-------------------------------- CICE model diagnostic output -------------------------------- Document ice_in namelist parameters: ==================================== runid = volcanoes4future_cont60a_01 runtype = branch days_per_year = 365 year_init = 0 istep0 = 0 dt = 1800.00 npt = 99999 diagfreq = 24 print_global = T print_points = F histfreq = m x x x x histfreq_n = 1 1 1 1 1 hist_avg = T History data will be averaged over 1 1 1 1 1 mxxxx history_dir = history_file = volcanoes4future_cont60a_01.cice.h history_format = nc dumpfreq = y dumpfreq_n = 1 restart = T restart_dir = restart_file = volcanoes4future_cont60a_01.cice.r restart_format = nc lcdf64 = T pointer_file = rpointer.ice ice_ic = volcanoes4future_cont_01.cice.r.2005-01-01-00000.nc grid_type = displaced_pole grid_file = /cluster/projects/nn9039k/inputdata/ice/cice/global_gx1v6_20010402.grid kmt_file = /cluster/projects/nn9039k/inputdata/ice/cice/global_gx1v6_20090204.kmt kitd = 1 kcatbound = 0 kdyn = 1 xndt_dyn = 1.00 ndte = 120 evp_damping = F yield_curve = ellipse kstrength = 1 krdg_partic = 1 krdg_redist = 1 advection = remap shortwave = dEdd albedo_type = default R_ice = 0.00 R_pnd = 0.00 R_snw = 0.00 dT_mlt_in = 1.50 rsnw_melt_in = 1500.00 albicev = 0.75 albicei = 0.45 albsnowv = 0.98 albsnowi = 0.73 heat_capacity = T atmbndy = default fyear_init = 1900 ycycle = 1 atm_data_type = default calc_strair = T calc_Tsfc = T Tfrzpt = linear_S update_ocn_f = T oceanmixed_ice = F sss_data_type = default sst_data_type = default Diagnostic point 1: lat, lon = 90.00 0.00 Diagnostic point 2: lat, lon = -65.00 -45.00 tr_iage = T restart_age = F tr_FY = T restart_FY = F tr_lvl = T restart_lvl = F tr_pond = T restart_pond = F tr_aero = T restart_aero = F Domain Information Horizontal domain: nx = 320 ny = 384 No. of categories: nc = 5 No. of ice layers: ni = 4 No. of snow layers:ns = 1 Processors: total = 64 Processor shape: square-pop Distribution type: cartesian Distribution weight: latitude max_blocks = 1 Number of ghost cells: 1 read_global 12 1 -1.37798797328583 1.57040087157617 read_global 13 1 0.000000000000000E+000 60.0000000000000 Processors (X x Y) = 32 x 2 Active processors: 64 Block size: nx_block = 12 ny_block = 194 read_global 13 1 0.000000000000000E+000 60.0000000000000 read_global 12 1 -1.37798797328583 1.57040087157617 read_global 12 2 1.268983659201695E-004 6.28311916519786 read_global 12 7 -3.12545128475275 3.14159265358979 read_global 12 3 496577.979066340 12507466.1001563 read_global 12 4 2860216.23110321 7213601.29985443 min/max ULON: 1.590436645667711E-002 359.996210343598 min/max TLON: -179.996734557126 179.999246794392 min/max ULAT: -77.8844150593310 89.9773420849808 min/max TLAT: -78.1520899178775 89.7064096418746 The following variables will be written to the history tape: description units variable frequency x grid cell mean ice thickness m hi m 1 grid cell mean snow thickness m hs m 1 grid cell mean snow fraction fs m 1 ice area (aggregate) % aice m 1 ice velocity (x) cm/s uvel m 1 ice velocity (y) cm/s vvel m 1 ice mass transport (x) on East side kg/s transix m 1 ice mass transport (y) on North side kg/s transiy m 1 ridged ice area fraction 1 ardg m 1 ridged ice mean thickness m vrdg m 1 dt_dyn = 1800.00000000000 dte = 15.0000000000000 tdamp = 648.000000000000 hin_max(n-1) < Cat n < hin_max(n) 0.000000000000000E+000 < Cat 1 < 0.644507216819426 0.644507216819426 < Cat 2 < 1.39143349757630 1.39143349757630 < Cat 3 < 2.47017938195989 2.47017938195989 < Cat 4 < 4.56728791885049 4.56728791885049 < Cat 5 < 9.33384181586817 istep1: 0 idate: 101 sec: 0 ice_prescribed_nml settings: prescribed_ice = F stream_year_first = 1 stream_year_last = 1 model_year_align = 1 stream_fldVarName = ice_cov stream_fldFileName = stream_domTvarName = time stream_domXvarName = lon stream_domYvarName = lat stream_domAreaName = area stream_domMaskName = mask stream_domFileName = prescribed_ice_fill = F stream_io_type = pio_netcdf stream_num_iotasks = 1 stream_io_root = 0 stream_io_stride = 4 stream_mapwrite = NOT_SET stream_mapread = NOT_SET stream_fillwrite = NOT_SET stream_fillread = NOT_SET ice_prescaero_nml settings: prescribed_aero = F stream_year_first_aero = 1849 stream_year_last_aero = 2006 model_year_align_aero = 1849 stream_fldVarName_aero = BCPHODRY:BCDEPWET:BCPHIDRY:DSTX01WD:DSTX01DD:DSTX02WD:DSTX02DD:DSTX03WD:DSTX03D D:DSTX04WD:DSTX04DD stream_fldFileName_aero= /cluster/projects/nn9039k/inputdata/atm/cam/chem/trop_mozart_aero/aero/aerosold ep_monthly_1849-2006_1.9x2.5_c090803.nc stream_domTvarName_aero= time stream_domXvarName_aero= lon stream_domYvarName_aero= lat stream_domFileName_aero= /cluster/projects/nn9039k/inputdata/atm/cam/chem/trop_mozart_aero/aero/aerosold ep_monthly_1849-2006_1.9x2.5_c090803.nc prescribed_aero_fill = T stream_io_type_aero = pio_netcdf stream_num_iotasks_aero= 1 stream_io_root_aero = 0 stream_io_stride_aero = 4 stream_mapwrite_aero = NOT_SET stream_mapread_aero = NOT_SET stream_fillwrite_aero = NOT_SET stream_fillread_aero = NOT_SET Using io_type=NETCDF stride= 8 iotasks= 8 root= 1 CICE PIO parameter settings... ice_pio_stride = 8 ice_num_iotasks = 8 ice pio_type_name = netcdf Using restart dump=volcanoes4future_cont_01.cice.r.2005-01-01-00000.nc Restart read at istep= 0 63229680000.0000 3942000000.00000 istep1: 87600 idate: 20050101 sec: 0 min/max area, vol ice, vol snow, Tsfc min/max eicen for each layer min/max esnon for each layer min/max velocity components radiation fields min/max ocean stress components internal stress components ice mask for dynamics istep1: 0 idate: 20050101 sec: 0