== UNIVERSITY OF VICTORIA EARTH SYSTEM CLIMATE MODEL ==
The following files will be renamed:
A_agg renamed data/A_agg
A_calb renamed data/A_calb
A_cfc renamed data/A_cfc
A_co2 renamed data/A_co2
A_dc14 renamed data/A_dc14
A_diff renamed data/A_diff
A_sat renamed data/A_sat
A_slat renamed data/A_slat
A_wind renamed data/A_wind
A_solar renamed data/A_solar
A_sulph renamed data/A_sulph
A_volc renamed data/A_volc
F_co2 renamed data/F_co2
F_heat renamed data/F_heat
F_salt renamed data/F_salt
G_grid renamed data/G_grid
G_kmt renamed data/G_kmt
G_mskt renamed data/G_mskt
G_mskhreg renamed data/G_mskhreg
L_cropfra renamed data/L_cropfra
L_diurtemp renamed data/L_diurtemp
L_elev renamed data/L_elev
L_ice renamed data/L_ice
L_potveg renamed data/L_potveg
L_rivers renamed data/L_rivers
O_alk renamed data/O_alk
O_dc14 renamed data/O_dc14
O_diffac renamed data/O_diffac
O_no3 renamed data/O_no3
O_o2 renamed data/O_o2
O_po4 renamed data/O_po4
O_sal renamed data/O_sal
O_sealev renamed data/O_sealev
O_slhref renamed data/O_slhref
O_tau renamed data/O_tau
O_temp renamed data/O_temp
O_tidenrg renamed data/O_tidenrg
O_totcarb renamed data/O_totcarb
O_fe_dissolved renamed data/O_fe_dissolved
rest_embm renamed rest
restart_embm renamed data/restart
restart_2_embm renamed restart_2
tsi_embm renamed tsi
tavg_embm renamed tavg
rest_ism renamed rest
restart_ism renamed data/restart
restart_2_ism renamed restart_2
tsi_ism renamed tsi
tavg_ism renamed tavg
rest_mtlm renamed rest
restart_mtlm renamed data/restart
restart_2_mtlm renamed restart_2
tsi_mtlm renamed tsi
tavg_mtlm renamed tavg
rest_mom renamed rest
restart_mom renamed data/restart
restart_2_mom renamed restart_2
tsi_mom renamed tsi
tavg_mom renamed tavg
rest_sed renamed rest
restart_sed renamed data/restart
restart_2_sed renamed restart_2
tsi_sed renamed tsi
tavg_sed renamed tavg
&CONTRL
INIT = F,
RUNLEN = 1825.00000000000 ,
RUNUNITS = days ,
RESTRT = T,
INITPT = F,
NUM_PROCESSORS = 1,
RUNSTEP = 1825.00000000000
/
&TSTEPS
DTTS = 108000.000000000 ,
DTUV = 1125.00000000000 ,
DTSF = 1125.00000000000 ,
DTATM = 54000.0000000000 ,
DTATMS = 43200.0000000000 ,
NAMIX = 10,
SEGTIM = 5.00000000000000 ,
DAYLEN = 86400.0000000000
/
&RIGLID
MXSCAN = 200,
SOR = 1.60000000000000 ,
TOLRSF = 500000000.000000 ,
TOLRSP = 1.000000000000000E-004,
TOLRFS = 1.000000000000000E-004
/
&MIXING
AM = 1500000000.00000 ,
AH = 8000000.00000000 ,
AHBKG = 0.000000000000000E+000,
AMBI = 9.999999999999999E+022,
AHBI = 5.000000000000000E+022,
KAPPA_M = 10.0000000000000 ,
KAPPA_H = 0.150000000000000 ,
CDBOT = 1.300000000000000E-003,
SPNEP = 300000.000000000 ,
SENEP = 1200000.00000000 ,
AIDIF = 0.500000000000000 ,
NCON = 1,
NMIX = 16,
EB = F,
ACOR = 0.000000000000000E+000,
DAMPTS = 30.0000000000000 , 60.0000000000000 , 10*50.0000000000000 ,
DAMPDZ = 2*5000.00000000000 , 10*2657.50000000000 ,
ANNLEV = F,
ANNLEVOBC = F
/
&DIAGN
TSIINT = 365.000000000000 ,
TSIPER = 365.000000000000 ,
TAVGINT = -365000.000000000 ,
ITAVG = T,
TMBINT = -365000.000000000 ,
TMBPER = 365.000000000000 ,
ITMB = T,
STABINT = -365000.000000000 ,
ZMBCINT = -365000.000000000 ,
GLENINT = -365000.000000000 ,
TRMBINT = -365000.000000000 ,
ITRMB = T,
VMSFINT = -365000.000000000 ,
GYREINT = -365000.000000000 ,
IGYRE = T,
EXTINT = -365000.000000000 ,
PRXZINT = -365000.000000000 ,
TRAJINT = -365000.000000000 ,
EXCONVINT = -36500.0000000000 ,
DSPINT = -365000.000000000 ,
DSPPER = -365.000000000000 ,
SNAPINT = 0.000000000000000E+000,
SNAPLS = 0.000000000000000E+000,
SNAPLE = 0.000000000000000E+000,
SNAPDE = 0.000000000000000E+000,
TIMAVGINT = 365.000000000000 ,
TIMAVGPER = 365.000000000000 ,
CMIXINT = -36500.0000000000 ,
PRLAT = 6.153787796467244E-313, 2.758594528259795E-312, 2.717361052126856E-322, NaN ,
6*100.000000000000 ,
PRSLON = 4*180.000000000000 , 6*0.000000000000000E+000 ,
PRELON = 4*250.000000000000 , 6*0.000000000000000E+000 ,
PRSDPT = 10*0.000000000000000E+000 ,
PREDPT = 10*600000.000000000 ,
SLATXY = -90.0000000000000 ,
ELATXY = 90.0000000000000 ,
SLONXY = 3.00000000000000 ,
ELONXY = 357.000000000000 ,
CFLONS = 0.000000000000000E+000,
CFLONE = 360.000000000000 ,
CFLATS = -90.0000000000000 ,
CFLATE = 90.0000000000000 ,
CFLDPS = 0.000000000000000E+000,
CFLDPE = 600000.000000000 ,
MAXCFL = 3,
XBTINT = -365000.000000000 ,
XBTPER = -365.000000000000 ,
CROSSINT = 365000.000000000 ,
DENSITYINT = -36500.0000000000 ,
FCTINT = -36500.0000000000 ,
TYZINT = -36500.0000000000 ,
RESTINT = 1825.00000000000 ,
TBTINT = -365000.000000000 ,
TBTPER = -365.000000000000 ,
ACCEL = 1.00000000000000 ,
ACCEL_YR0 = 0.000000000000000E+000
/
&IO
EXPNAM = ,
LOGFILE = machine.log ,
RUNSTAMP =
,
IOTAVG = 6,
IOTMB = 6,
IOTRMB = 6,
IOGLEN = 6,
IOVMSF = 6,
IOGYRE = 6,
IOPRXZ = 6,
IOEXT = 6,
IODSP = 6,
IOTSI = -1,
IOZMBC = 6,
IOTRAJ = 6,
IOXBT = 6,
ISOT1 = 2,
IEOT1 = 101,
ISOT2 = 2,
IEOT2 = 1,
JSOT = 65,
JEOT = 90,
KSOT = 3,
KEOT = 17,
MROT = 1
/
&ICTIME
YEAR0 = 1,
MONTH0 = 1,
DAY0 = 1,
HOUR0 = 0,
MIN0 = 0,
SEC0 = 0,
RYEAR = 1,
RMONTH = 1,
RDAY = 1,
RHOUR = 0,
RMIN = 0,
RSEC = 0,
REFRUN = F,
REFINIT = T,
REFUSER = F,
EQYEAR = T,
EQMON = F,
MONLEN = 30,
INIT_TIME = F,
INIT_TIME_IN = F,
INIT_TIME_OUT = F,
OMEGA = 7.292123516990375E-005
/
&NPZD
ALPHA = 0.100000000000000 ,
KW = 4.000000000000000E-002,
KC = 4.700000000000000E-002,
ABIO = 0.600000000000000 ,
BBIO = 1.06600000000000 ,
CBIO = 1.00000000000000 ,
K1N = 0.700000000000000 ,
NUP = 3.000000000000000E-002,
GAMMA1 = 0.700000000000000 ,
GBIO = 0.400000000000000 ,
EPSBIO = 1.60000000000000 ,
NUZ = 6.000000000000000E-002,
GAMMA2 = 2.148939356616787E-314,
NUD0 = 5.500000000000000E-002,
LFE = 1.00000000000000 ,
WD0 = 14.0000000000000 ,
PAR = 0.430000000000000 ,
DTNPZD = 43200.0000000000 ,
REDCTN = 6.62500000000000 ,
KI = 5.00000000000000 ,
REDPTN = 6.250000000000000E-002,
CAPR = 3.000000000000000E-002,
DCACO3 = 650000.000000000 ,
NUPT0 = 1.500000000000000E-002,
REDOTN = 10.0000000000000 ,
JDIAR = 0.400000000000000 ,
KZOO = 0.150000000000000 ,
GEZ = 0.400000000000000 ,
ZPREFP = 0.300000000000000 ,
ZPREFZ = 0.300000000000000 ,
ZPREFDET = 0.300000000000000 ,
ZPREFD = 0.100000000000000 ,
KFE = 0.100000000000000 ,
KFE_D = 0.100000000000000
/
&FWA
ISFWA1 = 1,
IEFWA1 = 102,
ISFWA2 = 0,
IEFWA2 = 0,
JSFWA = 1,
JEFWA = 102,
MRFWA = 1,
FWAFLXI = 0.000000000000000E+000,
FWAYRI = -1.000000000000000E+020,
FWAYRF = 1.000000000000000E+020,
FWARATE = 0.000000000000000E+000,
COMPENSATE = F
/
&BLMIX
AHV = 0.600000000000000 ,
AHH = 19*0.000000000000000E+000
/
&HLMIX
HL_DEPTH = 50000.0000000000 ,
HL_BACK = 10000.0000000000 ,
HL_MAX = 1000000000.00000
/
&ISOPYC
SLMX = 1.000000000000000E-002,
AHISOP = 12000000.0000000 ,
ATHKDF = 8000000.00000000 ,
DEL_DM = 4.000000000000000E-003,
S_DM = 1.000000000000000E-003
/
&PPMIX
WNDMIX = 10.0000000000000 ,
FRICMX = 50.0000000000000 ,
DIFF_CBT_BACK = 0.100000000000000 ,
VISC_CBU_BACK = 1.00000000000000 ,
VISC_CBU_LIMIT = 50.0000000000000 ,
DIFF_CBT_LIMIT = 50.0000000000000
/
&SMAGNL
DIFF_C_BACK = 0.000000000000000E+000
/
&SED
DTSEDYR = 1.00000000000000 ,
NSEDACC = 1,
WEATH = 2.000000000000000E+020,
KMIN = 8
/
&EMBM
RLAPSE = 5.000000000000000E-005,
RF1 = 0.300000000000000 ,
RF2 = 300000.000000000 ,
SCATTER = 0.230000000000000 ,
RHMAX = 0.850000000000000 ,
VCSREF = 0.000000000000000E+000,
VCSFAC = 0.000000000000000E+000,
VCSYRI = 0.000000000000000E+000,
AGGFOR_OS = 0.000000000000000E+000
/
&CARBON
CO2CCN = 280.000000000000 ,
CO2EMIT = 0.000000000000000E+000,
CO2FOR = 5350.00000000000 ,
CO2_YR = 2.000000000000000E+020,
C14_YR = 2.000000000000000E+020,
DC14CCN = 0.000000000000000E+000,
C14PROD = 0.000000000000000E+000
/
&PALEO
ORBIT_YR = 2.000000000000000E+020,
PYEAR = 1800.00000000000 ,
ECCEN = 1.672393000000000E-002,
OBLIQ = 23.4462700000000 ,
MVELP = 102.039100000000 ,
SEALEV = 0.000000000000000E+000,
SEALEV_YR = 2.000000000000000E+020
/
&ICE
NIATS = 1,
NIVTS = 1,
DAMPICE = 5.00000000000000 ,
TSNO = 0.000000000000000E+000,
HSNO_MAX = 1000.00000000000 ,
ICE_YR = 2.000000000000000E+020,
ICE_CALB = 0.250000000000000 ,
SNO_CALB = 0.200000000000000
/
&VEG
VEG_ALB = 2*0.170000000000000 , 3*0.220000000000000 , 0.300000000000000 , 0.600000000000000 ,
VEG_RL = 1.50000000000000 , 1.00000000000000 , 0.100000000000000 , 0.300000000000000 ,
2*1.000000000000000E-002 , 5.000000000000000E-003,
VEG_RS = 0.750000000000000 , 6*1.00000000000000 ,
VEG_SMD = 2.00000000000000 , 3.00000000000000 , 2*0.100000000000000 , 0.500000000000000 ,
2*1.000000000000000E-002 ,
CROPS_YR = 2.000000000000000E+020,
ICROPS = 3,
IDESERT = 6,
IICE = 7
/
&SOLAR
SOLARCONST = 1368000.00000000 ,
SOLAR_YR = 2.000000000000000E+020
/
&MTLM
TIMESTEP = 3600.00000000000 ,
INT_VEG = T,
VEG_EQUIL = F,
DAY_TRIF = 30,
DAY_PHEN = 1,
BF = 1.00000000000000
/
Grid Point Coordinate details:
The western edge of the 2nd "t" cell is at longitude:-0.1136868E-12 (deg)
(the 1st "t" cell is a boundary cell)
The southern edge of the 2nd "t" cell is at latitude: -90.00000 (deg)
(the 1st "t" cell is a boundary cell)
The western edge of the 1st "u" cell is at longitude: -1.800000 (deg)
(the 1st "u" cell is a boundary point)
The southern edge of the 1st "u" cell is at latitude: -90.90000 (deg)
(the 1st "u" cell is a boundary point)
Depth to "t" & "u" grid points (cm): zt(k) k=1, 19
1750.00 8250.00 17750.00 30250.00 45750.00 64250.00 85750.00 110250.00 137750.00 168250.00
201750.00 238250.00 277750.00 320250.00 365750.00 414250.00 465750.00 520250.00 577750.00
Depth to "w" grid points (cm): zw(k) k=1, 19
5000.00 13000.00 24000.00 38000.00 55000.00 75000.00 98000.00 124000.00 153000.00 185000.00
220000.00 258000.00 299000.00 343000.00 390000.00 440000.00 493000.00 549000.00 608000.00
Latitude of "t" points (deg): yt(j) j=1, 102
-90.9000 -89.1000 -87.3000 -85.5000 -83.7000 -81.9000 -80.1000 -78.3000 -76.5000 -74.7000
-72.9000 -71.1000 -69.3000 -67.5000 -65.7000 -63.9000 -62.1000 -60.3000 -58.5000 -56.7000
-54.9000 -53.1000 -51.3000 -49.5000 -47.7000 -45.9000 -44.1000 -42.3000 -40.5000 -38.7000
-36.9000 -35.1000 -33.3000 -31.5000 -29.7000 -27.9000 -26.1000 -24.3000 -22.5000 -20.7000
-18.9000 -17.1000 -15.3000 -13.5000 -11.7000 -9.9000 -8.1000 -6.3000 -4.5000 -2.7000
-0.9000 0.9000 2.7000 4.5000 6.3000 8.1000 9.9000 11.7000 13.5000 15.3000
17.1000 18.9000 20.7000 22.5000 24.3000 26.1000 27.9000 29.7000 31.5000 33.3000
35.1000 36.9000 38.7000 40.5000 42.3000 44.1000 45.9000 47.7000 49.5000 51.3000
53.1000 54.9000 56.7000 58.5000 60.3000 62.1000 63.9000 65.7000 67.5000 69.3000
71.1000 72.9000 74.7000 76.5000 78.3000 80.1000 81.9000 83.7000 85.5000 87.3000
89.1000 90.9000
Latitude of "u" points (deg): yu(j) j=1, 102
-90.0000 -88.2000 -86.4000 -84.6000 -82.8000 -81.0000 -79.2000 -77.4000 -75.6000 -73.8000
-72.0000 -70.2000 -68.4000 -66.6000 -64.8000 -63.0000 -61.2000 -59.4000 -57.6000 -55.8000
-54.0000 -52.2000 -50.4000 -48.6000 -46.8000 -45.0000 -43.2000 -41.4000 -39.6000 -37.8000
-36.0000 -34.2000 -32.4000 -30.6000 -28.8000 -27.0000 -25.2000 -23.4000 -21.6000 -19.8000
-18.0000 -16.2000 -14.4000 -12.6000 -10.8000 -9.0000 -7.2000 -5.4000 -3.6000 -1.8000
0.0000 1.8000 3.6000 5.4000 7.2000 9.0000 10.8000 12.6000 14.4000 16.2000
18.0000 19.8000 21.6000 23.4000 25.2000 27.0000 28.8000 30.6000 32.4000 34.2000
36.0000 37.8000 39.6000 41.4000 43.2000 45.0000 46.8000 48.6000 50.4000 52.2000
54.0000 55.8000 57.6000 59.4000 61.2000 63.0000 64.8000 66.6000 68.4000 70.2000
72.0000 73.8000 75.6000 77.4000 79.2000 81.0000 82.8000 84.6000 86.4000 88.2000
90.0000 91.8000
Longitude of "t" points (deg): xt(i) i=1, 102
-1.8000 1.8000 5.4000 9.0000 12.6000 16.2000 19.8000 23.4000 27.0000 30.6000
34.2000 37.8000 41.4000 45.0000 48.6000 52.2000 55.8000 59.4000 63.0000 66.6000
70.2000 73.8000 77.4000 81.0000 84.6000 88.2000 91.8000 95.4000 99.0000 102.6000
106.2000 109.8000 113.4000 117.0000 120.6000 124.2000 127.8000 131.4000 135.0000 138.6000
142.2000 145.8000 149.4000 153.0000 156.6000 160.2000 163.8000 167.4000 171.0000 174.6000
178.2000 181.8000 185.4000 189.0000 192.6000 196.2000 199.8000 203.4000 207.0000 210.6000
214.2000 217.8000 221.4000 225.0000 228.6000 232.2000 235.8000 239.4000 243.0000 246.6000
250.2000 253.8000 257.4000 261.0000 264.6000 268.2000 271.8000 275.4000 279.0000 282.6000
286.2000 289.8000 293.4000 297.0000 300.6000 304.2000 307.8000 311.4000 315.0000 318.6000
322.2000 325.8000 329.4000 333.0000 336.6000 340.2000 343.8000 347.4000 351.0000 354.6000
358.2000 361.8000
Longitude of "u" points (deg): xu(i) i=1, 102
0.0000 3.6000 7.2000 10.8000 14.4000 18.0000 21.6000 25.2000 28.8000 32.4000
36.0000 39.6000 43.2000 46.8000 50.4000 54.0000 57.6000 61.2000 64.8000 68.4000
72.0000 75.6000 79.2000 82.8000 86.4000 90.0000 93.6000 97.2000 100.8000 104.4000
108.0000 111.6000 115.2000 118.8000 122.4000 126.0000 129.6000 133.2000 136.8000 140.4000
144.0000 147.6000 151.2000 154.8000 158.4000 162.0000 165.6000 169.2000 172.8000 176.4000
180.0000 183.6000 187.2000 190.8000 194.4000 198.0000 201.6000 205.2000 208.8000 212.4000
216.0000 219.6000 223.2000 226.8000 230.4000 234.0000 237.6000 241.2000 244.8000 248.4000
252.0000 255.6000 259.2000 262.8000 266.4000 270.0000 273.6000 277.2000 280.8000 284.4000
288.0000 291.6000 295.2000 298.8000 302.4000 306.0000 309.6000 313.2000 316.8000 320.4000
324.0000 327.6000 331.2000 334.8000 338.4000 342.0000 345.6000 349.2000 352.8000 356.4000
360.0000 363.6000
Grid checksum = 9685122.39999127
T O P O G R A P H Y G E N E R A T I O N
kmt_min = 2
==> The kmt field has been imported.
number of ocean T cells = 87307.
surface area (T cells) = 0.356684E+19 cm**2
ocean volume (T cells) = 0.135769E+25 cm**3
Original "kmt" checksum = 239304953.000000
Searching for isolated T cells...
-> None Found.
Searching for and correcting minimum level violations
->No modifications needed
Searching for and correcting island PERIMETER VIOLATIONS...
Finding perimeters of all land masses
Exploring land mass 1
number of island perimeter points: nippts( 1)= 100
Exploring land mass 2
number of island perimeter points: nippts( 2)= 762
Exploring land mass 3
number of island perimeter points: nippts( 3)= 14
Exploring land mass 4
number of island perimeter points: nippts( 4)= 16
Exploring land mass 5
number of island perimeter points: nippts( 5)= 60
Exploring land mass 6
number of island perimeter points: nippts( 6)= 20
Exploring land mass 7
number of island perimeter points: nippts( 7)= 18
Exploring land mass 8
number of island perimeter points: nippts( 8)= 152
<none>
Island perimeter statistics:
maximum queue size was 423
number of land masses is 8
number of island perimeter points is 1142
number of ocean T cells = 87307.
surface area (T cells) = 0.356684E+19 cm**2
ocean volume (T cells) = 0.135769E+25 cm**3
Pass # 1 complete. kmt checksum = 239304953.000000
All changes have now been made to kmt
Land Masses and Perimeters
5 10 15 20 25 30 35 40 45 50 55 60 65 70 75 80 85 90 95 100 105
102 111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111
101 111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111111
100 000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000
99 000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000
98 000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000
97 000000000000000000000000000000000000000000000000000000000000000000000000000000222222222222222222220000
96 000003300000000000000000002200000000000000000000000000000000000000000000000222222222222222222222200000
95 000033300000000000000000000222000000000000000000000000000000000000000000000222222222222222222222200000
94 000000000000000002200000000222220000000000000000000000000000000000000000002222222222222222222222000000
93 000000000000000220000000022222222000002222200000000000000000000000000000022222200000222222222220000000
92 000000000000000220000222222222222222222222200000000000000000000000022222222222200000002222222220000000
91 000000002000000020022222222222222222222222222000200000000000000002222222222222220000002222222200000000
90 000000022200000022222222222222222222222222222222222000022222222222222222222222222200022222222200000000
89 000002222222002222222222222222222222222222222222222222222222222222222222222222222220002222220000000000
88 000022222222222222222222222222222222222222222222222200222222222222222222222222002220002222000000000000
87 000222222222222222222222222222222222222222222222222000022222222222222222222222000220000222000000000000
86 002222222222222222222222222222222222222222222222220000022222222222222222222000000000000220000000000000
85 002222222222222222222222222222222222222222222220000000002222222222222222222000000000000000000000000000
84 002222222222222222222222222222222222222220002220000000002222002222222222222000022222000000000000000200
83 000222222222222222222222222222222222222200002200000000022200000022222222222200022222000000000000000200
82 000222222222222222222222222222222222222200002000000000000000000022222222222220022222000000000000000200
81 222222222222222222222222222222222222222220002000000000000000000022222222222222222222200000000000002222
80 222222222222222222222222222222222222222220000000000000000000000002222222222222222222220000000000000222
79 222222222222222222222222222222222222222220000000000000000000000000222222222222222222220000000000000022
78 022222222222222222222222222222222222222200000000000000000000000000022222222222222222220000000000000002
77 022222222222222222222222222222222222222200000000000000000000000000022222222222222222000000000000000002
76 222222222222222222222222222222222222222220000000000000000000000000222222222222222200000000000000000022
75 220022222222222222222222222222222222220020000000000000000000000000222222222222222000000000000000000222
74 200000022222222222222222222222222222000000000000000000000000000000022222222222222000000000000000000220
73 000000022222222222222222222222222222000000000000000000000000000000022222222222220000000000000000000000
72 000000000222222222222222222222222222000200000000000000000000000000022222222222220000000000000000000000
71 222200000022222222222222222222222200222200000000000000000000000000022222222222200000000000000000000022
70 222220000022222222222222222222222200000000000000000000000000000000002222222222200000000000000000000222
69 222222222222222222222222222222222200000000000000000000000000000000000222222222200000000000000000002222
68 222222222222222222222222222222222220000000000000000000000000000000000222222002200000000000000000002222
67 222222222222222222222222222222222200000000000000000000000000000000000222220000000000000000000000002222
66 222222222222222222222222222222222200000000000000000000000000000000000002220000000000000000000000022222
65 222222222222222222222222222222222000000000000000000000000000000000000002220000000000000000000000022222
64 222222222222222222000222222222220000000000000000000000000000000000000002220000000000000000000000022222
63 222222222222222222000222222222220000000000000000000000000000000000000002220000000000000000000000222222
62 222222222222222220000222000222220000000000000000000000000000000000000000222200000000000000000000022222
61 222222222222222200000220000222220000000000000000000000000000000000000000022200000000000000000000022222
60 222222222222222200000220000222220000000000000000000000000000000000000000000222000000000000000000222222
59 222222222222200000000220000002220000000000000000000000000000000000000000000022000000000000000000222222
58 222222222222200000000020000000220000000000000000000000000000000000000000000002000000000000000000222222
57 222222222222222000000000000000200000000000000000000000000000000000000000000000222220000000000000222222
56 222222222222220000000000000000200000000000000000000000000000000000000000000000022222000000000000022222
55 222222222222220000000000000002000200000000000000000000000000000000000000000000022222200000000000002222
54 002222222222220000000000000002000200000000000000000000000000000000000000000000022222222000000000000000
53 000022222222220000000000000022002200000000000000000000000000000000000000000000022222222000000000000000
52 000022222222200000000000000022222200000000000000000000000000000000000000000000022222222000000000000000
51 000022222222000000000000000002222220000000000000000000000000000000000000000000022222222200000000000000
50 000022222222000000000000000002222220000000000000000000000000000000000000000000022222222222000000000000
49 000002222222000000000000000000222000000440000000000000000000000000000000000000022222222222200000000000
48 000002222222000000000000000000220000000044000000000000000000000000000000000000022222222222200000000000
47 000002222222000000000000000000020000000044000000000000000000000000000000000000022222222222200000000000
46 000002222222000000000000000000000000000000000000000000000000000000000000000000022222222222200000000000
45 000022222222000000000000000000000000000000000000000000000000000000000000000000002222222222000000000000
44 000022222222000000000000000000000000055550000000000000000000000000000000000000002222222222000000000000
43 000022222220006000000000000000000005555550000000000000000000000000000000000000000222222222000000000000
42 000002222220006000000000000000000005555555000000000000000000000000000000000000000222222222000000000000
41 000002222220060000000000000000000055555555000000000000000000000000000000000000000222222222000000000000
40 000002222200060000000000000000000555555555500000000000000000000000000000000000000222222222000000000000
39 000002222200060000000000000000000555555555500000000000000000000000000000000000000222222220000000000000
38 000002222200060000000000000000000555555555500000000000000000000000000000000000000222222200000000000000
37 000002222200000000000000000000000555555555500000000000000000000000000000000000000222222200000000000000
36 000002222200000000000000000000000555555555500000000000000000000000000000000000000222222200000000000000
35 000002222200000000000000000000000555555555500000000000000000000000000000000000000222222200000000000000
34 000002222000000000000000000000000555555555500000000000000000000000000000000000000222222000000000000000
33 000000020000000000000000000000000555005555500000000000000000000000000000000000000222222000000000000000
32 000000000000000000000000000000000000000555000000000000000000000000000000000000000222200000000000000000
31 000000000000000000000000000000000000000055000000000000000000000000000000000000000222200000000000000000
30 000000000000000000000000000000000000000005000000000000000000000000000000000000000222200000000000000000
29 000000000000000000000000000000000000000005000000070000000000000000000000000000000222000000000000000000
28 000000000000000000000000000000000000000005000000070000000000000000000000000000002220000000000000000000
27 000000000000000000000000000000000000000000000000700000000000000000000000000000002220000000000000000000
26 000000000000000000000000000000000000000000000007000000000000000000000000000000002220000000000000000000
25 000000000000000000000000000000000000000000000000000000000000000000000000000000002220000000000000000000
24 000000000000000000000000000000000000000000000000000000000000000000000000000000002200000000000000000000
23 000000000000000000000000000000000000000000000000000000000000000000000000000000002200000000000000000000
22 000000000000000000000000000000000000000000000000000000000000000000000000000000000200000000000000000000
21 000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000
20 000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000
19 000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000
18 000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000
17 000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000
16 000000000000000000000000000000000000000000000000000000000000000000000000000000000000880000000000000000
15 000000000000000880000000000008000000000000000000000000000000000000000000000000000008000000000000000000
14 000000000000088888880008888888888888888880000000000000000000000000000000000000000088000000000000000000
13 000000000008888888888888888888888888888888880000000000000000000000000000000000000088000000000000000000
12 888888888888888888888888888888888888888888888880000000000000000000000000000000008888000000000000000888
11 888888888888888888888888888888888888888888888888800000000000000000000000088000888888800000000000088888
10 888888888888888888888888888888888888888888888880000000000000000888888888888888888888000000000008888888
9 888888888888888888888888888888888888888888888880000000000008888888888888888888888888000000008888888888
8 888888888888888888888888888888888888888888888880000000000888888888888888888888888888888888888888888888
7 888888888888888888888888888888888888888888888880000000088888888888888888888888888888888888888888888888
6 888888888888888888888888888888888888888888888888000000088888888888888888888888888888888888888888888888
5 888888888888888888888888888888888888888888888888888888888888888888888888888888888888888888888888888888
4 888888888888888888888888888888888888888888888888888888888888888888888888888888888888888888888888888888
3 888888888888888888888888888888888888888888888888888888888888888888888888888888888888888888888888888888
2 888888888888888888888888888888888888888888888888888888888888888888888888888888888888888888888888888888
1 888888888888888888888888888888888888888888888888888888888888888888888888888888888888888888888888888888
5 10 15 20 25 30 35 40 45 50 55 60 65 70 75 80 85 90 95 100 105
The "kmt" field follows:
"iplot" mapping of integers to characters is as follows:
0 is printed as . 1 is printed as a 2 is printed as b
3 is printed as c 4 is printed as d 5 is printed as e
6 is printed as f 7 is printed as g 8 is printed as h
9 is printed as i 10 is printed as j 11 is printed as k
12 is printed as l 13 is printed as m 14 is printed as n
15 is printed as o 16 is printed as p 17 is printed as q
18 is printed as r 19 is printed as s
1 5 9 13 17 21 25 29 33 37 41 45 49 53 57 61 65 69 73 77 81 85 89 93 97 101
102 ......................................................................................................
101 ......................................................................................................
100 mmoooooooooooooooooooooooooooooooooonnnnkkkkkkmmmmmmkklllllllljjjjjjjjjjjjjjjjjjjjhhhhhhiijjjjiimmmmmm
99 mmoooooooooooooooooooooooooooooooooonnnnkkkkmmmmmmmmkklllllllljjjjjjjjjjjjjjjjjjjjhhhhhhiijjjjiimmmmmm
98 mmoonnnnllllllllllllkkkkkmmmmmmoooooonnnjjjmmmmmmmmmllllmmmmmmmmmmmlllkjjjhiiiifffgggddeeijjjjiimmmmmm
97 kkkkkjjjjhhhhhhhhhhhhhggiiiiiillooooonnnjjjmmmmmmmklllllmnnnnnooommlllkhhhgggg....................kkkk
96 kkkkk..fffdeeedddddddggeee..hhhllllmmmmmjjjjlllllkkllllllnnoooooomlllhhhedd......................ggkkk
95 lllk...bbbbbccccccccccccbbb...hhhhlllliiiihhhhhhhhjjjjhhlllooooomljihhdddbb......................hhkll
94 lllkhhdcccccccccc..bbbbbbbb.....hhhhhhhheeeedddddfhhhggiklloooollihfeddbbb......................hhhlll
93 llllhhfdccccccc..bbbbbbbb........ddddd.....bbbbbbdddeehikkkmmmmljihebbbbb......cceee...........ehhllll
92 llllkgfdccccccc..bbbb......................bbbbbbbbbddhhhhikkkkiife............cdeeedb.........eiillll
91 llllkhdd.ccccbbb.bb..........................bbb.bbbbddddeggghhhe...............dddddb........deiiklll
90 llkkhhd...bbbbbb...................................bbbb...........................ddd.........hhhijlll
89 llkgg.......bb.....................................................................bcc......hhhhhijlll
88 llid................................................bb........................bb...cdd....hhhhhhhhilll
87 lii................................................bbbb.......................bbb..chhh...ijjhhhhhhlli
86 he................................................cccbb....................bbbbbbbbcill..hlljhhhhhhhhe
85 eb.............................................ggggggccc...................bbbbbbbbclllkgklljjjjhhhfeb
84 bb.......................................bbb...kkkkkkgcc....ll.............bbbb.....lllkkkllklljhhh.bb
83 bbb.....................................cccc..llkmmmkgg...llllkg............bbb.....hllnnnnkmmljghh.bb
82 bbb.....................................cddd.hllnnmmmkhhhhllookk.............bb.....hhknnnnlmnnjjfe.bb
81 .........................................ggg.lllnnmmmkjllllppokk.....................gklnnnnnookkg....
80 .........................................ggghlppppnnkknnlppppoomi.....................hlnnppnoookif...
79 .........................................ghhhlppprrrooopppqqqpppmk....................hjlmppooppmjgg..
78 g.......................................gkkkllpsssssssssrrrrrqqpmkg...................fhimppompppkkgg.
77 g.......................................gkkkoppsssssssssssrrrqqommg.................dddhlmppnmpppokkg.
76 .........................................gkoossrsssssssssssrrqqpnm................hhhhhhpppomloppokk..
75 ..ee..................................hh.kkoossssssssssssssrrqqpom...............hhlllllpqqollnoook...
74 .ffedff.............................gghhgkooosssrsssssssssrrrrrppmi..............hllnppppqqmklnookk..f
73 effefjj.............................gghhgkoqqqqrrrsssssssssssrrrqmm.............hllpprrrrqqkjjnookggef
72 effefjjff...........................fff.kkoqqqrrrrqrssssssssssrrqmm.............ilpprssrrpommmnookigef
71 ....fjjggg........................bb....oooqqqssqqopssssssssssrrqml............gkmqqrssqqpnmnpqqomig..
70 .....fgggg........................bddggkossspssssqqrssssssssssrrqplh...........gkqqqrssqpomnnqqqomi...
69 ..................................bddhkkosssqssssrrrsssrrsssssqqqpplh..........gkrrqrssqpnoooqqqok....
68 ...................................dhhloossssssssrrqrssrrssssrrqqqpll......bb..gnrrrsssqoopppqqook....
67 ..................................ddhllooqsssssssssrqqqrrsssrrrqqqqpl.....beecfjnrssssrqoprrrrqokg....
66 ..................................hhhlppmqssssssssssqonrrrssrrrqqqqplhh...eeecfjnossssrqoqrrrrqmk.....
65 .................................hhillppmqrrrrssssssrqpqqrssrrrrrqqpplh...eeeefjkossssrpoqssrrqmi.....
64 ..................kkh...........hhhlmpppnqrrrrssrrprrqqooqrsssrrrqpppll...cceffgkopsssrporssrrqmi.....
63 ..................llh...........hhllpqqqpprrqqrrrnprrqqqqnrsssssrrpppon...bbdgggkllpprrporssrrqm......
62 .................illk...gii.....hllnpqrrporrrrrroppppoqssorsssssrrppponj....egghhhhlprrpprssrpomi.....
61 ................jmmll..hkki.....hllnpprrqnqqrrrrpqqoqqqssqrssssrrrqppoonn...eefhllliorrpprrrrrnmi.....
60 ................mnool..klli.....hllllorrqnrssrrrrqrrrrrsssssssrrrrqppponnkj...fjlllkoqqoorrssrnm......
59 .............ehimpppl..kllhee...ikkhkorrpprssrrrrrrrrrrssssssrrrrrqqqpponnnn..fjlllknpppoqrsssrm......
58 .............ehimppplh.kllligc..iiggkoqqpprssrqqrssrrrrrrssssrrrrrqqqpponoook.fjjhhjlppppprsssrm......
57 ...............loppplhhgkllkgc.eiifhkoqqpoooqqqpqssssrqqqrrrrrrrrrqqqpoonooolh.....hllooppprrrrp......
56 ..............hlopppolhgkllkgc.effhhlooonmkoqqqopsssssrqprrrrrrqqqqppppooooolhh.....hkkmppppqrrpm.....
55 ..............ilppooolkkkkkjg.bee.hllpppnoooppqqpssrssrqorrrrrrqqqqppppooooolll......gimnnoooppomm....
54 hh............ilppoonkkoookgf.bbb.lllpppnpppopqqqrrrsssroqrrrqqqqqqqpppoooomkll........jjnppoppoomlhhh
53 lnnj..........jlpppnnkoqqokj..bb..llllppnpppmnqqqqrrrssrrqqrrqqqqqqqppponnmkkll........fjnppnppppollln
52 oonj.........fjppppooloqqonm......hhhllnnopplmpqqprrrssrroqqqqqqqqqqpppoonnkkkh........fjmppoopppoppoo
51 qqnj........fjmpppoooopqqoomi......jjhjkkmmmlloqqqqrrssrrqqqqqqqqqqqqqppooonkkh.........immmppppoopqqq
50 qqnk........jjmmmmooooqqqppmi......kkgggiiikkknppqrssrrrrrrqqqqqqqqqqqppoooonlh...........imprrrqopqqq
49 qqook.......mnnmimooonqrrppmlh...fgkkkg..ghhjjmooqrsssqrrrrrqqqqqqqqqqpoooppolj............mnrrrqopqqq
48 qpook.......ooomlmnnmnqrrqqpll..cgjkkkgc..gijjlnqqrsssqqrrrrqqqqqqqqqppnpppppnn............jnrrrqopqqp
47 qplkg.......ooomllkkknnrrrrpllj.ggjkkggc..giihlpqqqrrqqprrrrroqqqqqppponppppppo............jnrrrpmpqqp
46 qplhd.......lnnmlkjknqrrrrrqpnnkkkigggccfhhillnpqqoppppoqrrrrpoqqppppnopppppppo............knrrrpnpqqp
45 qplh........hllllkgkorrrrrqrrrrokkiecccbfjlllnnnnmmopppoqrrrrppppppponopppppppok..........gkorrrpopqqp
44 qplh........kkhllkknorrrqpqrrrrqokieb....jlllnnmmmlmoorrqrrnnppppppoonoppppppook..........kkorrroopqqp
43 rpll.......kkk.llknnprrrqmqsssrqokg......hjknnnkkkkkkorrrrqnjnnppppoonoppopppokkg.........klorrrooprrp
42 rollj......kkk.nnknnprrrqorsssqookg.......ggnnnkkkgikorrrrqnnknppppoonoppppqqokkg.........hlprrqooprro
41 rookj......kk.jnnnnnpqrrqorsssqmkg........eikkjkkkkikorrrqqoonnnpppoonoppppqqqokk.........ilpssqonqrro
40 rrokg.....hll.nnoommpqrrqprssrqmi..........iihhklnnkkorrqqqqqpnopppoonoppppqqqooo.........kmpssrpnqrrr
39 rrokk.....hll.nopponpqrrqqrssrqmi..........ijjjhlnnllssrqqqqqppoooooonopppppppppp........gkoqssrpprrrr
38 rronl.....hll.norrqpoopqqqrssqqmi..........jjjkklnnlpsssrrqqppppoonnnnooppoppoppp.......hkkorssroprrrr
37 rrnnm.....hlmmkorrqponpppnqqqqqmi..........jkkkmmmllpsssrrrqoppppoonnmnnnnooopppp.......hloorrrqoppqrr
36 rrqqm.....hlmmmqrrpppopppnooqqqmi..........ikkkmmnnnpsssrrrqqopqqpooonnoooooopppp.......jlooprrponoqrr
35 qpqqm.....llmmnqqpqqqooppmllnppmi..........kkkjllnnnrsssssrrrqqqqppoonnoooooopppp.......jnnloqqppnoqqp
34 qoqqm....hlnnknqqqqqqonoollllppmk..........kllillnnprssssssrrrrqqppoonnoooooopppp......fjnnmoqqppnoqqo
33 opqqmmi.hllnnjnppqqqqonoooopppplk...hh.....jmmijjlnprsssssssrrrqqppponnoooooppppp......jjnqqoppoonooop
32 qrrqqmihllppnnnoprrqqonooppqqqqphllllhh...fjmmiiihloorssssssrrrqqpppoonoooopppppp....fjjnnqqppppooooqr
31 rrrrqmllopppnnnmprrqqqnmoppqqqqplppppllh..jjnniiigkkqrrrsssssrrrrqqpoonoooopppppo....fjjnrrrqqppnooprr
30 rrrrqpppopppommpqrrqqqmnooopqqqppqrrppllh.nnnnkggegmqqqrrrssssrrrrqqpnooppooopppo....jjjnrrrqqqpnnoprr
29 rrrrqrrpppppomnpqrrqqpmnnnooqqqqqqrrrrplk.nppokji.immqqrrrrssssrrrqqpnoopponooonn...hlnnnrrrqqqpnnpprr
28 nnqqqrrorrpommnnqrrqoommmmnnoppqqqrrrrpok.lpqqnmi.iiimprrrrssssrrrqqpnnopppppoon...dhlpprrrrqqqpnoppnn
27 pqqqqrrrrrpllkmnqqookmnnnnnnoppqqqqrrrqoohlpqqpm.gggklrrrrrrsssrrrqppnnopqqqpoom...dhlpprrrrrrrpnopppq
26 pqqqqqqrrrolijjjnnkkjlnooonnnoopqqqqrrqppllpqqp.ghiikprrrrrrrrrrrqpoonnopqqqppom...dhlppprrrrrrpoooopq
25 ppppqqqrrpommnnmookghlnoooonnnnopppqqqpppllpqqphghimoqrrrrrrrrrrqqponnnopqqqqppn...dhllppqqrrrqponoopp
24 oooppqqrrqppoopppokghlnopppoonnnnpppppoooooqqqlhehjmorrrrrrrqqqqqqpomnoopqqqqppn..ddhhlmmmqqqqqppnnmoo
23 nnoooooqqrrpooqqqookjhjopppoooooooqqoonnoppqqplhellnqrrrrrqqpqqqqqpomooppqqrrppl..ddghlmmmnnqqqppoolnn
22 lnnnnnoppssoloqqqqonlhgkoqqppppoppqqpponnppqqpliilpprrrrqqqqppoooooonoppqqqrrpllh.ddgkllljjnppppppomln
21 lllpppqqqssoppqqqqonlkkkoqqqppppqqqrrqponoppppmkklrrrrrrqqppoomooonnoopqqqqrrplllhhhhknnnnlnpppppppnll
20 ppprrqrrsssssrssqrrplkkknqqqqqqqqqrrrqqponoooonnoprrrrrqqponmnooopqqoqqqqqqrrppllllllloooonnnmpppppopp
19 rrssssrssssssssssrrpnjijnqqqqqqqqqrrrqqqoonnooppqqrrrqqqqonmnooppqqqrrrrrqqrrrpppplllloooonnnmpppprrrr
18 ssssssrssssssssssrrpnnmlnqqqppqqqqqqqqqqpponnoppqqqqqppponmnppppqqrrrrrrrrrrrrrppplllllkklmmmnoooqssss
17 sssrssrrrrrrrrrrrpppnnmllnooonoooopqqqqqppoollmmmppppoonnnnoppqqqqrrrrrrrrrrrrronnllhhkmmmpqqqrrrrssss
16 rqqrrrrrrrppqqqoolpplmmlllkkkjkkkkmmmmmmoooolmmmmnnnnmmnnooppqqqrrrrrrrrrrrrqqookllh..imppqrrrrrrrrrrq
15 ppoooopppplppmm..lllllklljjgg.ggggiiiiijkkkklmmmnnnmmnopppqqqqqqrrrrrrrrqqqpppookjj.eiimppqrrrrrrrrppp
14 nnoollllllhll.......hhh..................hhhhlllnnooooppppqqqqqqqqppoqqnqqqmpplkkg..eiilppqqqqppppplnn
13 jlllhlllhhh.................................hiikkkoooopppqqqqqqopppnknnjmmmmlllhhg..ehhlppppppppllljjl
12 ...............................................ggkkjllpppqqqppooollkkkkjjjiiihhh....dhhlllllmmmmllh...
11 .................................................ffhllppooppookkkkhhgggff..eee.......hhhhhlllllii.....
10 ...............................................eeefhlllkklllkkg.....................ddddhhhhhhh.......
9 ...............................................eeeehhhgghhh.........................dddddddd..........
8 ...............................................bbcccccccc.............................................
7 ...............................................bbbbbbbb...............................................
6 ................................................bbbbbbb...............................................
5 ......................................................................................................
4 ......................................................................................................
3 ......................................................................................................
2 ......................................................................................................
1 ......................................................................................................
number of ocean T cells = 87307.
surface area (T cells) = 0.356684E+19 cm**2
ocean volume (T cells) = 0.135769E+25 cm**3
Final "kmt" checksum = 239304953.000000
Finding perimeters of all land masses
Exploring land mass 1
number of island perimeter points: nippts( 1)= 100
Exploring land mass 2
number of island perimeter points: nippts( 2)= 762
Exploring land mass 3
number of island perimeter points: nippts( 3)= 14
Exploring land mass 4
number of island perimeter points: nippts( 4)= 16
Exploring land mass 5
number of island perimeter points: nippts( 5)= 60
Exploring land mass 6
number of island perimeter points: nippts( 6)= 20
Exploring land mass 7
number of island perimeter points: nippts( 7)= 18
Exploring land mass 8
number of island perimeter points: nippts( 8)= 152
<none>
Island perimeter statistics:
maximum queue size was 423
number of land masses is 8
number of island perimeter points is 1142
Global ocean statistics:
the total ocean surface area (t cells) = 3.56684292E+18cm**2
the total ocean volume (t cells) = 1.35769340E+24cm**3
the total ocean surface area (u cells) = 3.30167150E+18cm**2
the total ocean volume (u cells) = 1.18743960E+24cm**3
Defining vertical region # 1 as "t" cells within
dpt: 0.0=>6080.0m
density coefficients were calculated
(employing the UNESCO equation of state)
and are valid for the following depths and both INSITU and POTENTIAL T and S ranges
k depth tmin tmax smin smax Pot tmin Pot tmax
1 17.50e2 -2.000 29.000 28.5000 37.0000 -2.000 28.995
2 82.50e2 -2.000 29.000 28.5000 37.0000 -2.001 28.978
3 177.50e2 -2.000 29.000 28.5000 37.0000 -2.001 28.953
4 302.50e2 -2.000 19.000 33.7000 36.6000 -2.005 18.944
5 457.50e2 -2.000 19.000 33.7000 36.6000 -2.008 18.914
6 642.50e2 -2.000 14.000 34.0000 35.8000 -2.013 13.903
7 857.50e2 -2.000 11.000 34.1000 35.7000 -2.020 10.888
8 1102.50e2 -1.000 9.000 34.2000 35.3000 -1.038 8.870
9 1377.50e2 -1.000 7.000 34.4000 35.1000 -1.052 6.856
10 1682.50e2 -1.000 7.000 34.5000 35.1000 -1.068 6.821
11 2017.50e2 -1.000 7.000 34.6000 35.0000 -1.088 6.781
12 2382.50e2 -1.000 7.000 34.6000 35.0000 -1.112 6.736
13 2777.50e2 -1.000 7.000 34.6000 35.0000 -1.140 6.685
14 3202.50e2 -1.000 7.000 34.6000 35.0000 -1.172 6.628
15 3657.50e2 -1.000 7.000 34.6000 35.0000 -1.211 6.565
16 4142.50e2 -1.000 7.000 34.6000 35.0000 -1.255 6.495
17 4657.50e2 -1.000 7.000 34.6000 35.0000 -1.306 6.418
18 5202.50e2 0.000 7.000 34.6000 35.0000 -0.406 6.334
19 5777.50e2 0.000 7.000 34.7000 35.0000 -0.476 6.242
Note: density coefficients were calculated using the UNESCO
formulation.
Checksum for density coefficients = 0.1272033E+03
inital average surface references:
global average sea surface salinity (psu) = 34.7537612230475
global average sea surface dic (mol m-3) = 2.09275597492456
global average sea surface oxygen (mol m-3) = 0.249935498088667
global average sea surface alkalinity (mol m-3) = 2.36419423390629
global average sea surface phosphate (mol m-3) = 5.431860343408091E-004
global average sea surface nitrate (mol m-3) = 5.302747025980865E-003
global average sea surface carbon 14 (mol m-3) = 2.299712489245865E-012
I.C. checksum for t = 471457.745147720
I.C. checksum for s = 40.9139370403292
I.C. checksum for u = 0.000000000000000E+000
I.C. checksum for v = 0.000000000000000E+000
=> Ocn restart read from data/restart.nc on d/m/y= 1/ 1/ 1,h:m:s= 0: 0: 0
"kmt" checksum = 235140033.000000
Time manager initialization
Calendar selection:
equal years of 365 days
days per month = 31 28 31 30 31 30 31 31 30 31 30 31
Initial Conditions: d/m/y= 1/ 1/ 1,h:m:s= 0: 0: 0
Time since initial conditions = 662840.0 days
Start of Run: d/m/y= 1/ 1/ 1817,h:m:s= 0: 0: 0
Corresponding to time step "itt" = 3245580
"refinit = .true." selected.
intervals for diagnostic switches are referenced to the initial conditions time.
Initialization completed
Horizontal regional volumes [cubic m] and areas [sq m]
k All Regions 1 2 3
1 0.178342E+17 0.516501E+16 0.880922E+16 0.385999E+16
2 0.285347E+17 0.826402E+16 0.140948E+17 0.617598E+16
3 0.386549E+17 0.109510E+17 0.192291E+17 0.847477E+16
4 0.487916E+17 0.137470E+17 0.243800E+17 0.106645E+17
5 0.587414E+17 0.162927E+17 0.294989E+17 0.129498E+17
6 0.684303E+17 0.187377E+17 0.345513E+17 0.151414E+17
7 0.779206E+17 0.210242E+17 0.395935E+17 0.173028E+17
8 0.859296E+17 0.230407E+17 0.438915E+17 0.189974E+17
9 0.917579E+17 0.239167E+17 0.474095E+17 0.204316E+17
10 0.989946E+17 0.256977E+17 0.513747E+17 0.219222E+17
11 0.105387E+18 0.266712E+17 0.553110E+17 0.234044E+17
12 0.107356E+18 0.272284E+17 0.570486E+17 0.230791E+17
13 0.105711E+18 0.260321E+17 0.577664E+17 0.219122E+17
14 0.107053E+18 0.256891E+17 0.598765E+17 0.214878E+17
15 0.102625E+18 0.243138E+17 0.585664E+17 0.197452E+17
16 0.887508E+17 0.204387E+17 0.522513E+17 0.160607E+17
17 0.659511E+17 0.143364E+17 0.403809E+17 0.112338E+17
18 0.430505E+17 0.977655E+16 0.276057E+17 0.566825E+16
19 0.162188E+17 0.258697E+16 0.121899E+17 0.144200E+16
SUM 0.135769E+19 0.343910E+18 0.733829E+18 0.279954E+18
AREA 0.356684E+15 0.103300E+15 0.176184E+15 0.771997E+14
the horizontal regional masks cover 100.000% of the total ocean surface area.
there are 3 regions over which tracer & momentum balances will be computed
accounting for 100.00% of the total ocean volume.
45.95% of the grid points lie within the ocean.
=> calculations enabled for mid ocean points
=> calculations enabled for ocean perimeter of land mass 1
=> calculations enabled for ocean perimeter of land mass 2
=> calculations enabled for ocean perimeter of land mass 3
=> calculations enabled for ocean perimeter of land mass 4
=> calculations enabled for ocean perimeter of land mass 5
=> calculations enabled for ocean perimeter of land mass 6
=> calculations enabled for ocean perimeter of land mass 7
=> calculations enabled for ocean perimeter of land mass 8
dpsi normalized to zero on land mass 2
(user may set "imain" to any valid land mass number)
density coefficient checksum = 127.203327267071
checksum for psi(,,1) = 1.450173866735106E+017
checksum for psi(,,2) = 1.450951049649223E+017
==== start and end indices for Fourier filtering ====
only 11 sets of indices fit across the page. others will not be printed.
== filtering indices for t,s ==
== filtering indices for u,v ==
== filtering indices for stream function ==
"dtxcel(km)" tracer timestep multipliers:
1.000 1.000 1.000 1.000 1.000 1.000 1.000 1.000 1.000 1.000
1.000 1.000 1.000 1.000 1.000 1.000 1.000 1.000 1.000
T I M E A V E R A G E S G R I D I N I T I A L I Z E D
Time averages will be taken at the following grid points:
102 grid "t" longitudes:
-1.80 1.80 5.40 9.00 12.60 16.20 19.80 23.40 27.00 30.60
34.20 37.80 41.40 45.00 48.60 52.20 55.80 59.40 63.00 66.60
70.20 73.80 77.40 81.00 84.60 88.20 91.80 95.40 99.00 102.60
106.20 109.80 113.40 117.00 120.60 124.20 127.80 131.40 135.00 138.60
142.20 145.80 149.40 153.00 156.60 160.20 163.80 167.40 171.00 174.60
178.20 181.80 185.40 189.00 192.60 196.20 199.80 203.40 207.00 210.60
214.20 217.80 221.40 225.00 228.60 232.20 235.80 239.40 243.00 246.60
250.20 253.80 257.40 261.00 264.60 268.20 271.80 275.40 279.00 282.60
286.20 289.80 293.40 297.00 300.60 304.20 307.80 311.40 315.00 318.60
322.20 325.80 329.40 333.00 336.60 340.20 343.80 347.40 351.00 354.60
358.20 361.80
102 grid "v" longitudes:
0.00 3.60 7.20 10.80 14.40 18.00 21.60 25.20 28.80 32.40
36.00 39.60 43.20 46.80 50.40 54.00 57.60 61.20 64.80 68.40
72.00 75.60 79.20 82.80 86.40 90.00 93.60 97.20 100.80 104.40
108.00 111.60 115.20 118.80 122.40 126.00 129.60 133.20 136.80 140.40
144.00 147.60 151.20 154.80 158.40 162.00 165.60 169.20 172.80 176.40
180.00 183.60 187.20 190.80 194.40 198.00 201.60 205.20 208.80 212.40
216.00 219.60 223.20 226.80 230.40 234.00 237.60 241.20 244.80 248.40
252.00 255.60 259.20 262.80 266.40 270.00 273.60 277.20 280.80 284.40
288.00 291.60 295.20 298.80 302.40 306.00 309.60 313.20 316.80 320.40
324.00 327.60 331.20 334.80 338.40 342.00 345.60 349.20 352.80 356.40
360.00 363.60
100 grid "t" latitudes:
-89.10 -87.30 -85.50 -83.70 -81.90 -80.10 -78.30 -76.50 -74.70 -72.90
-71.10 -69.30 -67.50 -65.70 -63.90 -62.10 -60.30 -58.50 -56.70 -54.90
-53.10 -51.30 -49.50 -47.70 -45.90 -44.10 -42.30 -40.50 -38.70 -36.90
-35.10 -33.30 -31.50 -29.70 -27.90 -26.10 -24.30 -22.50 -20.70 -18.90
-17.10 -15.30 -13.50 -11.70 -9.90 -8.10 -6.30 -4.50 -2.70 -0.90
0.90 2.70 4.50 6.30 8.10 9.90 11.70 13.50 15.30 17.10
18.90 20.70 22.50 24.30 26.10 27.90 29.70 31.50 33.30 35.10
36.90 38.70 40.50 42.30 44.10 45.90 47.70 49.50 51.30 53.10
54.90 56.70 58.50 60.30 62.10 63.90 65.70 67.50 69.30 71.10
72.90 74.70 76.50 78.30 80.10 81.90 83.70 85.50 87.30 89.10
100 grid "v" latitudes:
-88.20 -86.40 -84.60 -82.80 -81.00 -79.20 -77.40 -75.60 -73.80 -72.00
-70.20 -68.40 -66.60 -64.80 -63.00 -61.20 -59.40 -57.60 -55.80 -54.00
-52.20 -50.40 -48.60 -46.80 -45.00 -43.20 -41.40 -39.60 -37.80 -36.00
-34.20 -32.40 -30.60 -28.80 -27.00 -25.20 -23.40 -21.60 -19.80 -18.00
-16.20 -14.40 -12.60 -10.80 -9.00 -7.20 -5.40 -3.60 -1.80 0.00
1.80 3.60 5.40 7.20 9.00 10.80 12.60 14.40 16.20 18.00
19.80 21.60 23.40 25.20 27.00 28.80 30.60 32.40 34.20 36.00
37.80 39.60 41.40 43.20 45.00 46.80 48.60 50.40 52.20 54.00
55.80 57.60 59.40 61.20 63.00 64.80 66.60 68.40 70.20 72.00
73.80 75.60 77.40 79.20 81.00 82.80 84.60 86.40 88.20 90.00
19 "t" grid depths:
1750.00 8250.00 17750.00 30250.00 45750.00 64250.00 85750.00 110250.00 137750.00 168250.00
201750.00 238250.00 277750.00 320250.00 365750.00 414250.00 465750.00 520250.00 577750.00
19 "w" grid depths:
5000.00 13000.00 24000.00 38000.00 55000.00 75000.00 98000.00 124000.00 153000.00 185000.00
220000.00 258000.00 299000.00 343000.00 390000.00 440000.00 493000.00 549000.00 608000.00
Time average grid checksum = 8467657.20001435
I S O P Y C M I X I N I T I A L I Z A T I O N
Isopycnal mixing tensor + GM thickness diffusion
&ISOPYC
SLMX = 1.000000000000000E-002,
AHISOP = 12000000.0000000 ,
ATHKDF = 8000000.00000000 ,
DEL_DM = 4.000000000000000E-003,
S_DM = 1.000000000000000E-003
/
==> Note: small angle approximation to isopycnal tensor is
being used.
==> Note: Re-scaling of Gerdes et al is being used to
reduce mixing coeff within areas of steeply
sloping isopycnals
ahisop = 0.120000E+08 along isopyncal tracer mixing (cm**2/sec)
athkdf = 0.800000E+07 isopycnal thickness diffusion (cm**2/sec)
ah = 0.000000E+00 cm**2/sec for am = 0.150000E+10 cm**2/sec for horizontal mixing of momentum
------------------------------------------------
The isopycnal diffusion grid factor delta_iso = 0.6063551E-03
was determined at the grid point
dxt( 101) = 0.4002389E+08
dyt( 101) = 0.2001194E+08
dzt( 1) = 0.5000000E+04
cst( 101) = 0.1570734E-01
dtts = 0.1080000E+06
ahisop = 0.1200000E+08
Maximum allowable isopycnal slope is specified as slmx = 0.1000000E-01
------------------------------------------------
Acceleration with depth "dtxsqr(k)"=
0.100000E+01 0.100000E+01 0.100000E+01 0.100000E+01 0.100000E+01
0.100000E+01 0.100000E+01 0.100000E+01 0.100000E+01 0.100000E+01
0.100000E+01 0.100000E+01 0.100000E+01 0.100000E+01 0.100000E+01
0.100000E+01 0.100000E+01 0.100000E+01 0.100000E+01
reading ocean diffusion factor from:
data/O_diffac.nc
G E N E R A L C O N S I S T E N C Y C H E C K S
==> Warning: "jmw" > 4 ("jmw"=4 will use the minimum memory)
you have set jmw= 102
==> Warning: The MW is open all the way ("jmw" = "jmt") which
is the maximum memory configuration. Note that
latitude rows are kept in the MW and not on disk!
==> Warning: the damping time scale "dampts" is > zero but
the "restorst" otpion is not enabled
==> Warning: the damping thickness "dampdz" is > zero but
the "restorst" otpion is not enabled
==> Note: consthmix will only affect mixing of momentum
since isopycmix was specified for tracer diffusion.
kappa_h and Ah will be used as background mixing
coefficients
==> Warning: although "sf_5_point" has no null space, it does
not conserve total energy.
==> Warning: "itmb" is set to "true". set it to "false" in
subsequent runs to prevent the time independent
basin mask from being written more than once.
This reduces the size of the diagnostic file.
==> Warning: "itrmb" is set to "true". set it to "false" in
subsequent runs to prevent the time independent
region masks from being written more than once.
This reduces the size of the diagnostic file.
==> Warning: "itavg" is set to "true". set it to "false" in
subsequent runs to prevent the time independent
region masks from being written more than once.
This reduces the size of the diagnostic file.
==> Warning: the averaging interval "xbtint" is > zero but
the "xbts" option is not enabled
==> Warning: the averaging interval "dspint" is > zero but
option "diagnostic_surf_height" is not enabled
==> Warning: use of unequal time steps implies the transient
response is unimportant and multiple equilibria
do not exist.
==> Warning: lateral diffusive criteria exceeded for "ah" +
"ahisop". use a smaller "dtts", "dtxcel", and/or
"ah" + "ahisop"
at latitude -89.10, j= 2
at latitude -87.30, j= 3
at latitude 87.30, j=100
at latitude 89.10, j=101
==> Warning: lateral diffusive criteria exceeded for "am".
use a smaller "dtuv" and/or "am"
at latitude -89.10, j= 2
at latitude -87.30, j= 3
at latitude 87.30, j=100
at latitude 89.10, j=101
==> Warning: the full convective scheme is enabled.
it will ignore "ncon" and remove all instability
==> Warning: fct delimiter type is not specified
specify either fct_dlm1 or fct_dlm2
Default: using fct_dlm1
E N D C O N S I S T E N C Y C H E C K S
==> Time averages will be written every 365.00 days,
with an averaging period of 365.00 days.
CO2 ratio (reference = 280 ppmv) = 1.00000000000000
Yields radiative forcing (W/m2) = 0.000000000000000E+000
Initial Orbital Parameters:
Orbital Year: 1800.00000000000
Eccentricity: 1.678438346068244E-002
Obliquity: 23.4657773884404
Longitude of Perihelion: 279.471136340875
=> reading ice data for year: 1000.00000000000
=> reading ice data for year: 2000.00000000000
=> Atm restart read from data/restart.nc on d/m/y= 1/ 1/ 1817,h:m:s= 0: 0: 0
=> Lnd restart read from data/restart.nc on d/m/y= 1/ 1/ 1817,h:m:s= 0: 0: 0
==> Warning: DAY_PHEN is set to be less than segtim.
with option mtlm_segday, phenology will
only be done once every coupling time.
Assigning interpolation method 3 to dataset # 1
Assigning interpolation method 3 to dataset # 2
Assigning interpolation method 3 to dataset # 3
Assigning interpolation method 3 to dataset # 4
Assigning interpolation method 3 to dataset # 5
Assigning interpolation method 3 to dataset # 6
Assigning interpolation method 3 to dataset # 7
Assigning interpolation method 3 to dataset # 8
Assigning interpolation method 3 to dataset # 9
x component of windstress
y component of windstress
surface wind speed
atmospheric coalbedo
x component of advecting wind
y component of advecting wind
x component of advecting wind
y component of advecting wind
diurnal temperature range
==> Time averages written every 365.00 days,
with an averaging period of 365.00 days.
==> Time step integrals written every 365.00 days,
with an averaging period of 365.00 days.
(checking setup)
(End of checks)
ts=3245872 d/m/y= 1/ 1/ 1818,h:m:s= 0: 0: 0, ke= 2.129827E+00 |dT|= 1.411394E-08 |dS|= 6.943218E-13 Tbar= 3.337521E+00 Sbar=-2.789697E-04 Tvar= 2.097890E+01 Svar= 8.657391E-08 scans= 5.044178E+01
=> Ocn time means # 1 written to tavg.01818.01.01.nc on ts = 3245872, d/m/y= 1/ 1/ 1818,h:m:s= 0: 0: 0
ts=3245872 d/m/y= 1/ 1/ 1818,h:m:s= 0: 0: 0 iterations = 8.765411E+00 TAbar= 1.319244E+01 QAbar= 1.061506E-02
=> Atm time means # 1 written to tavg.01818.01.01.nc on d/m/y= 1/ 1/ 1818,h:m:s= 0: 0: 0
=> Lnd time means # 1 written to tavg.01818.01.01.nc on d/m/y= 1/ 1/ 1818,h:m:s= 0: 0: 0
ts=3246164 d/m/y= 1/ 1/ 1819,h:m:s= 0: 0: 0, ke= 2.129755E+00 |dT|= 1.411563E-08 |dS|= 6.947425E-13 Tbar= 3.337505E+00 Sbar=-2.789699E-04 Tvar= 2.097947E+01 Svar= 8.658880E-08 scans= 5.044178E+01
=> Ocn time means # 2 written to tavg.01818.01.01.nc on ts = 3246164, d/m/y= 1/ 1/ 1819,h:m:s= 0: 0: 0
ts=3246164 d/m/y= 1/ 1/ 1819,h:m:s= 0: 0: 0 iterations = 8.770548E+00 TAbar= 1.319318E+01 QAbar= 1.061544E-02
=> Atm time means # 2 written to tavg.01818.01.01.nc on d/m/y= 1/ 1/ 1819,h:m:s= 0: 0: 0
=> Lnd time means # 2 written to tavg.01818.01.01.nc on d/m/y= 1/ 1/ 1819,h:m:s= 0: 0: 0
ts=3246456 d/m/y= 1/ 1/ 1820,h:m:s= 0: 0: 0, ke= 2.129653E+00 |dT|= 1.411590E-08 |dS|= 6.945909E-13 Tbar= 3.337497E+00 Sbar=-2.789697E-04 Tvar= 2.098000E+01 Svar= 8.660256E-08 scans= 5.042123E+01
=> Ocn time means # 3 written to tavg.01818.01.01.nc on ts = 3246456, d/m/y= 1/ 1/ 1820,h:m:s= 0: 0: 0
ts=3246456 d/m/y= 1/ 1/ 1820,h:m:s= 0: 0: 0 iterations = 8.767123E+00 TAbar= 1.319308E+01 QAbar= 1.061555E-02
=> Atm time means # 3 written to tavg.01818.01.01.nc on d/m/y= 1/ 1/ 1820,h:m:s= 0: 0: 0
=> Lnd time means # 3 written to tavg.01818.01.01.nc on d/m/y= 1/ 1/ 1820,h:m:s= 0: 0: 0
ts=3246748 d/m/y= 1/ 1/ 1821,h:m:s= 0: 0: 0, ke= 2.129805E+00 |dT|= 1.411465E-08 |dS|= 6.947145E-13 Tbar= 3.337479E+00 Sbar=-2.789687E-04 Tvar= 2.098043E+01 Svar= 8.661735E-08 scans= 5.098288E+01
=> Ocn time means # 4 written to tavg.01818.01.01.nc on ts = 3246748, d/m/y= 1/ 1/ 1821,h:m:s= 0: 0: 0
=> Ocn restart written to rest.01821.01.01.nc on
d/m/y= 1/ 1/ 1821,h:m:s= 0: 0: 0
ts=3246748 d/m/y= 1/ 1/ 1821,h:m:s= 0: 0: 0 iterations = 8.772260E+00 TAbar= 1.319185E+01 QAbar= 1.061544E-02
=> Atm time means # 4 written to tavg.01818.01.01.nc on d/m/y= 1/ 1/ 1821,h:m:s= 0: 0: 0
=> Atm restart written to rest.01821.01.01.nc on
d/m/y= 1/ 1/ 1821,h:m:s= 0: 0: 0
=> Lnd time means # 4 written to tavg.01818.01.01.nc on d/m/y= 1/ 1/ 1821,h:m:s= 0: 0: 0
=> Lnd restart written to rest.01821.01.01.nc on
d/m/y= 1/ 1/ 1821,h:m:s= 0: 0: 0
ts=3247040 d/m/y= 1/ 1/ 1822,h:m:s= 0: 0: 0, ke= 2.130095E+00 |dT|= 1.410988E-08 |dS|= 6.940807E-13 Tbar= 3.337460E+00 Sbar=-2.789693E-04 Tvar= 2.098070E+01 Svar= 8.663370E-08 scans= 5.092808E+01
=> Ocn time means # 5 written to tavg.01818.01.01.nc on ts = 3247040, d/m/y= 1/ 1/ 1822,h:m:s= 0: 0: 0
=> Ocn restart written to data/restart.nc on d/m/y= 1/ 1/ 1822,h:m:s= 0: 0: 0
MOMdone
ts=3247040 d/m/y= 1/ 1/ 1822,h:m:s= 0: 0: 0 iterations = 8.770548E+00 TAbar= 1.319269E+01 QAbar= 1.061562E-02
=> Atm time means # 5 written to tavg.01818.01.01.nc on d/m/y= 1/ 1/ 1822,h:m:s= 0: 0: 0
=> Atm restart written to data/restart.nc on d/m/y= 1/ 1/ 1822,h:m:s= 0: 0: 0
=> Lnd time means # 5 written to tavg.01818.01.01.nc on d/m/y= 1/ 1/ 1822,h:m:s= 0: 0: 0
=> Lnd restart written to data/restart.nc on d/m/y= 1/ 1/ 1822,h:m:s= 0: 0: 0
==> UVIC_ESCM integration is complete.