Simulation using TUGO release 4.0 BETA, F. Lyard, LEGOS 19/02/2013 Version of Mon Mar 19 11:54:10 2012 +0100 hgid: e0cdb17196d5 Version of Mon Mar 19 11:47:11 2012 +0100 hgid: 57678ba2348a Simulation launched Thu Jun 5 15:33:34 2014 Record file used:- test-3/echo Path for simulation outputs : test-3 Geometry file format:- nc Geometry file type:- STRUCTURED Root name of grid geometry files:- ../data/ZKERG12_mesh_zgr.nc Alternative name of grid geometry files:- ../data/ZKERG12_mesh_zgr.nc Boundary (.bel) file:- ../data/ZKERG12_mesh_zgr.bel Boundary periodicity file:- NONE Optional wave list file:- NONE Optional ice cover file:- NONE Optional ice elasticity file:- NONE Optional background velocity file:- NONE Optional friction coefficient file:- NONE Optional topography file:- NONE Optional slope file:- NONE Optional zmin file:- NONE Optional rugosity file:- NONE Optional BV frequency file:- NONE Cold start, no file hotstart file format: NETCDF Absolute minumum depth:- 2.000000 Relative minumum depth:- 2.000000 Main time step:- 45.000000 #sub-cycle levels: 1, steps = (level=0) 4.500000e+01(level=1) 0.000000e+00 (seconds) Time reference:- day= 1 month= 1 year =1950 Run Length 0 Days, 0 Hours, 0 Minutes, 0.000000 Seconds Spinup time in hours:- 48.000000 xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx Forcing section Tides forcing included in computation Loading+self-attraction included in computation Spectral atmospheric surface pressure NOT included in computation Atmospheric effects globally disabled in computation Pressure forcing NOT included in computation Wind forcing NOT included in computation Remove mean wind from forcing Forcing interpolation is LINEAR in time Bottom motion forcing NOT included in computation Non tidal ocean forcing NOT included in computation OceanWaves NOT included in computation xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx BCs section BC's routine : 7 BC's routine : 7 Tides BC's included in computation Inverse barometer BC's NOT included in computation External BC's NOT included in computation NO spongious buffer at the open limits Sea state vector NOT smoothed when instable Z field NOT smoothed U field NOT smoothed Advection NOT smoothed Diffusion NOT smoothed Solve 2D-spectral tides Do NOT solve 3D-spectral tides NO admittance extension for tidalspectrum Nodal correction NOT included in computation NOR in analysis tidal atlas directory name: /data1/FES2013 tidal atlas name convention: WAVE.spectral.nc xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx Solver section main solver name : PASTIX solver mode : AUTO subcycling solver name : AUTO spectral solver name : PASTIX Wave equation mode:- 0 Explicit tidal LSA coefficient:- 0.000000 WARNING: ocean_loading not used and explicit tidal LSA coefficient not equal to 1 Linear deformation Love number:- 0.100000 xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx Dissipation section Default linear drag coefficient:- 0.001500 Default quadratic drag coefficient:- 0.003000 Default minimum quadratic drag coefficient:- -999.000000 Default 2D rugosity length :- 0.000500 Default 3D rugosity length :- 0.000100 Bottom friction parameterisation:- QUADRATIC Mixed layer/shear drag coefficient :- 0.000000 Minimum background friction speed (m/s):- 0.010000 Minimum horizontal eddy viscosity (m^2/s):- 1.000000 Tau0:- 0.000200 Theta:- 0.750000 Relaxation (hours):- 2.000000 xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx Runtime IO section tidal boundary conditions file: ../data/OBC-FES2012/tides.obc external OBC directory name: NONE external OBC file root name: analysis Loading/self-attraction potential directory name: /home/softs/data/loading/FES2004 Loading/self-attraction name convention: WAVE.load.nc spectral atmospheric surface pressure directory name: NONE spectral atmospheric surface pressure convention: WAVE.tide.nc atmospheric forcing directory name: NONE atmospheric forcing file format: NETCDF atmospheric forcing naming convention: NONE atmospheric forcing mask: NONE bottom motion directory name: NONE bottom motion naming convention: NONE rootname for continuation files: tugo_restart restart file format: NETCDF Written every 0 Days, 3 Hours, 0 Minutes, 0.000000 Seconds xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx FE archive section Runtime saving OFF name for state vector binary file: tugo.state name for forcing vector binary file: tugo.forcing archive file format: NETCDF archive naming convention: NONE State vector and forcing storage start : 0.000000 (days) State vector and forcing storage interval: 10800.000000 (seconds) State vector and forcing storage type: 2 (bytes) Archive scale 1: 100.000000 100.000000 100.000000 Archive scale 2: 1000.000000 1000.000000 1000.000000 Allow for existing archives update 1 (flag) xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx SG archive section Structured grid archive OFF name for structured grid archive file: AUTO Structured grid archive storage start : 0.000000 (days) Structured grid archive storage interval: 10800.000000 (seconds) Sample saving OFF name for sample points input file: tugoPlot.input Sample storage start : 0.000000 Sample storage interval: 1800.000000 Allow for existing sampling update 1 (flag) name for sample sections input file: NONE xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx Harmonic analysis section Harmonic analysis OFF Harmonic storage start : 2.000000 (days) Harmonic storage interval : 1800.000000 Harmonic analysis interval: 365.000000 (days) Harmonic solution recycling for OBCs MANAGED Harmonic solution archived on regular grid ON Harmonic solution archived on LGP1 discretisation (ASCII) ON Harmonic solution archived on NETCDF format ON Miscallenous checks OFF Mean baroclinic pressure NOT included in computation Compatibility scale : 1.000000 No ice 2D drifters simulation 0 (flag) 2D tracers simulation 0 (flag) Do NOT flush tracking file NO shear drag included in computation Computation mode : NO-DYNAMIC Mass conservation : BOUSSINESQ Bottom friction type: QUADRATIC Baroclinic time step:- 45.000000 Minimum or constant vertical momentum diffusion coefficient:- 0.000100 Minimum or constant lateral momentum diffusion coefficient:- 0.000000 Minimum or constant horizontal tracers diffusion coefficient:- 0.000000 Minimum or constant vertical tracers diffusion coefficient:- 0.000100 Kh 3D mode: 2 (SMAGORINSKY) Kh 2D mode: 2 (SMAGORINSKY) 2D momentum upwinding diffusion coefficient:- 0.100000 Kh 2D (tracer) mode: 2 (DEFAULT) Minimum or constant horizontal 2D tracers diffusion coefficient:- 0.000000 2D tracers upwinding diffusion coefficient:- 0.100000 Turbulence type: 0 (CONSTANT) Asselin filter coefficient: 0.100000 (on u0 and u2) 0.800000 (on u1) NO equilibrium extension allowed for tidal spectrum use currents from the external simulation Wave list for analysis: 9 wave: M2, pulsation: 28.984104 degrees/h, critical latitude: 75.0 degrees north wave: K1, pulsation: 15.041069 degrees/h, critical latitude: 30.1 degrees north wave: S2, pulsation: 30.000000 degrees/h, critical latitude: -1.0 degrees north wave: O1, pulsation: 13.943036 degrees/h, critical latitude: 27.7 degrees north wave: M3, pulsation: 43.476156 degrees/h, critical latitude: -1.0 degrees north wave: M4, pulsation: 57.968208 degrees/h, critical latitude: -1.0 degrees north wave: M6, pulsation: 86.952313 degrees/h, critical latitude: -1.0 degrees north wave: S4, pulsation: 60.000000 degrees/h, critical latitude: -1.0 degrees north wave: MS4, pulsation: 58.984104 degrees/h, critical latitude: -1.0 degrees north Check separation for analysis: wave: M2 S2, separation: 14.765 days wave: M4 MS4, separation: 14.765 days wave: S4 MS4, separation: 14.765 days xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx Internal wave drag section Wave drag coefficient (slope) :- 0.000000 Wave drag coefficient (rugosity) :- 0.000000 Wave drag Hmin :- 200.000000 Wave drag Hmax :- 300.000000 Wave drag algoritm :- 0 xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx Ice shelves section #Number of boundary vertices: 1596 #sub-cycle levels: 1, steps = (level=0) 4.500000e+01(level=1) 0.000000e+00 (seconds)