**********************************************************
Welcome to XBeach
revision
date Wed Apr 15 11:42:14 CEST 2015
URL:
**********************************************************
Simulation started: YYYYMMDD hh:mm:ss time zone (UTC)
20150420 14:48:16 +0200
running in: /p/xbeach/skillbed/lastrun/Assateague_Island/profB2
General Input Module
MPI version, running on 1 processes
Reading input parameters:
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Physical processes:
XBeach reading from params.txt
cyclic = 0 (no record found, default value used)
swave = 1 (no record found, default value used)
single_dir = 0 (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)
avalanching = 1 (no record found, default value used)
nonh = 0 (no record found, default value used)
gwflow = 0 (no record found, default value used)
ships = 0 (no record found, default value used)
vegetation = 0 (no record found, default value used)
setbathy = 0 (no record found, default value used)
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Grid parameters:
gridform = xbeach (no record found, default value used)
xori = .0000
yori = .0000
alfa = .0000
nx = 424
ny = 2
posdwn = -1.0000
depfile = profB2_JimXB.zgr
vardx = 1
dx = 4.0000
dy = 10.0000
xfile = profB2_JimXB.xgr
yfile = profB2_JimXB.ygr
thetamin = -90.0000
thetamax = 90.0000
dtheta = 180.0000 Warning: value > recommended value of 20.0000
thetanaut = 0 (no record found, default value used)
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Model time parameters:
CFL = .8000
tstop = 73000.0000
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Physical constants:
rho = 1025.0000
g = 9.8100
depthscale = 1.0000 (no record found, default value used)
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Initial conditions:
zsinitfile = None specified
hotstartflow = 0 (no record found, default value used)
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Wave boundary condition parameters:
instat = jons_table
bcfile = jonswap.txt
taper = 1000.0000
nmax = .8000 (no record found, default value used)
lateralwave = neumann (no record found, default value used)
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Wave-spectrum boundary condition parameters:
nonhspectrum = 0 (no record found, default value used)
random = 1 (no record found, default value used)
fcutoff = .0000 (no record found, default value used)
nspr = 0 (no record found, default value used)
trepfac = .0500
sprdthr = .0100
oldwbc = 0
Tm01switch = 0 (no record found, default value used)
wbcversion = 3 (no record found, default value used)
nspectrumloc = 1 (no record found, default value used)
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Flow boundary condition parameters:
front = abs_2d (no record found, default value used)
left = wall
right = wall
back = abs_2d (no record found, default value used)
ARC = 1 (no record found, default value used)
order = 2.0000 (no record found, default value used)
carspan = 0 (no record found, default value used)
freewave = 0 (no record found, default value used)
epsi = -1.0000 (no record found, default value used)
nc = 3 (no record found, default value used)
tidetype = velocity (no record found, default value used)
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Tide boundary conditions:
tideloc = 1
zs0file = surge.txt
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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
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Wave breaking parameters:
break = roelvink1
gamma = .5200
alpha = 1.0000
n = 10.0000
gammax = 2.0000
delta = .0000
fw = .0000 (no record found, default value used)
fwcutoff = 1000.0000 (no record found, default value used)
breakerdelay = 1 (no record found, default value used)
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Roller parameters:
roller = 1
rfb = 0 (no record found, default value used)
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Wave-current interaction parameters:
wci = 0
hwci = .1000 (no record found, default value used)
cats = 4.0000 (no record found, default value used)
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Flow parameters:
bedfriction = chezy (no record found, default value used)
C = 65.0000
Warning: Specification of bed friction using parameter 'C' will not be supported in future versions of XBeach
Use parameters 'bedfriction' and 'bedfriccoef' instead
bedfricfile = None specified
bedfriccoef = 55.0000 (no record found, default value used)
nuh = .1000
nuhfac = 1.0000
nuhv = 1.0000
smag = 1 (no record found, default value used)
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Coriolis force parameters:
wearth = .0417 (no record found, default value used)
lat = .0000 (no record found, default value used)
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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)
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Sediment transport parameters:
form = vanthiel_vanrijn (no record found, default value used)
waveform = vanthiel (no record found, default value used)
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 = 1.6000 (no record found, default value used)
z0 = .0060
smax = -1.0000
tsfac = .1000 (no record found, default value used)
facua = .1000 (no record found, default value used)
facSk = .1000 (no record found, default value used)
facAs = .1000 (no record found, default value used)
turbadv = none (no record found, default value used)
turb = bore_averaged (no record found, default value used)
Tbfac = 1.0000 (no record found, default value used)
Tsmin = .5000 (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 = 0 (no record found, default value used)
facDc = 1.0000 (no record found, default value used)
fallvelred = 0 (no record found, default value used)
dilatancy = 0 (no record found, default value used)
reposeangle = 30.0000 (no record found, default value used)
bdslpeffmag = roelvink_total (no record found, default value used)
bdslpeffini = none (no record found, default value used)
bdslpeffdir = none (no record found, default value used)
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Bed composition parameters:
ngd = 1 (no record found, default value used)
nd = 3 (no record found, default value used)
por = .4000
D50 = .0002
D90 = .0003
rhos = 2650.0000
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)
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Morphology parameters:
morfac = 5.0000
morfacopt = 1 (no record found, default value used)
morstart = 1000.0000
morstop = 73000.0000 (no record found, default value used)
wetslp = .3000
dryslp = 1.0000
hswitch = .1000
dzmax = .0500 (no record found, default value used)
struct = 0 (no record found, default value used)
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Output variables:
timings = 1 (no record found, default value used)
tunits = None specified
tstart = 1000.0000
tint = 1.0000 (no record found, default value used)
tsglobal = None specified
tintg = 3600.0000
tspoints = None specified
tintp = 1.0000 (no record found, default value used)
tsmean = None specified
tintm = 7200.0000
nglobalvar = 4
nglobalvar: Will generate global output for variable:zs
nglobalvar: Will generate global output for variable:zb
nglobalvar: Will generate global output for variable:H
nglobalvar: Will generate global output for variable:ue
npoints = 0 (no record found, default value used)
nrugauge = 0 (no record found, default value used)
npointvar = 0 (no record found, default value used)
nrugdepth = 1 (no record found, default value used)
rugdepth = .0000 (no record found, default value used)
nmeanvar = 2
nmeanvar: Will generate mean, min, max and variance output for variable:ue
nmeanvar: Will generate mean, min, max and variance output for variable:H
ncross = 0 (no record found, default value used)
outputformat = fortran (no record found, default value used)
ncfilename = None specified
netcdf output to:xboutput.nc
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Output projection:
projection = None specified
rotate = 1 (no record found, default value used)
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Wave numerics parameters:
scheme = lax_wendroff
snells = 0 (no record found, default value used)
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Flow numerics parameters:
eps = .0010
eps_sd = .5000 (no record found, default value used)
umin = .0000
hmin = .0500
secorder = 0 (no record found, default value used)
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Sediment transport numerics parameters:
thetanum = 1.0000 (no record found, default value used)
sourcesink = 0 (no record found, default value used)
cmax = .1000 (no record found, default value used)
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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)
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MPI parameters:
mpiboundary = auto (no record found, default value used)
mmpi = 2 (no record found, default value used)
nmpi = 4 (no record found, default value used)
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Finished reading input parameters
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Warning: Lax Wendroff [scheme=lax_wendroff] scheme is not supported, changed
to 2nd order upwind [scheme=upwind_2]
Warning: 2D absorbing boundary condition [front=abs_2d] reduces to a
1D absorbing boundary condition [front=abs_1d] in
1D mode [ny=0]
Warning: 2D absorbing boundary condition [back=abs_2d] reduces to a
1D absorbing boundary condition [back=abs_1d] in
1D mode [ny=0]
Unknown, unused or multiple statements of parameter TIDELEN in params.txt
Unknown, unused or multiple statements of parameter ZS0 in params.txt
Unknown, unused or multiple statements of parameter DICO in params.txt
Unknown, unused or multiple statements of parameter OMEGA in params.txt
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Building Grid and Bathymetry
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processor grid: 1 X 1
Initializing .....
readtide: reading tide time series from surge.txt ...
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Initializing spectral wave boundary conditions
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MPI implementation:
Distribution of matrix on processors
proc is lm js ln
0 1 425 1 3
proc left right top bot
0 T T T T
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computational domains on processors
proc icgs icge jcgs jcge icls icle jcls jcle
0 1 425 1 3 1 425 1 3
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Fortran outputformat
Setting up boundary conditions
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Calculating spectral wave boundary conditions
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Reading spectrum at location 1
waveparams: Reading from table jonswap.txt ...
Hm0 = 4.0600000000000005
Interpreting spectrum at location 1
Values calculated from interpolated spectrum:
Hm0 = 4.06 m
Trep = 7.47 s
Mean dir = 270.00 degN
Overall Trep from all spectra calculated: 7.47 s
Calculating Fourier components
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Wave energy outside computational domain at offshore boundary: .0%
Calculating short wave time series for theta bin 1 of 1
Y-point 1 of 3 done.
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Wave bin 1 contains 100.00% of total energy
Writing wave energy to E_series00001.bcf ...
file done
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Warning: shallow water so long wave variance is reduced using par%nmax
Calculating flux at boundary
Flux 1 of 3
Flux 2 of 3
Flux 3 of 3
Writing long wave mass flux to q_series00001.bcf ...
file done
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Spectral wave boundary conditions complete
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Boundary conditions complete, starting computation
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Calculating spectral wave boundary conditions
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Reading spectrum at location 1
waveparams: Reading from table jonswap.txt ...
Hm0 = 4.0600000000000005
Interpreting spectrum at location 1
Values calculated from interpolated spectrum:
Hm0 = 4.06 m
Trep = 7.47 s
Mean dir = 270.00 degN
Overall Trep from all spectra calculated: 7.47 s
Calculating Fourier components
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Calculating flux at boundary
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Writing long wave mass flux to q_series00002.bcf ...
file done
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Spectral wave boundary conditions complete
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Calculating spectral wave boundary conditions
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Reading spectrum at location 1
waveparams: Reading from table jonswap.txt ...
Hm0 = 3.9000000000000008
Interpreting spectrum at location 1
Values calculated from interpolated spectrum:
Hm0 = 3.90 m
Trep = 7.47 s
Mean dir = 270.00 degN
Overall Trep from all spectra calculated: 7.47 s
Calculating Fourier components
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Calculating flux at boundary
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Writing long wave mass flux to q_series00003.bcf ...
file done
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Spectral wave boundary conditions complete
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Calculating spectral wave boundary conditions
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Reading spectrum at location 1
waveparams: Reading from table jonswap.txt ...
Hm0 = 3.9000000000000008
Interpreting spectrum at location 1
Values calculated from interpolated spectrum:
Hm0 = 3.90 m
Trep = 7.47 s
Mean dir = 270.00 degN
Overall Trep from all spectra calculated: 7.47 s
Calculating Fourier components
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Calculating short wave time series for theta bin 1 of 1
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Wave bin 1 contains 100.00% of total energy
Writing wave energy to E_series00004.bcf ...
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Calculating flux at boundary
Flux 1 of 3
Flux 2 of 3
Flux 3 of 3
Writing long wave mass flux to q_series00004.bcf ...
file done
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Spectral wave boundary conditions complete
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Duration : 354.41812100000004 seconds
Timesteps : 94032
Average dt : 0.15526629232601669 seconds
Unit speed : 2.9561744604256542E-006 seconds/1
MPI timing : procs : 1
seconds : total : 539.51627421379089 seconds
loop : 514.44332408905029 seconds
End of program xbeach