From: Geoff Crowley <[email-masked]>
Date: Thu, 12 Oct 1995 15:33:35 -0600

Hi Ben,
Sorry to disturb you with a problem.  
Ray has done some new runs of the TIMEGCM for me, and suddenly
the processor is crashing.  I ran it on other histories last week with
no problems.  Please could you take a look and see if you can help me.
The job output is listed below.

Thanks -- GEOFF

95.10.12 13:38:20 IDENTIFIER 19381.shavano NAME HC9423 JOBID 70
shavano: UNICOS 8.0.4, IOS 8.0.2
=======================================================================
THIS SYSTEM IS FOR THE USE OF AUTHORIZED USERS ONLY.  INDIVIDUALS USING
THIS COMPUTER SYSTEM WITHOUT AUTHORITY, OR IN EXCESS OF THEIR AUTHORITY,
ARE SUBJECT TO HAVING ALL THEIR ACTIVITIES ON THIS SYSTEM MONITORED AND
RECORDED BY SYSTEM PERSONNEL.  IN THE COURSE OF MONITORING INDIVIDUALS
IMPROPERLY USING THIS SYSTEM, OR IN THE COURSE OF SYSTEM MAINTENANCE,
THE ACTIVITIES OF AUTHORIZED USERS MAY ALSO BE MONITORED.
=======================================================================
Currently Running UNICOS 8.0.4
=======================================================================
news: CrayTools20.news PrgEnv.news CF9020.news CrayLibs12.news ncarm
 CF7760.news docs.ncar CF9010.news CrayTools13.news nag 8.0.notes SCC40.news
 packing gpfa imsl lapack
Principal Project GAU use:
                 ---Project GAUs----  --Division GAUs--  ---Program GAUs--
YYMMDD  Project  Allocated      Used     Mon  3_Mon_avg     Mon  3_Mon_avg
======  ======== =========  ========  ======  =========  ======  =========
951010  37241000     99.00     75.28     N/A        N/A     N/A        N/A
Thu Oct 12 13:38:23 
Thu Oct 12 13:38:23 + exit 0
Thu Oct 12 13:38:23 + /usr/spool/nqs/scripts/++3ip+++++0+++
Batch output name set to 'timesproc.2732'
           C                                                                               
           Ccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccc         
           C                                                                               
           C Input file for timesproc processor (zp = -17 to +5, kmx=45):                  
           C                                                                               
           C HISTVOL = timegcm history volume(s) (24-char mss path per volume)             
           C DDHHMM = model day,hour,min of each desired history (3 integers per history)  
           C   IDEN = density flag                                                         
           C     0 -> leave species as on history (most are mass mixing ratio)             
           C     1 -> convert species to number densities (cm3)                            
           C     2 -> convert species to number density mixing ratios                      
           C COLOR = 1 -> make color fill contours, monochrome otherwise                   
           C LABELS = 1 or 2 for minimal or normal labelling (use LABELS=1 when            
           C   metacode must be translated at <= 9600 baud)(when LABELS=1, only            
           C   monochrome plots will be made, and cmin,cmax,cint are not used)             
           C PLTGLB = 1 -> cylindrical equidistant plots at ZP/HTS pressures/heights       
           C SLTGLB = 0. -> cyl equid plots at ZP/HTS with midnight at center of x-axis    
           C         12. -> cyl equid plots at ZP/HTS with noon at center of x-axis        
           C         (comment out for no cyl equid plots with slt x-axis)                  
           C ICONT = 1 -> add continental outlines to mapped projections, otherwise no     
           C TUV = 1 -> add wind vectors to tn plots on mapped projections, otherwise no   
           C PUV = 1 -> add ui+vi vectors to potential plots on mapped projections         
           C   (defaults for TUV and PUV = 1)                                              
           C UVMAX = desired magnitude of scale arrow for vector plots (if 0., then        
           C         scale arrow will be rounded magnitude of maximum vector)              
           C LOG10 = 1 -> plot log10 of fields, where appropriate (e.g., densities),       
           C   otherwise no (does not apply to vertical slices)                            
           C   (default LOG10 = 0)                                                         
           C POLLAT = perimeter latitude(s) for stereographic polar contours at ZP/HTS     
           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 ZP  = selected pressure levels for PLTGLB, SLTGLB, POLLAT, and CENSATV        
           C HTS = selected heights for PLTGLB, SLTGLB, POLLAT, and CENSATV                
           C       (interpolation to constant height surfaces)                             
           C       (ZP or HTS may be commented out if such plots are not desired)          
           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   (note if 999. is used with PLTLON to get zonal means and VN is a            
           C    field to be plotted, then the stream function will also be contoured)      
           C OVPOLLAT: if PLTLON=1, OVPOLLAT=latitudes at which to plot over the           
           C   pole on x-axis (e.g., OVPOLLAT=45 -> x-axis will be 45->90->45              
           C LON = selected longitudes for PLTLON (use 999. to get zonal means)            
           C SLT = selected solar local time(s) for PLTLON                                 
           C PLTLAT = 1 -> latitude slice contours (lon on x-axis, zp/ht on y-axis)        
           C               (y-axis determined by ZP_RANGE and HT_SCALE)                    
           C LAT = selected latitudes for PLTLAT                                           
           C PLTLOC = 1 -> line plots with zp or height on y-axis, at LOC locations        
           C               (y-axis determined by ZP_RANGE and HT_SCALE)                    
           C LOC = lat,lon pairs of locations for PLTLOC (use lon=999. for zonal means)    
           C PLGLBM = 1 -> line plots of global means (zp/ht on y-axis)                    
           C               (y-axis determined by ZP_RANGE and HT_SCALE)                    
           C AMPHASE = n (n=1,2,3, or 4) -> contour amplitude and phase for first n        
           C   wave numbers. (e.g., AMPHASE=4 will make 8 frames per field),               
           C   lat on x-axis, zp and/or ht on y-axis, depending on ZP_RANGE and HT_SCALE.  
           C   WARNING: note that if you set AMPHASE=4, set all fields to be plotted,      
           C   and set ZP_RANGE and HT_SCALE, you will get 30x8x8=1920 frames!             
           C ZP_RANGE = minimum,maximum range (-17 to +5) of zp for contours (y-axis)      
           C            by PLTLAT, PLTLON, and line plots by PLGLBM and PLTLOC             
           C HT_SCALE = bot,top,del = bottom, top, and delta of desired linear height      
           C            scale (km) for interpolation by contours PLTLAT, PLTLON,           
           C            and line plots by PLTLOC and PLGLBM. (e.g., 60.,450.,10.)          
           C FIELDS = fields to plot (0 or 1)                                              
           C   (note epot (electric potential), and ion drifts are available only on       
           C    dynamo histories -- this is checked in the code: if potential or           
           C    drifts are requested on a non-dynamo history, a warning message            
           C    is printed and plots of these fields are not made)                         
           C   (note rho is o+o2+n2; any means or ht interp is done before the sum)        
           C WRGRID = 0 -> do not make ascii file(s) at global grid                        
           C WRGRID = 1 -> make ascii file(s) of each field at each time over the          
           C               entire global grid                                              
           C WRASCII = 0 -> do not make ascii data file(s)                                 
           C WRASCII = 1 -> make an ascii data file for each frame                         
           C   (file names will be timesproc.fr001.dat, timesproc.fr002.dat, ...)          
           C WRASCII = 2 -> make single ascii file containing data from each frame         
           C   (file name will be timesproc.dat)                                           
           C DIRASCII = 56-char remote directory or file path to which ascii data          
           C   file(s) may be remote copied, e.g.:                                         
           C e.g., DIRASCII = 'sting.hao.ucar.edu:/d/foster/timesproc                  '   
           C DIRCGM = 56-char remote directory to which metacode (gmeta) file may          
           C          be remote copied.                                                    
           C Note: DIRASCII and DIRCGM must be full path suitable for an rcp               
           C   destination from shavano, i.e., machine:path. The path part may             
           C   be a directory or a file name. Check cray output listing for                
           C   statements regarding the rcp's done from shavano.                           
           C CMIN, CMAX, CINT = min, max values to contour, and contour interval           
           C                    (if = 1.,0.,0., these values are chosen in software)       
           Ccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccc         
           C                                                                               
           C  Corrected ALOHA run, smallish tides, averaeg AGWs (used in paper)            
           CHISTVOL = '/ROBLE/RGR95/TSALOH4    '                                           
           CDDHHMM = 6,0,00                                                                
           C  Another ALOHA run using NMC forcing                                          
           CHISTVOL = '/ROBLE/RGR95/TSALO27    '                                           
           CDDHHMM = 300,00,00                                                             
           CHISTVOL = '/ROBLE/RGR95/TSDAL63    ', '/ROBLE/RGR95/TSDAL64    ',              
           C          '/ROBLE/RGR95/TSDAL65    '                                           
           CDDHHMM = 300,23,00                                                             
           C  Large tides, average AGWs for comparison with ALOHA run                      
           CHISTVOL = '/ROBLE/RGR95/TSEQNW6    '                                           
           CDDHHMM = 10,0,00                                                               
           C  Small tides, average AGWs for comparison with ALOHA run                      
           CHISTVOL = '/ROBLE/RGR95/TSEQNY6    '                                           
           CDDHHMM = 10,0,00                                                               
           C  10/95 Revised chlorine chemistry, reaction coeffs, and 2.5X diurnal tide     
           C    for sequence of ALOHA days (1-10 Oct, 1993)                                
            HISTVOL = '/ROBLE/RGR95/TSALP05    '                                           
            DDHHMM = 282,00,00                                                             
           C                                                                               
           C IDEN = 0 -> leave species as on history (most are mass mixing ratio)          
           C IDEN = 1 -> convert species to number densities (cm3)                         
           C IDEN = 2 -> convert species to number density mixing ratios                   
           C                                                                               
            IDEN = 1                                                                       
            COLOR = 0                                                                      
           C LABELS = 1,2 for simple,normal contouring and labelling                       
            LABELS = 2                                                                     
            PLTGLB = 1                                                                     
           C                                                                               
           C SLTGLB = 0. or 12. for cyl equid plots with midnight or noon                  
           C at center of x-axis (may be commented out)                                    
           C                                                                               
           CSLTGLB = 12.                                                                   
            ICONT = 0                                                                      
           C                                                                               
           C TUV = 1 -> add uv vectors to tn plots on all mapped projections               
           C PUV = 1 -> add uivi vectors to epot plots on mapped projections               
            TUV = 0                                                                        
            PUV = 0                                                                        
            UVMAX = 0.                                                                     
            LOG10 = 0                                                                      
           CPOLLAT = 27.5, -27.5, 47.5, -47.5                                              
           CPOLLAT = 47.5, -47.5                                                           
           CPOLLAT = 27.5, -27.5                                                           
           C                                                                               
           C CENSATV = lat,lon of center of sat view proj (use 999 for noon longitude)     
           CCENSATV = 65.,999., -65.,999.                                                  
           C                                                                               
           C ZP and HTS are used by all plots with a mapped projection                     
           C (i.e., pltglb (cyl equi), pollat (polar), and censatv (sat view))             
           C (ZP or HTS can be commented out)                                              
           C                                                                               
           CZP = -8.5                                                                      
           CHTS = 90.,95.,100.                                                             
             HTS = 50., 52., 54., 56.,58.,60.,62.,64.,66.,68.,                             
                 + 70.,72.,74.,76.,78.,80.,82.,84.,86.,88.,90.,                            
                 + 92.,94.,96.,98.,100.,102.,104.,106.,108.,110.                           
           CHTS = 90., 92., 94., 96., 98., 100.                                            
           C                                                                               
           C Longitude slices (ht or zp on y-axis, lat on x-axis at LON longitudes:        
           C (Can use LON=999. to get zonal means)                                         
           C                                                                               
            PLTLON = 0                                                                     
           C White Sands longitude is -105.                                                
           CLON = 0.                                                                       
             LON = 999.                                                                    
           CSLT = 15.                                                                      
           C OVPOLLAT = if PLTLON=1, OVPOLLAT=latitudes at which to plot over the          
           C pole on x-axis (e.g., OVPOLLAT=45 -> x-axis will be 45->90->45                
           COVPOLLAT = 30.                                                                 
           C                                                                               
           C Latitude slices (ht or zp on y-axis, lon on x-axis at LAT latitudes:          
           C                                                                               
           PLTLAT = 0                                                                      
            LAT = 17.5, 2.5                                                                
           C                                                                               
           C Location line plots (vertical profiles):                                      
           C can use 999. for lon part of LOC to get zonal means (e.g., LOC=60.,999.)      
           C                                                                               
            PLTLOC = 0                                                                     
            LOC = 60.,999.,60.,-70.                                                        
            PLGLBM = 0                                                                     
            AMPHASE = 0                                                                    
           C                                                                               
           C ZP_RANGE and HT_SCALE are used by all plots with zp/ht on y-axis              
           C (i.e., pltlat, pltlon, pltloc, and pltglbm):                                  
           C (ZP_RANGE or HT_SCALE can be commented out)                                   
           C                                                                               
           CZP_RANGE = -17.,-6.                                                            
           CHT_SCALE = 80.,130.,3.                                                         
            LOGVERT = 0                                                                    
           C                                                                               
           C         tn un vn o2 ox n4s noz co co2 h2o h2 hox o+ ch4 o21d                  
           CFIELDS =  0, 0, 0, 1, 0,  0, 0,  0, 0,  0,  0, 0,  0, 0,  0,                   
           C          no2  no o3  o1 oh ho2 h n2d ti te ne o2+  w  z  epot n2              
           C          0,   0, 0,   1, 0, 0, 0, 0,  0, 0, 0, 0,  0, 0, 0,   1,              
           C          ui   vi   wi   o/o2  o/n2  o2/n2  rho htot e5577 e6300 eo200         
           C          0.,   0., 0.,    0.,  0.,   0.,    0.,  0.,  0.,  0.,    0.          
           C                                                                               
           C         tn un vn o2 ox n4s noz co co2 h2o h2 hox o+ ch4 o21d                  
            FIELDS =  1, 0, 0, 0, 0,  0, 0,  0, 0,  0,  0, 0,  0, 0,  0,                   
           C          no2  no o3  o1 oh ho2 h n2d ti te ne o2+  w  z  epot n2              
                      0,   0, 0,   0, 0, 0, 0, 0,  0, 0, 0, 0,  0, 0, 0,   0,              
           C          ui   vi   wi   o/o2  o/n2  o2/n2  rho htot e5577 e6300 eo200         
                      0.,   0., 0.,    0.,  0.,   0.,    0.,  0.,  0.,  0.,    0.          
           C         tn un vn o2 ox n4s noz co co2 h2o h2 hox o+ ch4 o21d                  
           CFIELDS =  1, 1, 1, 1, 0,  0, 0,  0, 0,  0,  0, 0,  0, 0,  0,                   
           C          no2  no o3  o1 oh ho2 h n2d ti te ne o2+  w  z  epot n2              
           C          0,   0, 1,   1, 0, 1, 1, 0,  0, 0, 0, 0,  0, 0, 0,   1,              
           C          ui   vi   wi   o/o2  o/n2  o2/n2  rho htot e5577 e6300 eo200         
           C          0.,   0., 0.,    0.,  0.,   0.,    0.,  0.,  0.,  0.,    0.          
           C                                                                               
            WRGRID = 0                                                                     
            WRASCII = 2                                                                    
            DIRASCII = [email-masked]:/d/crowley/sam/aloha                  '          
           CDIRCGM =   [email-masked]:/d/crowley/sam/aloha                  '          
           C                                                                               
           C          tn un vn o2  o n4s noz co co2 h2o h2 hox o+ ch4 o21d                 
           CCINT =     0.,0.,0.,0.,0.,0., 0.,0., 0., 0.,0., 0.,0., 0., 0.,                 
           C          no2  no o3  o1 oh ho2 h n2d ti te ne o2+  w  z  epot n2              
           C          0.,  0.,0., 0., 0., 0.,0.,0.,0.,0.,0.,0., 0.,0., 0., 0.,             
           C          ui   vi   wi   o/o2  o/n2  o2/n2  rho htot e5577 e6300 eo200         
           C          0.,  0.,  0.,   0.,   0.,   0.,    0.,  0.,  0.,  0.,    0.          
           C                                                                               
           C          tn un vn o2  o n4s noz co co2 h2o h2 hox o+ ch4 o21d                 
           CCMIN =    1.,1.,1.,1., 1., 1., 1.,1., 1., 1.,1., 1.,1., 1.,1.,                 
           C          no2  no o3  o1 oh ho2 h n2d ti te ne o2+  w  z  epot n2              
           C          1.,   1.,1., 1.,1.,1.,1.,1.,1., 1.,1.,1., 1.,1., 1., 1.,             
           C          ui   vi   wi   o/o2  o/n2  o2/n2  rho htot e5577 e6300 eo200         
           C          1.,  1.,  1.,   1.,   1.,   1.,    1.,  1.,  1.,  1.,    1.          
           C                                                                               
           C          tn un vn o2  o n4s noz co co2 h2o h2 hox o+ ch4 o21d                 
           CCMAX =    0.,0., 0.,0.,0., 0., 0.,0., 0., 0.,0., 0.,0., 0.,0.,                 
           C          no2  no o3  o1 oh ho2 h n2d ti te ne o2+  w   z epot n2              
           C          0.,  0., 0., 0.,0.,0.,0.,0., 0.,0.,0., 0., 0.,0.,0., 0.,             
           C          ui   vi   wi   o/o2  o/n2  o2/n2  rho htot e5577 e6300 eo200         
           C          0.,  0.,  0.,   0.,   0.,   0.,    0.,  0.,  0.,  0.,    0.          
            ENDOFREAD                                                                      
 
Read timesgcm hist: it= 1 ntms= 1 md:mh:mm=282: 0: 0
getvol: acquiring history volume /ROBLE/RGR95/TSALP05 from mss
        to disk file RGR95.TSALP05 ...
getvol: successful msread of mss file /ROBLE/RGR95/TSALP05 to 
  unicos file RGR95.TSALP05
assgn: successful assign of unit 10 to file RGR95.TSALP05
 
Gettgcm: Found history 282: 0: 0 on vol /ROBLE/RGR95/TSALP05 (iv= 1, it= 1)
Floating point exception

 Beginning of Traceback:
  Called from line 77 (address 1162417d) in routine 'trbk'.
  Called from line 247 (address 1175031d) in routine '_fsig'.
  Called from address 734557d in routine '__handlr'.
  Called from address 112511b in routine 'GETTGCM'.
  Called from line 108 (address 16033c) in routine 'TIMESPRO'.
  Called from line 360 (address 741074d) in routine '$START$'.
 End of Traceback.
Floating exception (core dumped)

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

Job Accounting File Name         : /usr/tmp/nqs.+++++03ip/.jacct70
Operating System                 : sn1036 shavano 8.0.4 cbr.5 CRAY Y-MP
User Name (ID)                   : crowley (6891)
Group Name (ID)                  : univ (1000)
Account Name (ID)                : 37241000 (14404)
    GAUs Allocated               :      99.0000
    GAUs Used, as of 10/10/95    :      75.2800
    Division Monthly Use         :   N/A
    Program Monthly Use          :   N/A
Job Name (ID)                    : HC9423 (70)
Report Starts                    : 10/12/95 13:38:24
Report Ends                      : 10/12/95 13:42:23
Elapsed Time                     :          239      Seconds
User CPU Time                    :            0.6059 Seconds
System CPU Time                  :            0.2110 Seconds
Requested CPU Time               :          300.0018 Seconds
I/O Wait Time (Locked)           :            2.4648 Seconds
I/O Wait Time (Unlocked)         :            1.4242 Seconds
CPU Time Memory Integral         :            1.1743 Mword-seconds
SDS Time Memory Integral         :            0.0000 Mword-seconds
I/O Wait Time Memory Integral    :            3.7955 Mword-seconds
Data Transferred                 :            0.1777 MWords
Maximum job memory used          :            2.0532 MWords
Maximum process memory used      :            1.8428 MWords
Requested job memory             :            5.0000 MWords
Maximum SDS used                 :            0.0000 MWords
Logical I/O Requests             :           52
Physical I/O Requests            :           73
Number of Commands               :            6

                                              Charge Components
                                            Job Charge        :     0.00100
CPU Hours            :     0.00023          CPU Charge        :     0.00022
Avg Memory (mwd)     :     1.43749          Memory Charge     :     0.00000
Disk Activity (mwd)  :     0.17769          Disk Act Charge   :     0.00003

Charge before Queue Factor       :                              0.00125 GAUs
      (Excluding MSS/NTWK/TAGS) 
Multiplier for prem Queue        :            1.50 
Charged against Allocation       :                              0.00187 GAUs
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