********************************************************** Welcome to XBeach version 1.23.Range 5508 Not mixed revisions and with local modif ications XBeachX BETA release date2018/10/03 10:29:49 URL:https://svn.oss.deltares.nl/repos/xbeach/trunk/src/xbeachlibrary ********************************************************** Simulation started: YYYYMMDD hh:mm:ss time zone (UTC) 20181109 12:04:29 +0100 General Input Module Reading input parameters: XBeach reading fromparams.txt useXBeachGSettings =1 -------------------------------- Backward compatibility: nonh =1 instat =vardens -------------------------------- Physical processes: wavemodel =nonh cyclic =0 (no record found, default value used) swave =0 lwave =1 (no record found, default value used) flow =1 (no record found, default value used) sedtrans =1 morphology =1 avalanching =1 (no record found, default value used) gwflow =1 ships =0 (no record found, default value used) vegetation =0 (no record found, default value used) setbathy =0 (no record found, default value used) viscosity =1 (no record found, default value used) advection =1 (no record found, default value used) wind =1 (no record found, default value used) -------------------------------- Grid parameters: gridform =xbeach (no record found, default value used) xori =-127.2290 yori =.0000 alfa =.0000 nx =180 ny =0 posdwn =.0000 depfile =bed.dep vardx =1 dx =-1.0000 (no record found, default value used) dy =-1.0000 (no record found, default value used) xfile =x.grd yfile =y.grd nz =1 (no record found, default value used) -------------------------------- Model time parameters: CFL =.6000 (no record found, default value used) dtset =.0000 (no record found, default value used) tstop =3600.0000 maxdtfac =500.0000 (no record found, default value used) -------------------------------- Physical constants: rho =1025.0000 (no record found, default value used) g =9.8100 (no record found, default value used) depthscale =1.0000 (no record found, default value used) -------------------------------- Initial conditions: zsinitfile = None specified -------------------------------- Wave boundary condition parameters: wbctype =vardens bcfile =spectrumlist.txt taper =100.0000 (no record found, default value used) nmax =.8000 (no record found, default value used) lateralwave =neumann (no record found, default value used) -------------------------------- Wave-spectrum boundary condition parameters: random =1 (no record found, default value used) fcutoff =.0000 (no record found, default value used) trepfac =.0100 (no record found, default value used) sprdthr =.0000 (no record found, default value used) Tm01switch =0 (no record found, default value used) nspectrumloc =1 (no record found, default value used) -------------------------------- Flow boundary condition parameters: front =nonh_1d left =neumann right =neumann back =abs_1d ARC =1 (no record found, default value used) order =2.0000 (no record found, default value used) highcomp =0 (no record found, default value used) freewave =0 (no record found, default value used) epsi =-1.0000 (no record found, default value used) tidetype =velocity (no record found, default value used) -------------------------------- Tide boundary conditions: tideloc =2 paulrevere =land (no record found, default value used) zs0file =tide.txt -------------------------------- Discharge boundary conditions: disch_loc_file = None specified disch_timeseries_file = None specified ndischarge =0 (no record found, default value used) ntdischarge =0 (no record found, default value used) beta =.1000 (no record found, default value used) -------------------------------- Flow parameters: bedfriction =white-colebrook-grainsize (no record found, default value used) droot =.5000 (no record found, default value used) dstem =.5000 (no record found, default value used) maxcf =.0400 (no record found, default value used) nuh =.1000 (no record found, default value used) nuhfac =1.0000 (no record found, default value used) smag =1 (no record found, default value used) friction_infiltration =1 (no record found, default value used) friction_acceleration =mccall (no record found, default value used) ci =1.0000 (no record found, default value used) -------------------------------- Coriolis force parameters: wearth =.0417 (no record found, default value used) lat =.0000 (no record found, default value used) -------------------------------- Wind parameters: rhoa =1.2500 (no record found, default value used) Cd =.0020 (no record found, default value used) windfile = None specified windv =.0000 (no record found, default value used) windth =270.0000 (no record found, default value used) -------------------------------- Groundwater parameters: kx =.4000 ky =.4000 (no record found, default value used) kz =.4000 (no record found, default value used) dwetlayer =.1000 (no record found, default value used) aquiferbotfile =aquiferbot.dep gw0file =gw0.ini gwnonh =1 (no record found, default value used) gwscheme =turbulent (no record found, default value used) gwReturb =80.0000 gwheadmodel =parabolic (no record found, default value used) -------------------------------- Non-hydrostatic correction parameters: solver =tridiag (no record found, default value used) kdmin =.0000 (no record found, default value used) Topt =10.0000 (no record found, default value used) nhbreaker =1 (no record found, default value used) dispc =-1.0000 (no record found, default value used) breakviscfac =1.5000 (no record found, default value used) maxbrsteep =.4000 (no record found, default value used) reformsteep =.1000 (no record found, default value used) -------------------------------- Sediment transport parameters: form =mccall_vanrijn (no record found, default value used) uprushfac =1.0000 (no record found, default value used) backwashfac =1.0000 (no record found, default value used) inclrelweight =1 (no record found, default value used) slopecorr =fredsoe_deigaard (no record found, default value use d) sus =0 (no record found, default value used) bed =1 (no record found, default value used) bulk =0 (no record found, default value used) reposeangle =35.0000 (no record found, default value used) tsfac =.1000 (no record found, default value used) Tsmin =.5000 (no record found, default value used) facDc =1.0000 (no record found, default value used) lwt =0 (no record found, default value used) betad =1.0000 (no record found, default value used) fallvelred =0 (no record found, default value used) dilatancy =0 (no record found, default value used) -------------------------------- Bed composition parameters: ngd =1 (no record found, default value used) nd =3 (no record found, default value used) por =.4000 (no record found, default value used) D50 =.0500 D90 =.0750 rhos =2650.0000 (no record found, default value used) dzg =.1000 (no record found, default value used) dzg1 =.1000 (no record found, default value used) dzg2 =.1000 (no record found, default value used) dzg3 =.1000 (no record found, default value used) sedcal =1.0000 (no record found, default value used) ucrcal =1.0000 (no record found, default value used) -------------------------------- Morphology parameters: morfac =1.0000 (no record found, default value used) morfacopt =1 (no record found, default value used) morstart =.0000 (no record found, default value used) morstop =3600.0000 (no record found, default value used) wetslp =.7002 (no record found, default value used) dryslp =.7002 (no record found, default value used) hswitch =.1000 (no record found, default value used) dzmax =.0500 (no record found, default value used) struct =1 ne_layer =ne_layer.dep -------------------------------- Output variables: timings =1 (no record found, default value used) tunits = None specified tstart =.0000 (no record found, default value used) tint =1.0000 (no record found, default value used) tsglobal = None specified tintg =60.0000 tspoints = None specified tintp =1.0000 tsmean = None specified tintm =1200.0000 nglobalvar =3 nglobalvar: Will generate global output for variable:zs nglobalvar: Will generate global output for variable:zb nglobalvar: Will generate global output for variable:gwlevel npoints =7 nrugauge =1 npointvar =1 Output pointpoint001 xpoint:-127.23 ypoint:.00 Output pointpoint002 xpoint:-88.92 ypoint:.00 Output pointpoint003 xpoint:-76.15 ypoint:.00 Output pointpoint004 xpoint:-63.38 ypoint:.00 Output pointpoint005 xpoint:-55.37 ypoint:.00 Output pointpoint006 xpoint:-44.70 ypoint:.00 Output pointpoint007 xpoint:-27.00 ypoint:.00 npointvar: Will generate point output for variable:zs Order of point output variables stored in 'pointvars.idx' Output runup gaugerugau001 xpoint:.00 ypoint:.00 nrugdepth =1 (no record found, default value used) rugdepth =.0000 (no record found, default value used) nmeanvar =5 nmeanvar: Will generate mean, min, max and variance output for variable:zs nmeanvar: Will generate mean, min, max and variance output for variable:gwlev el nmeanvar: Will generate mean, min, max and variance output for variable:infil nmeanvar: Will generate mean, min, max and variance output for variable:qx nmeanvar: Will generate mean, min, max and variance output for variable:gwqx outputformat =netcdf outputprecision =double (no record found, default value used) ncfilename = None specified netcdf output to:xboutput.nc remdryoutput =0 (no record found, default value used) -------------------------------- Output projection: projection = None specified rotate =1 (no record found, default value used) -------------------------------- Wave numerics parameters: scheme =warmbeam (no record found, default value used) snells =1 (no record found, default value used) -------------------------------- Flow numerics parameters: eps =.0050 (no record found, default value used) eps_sd =.5000 (no record found, default value used) umin =.0000 (no record found, default value used) hmin =.2000 (no record found, default value used) secorder =1 (no record found, default value used) -------------------------------- Sediment transport numerics parameters: thetanum =1.0000 (no record found, default value used) cmax =.1000 (no record found, default value used) -------------------------------- Bed update numerics parameters: frac_dz =.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 =.0100 (no record found, default value used) -------------------------------- Finished reading input parameters -------------------------------- Warning: Setting rugdepth to minimum value greater than eps (.00500) ------------------------------------ Building Grid and Bathymetry ------------------------------------ Initializing ..... readtide: reading tide time series fromtide.txt ... -------------------------------- Initializing spectral wave boundary conditions -------------------------------- Distance output point001(-127.23,.00) to gridpoint(1,1): .00 m Distance output point002(-88.92,.00) to gridpoint(13,1): .00 m Distance output point003(-76.15,.00) to gridpoint(17,1): .00 m Distance output point004(-63.38,.00) to gridpoint(21,1): .00 m Distance output point005(-55.37,.00) to gridpoint(24,1): .00 m Distance output point006(-44.70,.00) to gridpoint(31,1): .00 m Distance output point007(-27.00,.00) to gridpoint(70,1): .00 m Runup gauge at grid line iy=1 NetCDF outputformat Creating netcdf variable:zs Creating netcdf variable:zb Creating netcdf variable:gwlevel Creating netcdf variable:point_zs Creating netcdf variable:point_xz Creating netcdf variable:point_yz Creating netcdf variable:zs_mean Creating netcdf variable:zs_var Creating netcdf variable:zs_min Creating netcdf variable:zs_max Creating netcdf variable:gwlevel_mean Creating netcdf variable:gwlevel_var Creating netcdf variable:gwlevel_min Creating netcdf variable:gwlevel_max Creating netcdf variable:infil_mean Creating netcdf variable:infil_var Creating netcdf variable:infil_min Creating netcdf variable:infil_max Creating netcdf variable:qx_mean Creating netcdf variable:qx_var Creating netcdf variable:qx_min Creating netcdf variable:qx_max Creating netcdf variable:gwqx_mean Creating netcdf variable:gwqx_var Creating netcdf variable:gwqx_min Creating netcdf variable:gwqx_max Writing file definition. Writing point vars. Setting up boundary conditions -------------------------------- Calculating spectral wave boundary conditions -------------------------------- Reading spectrum at location1 Reading from vardens file:spectrum001.txt ... Interpreting spectrum at location1 Values calculated from interpolated spectrum: Hm0 =3.80 m Trep =9.41 s Mean dir =250.78 degN Overall Trep from all spectra calculated:9.41 s Calculating Fourier components 5.1% done 10.0% done 15.2% done 20.1% done 25.0% done 30.1% done 35.0% done 40.2% done 45.1% done 50.0% done 55.1% done 60.0% done 65.2% done 70.1% done 75.0% done 80.1% done 85.0% done 90.2% done 95.1% done 100.0% done Wave energy outside computational domain at offshore boundary:.0% Calculating short wave elevation time series 5.0% done 10.0% done 15.0% done 20.0% done 25.0% done 30.0% done 35.0% done 40.0% done 45.0% done 50.0% done 55.0% done 60.0% done 65.0% done 70.0% done 75.0% done 80.0% done 85.0% done 90.0% done 95.0% done 100.0% done Calculating short wave velocity time series 5.0% done 10.0% done 15.0% done 20.0% done 25.0% done 30.0% done 35.0% done 40.0% done 45.0% done 50.0% done 55.0% done 60.0% done 65.0% done 70.0% done 75.0% done 80.0% done 85.0% done 90.0% done 95.0% done 100.0% done Calculating primary wave interaction 5.2% done 10.1% done 15.2% done 20.1% done 25.1% done 30.2% done 35.1% done 40.0% done 45.2% done 50.1% done 55.0% done 60.2% done 65.1% done 70.0% done 75.2% done 80.1% done 85.0% done 90.2% done 95.1% done 100.0% done Warning: shallow water so long wave variance is reduced using par%nmax Calculating flux at boundary 100.0% done Writing short wave time series tonh_series00001.bcf -------------------------------- Spectral wave boundary conditions complete -------------------------------- Boundary conditions complete, starting computation Simulation 0.4 percent complete. Average dt 0.023 seconds Time remaining 23 minutes Simulation 1.9 percent complete. Average dt 0.019 seconds Time remaining 6 minutes and 49 seconds Simulation 3.1 percent complete. Average dt 0.015 seconds Time remaining 7 minutes and 35 seconds Simulation 4.0 percent complete. Average dt 0.013 seconds Time remaining 8 minutes and 28 seconds Simulation 5.2 percent complete. Average dt 0.016 seconds Time remaining 7 minutes and 9 seconds Simulation 6.2 percent complete. Average dt 0.014 seconds Time remaining 7 minutes and 25 seconds Simulation 7.1 percent complete. Average dt 0.013 seconds Time remaining 8 minutes and 2 seconds Simulation 8.4 percent complete. Average dt 0.014 seconds Time remaining 6 minutes and 43 seconds Simulation 9.5 percent complete. Average dt 0.013 seconds Time remaining 6 minutes and 54 seconds Simulation 10.9 percent complete. Average dt 0.015 seconds Time remaining 6 minutes and 9 seconds Simulation 12.0 percent complete. 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Average dt 0.013 seconds Time remaining 5 minutes and 55 seconds -------------------------------- Calculating spectral wave boundary conditions -------------------------------- Reading spectrum at location1 Reading from vardens file:spectrum002.txt ... Interpreting spectrum at location1 Values calculated from interpolated spectrum: Hm0 =4.00 m Trep =9.55 s Mean dir =250.62 degN Overall Trep from all spectra calculated:9.55 s Calculating Fourier components 5.0% done 10.0% done 15.0% done 20.1% done 25.1% done 30.1% done 35.0% done 40.0% done 45.0% done 50.1% done 55.1% done 60.1% done 65.1% done 70.0% done 75.0% done 80.0% done 85.1% done 90.1% done 95.1% done 100.0% done Wave energy outside computational domain at offshore boundary:.0% Calculating short wave elevation time series 5.0% done 10.0% done 15.0% done 20.0% done 25.0% done 30.0% done 35.0% done 40.0% done 45.0% done 50.0% done 55.0% done 60.0% done 65.0% done 70.0% done 75.0% done 80.0% done 85.0% done 90.0% done 95.0% done 100.0% done Calculating short wave velocity time series 5.0% done 10.0% done 15.0% done 20.0% done 25.0% done 30.0% done 35.0% done 40.0% done 45.0% done 50.0% done 55.0% done 60.0% done 65.0% done 70.0% done 75.0% done 80.0% done 85.0% done 90.0% done 95.0% done 100.0% done Calculating primary wave interaction 4.8% done 9.8% done 10.0% done 15.1% done 20.1% done 25.0% done 30.0% done 35.0% done 40.1% done 45.1% done 50.0% done 55.0% done 60.0% done 65.1% done 70.1% done 75.0% done 80.0% done 85.0% done 90.1% done 95.1% done 100.0% done Warning: shallow water so long wave variance is reduced using par%nmax Calculating flux at boundary 100.0% done Writing short wave time series tonh_series00002.bcf -------------------------------- Spectral wave boundary conditions complete -------------------------------- Simulation 22.1 percent complete. Average dt 0.013 seconds Time remaining 36 minutes Simulation 23.6 percent complete. Average dt 0.014 seconds Time remaining 5 minutes and 48 seconds Simulation 24.9 percent complete. Average dt 0.014 seconds Time remaining 6 minutes and 3 seconds Simulation 26.0 percent complete. Average dt 0.014 seconds Time remaining 6 minutes and 19 seconds Simulation 27.1 percent complete. Average dt 0.012 seconds Time remaining 6 minutes and 16 seconds Simulation 28.4 percent complete. Average dt 0.014 seconds Time remaining 5 minutes and 31 seconds Simulation 29.7 percent complete. Average dt 0.014 seconds Time remaining 5 minutes and 26 seconds Simulation 31.1 percent complete. Average dt 0.013 seconds Time remaining 5 minutes and 9 seconds Simulation 32.6 percent complete. Average dt 0.013 seconds Time remaining 4 minutes and 56 seconds Simulation 34.0 percent complete. Average dt 0.013 seconds Time remaining 4 minutes and 46 seconds Simulation 35.6 percent complete. 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Average dt 0.014 seconds Time remaining 3 minutes and 21 seconds Simulation 57.9 percent complete. Average dt 0.013 seconds Time remaining 3 minutes and 35 seconds Simulation 59.4 percent complete. Average dt 0.015 seconds Time remaining 2 minutes and 48 seconds Simulation 60.8 percent complete. Average dt 0.013 seconds Time remaining 2 minutes and 47 seconds Simulation 62.2 percent complete. Average dt 0.014 seconds Time remaining 2 minutes and 37 seconds Simulation 63.4 percent complete. Average dt 0.012 seconds Time remaining 2 minutes and 45 seconds Simulation 64.7 percent complete. Average dt 0.013 seconds Time remaining 2 minutes and 38 seconds Simulation 65.8 percent complete. Average dt 0.012 seconds Time remaining 2 minutes and 39 seconds Simulation 67.1 percent complete. Average dt 0.014 seconds Time remaining 2 minutes and 25 seconds Simulation 68.5 percent complete. Average dt 0.014 seconds Time remaining 2 minutes and 10 seconds Simulation 69.8 percent complete. Average dt 0.013 seconds Time remaining 2 minutes and 13 seconds Simulation 71.1 percent complete. Average dt 0.013 seconds Time remaining 2 minutes and 1 seconds -------------------------------- Calculating spectral wave boundary conditions -------------------------------- Reading spectrum at location1 Reading from vardens file:spectrum003.txt ... Interpreting spectrum at location1 Values calculated from interpolated spectrum: Hm0 =4.00 m Trep =9.53 s Mean dir =250.80 degN Overall Trep from all spectra calculated:9.53 s Calculating Fourier components 5.1% done 10.0% done 15.1% done 20.1% done 25.0% done 30.1% done 35.1% done 40.0% done 45.1% done 50.1% done 55.0% done 60.1% done 65.0% done 70.0% done 75.1% done 80.0% done 85.0% done 90.1% done 95.0% done 100.0% done Wave energy outside computational domain at offshore boundary:.0% Calculating short wave elevation time series 5.0% done 10.0% done 15.0% done 20.0% done 25.0% done 30.0% done 35.0% done 40.0% done 45.0% done 50.0% done 55.0% done 60.0% done 65.0% done 70.0% done 75.0% done 80.0% done 85.0% done 90.0% done 95.0% done 100.0% done Calculating short wave velocity time series 5.0% done 10.0% done 15.0% done 20.0% done 25.0% done 30.0% done 35.0% done 40.0% done 45.0% done 50.0% done 55.0% done 60.0% done 65.0% done 70.0% done 75.0% done 80.0% done 85.0% done 90.0% done 95.0% done 100.0% done Calculating primary wave interaction 4.8% done 9.4% done 14.3% done 19.3% done 20.1% done 25.1% done 30.0% done 35.1% done 40.1% done 45.0% done 50.0% done 55.1% done 60.0% done 65.0% done 70.1% done 75.1% done 80.0% done 85.1% done 90.1% done 95.0% done 100.0% done Warning: shallow water so long wave variance is reduced using par%nmax Calculating flux at boundary 100.0% done Writing short wave time series tonh_series00003.bcf -------------------------------- Spectral wave boundary conditions complete -------------------------------- Simulation 72.1 percent complete. Average dt 0.015 seconds Time remaining 11 minutes Simulation 73.3 percent complete. Average dt 0.013 seconds Time remaining 2 minutes and 3 seconds Simulation 74.6 percent complete. Average dt 0.013 seconds Time remaining 1 minutes and 54 seconds Simulation 75.9 percent complete. Average dt 0.013 seconds Time remaining 1 minutes and 48 seconds Simulation 77.2 percent complete. Average dt 0.013 seconds Time remaining 1 minutes and 46 seconds Simulation 78.3 percent complete. Average dt 0.013 seconds Time remaining 1 minutes and 43 seconds Simulation 79.4 percent complete. Average dt 0.011 seconds Time remaining 1 minutes and 43 seconds Simulation 80.6 percent complete. Average dt 0.013 seconds Time remaining 1 minutes and 30 seconds Simulation 81.8 percent complete. Average dt 0.013 seconds Time remaining 1 minutes and 23 seconds Simulation 83.1 percent complete. Average dt 0.014 seconds Time remaining 1 minutes and 15 seconds Simulation 84.4 percent complete. Average dt 0.014 seconds Time remaining 1 minutes and 9 seconds Simulation 85.6 percent complete. Average dt 0.012 seconds Time remaining 1 minutes and 7 seconds Simulation 86.9 percent complete. Average dt 0.013 seconds Time remaining 59 seconds Simulation 88.2 percent complete. Average dt 0.013 seconds Time remaining 52 seconds Simulation 89.4 percent complete. Average dt 0.012 seconds Time remaining 49 seconds Simulation 90.7 percent complete. Average dt 0.014 seconds Time remaining 41 seconds Simulation 92.0 percent complete. Average dt 0.014 seconds Time remaining 35 seconds Simulation 93.2 percent complete. Average dt 0.013 seconds Time remaining 31 seconds Simulation 94.3 percent complete. Average dt 0.011 seconds Time remaining 27 seconds Simulation 95.7 percent complete. Average dt 0.014 seconds Time remaining 19 seconds Simulation 97.1 percent complete. Average dt 0.014 seconds Time remaining 12 seconds Simulation 98.5 percent complete. Average dt 0.014 seconds Time remaining 7 seconds Simulation 99.4 percent complete. Average dt 0.014 seconds Time remaining 3 seconds Duration : 465.974987000000 seconds Timesteps : 267811 Average dt : 1.344231566291153E-002 seconds Unit speed : 9.612926436886276E-006 seconds/1 End of program xbeach