and 54 seconds Simulation 83.7 percent complete Time remaining 4 minutes and 45 seconds Simulation 84.0 percent complete Time remaining 4 minutes and 37 seconds Simulation 84.3 percent complete Time remaining 4 minutes and 32 seconds waveparams: Reading from Storm_05_jonswap82.inp ... Hm0 = 0.8237 fp = 0.1565 fnyq = 0.4696 (no record found, default value used) dfj = 0.0023 (no record found, default value used) gammajsp = 3.3000 (no record found, default value used) s = 256.0000 mainang = 128.0000 Hm0 = 0.823684000000000 Tp = 6.38818441410767 dir = 128.000000 000000 duration = 180.000000000000 Trep = 5.84327225695053 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_05_jonswap82.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_05_jonswap82.inp ... file done Simulation 84.5 percent complete Time remaining 4 minutes and 31 seconds Simulation 84.8 percent complete Time remaining 4 minutes and 21 seconds Simulation 85.1 percent complete Time remaining 4 minutes and 16 seconds waveparams: Reading from Storm_05_jonswap83.inp ... Hm0 = 0.7688 fp = 0.1592 fnyq = 0.4777 (no record found, default value used) dfj = 0.0024 (no record found, default value used) gammajsp = 3.3000 (no record found, default value used) s = 256.0000 mainang = 129.0000 Hm0 = 0.768772000000000 Tp = 6.27990806214597 dir = 129.000000 000000 duration = 180.000000000000 Trep = 5.74423187826260 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_05_jonswap83.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_05_jonswap83.inp ... file done Simulation 85.4 percent complete Time remaining 4 minutes and 12 seconds Simulation 85.7 percent complete Time remaining 4 minutes and 11 seconds Simulation 86.0 percent complete Time remaining 4 minutes and 2 seconds Simulation 86.3 percent complete Time remaining 3 minutes and 56 seconds waveparams: Reading from Storm_05_jonswap84.inp ... Hm0 = 0.7688 fp = 0.1606 fnyq = 0.4818 (no record found, default value used) dfj = 0.0024 (no record found, default value used) gammajsp = 3.3000 (no record found, default value used) s = 256.0000 mainang = 129.0000 Hm0 = 0.768772000000000 Tp = 6.22711535108476 dir = 129.000000 000000 duration = 180.000000000000 Trep = 5.69594238567502 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_05_jonswap84.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_05_jonswap84.inp ... file done Simulation 86.6 percent complete Time remaining 3 minutes and 52 seconds Simulation 86.9 percent complete Time remaining 3 minutes and 50 seconds Simulation 87.1 percent complete Time remaining 3 minutes and 42 seconds Simulation 87.4 percent complete Time remaining 3 minutes and 36 seconds waveparams: Reading from Storm_05_jonswap85.inp ... Hm0 = 0.7688 fp = 0.1619 fnyq = 0.4858 (no record found, default value used) dfj = 0.0024 (no record found, default value used) gammajsp = 3.3000 (no record found, default value used) s = 256.0000 mainang = 129.0000 Hm0 = 0.768772000000000 Tp = 6.17524098877959 dir = 129.000000 000000 duration = 180.000000000000 Trep = 5.64849290669075 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_05_jonswap85.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_05_jonswap85.inp ... file done Simulation 87.7 percent complete Time remaining 3 minutes and 33 seconds Simulation 88.0 percent complete Time remaining 3 minutes and 28 seconds Simulation 88.3 percent complete Time remaining 3 minutes and 21 seconds waveparams: Reading from Storm_05_jonswap86.inp ... Hm0 = 0.7139 fp = 0.1619 fnyq = 0.4858 (no record found, default value used) dfj = 0.0024 (no record found, default value used) gammajsp = 3.3000 (no record found, default value used) s = 256.0000 mainang = 129.0000 Hm0 = 0.713860000000000 Tp = 6.17524098877959 dir = 129.000000 000000 duration = 180.000000000000 Trep = 5.64849290669075 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_05_jonswap86.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_05_jonswap86.inp ... file done Simulation 88.6 percent complete Time remaining 3 minutes and 18 seconds Simulation 88.9 percent complete Time remaining 3 minutes and 11 seconds Simulation 89.2 percent complete Time remaining 3 minutes and 10 seconds Simulation 89.5 percent complete Time remaining 3 minutes and 1 seconds waveparams: Reading from Storm_05_jonswap87.inp ... Hm0 = 0.7139 fp = 0.1646 fnyq = 0.4939 (no record found, default value used) dfj = 0.0025 (no record found, default value used) gammajsp = 3.3000 (no record found, default value used) s = 256.0000 mainang = 130.0000 Hm0 = 0.713860000000000 Tp = 6.07400568526932 dir = 130.000000 000000 duration = 180.000000000000 Trep = 5.55589297499198 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_05_jonswap87.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_05_jonswap87.inp ... file done Simulation 89.8 percent complete Time remaining 2 minutes and 58 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 41 seconds waveparams: Reading from Storm_05_jonswap88.inp ... Hm0 = 0.6589 fp = 0.1660 fnyq = 0.4980 (no record found, default value used) dfj = 0.0025 (no record found, default value used) gammajsp = 3.3000 (no record found, default value used) s = 256.0000 mainang = 130.0000 Hm0 = 0.658947000000000 Tp = 6.02460448471558 dir = 130.000000 000000 duration = 180.000000000000 Trep = 5.51070569705143 Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_05_jonswap88.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_05_jonswap88.inp ... file done Simulation 90.9 percent complete Time remaining 2 minutes and 38 seconds Simulation 91.2 percent complete Time remaining 2 minutes and 31 seconds Simulation 91.5 percent complete Time remaining 2 minutes and 29 seconds waveparams: Reading from Storm_05_jonswap89.inp ... Hm0 = 0.6589 fp = 0.1687 fnyq = 0.5061 (no record found, default value used) dfj = 0.0025 (no record found, default value used) gammajsp = 3.3000 (no record found, default value used) s = 256.0000 mainang = 130.0000 Hm0 = 0.658947000000000 Tp = 5.92820938435546 dir = 130.000000 000000 duration = 180.000000000000 Trep = 5.42253309915392 Changing dt in wave boundary conditions to satisfy Nyquist condition. New dt = 0.9930 s. Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_05_jonswap89.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_05_jonswap89.inp ... file done Simulation 91.8 percent complete Time remaining 2 minutes and 23 seconds Simulation 92.1 percent complete Time remaining 2 minutes and 17 seconds Simulation 92.3 percent complete Time remaining 2 minutes and 15 seconds Simulation 92.6 percent complete Time remaining 2 minutes and 8 seconds waveparams: Reading from Storm_05_jonswap90.inp ... Hm0 = 0.6589 fp = 0.1687 fnyq = 0.5061 (no record found, default value used) dfj = 0.0025 (no record found, default value used) gammajsp = 3.3000 (no record found, default value used) s = 256.0000 mainang = 130.0000 Hm0 = 0.658947000000000 Tp = 5.92820938435546 dir = 130.000000 000000 duration = 180.000000000000 Trep = 5.42253309915392 Changing dt in wave boundary conditions to satisfy Nyquist condition. New dt = 0.9930 s. Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_05_jonswap90.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_05_jonswap90.inp ... file done Simulation 92.9 percent complete Time remaining 2 minutes and 3 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_05_jonswap91.inp ... Hm0 = 0.6040 fp = 0.1714 fnyq = 0.5142 (no record found, default value used) dfj = 0.0026 (no record found, default value used) gammajsp = 3.3000 (no record found, default value used) s = 256.0000 mainang = 130.0000 Hm0 = 0.604035000000000 Tp = 5.83485039443589 dir = 130.000000 000000 duration = 180.000000000000 Trep = 5.33713763146373 Changing dt in wave boundary conditions to satisfy Nyquist condition. New dt = 0.9774 s. Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_05_jonswap91.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_05_jonswap91.inp ... file done Simulation 93.8 percent complete Time remaining 1 minutes and 49 seconds Simulation 94.1 percent complete Time remaining 1 minutes and 42 seconds Simulation 94.4 percent complete Time remaining 1 minutes and 37 seconds Simulation 94.7 percent complete Time remaining 1 minutes and 32 seconds waveparams: Reading from Storm_05_jonswap92.inp ... Hm0 = 0.6040 fp = 0.1727 fnyq = 0.5182 (no record found, default value used) dfj = 0.0026 (no record found, default value used) gammajsp = 3.3000 (no record found, default value used) s = 256.0000 mainang = 131.0000 Hm0 = 0.604035000000000 Tp = 5.78928172381653 dir = 131.000000 000000 duration = 180.000000000000 Trep = 5.29545596863818 Changing dt in wave boundary conditions to satisfy Nyquist condition. New dt = 0.9697 s. Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_05_jonswap92.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_05_jonswap92.inp ... file done Simulation 95.0 percent complete Time remaining 1 minutes and 28 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_05_jonswap93.inp ... Hm0 = 0.6040 fp = 0.1727 fnyq = 0.5182 (no record found, default value used) dfj = 0.0026 (no record found, default value used) gammajsp = 3.3000 (no record found, default value used) s = 256.0000 mainang = 131.0000 Hm0 = 0.604035000000000 Tp = 5.78928172381653 dir = 131.000000 000000 duration = 180.000000000000 Trep = 5.29545596863818 Changing dt in wave boundary conditions to satisfy Nyquist condition. New dt = 0.9697 s. Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_05_jonswap93.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_05_jonswap93.inp ... file done Simulation 96.1 percent complete Time remaining 1 minutes and 8 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_05_jonswap94.inp ... Hm0 = 0.6040 fp = 0.1754 fnyq = 0.5263 (no record found, default value used) dfj = 0.0026 (no record found, default value used) gammajsp = 3.3000 (no record found, default value used) s = 256.0000 mainang = 131.0000 Hm0 = 0.604035000000000 Tp = 5.70021432805873 dir = 131.000000 000000 duration = 180.000000000000 Trep = 5.21398602210988 Changing dt in wave boundary conditions to satisfy Nyquist condition. New dt = 0.9548 s. Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_05_jonswap94.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_05_jonswap94.inp ... file done Simulation 97.0 percent complete Time remaining 52 seconds Simulation 97.3 percent complete Time remaining 47 seconds Simulation 97.6 percent complete Time remaining 42 seconds Simulation 97.8 percent complete Time remaining 37 seconds waveparams: Reading from Storm_05_jonswap95.inp ... Hm0 = 0.5491 fp = 0.1781 fnyq = 0.5344 (no record found, default value used) dfj = 0.0027 (no record found, default value used) gammajsp = 3.3000 (no record found, default value used) s = 256.0000 mainang = 132.0000 Hm0 = 0.549123000000000 Tp = 5.61384598974912 dir = 132.000000 000000 duration = 180.000000000000 Trep = 5.13498490341815 Changing dt in wave boundary conditions to satisfy Nyquist condition. New dt = 0.9403 s. Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_05_jonswap95.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_05_jonswap95.inp ... file done Simulation 98.1 percent complete Time remaining 32 seconds Simulation 98.4 percent complete Time remaining 28 seconds Simulation 98.7 percent complete Time remaining 22 seconds waveparams: Reading from Storm_05_jonswap96.inp ... Hm0 = 0.5491 fp = 0.1795 fnyq = 0.5384 (no record found, default value used) dfj = 0.0027 (no record found, default value used) gammajsp = 3.3000 (no record found, default value used) s = 256.0000 mainang = 132.0000 Hm0 = 0.549123000000000 Tp = 5.57165143748607 dir = 132.000000 000000 duration = 180.000000000000 Trep = 5.09638954663907 Changing dt in wave boundary conditions to satisfy Nyquist condition. New dt = 0.9333 s. Calculating wave energy at boundary Calculating wave energy for theta bin 1 of 1 writing wave energy to E_Storm_05_jonswap96.inp ... file done Calculating flux at boundary Flux 1 of 3 writing long wave mass flux to q_Storm_05_jonswap96.inp ... file done Simulation 99.0 percent complete Time remaining 17 seconds Simulation 99.3 percent complete Time remaining 12 seconds Simulation 99.6 percent complete Time remaining 7 seconds Simulation 99.9 percent complete Time remaining 2 seconds Total calculation time: 576.234375000000 seconds Timing: procs: 8 seconds: total: 1732.75737806015 loop: 17 12.65546020149 End of program xbeach