Hi all
I'm trying to run mom 4 test2 case on a cray sv1. I found a problem during the execution of the model related with the routine time_interp_external.F90 specifically on subroutine time_interp_external_3d (call on line 488). Below I'm showing the error message printed on my screen:
+ set BOMB = 0 + test2.exe Floating point exception
Beginning of Traceback:
Interrupt at address 650223b in routine 'TIME_INTERP_EXTERNAL_3D_in_TIME'.
Called from line 488 (address 645161d) in routine 'TIME_INTERP_EXTERNAL_2D_in_TIME'.
Called from line 712 (address 510060c) in routine 'OCEAN_FLUX_in_OCEAN_FLUX_MOD'.
Called from line 99 (address 464545d) in routine 'OCEAN_SOLO'.
Called from line 350 (address 1253225c) in routine '$START$'.
End of Traceback.
+ set BOMB = 1
I'm using the following configurations on my input.nml file:
&fms_io_nml threading_read='multi'/
&ocean_domains_nml /
&ocean_tmngr_nml runlen=1.0, rununits='days', init=.true.,
refinit=.true., eqyear=.true., eqmon=.false.,
year0=2000, month0=1, day0=1, hour0=0, min0=0, sec0=0,
dtts=1200., dtuv=1200., dteta= 1200., dtfs=10., write_a_restart=.true.,
check_numerics_int=.5, fpe_int=-.5 /
&ocean_ic_nml temp_path = 'INPUT/temp', salt_path = 'INPUT/salt',
temp_name = 'temp', salt_name = 'salt',
zonal_levitus_temp_ic=.false. /&ocean_grids_nml rho_min=1030.0, rho_max=1040.0, nk_rho=100, debug_tripolar_grids=.false. /
&ocean_topog_nml debug_tripolar_topog=.false. /
&ocean_flux_nml cdbot=0.001, u2tides=2.5e-3, damp_factor=30.0,30.0,30.0, idealized_passive_flux=.true./
&ocean_density_nml t_min=-5.0,t_max=50.,s_min=0.0,s_max=50.0, linear_eos=.false., potential_rho_press=0.0 /
&ocean_step_nml expnam='test2', aidif=1.0, robert=0.01, non_boussinesq=.false. /
&ocean_tracer_nml itts_tracer=5, itte_tracer=50, use_frazil=.false. /
&ocean_pressure_nml add_surface_pressure=.true. /
&ocean_advection_velocity_nml max_advection_velocity=.20 /
&ocean_velocity_nml pressure_gradient_averaging=.false., pgatsm=1.5,
max_physical_cgint=2.0, truncate_velocity = .false., vel_max = 1.0 /
&ocean_freesurf_nml eta_filter=.true., vel_micom=.05, reduced_gravity=.false./
&ocean_neutral_physics_nml aredi=1.e3, agm=1.e3, smax=0.01, swidth=0.002,
tracer_mix_micom=.true., vel_micom = 0.015, gm_velocity_save=.false.,
agm_closure=.false., agm_scaling=0.20, neutral_physics_simple=.true.,
tmask_neutral_on=.true., neutral_taper_diagonal=.false. /
&ocean_horz_diffuse_lap_nml alap=1.e3, tracer_mix_micom=.true.,vel_micom=0.00 /
&ocean_horz_diffuse_bih_nml abih=1.e10, tracer_mix_micom =.true., vel_micom=0.00 /
&ocean_sigma_diffuse_nml sigma_diffusivity=1.e3, sigma_diffusivity_ratio=1.e-6,
tracer_mix_micom=.true., vel_micom=0.50/
&ocean_lap_friction_const_nml alap=1e5, velocity_mix_micom=.true., vel_micom=0.0 /
&ocean_lap_friction_smag_nml k_smag_iso=3.0, vel_micom_iso=0.05, eq_vel_micom_iso=0.05,
eq_lat_micom=10.0, bottom_5point=.true. /
&ocean_bih_friction_const_nml abih=1.e10, velocity_mix_micom=.true., vel_micom=0.0 /
&ocean_bih_friction_smag_nml k_smag_iso=3.0, vel_micom_iso=.005, eq_vel_micom_iso=0.00,
eq_lat_micom=0.0, bottom_5point=.true., vel_micom_bottom=.10 /
&ocean_vert_mix_nml bryan_lewis_diffusivity=.true. /
&ocean_vert_mix_coeff_const_nml kappa_m=5.0e-4, kappa_h=0.50e-4 /
&ocean_vert_mix_coeff_pp_nml wndmix=10.0e-4, fricmx=50.0e-4,
diff_cbt_back = 0.0e-4, visc_cbu_back = 10.e-4 /&ocean_vert_mix_coeff_kpp_nml diff_cbt_iw=0.0, visc_cbu_iw=10.e-4, ldd=.false. /
&ocean_tracer_source_nml source_xlandmix=.true., source_sponge=.false.,
source_shortwave=.false., source_kpp_nonlocal=.false.,
source_checkerboard_tracer=.true. /
&ocean_eta_source_nml source_xlandmix_eta=.true., source_checkerboard_eta=.true. /
&ocean_checkerboard_nml vel_micom=.05 /
Does anyone have an ideia of what could be happen?
Best Regards,
Luiz Paulo
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