%script_abbrevs; ]> &MY_ROOT; &MY_ARCHIVE; $TMPDIR source /opt/modules/default/init/tcsh module purge module load ifort.9.1.041 module load icc.9.1.045 module load mpt-1.18 module load netcdf-3.6.2v2 module load idb.9.1.045 module load scsl-1.5.1.0 module load totalview_840-0 setenv NC_BLKSZ 64K setenv MPI_COREDUMP_DEBUGGER `which idb` alias gmake gmake -j 8 perth Took this from prior runs, om1p7_08118 + 081126 + 090306. Copied src code from om1p7_blingtest_081126 (did not actually use cvs, though this cvs is from om1p7_blingtest_081126). Changed mom4p1 namelist to match CM2M-coarse_090201_aredi800 ocean mixing. Debugging new BLING with carbon, making initial 100y run. Changed initial conditions, diag table. mom4p1_coupled &MOM_CVS_TAG; cvs co -r &SHARED_CVS_TAG; shared/{astronomy,axis_utils,constants,data_override,diag_manager,mpp,include} cvs co -r &SHARED_CVS_TAG; shared/{exchange,time_manager,horiz_interp,drifters,random_numbers} cvs co -r &SHARED_CVS_TAG; shared/{field_manager,fms,memutils,platform,coupler} cvs co -r &SHARED_CVS_TAG; shared/{time_interp,tracer_manager,sat_vapor_pres,mosaic,oda_tools} cvs co -r &SHARED_CVS_TAG; atmos_param/{monin_obukhov,diag_integral} cvs co -r &SHARED_CVS_TAG; ice_param ice_sis coupler atmos_null land_null cvs co -r &SHARED_CVS_TAG; ocean_shared cp /home/edg/updates/generic_bling/carbon/generic_BLING.090320.F90 ocean_shared/generic_tracers/generic_BLING.F90 cp /home/edg/updates/generic_bling/generic_tracer.F90 ocean_shared/generic_tracers/generic_tracer.F90 /home/fms/bin/list_paths shared ocean_shared ice_sis land_null atmos_null ice_param /home/fms/bin/list_paths coupler atmos_param -Duse_netCDF -Duse_libMPI -DUSE_OCEAN_BGC -DENABLE_ODA -DMOM4_STATIC_ARRAYS -DNI_=120 -DNJ_=80 -DNK_=28 -DNI_LOCAL_=20 -DNJ_LOCAL_=16 tracer_conserve_days=1.0 diag_step=6 do_bitwise_exact_sum=.false. dt_ocean = 14400, layout=6,5 time_tendency='twolevel' vertical_coordinate='pstar' baroclinic_split = 2 surface_height_split = 1 barotropic_split = 80 debug=.false. use_waterflux=.true. temp_restore_tscale=-10. salt_restore_tscale=20. salt_restore_under_ice=.true. read_restore_mask=.true. restore_mask_gfdl=.true. max_ice_thickness=8.0 salt_restore_as_salt_flux=.true. zero_net_water_restore=.true. zero_net_water_coupler=.true. zero_net_water_couple_restore=.true. zero_net_salt_restore=.true. avg_sfc_velocity=.true. avg_sfc_temp_salt_eta=.true. zero_water_fluxes=.false. zero_heat_fluxes=.false. zero_surface_stress=.false. runoff_salinity=0.0 do_generic_tracer=.true. do_generic_BLING=.true. do_generic_CFC=.false. do_generic_TOPAZ=.false. months = $months, days = $days, current_date = 1,1,1,0,0,0, calendar = 'NOLEAP', dt_cpld = 14400, dt_atmos = 14400, do_atmos = .false., do_land = .false., do_ice = .true., do_ocean = .true., atmos_npes = 0, ocean_npes = 0, concurrent = .false. use_lag_fluxes=.true. check_stocks=0 file_name = 'diag_integral.out' time_units = 'days' output_interval = -1.0 max_output_fields=600 max_input_fields=600 mix_snapshot_average_fields=.false. make_exchange_reproduce=.false. interp_method = 'second_order' do_area_weighted_flux=.false. ncar_ocean_flux = .true. raoult_sat_vap = .true. neutral = .true. threading_read='multi' threading_write='single' fileset_write='single' clock_grain='LOOP' ggrpsst topog /archive/fms/mom4/mom4p1/mom4p1a/data/ice/sst_ice_clim.nc /archive/fms/mom4/mom4p1/mom4p1a/data/CNYF_1p0/slp.clim.nc /archive/fms/mom4/mom4p1/mom4p1a/data/CNYF_1p0/q_10_mod.clim.nc /archive/fms/mom4/mom4p1/mom4p1a/data/CNYF_1p0/t_10_mod.clim.nc /archive/fms/mom4/mom4p1/mom4p1a/data/CNYF_1p0/u_10_mod.clim.nc /archive/fms/mom4/mom4p1/mom4p1a/data/CNYF_1p0/v_10_mod.clim.nc /archive/fms/mom4/mom4p1/mom4p1a/data/CNYF_1p0/ncar_precip_clim.nc /archive/fms/mom4/mom4p1/mom4p1a/data/CNYF_1p0/ncar_rad_clim.nc /archive/fms/mom4/mom4p1/mom4p1a/mom4_ecosystem/preprocessing/rho0_profile.nc /archive/jwd/regression_data/esm2.1/input/depflux_total.mean.1860.nc /archive/fms/mom4/mom4p0/mom4p0c/mom4_test8/preprocessing/fe_dep_ginoux_gregg_om3_bc.nc=Soluble_Fe_Flux_PI.nc /archive/jwd/regression_data/esm2.1/input/Mineral_Fe_Flux_PI.nc /archive/jwd/regression_data/esm2.1/input/green_etal_regrid_v4.nc /archive/rds/IPCC/data/cfc11_cfc12_cfc113_ccl4_atm_am2_m30_bc-1-9999.nc=cfc.bc.nc /archive/rds/IPCC/data/ocmip2_siple_co2_atm_am2_m30_bc-1-9999.nc=ocmip2_siple_co2_atm_am2_bc-1-9999.nc /archive/edg/fms/om1p7/ocmip2_abiotic_c14_atm_hist_om1p7_bc-1-9999.nc=c14_atm_hist.nc /archive/jgj/omsk/prep/coarse_model/mom4p1/coarse_model_om1p7h_basin_mask.nc=restore_mask.nc /archive/jgj/omsk/prep/coarse_model/mom4p1/coarse_model_om1p7h_basin_mask.nc=basin_mask.nc /archive/jgj/omsk/prep/coarse_model/mom4p1/coarse_model_om1p7h_basin_mask.nc=mixdownslope_mask.nc /archive/edg/fms/om1p7/tideamp_ave_Tpoint.nc=tideamp.nc /archive/edg/fms/om1p7/rough_patched_Tpoint.nc=roughness_amp.nc /archive/edg/fms/om1p7/chlorophyll_fix.nc=chl.nc /archive/edg/fms/om1p7/RUNOFF.nc /archive/edg/fms/om1p7/bianchi_heatflux.nc=geothermal_heating.nc /archive/edg/fms/om1p7/salt_sfc_restore_ncar.nc=salt_sfc_restore.nc /archive/edg/fms/grids/om1p7p_mosaic/atmos_hgrid.nc /archive/edg/fms/grids/om1p7p_mosaic/atmos_mosaic.nc /archive/edg/fms/grids/om1p7p_mosaic/atmos_mosaicXland_mosaic.nc /archive/edg/fms/grids/om1p7p_mosaic/atmos_mosaicXocean_mosaic.nc /archive/edg/fms/grids/om1p7p_mosaic/land_hgrid.nc /archive/edg/fms/grids/om1p7p_mosaic/land_mosaic.nc /archive/edg/fms/grids/om1p7p_mosaic/land_mosaicXocean_mosaic.nc /archive/edg/fms/grids/om1p7p_mosaic/ocean_hgrid.nc /archive/edg/fms/grids/om1p7p_mosaic/ocean_mosaic.nc /archive/edg/fms/grids/om1p7p_mosaic/ocean_vgrid.nc /archive/edg/fms/grids/om1p7p_mosaic/topog.nc