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CICE model diagnostic output
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Document ice_in namelist parameters:
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runid = f1850w.aCAVA_SAD.y11.ens7
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 = f1850w.aCAVA_SAD.y11.ens7.cice.h
history_format = nc
dumpfreq = y
dumpfreq_n = 1
restart = T
restart_dir =
restart_file = f1850w.aCAVA_SAD.y11.ens7.cice.r
restart_format = nc
lcdf64 = T
pointer_file = rpointer.ice
ice_ic = f1850w.new_control.cice.r.0011-01-01-00000.nc
grid_type = latlon
grid_file =
/work/hanbre/inputdata/share/domains/domain.ocn.1.9x2.5_gx1v6_090403.nc
kmt_file =
/work/hanbre/inputdata/share/domains/domain.ocn.1.9x2.5_gx1v6_090403.nc
gridcpl_file = unknown_gridcpl_file
kitd = 0
kcatbound = 0
kdyn = 0
xndt_dyn = 1.00
ndte = 120
evp_damping = F
yield_curve = ellipse
splitcomm_dyn = F
maskhalo_dyn = T
maskhalo_stress = T
maskhalo_remap = T
maskhalo_bound = T
kstrength = 0
krdg_partic = 1
krdg_redist = 1
advection = remap
shortwave = dEdd
albedo_type = default
R_ice = 0.00
R_pnd = 0.00
R_snw = 1.50
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 = F
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 = F
restart_age = F
tr_FY = F
restart_FY = F
tr_lvl = F
restart_lvl = F
tr_pond = T
restart_pond = F
tr_aero = F
restart_aero = F
Domain Information
Horizontal domain: nx = 144
ny = 96
No. of categories: nc = 1
No. of ice layers: ni = 4
No. of snow layers:ns = 1
Processors: total = 256
Processor shape: null
Distribution type: blkrobin
Distribution weight: latitude
{min,max}Blocks = 1 4
Number of ghost cells: 1
Active processors: 256 256
Block size: nx_block = 6
ny_block = 6
read_global 65536 1 1 0.000000000000000
357.5000000000000
read_global 65536 2 1 -90.00000000000000
90.00000000000000
read_global 65536 7 1 5.9644454477276109E-006
1.4426617780202839E-003
read_global 65536 5 1 0.000000000000000
1.000000000000000
read_global 65536 6 1 0.000000000000000
1.000000000000000
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
snow/ice surface temperature degC Tsfc m 1
ice area (aggregate) % aice m 1
internal ice heat content J qi m 1
internal snow heat content J qs 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
down solar flux W/m^2 fswdn m 1
upward solar flux W/m^2 fswup m 1
down longwave flux W/m^2 flwdn m 1
snowfall rate (cpl) cm/day snow m 1
snowfall rate cm/day snow_ai m 1
rainfall rate (cpl) cm/day rain m 1
rainfall rate cm/day rain_ai m 1
shortwave scaling factor 1 fswfac m 1
snow/ice/ocn absorbed solar flux (cpl) W/m^2 fswabs m 1
snow/ice/ocn absorbed solar flux W/m^2 fswabs_ai m 1
visible direct albedo % alvdr m 1
near IR direct albedo % alidr m 1
visible diffuse albedo % alvdf m 1
near IR diffuse albedo % alidf m 1
bare ice albedo % albice m 1
snow albedo % albsno m 1
melt pond albedo % albpnd m 1
cosine of the zenith angle radian coszen m 1
latent heat flux (cpl) W/m^2 flat m 1
latent heat flux W/m^2 flat_ai m 1
sensible heat flux (cpl) W/m^2 fsens m 1
sensible heat flux W/m^2 fsens_ai m 1
upward longwave flux (cpl) W/m^2 flwup m 1
upward longwave flux W/m^2 flwup_ai m 1
evaporative water flux (cpl) cm/day evap m 1
evaporative water flux cm/day evap_ai m 1
air temperature C Tair m 1
2m reference temperature C Tref m 1
2m reference specific humidity g/kg Qref m 1
snow melt cm/day melts m 1
SW thru ice to ocean (cpl) W/m^2 fswthru m 1
SW flux thru ice to ocean W/m^2 fswthru_ai m 1
ice area ridging rate %/day dardg1dt m 1
ridge area formation rate %/day dardg2dt m 1
ice volume ridging rate cm/day dvirdgdt m 1
ice volume snapshot m hisnap m 1
ice area snapshot aisnap m 1
internal stress tensor trace N/m^2 trsig m 1
fraction of time-avg interval that any i 1 ice_present m 1
net surface heat flux W/m^2 fsurf_ai m 1
top surface conductive heat flux W/m^2 fcondtop_ai m 1
dt_dyn = 1800.000000000000
dte = 15.00000000000000
tdamp = 648.0000000000000
hin_max(n-1) < Cat n < hin_max(n)
1.0000000000000000E-002 < Cat 1 < 1.714281844682626
Using restart dump=f1850w.new_control.cice.r.0011-01-01-00000.nc
Restart read at istep= 0 346896000.0000000
0.000000000000000
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: 110101 sec: 0
This is the prescribed ice coverage option.
stream_year_first = 0
stream_year_last = 0
model_year_align = 1
stream_fldVarName = ice_cov
stream_fldFileName =
/work/hanbre/inputdata/atm/cam/sst/sst_HadOIBl_bc_1.9x2.5_clim_pi_c101028.nc
1
stream_domTvarName = time
stream_domXvarName = xc
stream_domYvarName = yc
stream_domFileName =
/work/hanbre/inputdata/atm/cam/ocnfrac/domain.camocn.1.9x2.5_gx1v6_090403.nc
stream_mapread = NOT_SET
stream_fillalgo = none
(shr_stream_set) size of filename = 1
(shr_stream_set) filename = /work/hanbre/inputdata/atm/cam/sst/sst_HadOIBl_bc_1.9x2.5_clim_pi_c101028.nc
(shr_strdata_print) ----------------------------------------------------------
(shr_strdata_print) name = SPRESICE data
(shr_strdata_print) dataMode = NULL
(shr_strdata_print) domainFile = null
(shr_strdata_print) nxg = 144
(shr_strdata_print) nyg = 96
(shr_strdata_print) calendar = NO_LEAP
(shr_strdata_print) io_type = 6
(shr_strdata_print) eccen = 1.000000E+36
(shr_strdata_print) mvelpp = 1.000000E+36
(shr_strdata_print) lambm0 = 1.000000E+36
(shr_strdata_print) obliqr = 1.000000E+36
(shr_strdata_print) nstreams = 1
(shr_strdata_print) pio_iotype = 6
(shr_strdata_print) streams ( 1) = null
(shr_strdata_print) taxMode ( 1) = cycle
(shr_strdata_print) dtlimit ( 1) = 1.500000E+00
(shr_strdata_print) strnxg ( 1) = 144
(shr_strdata_print) strnyg ( 1) = 96
(shr_strdata_print) dofill ( 1) = F
(shr_strdata_print) fillalgo( 1) = none
(shr_strdata_print) fillmask( 1) = nomask
(shr_strdata_print) fillread( 1) = NOT_SET
(shr_strdata_print) fillwrit( 1) = NOT_SET
(shr_strdata_print) domaps ( 1) = F
(shr_strdata_print) mapalgo ( 1) = bilinear
(shr_strdata_print) mapmask ( 1) = dstmask
(shr_strdata_print) mapread ( 1) = NOT_SET
(shr_strdata_print) mapwrit ( 1) = NOT_SET
(shr_strdata_print) tintalgo( 1) = linear
(shr_strdata_print)
(shr_strdata_print) nvectors = 0
(shr_strdata_print) ----------------------------------------------------------
(shr_dmodel_readLBUB) reading file: /work/hanbre/inputdata/atm/cam/sst/sst_HadOIBl_bc_1.9x2.5_clim_pi_c101028.nc 12
(shr_dmodel_readLBUB) reading file: /work/hanbre/inputdata/atm/cam/sst/sst_HadOIBl_bc_1.9x2.5_clim_pi_c101028.nc 1