Can anybody help me with the issues? I am new in CROCO

nahin@nahin:~/Downloads/croco/BOB$ •/croco croco.in
BENGUELA TEST MODEL
720
ntimes
1800.00
dt
60
ndtfast
1
ninfo
Total number of timesteps for 3D equations.
Timestep [sec] for 3D equations
Number of 2D timesteps within each 3D step.
Number of timesteps between runtime diagnostics.
WARNING: Unrecognized keyword: time_stepping_nba › DISREGARDED.
7.000+00 theta_S
S-coordinate surface control parameter.
2.000+00
theta_b
S- coordinate bottom control parameter.
2.000+02
Tcline
S- coordinate surface/bottom layer width used in
vertical coordinate stretching, meters.
WARNING: Unrecognized keyword: start_date ••> DISREGARDED.
WARNING: Unrecognized keyword: end_date •-› DISREGARDED.
WARNING: Unrecognized keyword: xios_origin_date › DISREGARDED.
WARNING: Unrecognized keyword: output_time_steps
→ DISREGARDED.
Grid File: CROCO_FILES/croco_grd.nc
Forcing Data File: CROCO_FILES/croco_frc.nc
READ_INP ERROR: Cannot find input file ‘CROCO_FILES/croco_blk.nc’.
READ_INP ERROR: A total of 1 configuration errors discovered.
nahin@nahin: ~/Downloads/croco/BOB$

Hi, The error indicates that the file croco_blk.nc is not being found. This means that the BULK_FLUX parametrization must be enabled in your cppdefs.h. Disable it (undef BULK_FLUX), recompile using jobcomp, and run the simulation again.

1 Like

@nahinalam make croco_blk.nc (BULK) for BOB. and send it to CROCO. The remaining CROCO will take care about.
Best,

i UNDEF the bluk_flux. The this happened

nahin@nahin:~/Downloads/croco/Run_BoB$ ./croco croco.in

BENGUELA TEST MODEL
720 ntimes Total number of timesteps for 3D equations.
3600.00 dt Timestep [sec] for 3D equations
60 ndtfast Number of 2D timesteps within each 3D step.
1 ninfo Number of timesteps between runtime diagnostics.

WARNING: Unrecognized keyword: time_stepping_nbq → DISREGARDED.

7.000E+00 theta_s S-coordinate surface control parameter.
2.000E+00 theta_b S-coordinate bottom control parameter.
2.000E+02 Tcline S-coordinate surface/bottom layer width used in
vertical coordinate stretching, meters.

WARNING: Unrecognized keyword: start_date → DISREGARDED.

WARNING: Unrecognized keyword: end_date → DISREGARDED.

WARNING: Unrecognized keyword: xios_origin_date → DISREGARDED.

WARNING: Unrecognized keyword: output_time_steps → DISREGARDED.

      Grid File:  CROCO_FILES/croco_grd.nc

Forcing Data File: CROCO_FILES/croco_frc.nc

WARNING: Unrecognized keyword: bulk_forcing → DISREGARDED.

Climatology File: CROCO_FILES/croco_clm.nc

WARNING: Unrecognized keyword: boundary → DISREGARDED.

Initial State File: CROCO_FILES/croco_ini.nc Record: 1
Restart File: CROCO_FILES/croco_rst.nc nrst = 720 rec/file: 0
History File: CROCO_FILES/croco_his.nc Create new: T nwrt = 72 rec/file = 0
1 ntsavg Starting timestep for the accumulation of output
time-averaged data.
72 navg Number of timesteps between writing of time-averaged
data into averages file.
Averages File: CROCO_FILES/croco_avg.nc rec/file = 0

Fields to be saved in history file: (T/F)
T write zeta free-surface.
T write UBAR 2D U-momentum component.
T write VBAR 2D V-momentum component.
T write U 3D U-momentum component.
T write V 3D V-momentum component.
T write T( 1) Tracer of index 1.
T write T( 2) Tracer of index 2.

  F  write RHO   Density anomaly.
  F  write Omega Omega vertical velocity.
  T  write W     True vertical velocity.
  F  write Akv   Vertical viscosity.
  T  write Akt   Vertical diffusivity for temperature.
  F  write Aks   Vertical diffusivity for salinity.
  F  write bvf   Brunt Vaisala Frequency.
  F  write Visc3d Horizontal diffusivity.

  T  write Hbl   Depth of model boundary layer.
  T  write Hbbl   Depth of bottom planetary boundary layer.
  T  write Bostr Bottom Stress.
  F  write Bustr U-Bottom Stress.
  F  write Bvstr V-Bottom Stress.
  T  write Wstress Wind Stress.
  T  write U-Wstress comp. U-Wind Stress.
  T  write V-Wstress comp. V-Wind Stress.

  T  write Shflx [W/m2] Surface net heat flux
  T  write Swflx [cm/day] Surface freshwater flux (E-P)
  T  write Shflx_rsw [W/m2] Short-wave surface radiation

WARNING: Unrecognized keyword: gls_history_fields → DISREGARDED.

Fields to be saved in averages file: (T/F)
T write zeta free-surface.
T write UBAR 2D U-momentum component.
T write VBAR 2D V-momentum component.
T write U 3D U-momentum component.
T write V 3D V-momentum component.
T write T( 1) Tracer of index 1.
T write T( 2) Tracer of index 2.

  F  write RHO   Density anomaly
  T  write Omega Omega vertical velocity.
  T  write W     True vertical velocity.
  F  write Akv   Vertical viscosity
  T  write Akt   Vertical diffusivity for temperature.
  F  write Aks   Vertical diffusivity for salinity.
  F  write bvf   Brunt Vaisala Frequency.
  F  write diff3d Horizontal diffusivity

  T  write Hbl   Depth of model boundary layer
  T  write Hbbl   Depth of the bottom planetary boundary layer
  T  write Bostr Bottom Stress.
  F  write Bustr U-Bottom Stress.
  F  write Bvstr V-Bottom Stress.
  T  write Wstr Wind Stress.
  T  write U-Wstress comp. U-Wind Stress.
  T  write V-Wstress comp. V-Wind Stress.

  T  write Shflx [W/m2] Surface net heat flux.
  T  write Swflx [cm/day] Surface freshwater flux (E-P)
  T  write Shflx_rsw [W/m2] Short-wave surface radiation.

WARNING: Unrecognized keyword: gls_averages → DISREGARDED.

1025.0000 rho0 Boussinesq approximation mean density, kg/m3.
0.000E+00 visc2 Horizontal Laplacian mixing coefficient [m2/s]
for momentum.
0.000E+00 tnu2( 1) Horizontal Laplacian mixing coefficient (m2/s)
for tracer 1.
0.000E+00 tnu2( 2) Horizontal Laplacian mixing coefficient (m2/s)
for tracer 2.
0.000E+00 tnu4( 1) Horizontal biharmonic mixing coefficient [m4/s]
for tracer 1.
0.000E+00 tnu4( 2) Horizontal biharmonic mixing coefficient [m4/s]
for tracer 2.

WARNING: Unrecognized keyword: vertical_mixing → DISREGARDED.

0.000E+00 rdrg Linear bottom drag coefficient (m/si).
0.000E+00 rdrg2 Quadratic bottom drag coefficient.
1.000E-02 Zobt Bottom roughness for logarithmic law (m).
1.000E-04 Cdb_min Minimum bottom drag coefficient.
1.000E-01 Cdb_max Maximum bottom drag coefficient.

  1.00  gamma2   Slipperiness parameter: free-slip +1, or no-slip -1.

SPONGE_GRID is defined: x_sponge parameter in sponge/nudging
layer is set generically in set_nudgcof.F routine

1.157E-05 tauT_in Nudging coefficients [sec^-1]
3.215E-08 tauT_out Nudging coefficients [sec^-1]
3.858E-06 tauM_in Nudging coefficients [sec^-1]
3.215E-08 tauM_out Nudging coefficients [sec^-1]

WARNING: Unrecognized keyword: diagnostics → DISREGARDED.

WARNING: Unrecognized keyword: diag_avg → DISREGARDED.

WARNING: Unrecognized keyword: diag3D_history_fields → DISREGARDED.

WARNING: Unrecognized keyword: diag2D_history_fields → DISREGARDED.

WARNING: Unrecognized keyword: diag3D_average_fields → DISREGARDED.

WARNING: Unrecognized keyword: diag2D_average_fields → DISREGARDED.

WARNING: Unrecognized keyword: diagnosticsM → DISREGARDED.

WARNING: Unrecognized keyword: diagM_avg → DISREGARDED.

WARNING: Unrecognized keyword: diagM_history_fields → DISREGARDED.

WARNING: Unrecognized keyword: diagM_average_fields → DISREGARDED.

WARNING: Unrecognized keyword: diags_vrt → DISREGARDED.

WARNING: Unrecognized keyword: diags_vrt_avg → DISREGARDED.

WARNING: Unrecognized keyword: diags_vrt_history_fields → DISREGARDED.

WARNING: Unrecognized keyword: diags_vrt_average_fields → DISREGARDED.

WARNING: Unrecognized keyword: diags_ek → DISREGARDED.

WARNING: Unrecognized keyword: diags_ek_avg → DISREGARDED.

WARNING: Unrecognized keyword: diags_ek_history_fields → DISREGARDED.

WARNING: Unrecognized keyword: diags_ek_average_fields → DISREGARDED.

WARNING: Unrecognized keyword: surf → DISREGARDED.

WARNING: Unrecognized keyword: surf_avg → DISREGARDED.

WARNING: Unrecognized keyword: surf_history_fields → DISREGARDED.

WARNING: Unrecognized keyword: surf_average_fields → DISREGARDED.

WARNING: Unrecognized keyword: diags_pv → DISREGARDED.

WARNING: Unrecognized keyword: diags_pv_avg → DISREGARDED.

WARNING: Unrecognized keyword: diags_pv_history_fields → DISREGARDED.

WARNING: Unrecognized keyword: diags_pv_average_fields → DISREGARDED.

WARNING: Unrecognized keyword: diags_eddy → DISREGARDED.

WARNING: Unrecognized keyword: diags_eddy_avg → DISREGARDED.

WARNING: Unrecognized keyword: diags_eddy_history_fields → DISREGARDED.

WARNING: Unrecognized keyword: diags_eddy_average_fields → DISREGARDED.

WARNING: Unrecognized keyword: diagnostics_bio → DISREGARDED.

WARNING: Unrecognized keyword: diagbio_avg → DISREGARDED.

WARNING: Unrecognized keyword: diagbioFlux_history_fields → DISREGARDED.

WARNING: Unrecognized keyword: diagbioVSink_history_fields → DISREGARDED.

WARNING: Unrecognized keyword: diagbioGasExc_history_fields → DISREGARDED.

WARNING: Unrecognized keyword: diagbioFlux_average_fields → DISREGARDED.

WARNING: Unrecognized keyword: diagbioVSink_average_fields → DISREGARDED.

WARNING: Unrecognized keyword: diagbioGasExc_average_fields → DISREGARDED.

WARNING: Unrecognized keyword: biology → DISREGARDED.

WARNING: Unrecognized keyword: wkb_boundary → DISREGARDED.

WARNING: Unrecognized keyword: wkb_wwave → DISREGARDED.

WARNING: Unrecognized keyword: wkb_roller → DISREGARDED.

WARNING: Unrecognized keyword: wave_history_fields → DISREGARDED.

WARNING: Unrecognized keyword: wave_average_fields → DISREGARDED.

WARNING: Unrecognized keyword: wci_history_fields → DISREGARDED.

WARNING: Unrecognized keyword: wci_average_fields → DISREGARDED.

WARNING: Unrecognized keyword: sediments → DISREGARDED.

WARNING: Unrecognized keyword: sediment_history_fields → DISREGARDED.

WARNING: Unrecognized keyword: bbl_history_fields → DISREGARDED.

WARNING: Unrecognized keyword: floats → DISREGARDED.

WARNING: Unrecognized keyword: float_fields → DISREGARDED.

WARNING: Unrecognized keyword: stations → DISREGARDED.

WARNING: Unrecognized keyword: station_fields → DISREGARDED.

WARNING: Unrecognized keyword: psource → DISREGARDED.

WARNING: Unrecognized keyword: psource_ncfile → DISREGARDED.

WARNING: Unrecognized keyword: online → DISREGARDED.

Activated C-preprocessing Options:

      REGIONAL
      Run_BoB_LR
      TIDES
      OBC_EAST
      OBC_WEST
      OBC_NORTH
      OBC_SOUTH
      CURVGRID
      SPHERICAL
      MASKING
      NEW_S_COORD
      SOLVE3D
      UV_COR
      UV_ADV
      SALINITY
      NONLIN_EOS
      ANA_DIURNAL_SW
      QCORRECTION
      SFLX_CORR
      CLIMATOLOGY
      ZCLIMATOLOGY
      M2CLIMATOLOGY
      M3CLIMATOLOGY
      TCLIMATOLOGY
      ZNUDGING
      M2NUDGING
      M3NUDGING
      TNUDGING
      UV_HADV_UP3
      UV_VADV_SPLINES
      TS_HADV_RSUP3
      TS_DIF4
      TS_VADV_SPLINES
      SPONGE
      LIMIT_BSTRESS
      LMD_MIXING
      LMD_SKPP
      LMD_BKPP
      LMD_RIMIX
      LMD_CONVEC
      LMD_NONLOCAL
      ANA_BSFLUX
      ANA_BTFLUX
      SSH_TIDES
      UV_TIDES
      POT_TIDES
      TIDERAMP
      OBC_M2CHARACT
      OBC_M3ORLANSKI
      OBC_TORLANSKI
      AVERAGES
      AVERAGES_K
      TS_HADV_C4
      MPI_COMM_WORLD
      M2FILTER_POWER
      TRACERS
      TEMPERATURE
      HZR
      VAR_RHO_2D
      SPLIT_EOS
      UV_MIX_S
      DIF_COEF_3D
      TS_MIX_ISO
      TS_MIX_IMP
      TS_MIX_ISO_FILT
      NTRA_T3DMIX
      SPONGE_GRID
      SPONGE_DIF2
      SPONGE_VIS2
      LMD_SKPP2005
      NF_CLOBBER
      ENDDOLOOP2D
      DOLOOP2D_R
      DOLOOP2D

NUMBER OF THREADS: 1 BLOCKING: 1 x 1.

Spherical grid detected.

hmin hmax grdmin grdmax Cu_min Cu_max
75.000000 4600.055069 0.341873136E+05 0.370441236E+05 0.06711351 0.48659385
volume= 9.539026921834000000000E+15 open_cross= 1.401038933449006080627E+10

   lonmin =  80.00  lonmax =  95.00  latmin =   0.00  latmax =  24.26

Vertical S-coordinate System:

level S-coord Cs-curve at_hmin over_slope at_hmax

32   0.0000000   0.0000000           0.000       0.000       0.000
31  -0.0312500  -0.0001015          -1.707      -5.965      -6.437
30  -0.0625000  -0.0004109          -3.417     -12.369     -13.790
29  -0.0937500  -0.0009428          -5.133     -19.245     -22.125
28  -0.1250000  -0.0017224          -6.853     -26.645     -31.551
27  -0.1562500  -0.0027867          -8.580     -34.647     -42.233
26  -0.1875000  -0.0041860         -10.313     -43.358     -54.391
25  -0.2187500  -0.0059860         -12.054     -52.917     -68.316
24  -0.2500000  -0.0082712         -13.806     -63.502     -84.379
23  -0.2812500  -0.0111480         -15.569     -75.340    -103.051
22  -0.3125000  -0.0147496         -17.347     -88.711    -124.918
21  -0.3437500  -0.0192413         -19.144    -103.965    -150.708
20  -0.3750000  -0.0248266         -20.962    -121.534    -181.320
19  -0.4062500  -0.0317554         -22.809    -141.945    -217.855
18  -0.4375000  -0.0403320         -24.689    -165.844    -261.653
17  -0.4687500  -0.0509247         -26.610    -194.008    -314.340
16  -0.5000000  -0.0639753         -28.581    -227.374    -377.861
15  -0.5312500  -0.0800085         -30.614    -267.050    -454.531
14  -0.5625000  -0.0996389         -32.720    -314.339    -547.060
13  -0.5937500  -0.1235742         -34.914    -370.736    -658.565
12  -0.6250000  -0.1526095         -37.212    -437.926    -792.554
11  -0.6562500  -0.1876096         -39.633    -517.737    -952.837
10  -0.6875000  -0.2294704         -42.194    -612.066   -1143.366
 9  -0.7187500  -0.2790515         -44.912    -722.731   -1367.928
 8  -0.7500000  -0.3370698         -47.804    -851.249   -1629.685
 7  -0.7812500  -0.4039469         -50.876    -998.513   -1930.495
 6  -0.8125000  -0.4796058         -54.128   -1164.359   -2270.018
 5  -0.8437500  -0.5632305         -57.543   -1347.061   -2644.658
 4  -0.8750000  -0.6530234         -61.085   -1542.816   -3046.489
 3  -0.9062500  -0.7460330         -64.692   -1745.376   -3462.501
 2  -0.9375000  -0.8381633         -68.281   -1946.077   -3874.637
 1  -0.9687500  -0.9244936         -71.751   -2134.504   -4261.204
 0  -1.0000000  -1.0000000         -75.000   -2300.028   -4600.055

Time splitting: ndtfast = 60 nfast = 82

Maximum grid stiffness ratios: rx0 = 0.33812383496093629 rx1 = 9.8060202896673552

GET_INITIAL – Processing data for time = 0.000 record = 1

GET_INITIAL - unable to find variable: hbl
in input NetCDF file: CROCO_FILES/croco_ini.nc ==> Initialized to zero state.
>> CAUTION in case of #define EXACT_RESTART <<
If it is the case
- OK if it is a ‘cold start’ i.e coming from a 3rd-party initial file
- otherwise if it is a ‘hot start’ i.e from a restart file produced by this code:
=> problem: run is not restartable
=> check your initial file
GET_TCLIMA – Read climatology of tracer 1 for time = 345.0
GET_TCLIMA – Read climatology of tracer 1 for time = 15.00
GET_TCLIMA – Read climatology of tracer 2 for time = 345.0
GET_TCLIMA – Read climatology of tracer 2 for time = 15.00
GET_UCLIMA – Read momentum climatology for time = 345.0
GET_UCLIMA – Read momentum climatology for time = 15.00
GET_SSH – Read SSH climatology for time = 345.0
GET_SSH – Read SSH climatology for time = 15.00
GET_SMFLUX – Read surface momentum stresses for time = 345.0
GET_SMFLUX – Read surface momentum stresses for time = 15.00
GET_STFLUX – Read surface flux of tracer 1 for time = 345.0
GET_STFLUX – Read surface flux of tracer 1 for time = 15.00
GET_SST – Read SST and dQdSST fields for time = 345.0
GET_SST – Read SST and dQdSST fields for time = 15.00
GET_STFLUX – Read surface flux of tracer 2 for time = 345.0
GET_STFLUX – Read surface flux of tracer 2 for time = 15.00
GET_SSS – Read SSS fields for time = 345.0
GET_SSS – Read SSS fields for time = 15.00
GET_SRFLUX – Read solar shortwave radiation for time = 345.0
GET_SRFLUX – Read solar shortwave radiation for time = 15.00
DEF_HIS/AVG - Created new netCDF file ‘CROCO_FILES/croco_his.nc’.
WRT_GRID – wrote grid data into file ‘CROCO_FILES/croco_his.nc’.
WRT_HIS – wrote history fields into time record = 1 / 1

MAIN: started time-stepping

STEP time[DAYS] KINETIC_ENRG POTEN_ENRG TOTAL_ENRG NET_VOLUME trd
0 0.00000 0.000000000E+00 3.1273851E+01 3.1273851E+01 9.5390269E+15 0
1 0.04167 NaN NaN NaN NaN 0

MAIN - number of records written into history file(s): 1
number of records written into restart file(s): 0
number of records written into averages file(s): 0

MAIN: Abnormal termination: BLOWUP

Note: The following floating-point exceptions are signalling: IEEE_INVALID_FLAG

@nahinalam first test default setup and upload your KE print statements.