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<< SPMD Run of CCM3 - Input file error, http://bb.cgd.ucar.edu//viewtopic.php?t=59 >>
PosterfepeacockPostedSat Nov 13, 2004 8:32 am MST, http://bb.cgd.ucar.edu//viewtopic.php?p=184#184
Message: Hello
<br />
<br />I have compiled/linked CCM3.6 on Windows XP using CVFortran both in serial and SPMD mode.
<br />
<br />In serial mode, the program runs perfectly.
<br />In SPMD mode, the input file containing the data for the 'ncdata' variable is interpretted differently with some infinities being read for the pressure levels and consequently resulting in a mathematical singularity occuring. The data file is that which was included in the distribution, namely:
<br />DEC1.T42.1098.nc
<br />
<br />Can anyone explain the reason for this?
<br />
<br />Thanks
<br />
<br />Frank Peacock
<br />London
<br />
<br />PS: The output of the run:
<br />
<br />Attached is the output for the run:
<br /> 2 pes participating in computation
<br />
<br />-----------------------------------
<br />
<br />NODE# NAME
<br />( 0) NUMBER-1
<br />( 1) NUMBER-2
<br /> ------------------------------------------------------------
<br /> ---------------------------------------------------!
---------
<br /> NCAR Community Climate Model (CCM3) $Name: ccm3_6_6 $ $Date: 1998/07/08 14:22:10 $/, Copyright (C) 1998
<br /> University Corporation for Atmospheric Research
<br /> All Rights Reserved
<br />
<br /> ------------------------------------------------------------
<br /> (Note: Online documentation is available on the CCM3
<br /> home page: http://www.cgd.ucar.edu/cms/ccm3/ )
<br /> ------------------------------------------------------------
<br /> DATE 11/13/04 TIME 08:33:54
<br /> ------------------------------------------------------------
<br /> ------------------------------------------
<br /> *** INPUT VARIABLES (CCMEXP) ***
<br /> ------------------------------------------
<br /> Initial run
<br /> ********** CASE = Forecast **********
<br />
<br /> User name to build pathnames = Frank
<br /> Initial dataset is: DEc1.T42.0198.nc
<!
br /> Time-variant boundary dataset (sst) is: sstfin.nc
<br /!
> Time-v
ariant boundary dataset (ozone) is: ozn.0596.r8.nc
<br /> NO RESTART DATASET will be written
<br /> Restart flag (NSREST) 0=no,1=yes,3=branch 0
<br /> History files will NOT be disposed to Mass Store
<br /> Retention time for restart tapes = 0 Days
<br /> Virtual MS volume for restart data (NRMVN) CTPUBLIC
<br /> History File 1 write frequency (NHTFRQ) 72
<br /> History File 2 write frequency (NHTFRQ) 3
<br /> History File 3 write frequency (NHTFRQ) 1
<br /> Initial conditions history file
<br /> ccmi_yyyymmdd_sssss be written monthly and will be treated as aux file
<br /> 2
<br /> Number of time samples per file (MFILT) for history file 1 is
<br /> 2
<br /> Number of time samples per file (MFILT) for history file 2 is
<br /> 25
<br /> Number of time samples per file (MFILT) for history file 3 is
<br /> 1
<!
br />
<br /> Aux file 1 contains the following fields:
<br /> TS
<br /> RELHUM
<br /> U
<br /> V
<br /> PSL
<br /> Aux file 2 contains the following fields:
<br /> U
<br /> V
<br /> T
<br /> Q
<br /> PS
<br /> PHIS
<br /> SGH
<br /> ORO
<br /> TS1
<br /> TS2
<br /> TS3
<br /> TS4
<br /> SICTHK
<br /> SNOWH
<br /> Fields on history file 1 are instantaneous
<br /> Fields on history file 2 are instantaneous
<br /> Fields on history file 3 are instantaneous
<br /> Base date,seconds of date = 20030331 -9999
<br /> Elapsed time to end run (NELAPSE) 72
<br /> Time step in seconds (DTIME) 1200.
<br /> Time filter coefficient (EPS) 0.060
<br /> DEL2 Horizontal diffusion coefficient (DIF2) 0.250E+06
<br /> DEL4 Horizontal diffusion coefficient (DIF4)!
0.100E+17
<br /> Number of levels Courant limiter applied !
1
<br /> Lowest level for dry adiabatic adjust (NLVDRY) 3
<br /> Frequency of Shortwave Radiation calc. (IRADSW) 3
<br /> Frequency of Longwave Radiation calc. (IRADLW) 3
<br /> Frequency of Absorptivity/Emissivity calc. (IRADAE) 36
<br /> Frequency of SST Initialization calc. (ITSST) 1
<br /> SST dataset will be reused for each model year
<br /> OZONE dataset will be reused for each model year
<br /> Output files will be disposed ASYNCHRONOUSLY
<br /> divergence damper NOT invoked
<br /> global co2 volume mixing ratio = 3.5500000E-04
<br /> Visible optical depth (tauvis) = 0.1400000
<br /> Orbital parameters calculated for given year: 2004 AD
<br /> ------------------------------------------
<br /> ------------------------------------------------------------
<br /> Problem decomposes into 2** 6 * 3** 0 * 5** 0
<br /> procid 0 assigned 32 latitude values from !
1
<br /> through 32
<br /> procid 1 assigned 32 latitude values from 33
<br /> through 64
<br /> -----------------------------------------
<br /> Number of lats passed north & south = 2
<br /> Node Partition Extended Partition
<br /> -----------------------------------------
<br /> 0 1- 32 -1- 34
<br /> 1 33- 64 31- 66
<br /> procid 0 assigned 13 m values from 1 through
<br /> 13
<br /> procid 1 assigned 30 m values from 14 through
<br /> 43
<br /> (GETFIL): attempting to find local file DEc1.T42.0198.nc
<br /> (GETFIL): using DEc1.T42.0198.nc in current working directory
<br /> INITAL: NCOPN returns id 3 for file DEc1.T42.0198.nc
<br />Machine epsilon= 2.22E-16
<br />1 Layer Locations (*1000)
<br /> 1 NaN 0.0000 NaN
<br /> !
1349.8708 1654.1111 3003.9819
<br /> !
2 892
.9798 0.0000 892.9798
<br /> 0.0000 -2000.0153 -2000.0153
<br /> 3 NaN 0.0000 NaN
<br /> 1317.6117 1702.6591 3020.2708
<br /> 4 988.6577 0.0000 988.6577
<br /> ********** NaN NaN
<br /> 5********** 0.0000 **********
<br /> 1282.9692 1752.3969 3035.3660
<br /> 6 1152.3407 0.0000 1152.3407
<br /> 1999.9810 ********** **********
<br /> 7********** 0.0000 **********
<br /> 1244.6764 1779.2081 3023.8845
<br /> 8 1309.3024 0.0000 1309.3024
<br /> ********** NaN NaN
<br /> 9 0.0000 0.0000 0.0000
<br /> !
1175.4672 1805.2471 2980.7144
<br /> 10 1413.6372 0.0000 1413.6372
<br /> 0.0000 0.0000 0.0000
<br /> 11 2000.0000 2000.0076 4000.0076
<br /> 1099.5868 1829.0153 2928.6023
<br /> 12 1407.3961 1275.2791 2682.6750
<br /> 2000.0076 0.0000 2000.0076
<br /> 13 0.0000 ********** **********
<br /> 994.3384 1848.8143 2843.1528
<br /> 14 1399.2634 1423.0525 2822.3157
<br /> NaN 0.0000 NaN
<br /> 15 NaN NaN NaN
<br /> 897.2000 1863.2972 2760.4971
<br /> 16 1389.1061 1522.6711 2911.7771
<br /> 0.0000 1999.9924 1999.9924
<br /> 17 1!
999.9962 ********** **********
<br /> !
0.0000 1871.2640 1871.2640
<br /> 18 1376.7811 1596.8644 2973.6455
<br /> 0.0000 0.0000 0.0000
<br /> 19********** 2000.0153 **********
<br /> reference pressures (Pa)
<br /> 1 NaN
<br /> 300398.1875 NaN
<br /> 2 89297.9766
<br /> -200001.5312 NaN
<br /> 3 NaN
<br /> 302027.0625 NaN
<br /> 4 98865.7656
<br /> NaN ***************
<br /> 5***************
<br /> 303536.5938***************
<br /> 6 115234.0625
<br /> ******************************
<br /> 7***************
<br /> 302388.4688***************
<br /> 8 130930.2344
<br /> NaN -130930.2344
<br /> 9 0.0000
<br /> 298!
071.4062 141363.7188
<br /> 10 141363.7188
<br /> 0.0000 258637.0312
<br /> 11 400000.7500
<br /> 292860.2188 -131733.2500
<br /> 12 268267.5000
<br /> 200000.7656***************
<br /> 13***************
<br /> 284315.2812***************
<br /> 14 282231.5938
<br /> NaN NaN
<br /> 15 NaN
<br /> 276049.7188 NaN
<br /> 16 291177.7188
<br /> 199999.2344***************
<br /> 17***************
<br /> 187126.3906***************
<br /> 18 297364.5312
<br /> 0.0000***************
<br /> 19***************
------------------------------
<< How to get heating variable in CCM3?, http://bb.cgd.ucar.edu//viewtopic.php?t=60 >>
PosteratmocePostedSat Nov 13, 2004 1:34 pm MST, http://bb.cgd.ucar.edu//viewtopic.php?p=185#185
Message: I've checked the output variable list in CCM3 user's guide, but I can't find the varible representing heating item at various vertical levels. So here I want to know how to calculate the heating variable in CCM3? Thanks a lot.
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