WRT_AVG ERROR while writing variable 'bed_frac_sand' into history file.

[IMRAN5379]

hello
I am running ROMS model with activate sediment module for 10 years climatology simulation, after completing 1440 time step the model showing error in writing history and average files.
suggest me solution, please.

1437 4.98958 2.074203283E-01 9.8209920E-01 1.1895195E+00 1.4316434E+15 0
1438 4.99306 2.073421073E-01 9.8213196E-01 1.1894741E+00 1.4316637E+15 0
1439 4.99653 2.072658990E-01 9.8216363E-01 1.1894295E+00 1.4316841E+15 0
1440 5.00000 2.071890280E-01 9.8219436E-01 1.1893834E+00 1.4317045E+15 0
WRT_HIS -- wrote history fields into time record = 2 / 2
DEF_HIS/AVG - Created new netCDF file 'roms_avg.nc'.
WRT_GRID -- wrote grid data into file 'roms_avg.nc'.

NF_FWRITE ERROR: nf_put_vara netCDF error code = -60

WRT_AVG ERROR while writing variable 'bed_frac_sand' into history file.
Time record: 1 netCDF error code -60

NF_FWRITE ERROR: nf_put_vara netCDF error code = -60

WRT_AVG ERROR while writing variable 'bed_frac_silt' into history file.
Time record: 1 netCDF error code -60
WRT_AVG -- wrote averaged fields into time record = 1 / 1

MAIN - number of records written into history file(s): 2
number of records written into restart file(s): 0
number of records written into averages file(s): 1


ERROR: Abnormal termination: netCDF OUTPUT

------------------------------------------------------------------------------------------------------
## below is my roms_inter.in file
------------------------------------------------------------------------------------------------------

title: N_BOB

time_stepping: NTIMES dt[sec] NDTFAST NINFO
NUMTIMES 300 60 1
S-coord: THETA_S, THETA_B, Hc (m)
7.0d0 0.1d0 10.0d0
grid: filename
roms_grd.nc
forcing: filename
roms_frc.nc
bulk_forcing: filename
roms_blk.nc
climatology: filename
roms_clm.nc
boundary: filename
roms_bry.nc
initial: NRREC filename
1
roms_ini.nc
restart: NRST, NRPFRST / filename
NUMTIMES -1
roms_rst.nc
history: LDEFHIS, NWRT, NRPFHIS / filename
T 1440 0
roms_his.nc
averages: NTSAVG, NAVG, NRPFAVG / filename
1 1440 0
roms_avg.nc

primary_history_fields: zeta UBAR VBAR U V wrtT(1:NT)
T T T T T 30*T
auxiliary_history_fields: rho Omega W Akv Akt Aks HBL HBBL Bostr Wstr Ustr Vstr Shfl Swfl rsw rlw lat sen HEL
F F T F T F T T T T T T T T T 10*T
gls_history_fields: Akk Akp TKE GLS Lscale
T T T T T

primary_averages: zeta UBAR VBAR U V wrtT(1:NT)
T T T T T 30*T
auxiliary_averages: rho Omega W Akv Akt Aks HBL HBBL Bostr Wstr Ustr Vstr Shfl Swfl rsw rlw lat sen HEL
F T T F T F T T T T T T T T T 10*T
gls_averages: Akk Akp TKE GLS Lscale
T T T T T


rho0:
1025.d0

lateral_visc: VISC2, VISC4 [m^2/sec for all]
0. 0.

tracer_diff2: TNU2(1:NT) [m^2/sec for all]
30*0.d0

tracer_diff4: TNU4(1:NT) [m^4/sec for all]
30*0.d11

vertical_mixing: Akv_bak, Akt_bak [m^2/sec]
0.d0 30*0.d0

bottom_drag: RDRG [m/s], RDRG2, Zob [m], Cdb_min, Cdb_max
3.0d-04 0.d-3 0.d-3 1.d-4 1.d-1

gamma2:
1.d0

sponge: X_SPONGE [m], V_SPONGE [m^2/sec]
XXX XXX

nudg_cof: TauT_in, TauT_out, TauM_in, TauM_out [days for all]
1. 360. 3. 360.

diagnostics: ldefdia nwrtdia nrpfdia /filename
T 72 0
roms_dia.nc

diag_avg: ldefdia_avg ntsdia_avg nwrtdia_avg nprfdia_avg /filename
T 1 72 0
roms_dia_avg.nc

diag3D_history_fields: diag_tracers3D(1:NT)
30*T

diag2D_history_fields: diag_tracers2D(1:NT)
30*T

diag3D_average_fields: diag_tracers3D_avg(1:NT)
30*T

diag2D_average_fields: diag_tracers2D_avg(1:NT)
30*T

diagnosticsM: ldefdiaM nwrtdiaM nrpfdiaM /filename
T 72 0
roms_diaM.nc

diagM_avg: ldefdiaM_avg ntsdiaM_avg nwrtdiaM_avg nprfdiaM_avg /filename
T 1 72 0
roms_diaM_avg.nc

diagM_history_fields: diag_momentum(1:2)
T T

diagM_average_fields: diag_momentum_avg(1:2)
T T

diagnostics_bio: ldefdiabio nwrtdiabio nrpfdiabio /filename
T 72 0
roms_diabio.nc

diagbio_avg: ldefdiabio_avg ntsdiabio_avg nwrtdiabio_avg nprfdiabio_avg /filename
T 1 72 0
roms_diabio_avg.nc

diagbioFlux_history_fields: wrtdiabioFlux
50*T

diagbioVSink_history_fields: wrtdiabioVSink
50*T

diagbioGasExc_history_fields: wrtdiabioGasExc
50*T

diagbioFlux_average_fields: wrtdiabioFlux_avg
50*T

diagbioVSink_average_fields: wrtdiabioVSink_avg
50*T

diagbioGasExc_average_fields: wrtdiabioGasExc_avg
50*T

biology: forcing file
roms_frcbio.nc

sediments: input file
sediment.in
sediment_history_fields: bed_thick bed_poros bed_fra(sand,silt)
T T T T

bbl_history_fields: Abed Hripple Lripple Zbnot Zbapp Bostrw
T F F T F T

floats: LDEFFLT, NFLT, NRPFFLT / inpname, hisname
T 6 0
floats.in
floats.nc
float_fields: Grdvar Temp Salt Rho Vel
T T T T T

stations: LDEFSTA, NSTA, NRPFSTA / inpname, hisname
T 400 0
stations.in
stations.nc
station_fields: Grdvar Temp Salt Rho Vel
T T T T T

psource: Nsrc Isrc Jsrc Dsrc Qbar [m3/s] Lsrc Tsrc
2
3 54 1 200. T T 5. 0.
3 40 0 200. T T 5. 0.
psource_ncfile: Nsrc Isrc Jsrc Dsrc qbardir Lsrc Tsrc runoff file name
roms_runoff.nc
6
140 210 1 -1 30*T 27.3568 2
122 211 1 -1 30*T 27.353 2
213 155 0 0 30*T 27.9963 2
45 143 0 0 30*T 28.2158 2
98 185 1 -1 30*T 27.7924 2
27 137 0 0 30*T 27.9793 2
online: byear bmonth recordsperday byearend bmonthend / data path
NYONLINE NMONLINE 4 2011 3
DATA/CFSR_Benguela_LR/

[IMRAN5379]

hello

I am saving the data into history and the average files after 5 days (ie. 1440 time steps) but when I reduced the time steps 288 (Daily) to save the variables (bed_frac_sand and bed_frac_silt) the model is writing the variables into history and average files at different time steps (288,576,864,1152) and giving the same error when it is reaching at 1440 time step (5th Day).


Thank you.

[IMRAN5379]

Hello
Previously I Have run the model but this time why stiffness ratio is not coming into some decimal numbers? I am very much curious about it or if I have missed the correct stiffness ratio files.
Regard and thanks.

N_BOB
8640 ntimes Total number of timesteps for 3D equations.
300.00 dt Timestep [sec] for 3D equations
60 ndtfast Number of 2D timesteps within each 3D step.
1 ninfo Number of timesteps between runtime diagnostics.

7.000E+00 theta_s S-coordinate surface control parameter.
1.000E-01 theta_b S-coordinate bottom control parameter.
1.000E+01 Tcline S-coordinate surface/bottom layer width used in
vertical coordinate stretching, meters.
Grid File: ROMS_FILES/roms_grd.nc
Forcing Data File: ROMS_FILES/roms_frc.nc
Bulk Data File: ROMS_FILES/roms_blk.nc
Climatology File: ROMS_FILES/roms_clm.nc
Boundary File: ROMS_FILES/roms_bry.nc
Initial State File: ROMS_FILES/roms_ini.nc Record: 1
Restart File: ROMS_FILES/roms_rst.nc nrst = 8640 rec/file: -1
History File: ROMS_FILES/roms_his.nc Create new: T nwrt =1080 rec/file = 0
1 ntsavg Starting timestep for the accumulation of output
time-averaged data.
1080 navg Number of timesteps between writing of time-averaged
data into averages file.
Averages File: ROMS_FILES/roms_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.
T write T( 3) Tracer of index 3.
T write T( 4) Tracer of index 4.

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.
T write Hbl Depth of KPP-model boundary layer.
T write Hbbl Depth of bottom planetary boundary layer.

F write shflx_rlw [W/m2] Long Wave heat flux.
F write shflx_lat [W/m2] Latent heat flux.
F write shflx_sen [W/m2] Sensible heat flux
T write Bostr Bottom Stress.
T write Wstress Wind Stress.
T write U-Wstress comp. U-Wind Stress.
T write V-Wstress comp. V-Wind Stress.
F write Shflx [W/m2] Surface net heat flux

F write Swflx [cm/day] Surface freshwater flux (E-P)
F write Shflx_rsw [W/m2] Short-wave surface radiation
T write Visc3d Horizontal diffusivity.


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.
T write T( 3) Tracer of index 3.
T write T( 4) Tracer of index 4.

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.
T write Hbl Depth of KPP-model boundary layer
T write Hbbl Depth of the bottom planetary boundary layer

F write shflx_rlw [W/m2] Long Wave heat flux.
F write shflx_lat[W/m2] Latente heat flux.
F write shflx_sen [W/m2] Sensible heat flux.
T write Bostr Bottom Stress.
T write Wstr Wind Stress.
T write U-Wstress comp. U-Wind Stress.
T write V-Wstress comp. V-Wind Stress.
F write Shflx [W/m2] Surface net heat flux.

F write Swflx [cm/day] Surface freshwater flux (E-P)
F write Shflx_rsw [W/m2] Short-wave surface radiation.
T write diff3d Horizontal diffusivity

1025.0000 rho0 Boussinesq approximation mean density, kg/m3.
0.000E+00 visc2 Horizontal Laplacian mixing coefficient [m2/s]
for momentum.

WARNING: Unrecognized keyword: lateral_visc --> DISREGARDED.

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 tnu2( 3) Horizontal Laplacian mixing coefficient (m2/s)
for tracer 3.
0.000E+00 tnu2( 4) Horizontal Laplacian mixing coefficient (m2/s)
for tracer 4.
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.
0.000E+00 tnu4( 3) Horizontal biharmonic mixing coefficient [m4/s]
for tracer 3.
0.000E+00 tnu4( 4) Horizontal biharmonic mixing coefficient [m4/s]
for tracer 4.

WARNING: Unrecognized keyword: vertical_mixing --> DISREGARDED.

3.000E-04 rdrg Linear bottom drag coefficient (m/si).
0.000E+00 rdrg2 Quadratic bottom drag coefficient.
0.000E+00 Zob 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: parameters for sponge layers
are 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: diagnostics_bio --> DISREGARDED.


WARNING: Unrecognized keyword: diagbio_avg --> DISREGARDED.


WARNING: Unrecognized keyword: biology --> DISREGARDED.


Sediment input file: sediment.in

T write bed_thick thickness of sediment bed layer.
T write bed_poros porosity of sediment bed layer.
T write bed_frac( 1) Sediment fraction of index 1.
T write bed_frac( 2) Sediment fraction of index 2.

WARNING: Unrecognized keyword: sediment_average_fields --> DISREGARDED.


T write Abed bed wave excursion amplitude.
F write Hripple Bed ripple height.
F write Lripple Bed ripple length.
T write Zbnot Physical bottom roughness.
F write Zbapp Apparent bottom roughness.
T write Bostrw Wave-induced bottom stress.

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
N_BOB
TIDES
OBC_SOUTH
SEDIMENT
BBL
LOGFILE
CURVGRID
SPHERICAL
MASKING
SOLVE3D
UV_COR
UV_ADV
SALINITY
NONLIN_EOS
SPLIT_EOS
TS_HADV_RSUP3
TS_HADV_C4
TS_DIF4
SPONGE
LMD_MIXING
LMD_SKPP
LMD_BKPP
LMD_RIMIX
LMD_CONVEC
LMD_NONLOCAL
BULK_FLUX
BULK_FAIRALL
BULK_LW
BULK_EP
BULK_SMFLUX
CLIMATOLOGY
ZCLIMATOLOGY
M2CLIMATOLOGY
M3CLIMATOLOGY
TCLIMATOLOGY
ZNUDGING
M2NUDGING
M3NUDGING
TNUDGING
FRC_BRY
Z_FRC_BRY
M2_FRC_BRY
M3_FRC_BRY
T_FRC_BRY
ANA_BSFLUX
ANA_BTFLUX
SSH_TIDES
UV_TIDES
TIDERAMP
OBC_M2FLATHER
OBC_M3ORLANSKI
OBC_TORLANSKI
AVERAGES
AVERAGES_K
ANA_SEDIMENT
ANA_WWAVE
TS_MIX_GEO
M2FILTER_FLAT
VAR_RHO_2D
UV_VADV_SPLINES
TS_MIX_IMP
DIF_COEF_3D
NTRA_T3DMIX
TS_VADV_AKIMA
SPONGE_GRID
SPONGE_DIF2
SPONGE_VIS2
BULK_SM_UPDATE
LIMIT_BSTRESS
ANA_BRY_WKB
LMD_SKPP2005
LINEAR_CONTINUATION
DBLEPREC
Linux
QUAD
QuadZero
GLOBAL_2D_ARRAY
GLOBAL_1D_ARRAYXI
GLOBAL_1D_ARRAYETA
START_2D_ARRAY
START_1D_ARRAYXI
START_1D_ARRAYETA
PRIVATE_1D_SCRATCH_ARRAY
PRIVATE_2D_SCRATCH_ARRAY
PRIVATE_1DXI_SCRATCH_ARRAY
PRIVATE_1DETA_SCRATCH_ARRAY
WESTERN_EDGE
EASTERN_EDGE
SOUTHERN_EDGE
NORTHERN_EDGE
MYID
MPI_master_only
ZEROTH_TILE
SINGLE_TILE_MODE
LF_AM_STEP
FIRST_TIME_STEP
FIRST_2D_STEP
NOT_LAST_2D_STEP
PUT_GRID_INTO_RESTART
PUT_GRID_INTO_HISTORY
PUT_GRID_INTO_AVERAGES
NF_FTYPE
nf_get_att_FTYPE
nf_put_att_FTYPE
nf_get_var1_FTYPE
nf_put_var1_FTYPE
nf_get_vara_FTYPE
nf_put_vara_FTYPE
nf_put_var_FTYPE
NF_FOUT
fast_indx_out


NUMBER OF THREADS: 1 BLOCKING: 1 x 1.
(ROMS - Sediment - N_BOB)


Sediment parameters for grain-size class: 1

0.12500 Sd Median sediment grain diameter (mm).
0.00000 Csed Analyt. init. of sed. conc. (mg/l).
2650.00000 Srho Sediment grain density (kg/m3).
9.40000 Wsed Particle settling velocity (mm/s).
0.00025 Erate Surface erosion rate (kg/(m2s)).
0.05000 tau_ce Critical shear for erosion (N/m2).
0.15000 tau_cd Critical shear for deposition (N/m2).
0.40000 bed_frac Volume fraction, layer: 1
0.40000 bed_frac Volume fraction, layer: 2

Sediment parameters for grain-size class: 2

0.05000 Sd Median sediment grain diameter (mm).
0.00000 Csed Analyt. init. of sed. conc. (mg/l).
2650.00000 Srho Sediment grain density (kg/m3).
1.60000 Wsed Particle settling velocity (mm/s).
0.00004 Erate Surface erosion rate (kg/(m2s)).
0.01000 tau_ce Critical shear for erosion (N/m2).
0.07000 tau_cd Critical shear for deposition (N/m2).
0.60000 bed_frac Volume fraction, layer: 1
0.60000 bed_frac Volume fraction, layer: 2

Bed parameters for all bed levels
0.00300 Bthk Init. bed thickness, layer: 1 (m).
1.00000 Bthk Init. bed thickness, layer: 2 (m).
0.40000 Bpor Init. bed porosity, layer: 1 (m).
0.40000 Bpor Init. bed porosity, layer: 2 (m).
0.00000 Hrip Init. ripple roughness (m).
0.00000 Lrip Init. riple height (m).

Number of size classes in sediment computation: 2

Spherical grid detected.


hmin hmax grdmin grdmax Cu_min Cu_max
-2504.796248 3518.299890 .832543004E+04 .898518398E+04 0.00039091 0.14670737
volume=1.328725015929924750000E+15 open_cross=4.120494725606192528777E+83

lonmin= 80.0000 lonmax= 98.0000latmin= 14.0000 latmax= 26.0330

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 -0.0004119 78.275 77.034 75.794
30 -0.0625000 -0.0008686 156.550 153.934 151.318
29 -0.0937500 -0.0014032 234.825 230.599 226.373
28 -0.1250000 -0.0020583 313.100 306.901 300.702
27 -0.1562500 -0.0028916 391.374 382.666 373.958
26 -0.1875000 -0.0039825 469.649 457.656 445.662
25 -0.2187500 -0.0054420 547.924 531.535 515.147
24 -0.2500000 -0.0074255 626.199 603.837 581.475
23 -0.2812500 -0.0101480 704.474 673.913 643.352
22 -0.3125000 -0.0138984 782.749 740.893 699.037
21 -0.3437500 -0.0190444 861.024 803.671 746.317
20 -0.3750000 -0.0260104 939.299 860.967 782.636
19 -0.4062500 -0.0352061 1017.573 911.548 805.524
18 -0.4375000 -0.0468928 1095.848 954.629 813.409
17 -0.4687500 -0.0610211 1174.123 990.355 806.588
16 -0.5000000 -0.0771529 1252.398 1020.049 787.699
15 -0.5312500 -0.0945892 1330.673 1045.813 760.953
14 -0.5625000 -0.1126937 1408.948 1069.566 730.183
13 -0.5937500 -0.1312191 1487.223 1092.050 696.877
12 -0.6250000 -0.1504450 1565.498 1112.425 659.353
11 -0.6562500 -0.1711142 1643.773 1128.454 613.135
10 -0.6875000 -0.1942949 1722.047 1136.919 551.791
9 -0.7187500 -0.2212779 1800.322 1133.933 467.544
8 -0.7500000 -0.2535471 1878.597 1115.028 351.459
7 -0.7812500 -0.2928107 1956.872 1075.058 193.245
6 -0.8125000 -0.3410750 2035.147 1007.983 -19.180
5 -0.8437500 -0.4007439 2113.422 906.562 -300.297
4 -0.8750000 -0.4747426 2191.697 761.986 -667.724
3 -0.9062500 -0.5666658 2269.972 563.430 -1143.111
2 -0.9375000 -0.6809556 2348.246 297.516 -1753.215
1 -0.9687500 -0.8231200 2426.521 -52.344 -2531.209
0 -1.0000000 -1.0000000 2504.796 -506.752 -3518.300

Time splitting: ndtfast = 60 nfast = 89


Maximum grid stiffness ratios: rx0 =************ rx1 =**************

GET_INITIAL -- Processing data for time = 0.000 record = 1

GET_INITIAL - unable to find variable: bed_fra
in input NetCDF file: ROMS_FILES/roms_ini.nc -> analytical value


GET_INITIAL - unable to find variable: bed_fra
in input NetCDF file: ROMS_FILES/roms_ini.nc -> analytical value

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_BRY -- Read all boundary data for time = 345.0
GET_BRY -- Read all boundary data for time = 15.00
GET_BULK -- Read fields for bulk formula for time = 345.0
GET_BULK -- Read fields for bulk formula for time = 15.00
DEF_HIS/AVG - Created new netCDF file 'ROMS_FILES/roms_his.nc'.
WRT_GRID -- wrote grid data into file 'ROMS_FILES/roms_his.nc'.

NF_FWRITE ERROR: nf_put_vara netCDF error code = -60

WRT_HIS ERROR while writing variable 'salt' into history file.
Time record: 1 netCDF error code -60
WRT_HIS -- wrote history fields into time record = 1 / 1

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


ERROR: Abnormal termination: netCDF OUTPUT

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

[subharsgis08]

Hi, Imran
1. first create a grid with (theta_s=7 or more / if your model is forced by ATM)
2. lower your dt 300 to 100.
3. if you are running your model with CLM, then off your BRY (off your tide temporarily).
4. First simulate the physical model well.
and send me your log file with cppdefs.h cppdefs_dev.h and roms.in file. (email: subhadeepmaishal@kgpian.iitkgp.ac.in)
after that maybe I will help you!
Cheers!
Subhadeep Maishal
Indian Institute of Technology Kharagpur, India.

[IMRAN5379]

I have pointed out the problem of the grid stiffness ratio, in my previous simulation the hmin=75 but in the last post where the stiffness ratio is showing **** the hmin= -2504.7962.

[wilkin]

Those CPP options don't look like myroms.org or COAWST. Are you running ROMS Agrif or CROCO? You might get more help from that user community.

[IMRAN5379]

thank you so much for your response. I am using ROMS AGRIF for sediment transport modeling.

[ifeanyee]

Since you are using ROM AGRIF now called (CROCO), you might want to check their community forum https://forum.croco-ocean.org/questions/ where you can find help related to this version of model.