From: "Cassandra Fesen" <[email-masked]>
Date: 19 Oct 92 16:49:00 EDT

Ben --

well, here's the continuation of the saga :  appended below is the
msg from my latest attempt to run "super.sh" via irje.   Now I'm getting
an error from ISHELL.  Since you said not to waste time on trying to figure out
some of this stuff since it involves running the model, I'm sending it on to
you for possible insights.

Thanks.

Cassandra
------------------------------------------

Warning: no access to tty; thus no job control in this shell...
shavano: UNICOS 6.1.6, IOS 6.1.6.

==============================  10/19/92  ==============================
FORTRAN 5.0.3 is now the default - see dailyb.
==============================  10/09/92  ==============================
FLINT users, see dailyb & SCD Computing News for important change.
========================================================================
news: UNICOS70.news SCC30.news CF7750.news SCC_3.0 CF77_5.0 gpfa nag14 netcdf
 libsci
92.10.19 14:18:23 IDENTIFIER 22939.shavano NAME IR7775
Principal Project GAU use:
Update Project  Allocated Used
921015 35071166 362.1033 352.5480
**** WARNING - 90 PERCENT OF GAUS ALLOCATED HAVE BEEN USED ****
14:18:24 
14:18:24 + exit
14:18:24 + cd /usr/tmp/nqs.+++++04aQ
14:18:24 + ja
14:18:24 + set job = gcm8proc
14:18:24 + set inpf = gcm8proc.inp
14:18:24 + set execf = gcm8proc.ymp
14:18:24 + set metapath = gcm8proc.gks
14:18:24 + set mssexec = /FESEN/tigcm/super.proc
14:18:24 + cat
14:18:24 + if ( ! -e gcm8proc.ymp ) msread gcm8proc.ymp /FESEN/tigcm/super.proc
14:18:24 + msread gcm8proc.ymp /FESEN/tigcm/super.proc
14:18:31 + chmod u+x gcm8proc.ymp
14:18:31 + gcm8proc.ymp
           C                                                                               
           Ccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccc         
           C Input lexical reads for gcm8proc (runs tigcm for single time step):           
           C                                                                               
           C PLTGLB = 1 -> cylindrical equidistant plots at ZP/HTS pressures/heights       
           C POLLAT = perimeter latitude(s) for stereographic polar contours               
           C          (comment out for no polar plots; control hem with sign)              
           C CENSATV = lat,lon pairs of center of sat view projection(s)                   
           C          (comment out for no sat view plots)                                  
           C PLTLON = 1 -> longitude slice contours (lat on x-axis, zp/ht on y-axis)       
           C               (y-axis determined by ZP_RANGE and HT_SCALE)                    
           C LON = selected longitudes for PLTLON (use 999. to get zonal means)            
           C PLTLAT = 1 -> latitude slice contours (lon on x-axis, zp on y-axis)           
           C               (y-axis determined by ZP_RANGE)                                 
           C LAT = selected latitudes for PLTLAT                                           
           C ZP_RANGE = minimum,maximum range (-7 to +5) of zp for contours (y-axis)       
           C            by PLTLON                                                          
           C VEC = 1 -> plot ui,vi drifts as vectors for PLTGLB, POLLAT, or CENSATV        
           C            (otherwise, plot contours on those projections)                    
           C            (note UI and VI FIELDS must be 1 if VEC=1)                         
           C FIELDS = select fields to plot                                                
           C                                                                               
           C Fields obtained from a run of tigcm for one 5 min time step:                  
           C   UI, VI, WI (from Heelis)                                                    
           C   PGU, PGV zonal, meridional pressure gradient forcing (dynes/gm)             
           C   RHO = total number density (cm-3)                                           
           C                                                                               
           C (Note ion drifts from tigcm are Heelis drifts, and do not vary                
           C  with height (all k values are identical at each lat,lon grid point;          
           C  Also note velocities are converted from cm/s to m/s in mkfields)             
           C                                                                               
           C WTASCII = select fields to write to ascii file. File format as follows:       
           C     do ip=1,nflds	! number of fields                                          
           C       do j=1,jmx	! latitudes                                                  
           C         do i=1,imx	! longitudes                                               
           C           write(lu,"(5e15.7,5x)") (field(i,j,k,ip),k=1,kmx)	! zp column       
           C                                                                               
           C   where: nflds=sum of WTASCII values > 0, jmx=36, imx=73, kmx=25              
           C   (only one file will be written per run)                                     
           C                                                                               
           C UNIXFILE = machine:fullpath = 56-char remote machine and full path            
           C            (with file name) to which ascii file is to be copied, e.g.:        
           C            'sting:/d/foster/gcm8proc/pguv.ascii             '                 
           C            (note many hao machines require full domain, e.g.:                 
           C            'ouray.hao.ucar.edu:/d/roble/gcm8proc/pguv.ascii '                 
           C            (may be commented out for no remote copy)                          
           C MSSFILE = 56-char mass store full path (including file name) to which         
           C           ascii file is to be disposed, e.g.:                                 
           C           '/FOSTER/gcm8proc/pguv.ascii                      '                 
           C           (may be commented out for no dispose to mss)                        
           C                                                                               
           C For now, 8/4/92, ninteg=1, as a dummy (no fields are ht integrated)           
           C If INTEGHT = 1, then the height-integrations will be contoured                
           C                 at mapped projections                                         
           C                                                                               
           Ccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccc         
           C                                                                               
           CPLTGLB = 0                                                                     
           C POLLAT = -27.5, 27.5                                                          
           CCENSATV = 65.,999., -65.,999., 0.,999.                                         
           C ZP = -4.,2.                                                                   
           C VEC = 1                                                                       
           C                                                                               
           C Can use 999. for LON to get zonal means                                       
           C PLTLON = 1                                                                    
           C LON = 999.                                                                    
           C PLTLAT = 0                                                                    
           C LAT = 67.,-67.                                                                
           C ZP_RANGE = -7.,5.                                                             
           C                                                                               
           C         UI  VI  WI PGU PGV RHO                                                
            FIELDS = 1,   1,  1,  1,  1,  1                                                
           C                                                                               
           C         DUMMY                                                                 
           C INTEGHT= 0                                                                    
           C                                                                               
           C         UI  VI  WI PGU PGV RHO                                                
            WTASCII = 0,  0,  0,  1,  1,  0                                                
            UNIXFILE = 'sting:/d/fesen/test                                     '          
            MSSFILE =  '/FESEN/gcm8proc/super.fields                            '          
            ENDOFREAD                                                                      
ipllon=
ipllat=
1
 
 ****  LOAD IMAGE FOR TGCM4F3 ON 10/19/92 ****

           C***********************************************************************        
           C***  Input for TGCM8  (TIGCM) updated 11/12/91                                 
           C***********************************************************************        
            LABEL='1991 TIGCM DEVELOPMENT                    10/21/91 '                    
            DATE=1977,80                                                                   
            DATA='ROBLE','RGR87','IONSTS'                                                  
            SOURCE='FESEN','CGF92','MR9004',3,19,0                                         
           COUTPUT='ROBLE','RGR91','NEWU41','ROBLE','RGR91','NEWU42'                       
            OUTPUT='FESEN','GCM8PROC','SCR001','FESEN','GCM8PROC','SCR002'                 
           CSTART=0,0,0                                                                    
           CSTOP=1,0,0,2,0,0                                                               
           CHIST=1,0,0,0,1,0                                                               
           CSAVE=1,0,0                                                                     
            START=3,19,0                                                                   
            STOP=3,19,5                                                                    
            HIST=0,0,5                                                                     
            SAVE=0,0,5                                                                     
           C  STEP MUST BE AN INTEGER                                                      
            STEP=300                                                                       
            MAG=-74.5,127.,79.,-70.                                                        
            DIFHOR=1                                                                       
            IUIVI=1                                                                        
           C JANUARY  TIDES FORBES(NEW)                                                    
           CTIDE=2.8E+4,0.7E+4,1.0E+4,1.5E+4,0.6E+4,10.4,1.2,7.8,9.0,8.3                   
           C FEBRUARY TIDES FORBES(NEW)                                                    
           CTIDE=2.2E+4,0.7E+4,1.1E+4,1.3E+4,0.3E+4,10.2,0.8,8.1,8.8,7.8                   
           C MARCH TIDES FORBES(NEW)                                                       
            TIDE=1.5E+4,0.1E+4,2.8E+4,0.1E+4,0.2E+4,10.3,5.8,7.6,8.3,8.4                   
           C APRIL TIDES FORBES(NEW)                                                       
           CTIDE=1.8E+4,0.3E+4,2.2E+4,0.6E+4,0.3E+4,10.2,5.6,7.7,1.4,6.2                   
           C MAY   TIDES FORBES(NEW)                                                       
           CTIDE=1.9E+4,0.3E+4,0.5E+4,0.9E+4,0.5E+4,10.3,8.5,7.7,2.2,7.4                   
           C JUNE  TIDES FORBES(NEW)                                                       
           CTIDE=2.3E+4,0.5E+4,0.4E+4,0.8E+4,0.4E+4,10.5,8.6,6.6,3.0,8.3                   
           C JULY  TIDES FORBES(NEW)                                                       
           CTIDE=2.3E+4,0.8E+4,0.7E+4,1.1E+4,0.6E+4,10.2,10.5,3.8,3.2,8.1                  
           C AUGUST TIDES FORBES(NEW)                                                      
           CTIDE=2.2E+4,1.1E+4,0.5E+4,1.3E+4,0.6E+4,10.2,10.7,2.1,2.7,7.4                  
           C SEPTEMBER TIDES FORBES(NEW)                                                   
           CTIDE=1.5E+4,0.4E+4,1.4E+4,0.9E+4,0.6E+4,10.4,1.6,8.2,1.3,0.8                   
           C OCTOBER TIDES FORBES(NEW)                                                     
           CTIDE=1.7E+4,0.4E+4,1.8E+4,0.2E+4,0.4E+4,10.3,3.4,7.7,4.0,2.9                   
           C NOVEMBER TIDES FORBES(NEW)                                                    
           CTIDE=2.4E+4,0.4E+4,1.2E+4,1.0E+4,0.7E+4,10.5,1.8,8.0,8.5,6.8                   
           C DECEMBER TIDES FORBES(NEW)                                                    
           CTIDE=2.7E+4,0.7E+4,0.9E+4,1.2E+4,0.5E+4,10.5,0.9,7.4,8.8,8.1                   
            TIDE2=4.0E+4,4.0                                                               
           CTIDE2=0.0,0.0                                                                  
            AURORA=1                                                                       
           CAURORA=0                                                                       
           CDISPOSE=1                                                                      
            DISPOSE=0                                                                      
            COLFAC=1.5                                                                     
           CCOLFAC=1.0                                                                     
            ENDOFREAD                                                                      
            F107 = 90.                                                                     
            F107A = 90.                                                                    
           CAMIVOL='EMERY','PVIEN','S86BG2'                                                
            OLDALF=0                                                                       
           C  H POWER =  2  3  5  7 11 16 23 33 48   82 : 115 155 255                      
           C  CTPOTEN = 20 30 40 50 60 70 80 90 100 115 : 130 150 200                      
            POWER=5.                                                                       
            CTPOTEN=30.                                                                    
            BYIMF = 0.                                                                     
            ENDOFREAD                                                                      
 JSWOLDA JDITH JDIDK =  0  0  0
 NAURP IPR =  3  0

  POINTER VALUES FOR EACH FIELD IN COMMON BLOCK NDEX

          *****    0   25   50   75  100  125  150  175  200  225  250  275  300  325  350  375  400  425  450
            475  500  525  550  575  600  625  649  673  697  721***** 5961 5986 6011 6036 6061 6086 6111 6136
           6161 6186 6211 6236 6261 6286 6311 6336 6361 6386 6411 6436 6461 6486 6511 6536 6561 6586 6611 6636
           6661 6686 6711 6736 6761 6786 6811 6836*****    0   25   50   75  100  125

 F ARRAY DIMENSIONED FOR FLDX=  745  PHYX=  900  DATX=  155.
 MODEL NEEDS NCBUF=  745  NCPHYS=  900  NCDAT=  155.

1IMAX= 72  JMAX=36  KMAX=24  NFLDS= 30  NPHYS= 36  DT= 0.300E+03  DS= 0.500E+00
 LBDSK= 43700  LBSCM= 56620  LBPHY= 68400  LBTAP= 42551
 KUT =     1    2    3    5    6    7    9   10   11   13   14   15   17   36   36   36   36   36   36   36
          36   36   36   17   15   14   13   11   10    9    7    6    5    3    2    1
0 J    CS(J)       F (J)       SN(J)       TN(J)

     -0.131E+00
     -0.436E-01
  1   0.436E-01  -0.146E-03  -0.999E+00  -0.229E+02
  2   0.131E+00  -0.145E-03  -0.991E+00  -0.760E+01
  3   0.216E+00  -0.142E-03  -0.976E+00  -0.451E+01
  4   0.301E+00  -0.139E-03  -0.954E+00  -0.317E+01
  5   0.383E+00  -0.135E-03  -0.924E+00  -0.241E+01
  6   0.462E+00  -0.129E-03  -0.887E+00  -0.192E+01
  7   0.537E+00  -0.123E-03  -0.843E+00  -0.157E+01
  8   0.609E+00  -0.116E-03  -0.793E+00  -0.130E+01
  9   0.676E+00  -0.108E-03  -0.737E+00  -0.109E+01
 10   0.737E+00  -0.985E-04  -0.676E+00  -0.916E+00
 11   0.793E+00  -0.888E-04  -0.609E+00  -0.767E+00
 12   0.843E+00  -0.784E-04  -0.537E+00  -0.637E+00
 13   0.887E+00  -0.673E-04  -0.462E+00  -0.521E+00
 14   0.924E+00  -0.558E-04  -0.383E+00  -0.414E+00
 15   0.954E+00  -0.439E-04  -0.301E+00  -0.315E+00
 16   0.976E+00  -0.316E-04  -0.216E+00  -0.222E+00
 17   0.991E+00  -0.190E-04  -0.131E+00  -0.132E+00
 18   0.999E+00  -0.636E-05  -0.436E-01  -0.437E-01
 19   0.999E+00   0.636E-05   0.436E-01   0.437E-01
 20   0.991E+00   0.190E-04   0.131E+00   0.132E+00
 21   0.976E+00   0.316E-04   0.216E+00   0.222E+00
 22   0.954E+00   0.439E-04   0.301E+00   0.315E+00
 23   0.924E+00   0.558E-04   0.383E+00   0.414E+00
 24   0.887E+00   0.673E-04   0.462E+00   0.521E+00
 25   0.843E+00   0.784E-04   0.537E+00   0.637E+00
 26   0.793E+00   0.888E-04   0.609E+00   0.767E+00
 27   0.737E+00   0.985E-04   0.676E+00   0.916E+00
 28   0.676E+00   0.108E-03   0.737E+00   0.109E+01
 29   0.609E+00   0.116E-03   0.793E+00   0.130E+01
 30   0.537E+00   0.123E-03   0.843E+00   0.157E+01
 31   0.462E+00   0.129E-03   0.887E+00   0.192E+01
 32   0.383E+00   0.135E-03   0.924E+00   0.241E+01
 33   0.301E+00   0.139E-03   0.954E+00   0.317E+01
 34   0.216E+00   0.142E-03   0.976E+00   0.451E+01
 35   0.131E+00   0.145E-03   0.991E+00   0.760E+01
 36   0.436E-01   0.146E-03   0.999E+00   0.229E+02
     -0.436E-01
     -0.131E+00
1C=   0.873E-01   0.873E-01   0.500E+00   0.300E+03           R   0.600E+03   0.167E-02           R           R   0.764E+01
      0.955E+00   0.764E+01   0.955E+00   0.573E+01   0.573E+01   0.333E-02   0.000E+00   0.400E+00   0.600E+00   0.200E+01
              R   0.500E+00   0.145E-03   0.289E+02   0.105E+02   0.300E-01   0.200E-05   0.200E-05           R   0.950E+00
      0.250E-01           R           R           R           R           R           R           R           R           R
              R           R           R   0.380E-29   0.819E-11           R           R           R           R           R
      0.637E+09   0.157E-08   0.406E+18   0.870E+03   0.115E-02   0.729E-04   0.831E+08           R           R   0.198E-15
              R           R           R           R   0.105E-04           R           R           R           R           R
              R           R           R           R           R           R           R           R           R           R
      0.500E-03   0.100E+07   0.772E-05   0.138E-15   0.602E+24   0.779E+00   0.128E+01           R           R           R
              R           R           R           R   0.000E+00   0.100E+01   0.970E+07           R           R   0.000E+00
              R           R           R           R           R           R           R           R   0.200E+00   0.314E+01
      0.300E+03   0.177E+01           R           R           R           R           R           R           R           R
0 K     EXPS(K)        A(K)     DIFK(K)     DIFT(K)

  1   0.854E+03   0.779E-06   0.200E-05   0.200E-05
  2   0.518E+03   0.472E-06   0.121E-05   0.200E-05
  3   0.314E+03   0.287E-06   0.736E-06   0.200E-05
  4   0.191E+03   0.174E-06   0.446E-06   0.200E-05
  5   0.116E+03   0.105E-06   0.271E-06   0.200E-05
  6   0.701E+02   0.639E-07   0.164E-06   0.200E-05
  7   0.425E+02   0.388E-07   0.996E-07   0.200E-05
  8   0.258E+02   0.235E-07   0.604E-07   0.200E-05
  9   0.156E+02   0.143E-07   0.366E-07   0.200E-05
 10   0.949E+01   0.865E-08   0.222E-07   0.200E-05
 11   0.575E+01   0.525E-08   0.135E-07   0.200E-05
 12   0.349E+01   0.318E-08   0.817E-08   0.200E-05
 13   0.212E+01   0.193E-08   0.496E-08   0.200E-05
 14   0.128E+01   0.117E-08   0.301E-08   0.200E-05
 15   0.779E+00   0.710E-09   0.182E-08   0.200E-05
 16   0.472E+00   0.431E-09   0.111E-08   0.200E-05
 17   0.287E+00   0.261E-09   0.671E-09   0.200E-05
 18   0.174E+00   0.158E-09   0.407E-09   0.200E-05
 19   0.105E+00   0.961E-10   0.247E-09   0.200E-05
 20   0.639E-01   0.583E-10   0.150E-09   0.200E-05
 21   0.388E-01   0.354E-10   0.908E-10   0.200E-05
 22   0.235E-01   0.214E-10   0.551E-10   0.200E-05
 23   0.143E-01   0.130E-10   0.334E-10   0.200E-05
 24   0.865E-02   0.789E-11   0.203E-10   0.200E-05
 ACCSTP --- ERROR RETURNED BY ISHELL AT NUM=12, ISTAT=**
 STOP  (called by ACCSTP )
 CP: 0.392s,  Wallclock: 0.558s,  8.8% of 8-CPU Machine
 HWM mem: 1851052, HWM stack: 69962, Stack overflows: 0
14:18:49 + netug FLNM=super.fields flnm=super.fields
Sequence number is IR7775
Local error 57
This error indicates either the local user file, or the local gateway
file could not be accessed (for reading).  For a File Request, the
local gateway file cannot be accessed-this is a system error.  For a
File Deliver, the local user file cannot be accessed-the user has
specified an incorrect file name (in the Local DSD), or does not have
the necessary permissions for the specified file.
14:18:58 + ja -st

Job Accounting - Summary Report
===============================

Job Accounting File Name         : /usr/tmp/nqs.+++++04aQ/.jacct3679
Operating System                 : sn1036 sn1036 6.1 cbh.31 CRAY Y-MP
User Name (ID)                   : fesen (6566)
Group Name (ID)                  : univ (1000)
Account Name (ID)                : 35071166 (4030)
    Gaus Allocated               :     362.1033
    Gaus Used, as of 10/15/92    :     352.5480
    **** WARNING - 90 PERCENT OF GAUS ALLOCATED HAVE BEEN USED **** 
Job Name (ID)                    : IR7775 (3679)
Report Starts                    : 10/19/92 14:18:24
Report Ends                      : 10/19/92 14:18:57
Elapsed Time                     :           33      Seconds
User CPU Time                    :            0.4229 Seconds
System CPU Time                  :            0.5314 Seconds
I/O Wait Time (Locked)           :            0.5760 Seconds
I/O Wait Time (Unlocked)         :            1.1346 Seconds
CPU Time Memory Integral         :            0.8608 Mword-seconds
SDS Time Memory Integral         :            0.0000 Mword-seconds
I/O Wait Time Memory Integral    :            0.6287 Mword-seconds
Data Transferred                 :            0.0183 MWords
Maximum memory used              :            1.7715 MWords
Maximum SDS used                 :            0.0000 MWords
Logical I/O Requests             :           84
Physical I/O Requests            :          126
Number of Commands               :            7

                                                 GAU Components
                                            Job Charge        :     0.00100
CPU Hours            :     0.00027          CPU Charge        :     0.00027
Avg Memory (mwd)     :     0.90203          Memory Charge     :     0.00000
Disk Activity (mwd)  :     0.01832          Disk Act Charge   :     0.00000

Charge before Queue Factor       :                              0.00127 GAUs
      (Excluding MSS/NTWK/TAGS) 
Multiplier for reg  Queue        :            1.00 
Charged against Allocation       :                              0.00127 GAUs
14:19:04 + exit
logout