From: Cassandra Fesen <[email-masked]>
Date: Mon, 20 Feb 1995 14:30:17 -0700

Hi Ben --

question/comment for you re your snapshot processor.

In the runs I just did last week, I asked for fof2 and hmf2 but never
got them.  Maybe I'm requesting them wrong, but wanted to run it
by you in case this is a bug.

I tried submitting a job just asking for fof2, hmf2, nothing else.
I append below the deck that did the request and the output, in case
this will help you see what happens.

Right now I have no need for this output so don't rush into checking
this out for my sake.  Just thought you might want to know (or let 
me know if I'm requesting these parameters incorrectly).

Thanks,

Cassandra

-------------------------------------------------------------

input deck

#
# QSUB -s /bin/csh
# QSUB -eo
# QSUB -lT 900
# QSUB -q econ 
# QSUB -nr
# QSUB -lM 3MW
ja
cd $TMPDIR
set job = tigcmproc
batchname $job.$$
if (! -e $job.ymp) then
  echo 'Doing msread of executable...'
  msread $job.ymp /FOSTER/bin/$job
endif
chmod u+x $job.ymp
$job.ymp << 'EOF'
C
Ccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccc
C
C INPUT FILE FOR TIGCMPROC CRAY PROCESSOR (zp = -7 to +5, kmx=25):
C (binary executable is on mss /FOSTER/bin/tigcmproc)
C (source is on vishnu.hao:~foster/tigcmproc)
C
C This is a "snapshot" processor, i.e., all plots are at a selected
C   ut (from a selected history). Multiple histories may be specified
C   in a single run.
C
C This processor will accept tigcm or tiegcm histories, however:
C If electric potential or ion drift plots are requested (pot,ui,vi,wi),
C   and the history is tigcm (not tiegcm), a notice will be printed 
C   to stdout (unit 6), and potential and/or ion drifts will not be plotted.
C
C All values below DDHHMM except FIELDS may be commented out to get the
C   default value, or to suppress the plotting option. Always comment out 
C   in column one with an upper case C.
C All uncommented keyword = value lexical read lines must start in 
C   column two and be <= 72 columns per line. (you can use the ruler at 
C   CMIN,CMAX,CINT for reference). New lines may be used if a comma 
C   appears at the end of the previous line.
C Also note that tabs cannot not be used for white space in lexical reads
C
C HISTVOL = tigcm or tiegcm history volume(s) (24-char mss path per volume)
C           e.g., '/ROBLE/RGR92/LTCS01     '
C DDHHMM = model day,hour,min of each desired history 
C   (3 comma-separated integers per history, e.g., 3,0,0, 3,1,0)
C   (can use 99 as one of the integers to determine histories on volume;
C    99 will not be found, and times found will be printed to stdout)
C   (HISTVOL and DDHHMM are required inputs)
C IDEN = 0 -> leave species as on history (most are mass mixing ratios) 
C IDEN = 1 -> convert species to number densities (cm3)   
C IDEN = 2 -> convert species to mass density (gm/cm3) 
C             (except ne, o+, and o2+ which remain number density)
C   (default IDEN = 1) 
C   Note o+, ne, and o2+ are number densities on the history, and will
C     be left as such (cm-3) even when IDEN = 0 or 2
C COLOR = 1 -> make color fill contours, monochrome otherwise
C   (default COLOR = 0)
C
C        --------------- CONTOURS ON MAPPED PROJECTIONS ----------------
C
C Note all lat,lon values and ZP and HTS are floating point values,
C   whereas ICONT, TUV, PUV, and LOG10 are integers
C CENGLB = lat,lon of center of cylindrical equidistant projection(s) 
C   at ZP/HTS.  Can use CENGLB=0.,999. to get local noon longitude at 
C   center of x-axis. For "normal" global plots use CENGLB = 0.,0.
C   X-axis labels are adjusted for lon.ne.0. For lat.ne.0., the map itself
C     is labelled (NP,SP,GM,ID) and gridded, and map axes are not labelled. 
C   Note extra slt x-axis rounds local time values so may be inaccurate
C     for certain center longitudes
C   (Comment out for no cylindrical equidistant plots)
C CENMOLW = lat,lon of center of mollweide projection(s) at ZP/HTS
C           (vectors (TUV and PUV) not recommended with this projection)
C           (use 999. as lon to get local noon) (comment out for no molw)
C CENSATV = lat,lon of center of sat view projection(s) at ZP/HTS
C           (use 999. as lon to get local noon) (comment out for no satv)
C POLLAT = perimeter latitudes(s) for stereographic (polar) projections
C          (comment out for no polar plots) (this is a local time dial)
C Note: nearest grid points to above lat,lon values will be used
C       (i.e., no interpolation between grid points)
C ICONT = 1 -> add continental outlines to mapped projections, otherwise no
C TUV = 1 -> add un+vn vectors to tn plots on mapped projections
C PUV = 1 -> add ui+vi vectors to potential plots on mapped projections
C   (defaults for TUV and PUV = 1)
C UVMAX = magnitude of vector scale arrow (m/s) (for arrow vector plots)
C LOG10 = 1 -> plot log10 of fields, where appropriate (e.g., densities),
C   otherwise no (does not apply to vertical slices) (default LOG10 = 0)
C ZP  = selected pressure levels for mapped projections (-7. -> +5.)
C       (may be commented out for no plots at selected zp)
C       (nearest grid point is used, i.e., no interpolation in pressure)
C HTS = selected heights for interpolation on mapped projections 
C       (may be commented out for no plots at height surfaces)
C
C          ----------------- VERTICAL SLICE CONTOURS ----------------
C
C (note all vertical slice input values are floating point)
C LON = longitude(s) for lon slices (use 999. to get zonal means)
C       (zp and/or ht on y-axis, latitude on x-axis) (may be commented out)
C SLT = solar local time(s) for lon slices
C       (zp and/or ht on y-axis, latitude on x-axis) (may be commented out)
C LAT = latitude(s) for lat slices
C       (zp and/or ht on y-axis, longitude on x-axis)(may be commented out)
C LOC = lat,lon pairs of locations at which line plots are made with
C       zp and/or height on y-axis, depending on ZP_RANGE and HT_SCALE
C       (can use LOC=999.,999. to get global means) (may be commented out)
C ZP_RANGE = bot,top of zp pressure range for y-axis of vertical slices
C       (within -7. to +5.) (may be commented out)
C HT_SCALE = bot,top,del = bottom, top, and delta of height scale (km) for
C       y-axis of vertical slices (e.g., 100.,500.,25.) (may be commented out)
C
C Note: log10 of field is always plotted on vertical slices where appropriate 
C       (e.g., densities, not temp or winds)
C
C     --------------- FIELDS, FILES, AND CONTOUR VALUES ----------------
C
C FIELDS = fields to plot (integers 0 or 1) 
C   (this is required, and must provide a value for each field)
C   (rho is total density o2 + o1 + n2) (unvn and uivi are vector
C    plots or neutral and ion velocities without contours)
C IONVEL = flag for calculation of ion drift vel (for ui,vi,wi only)
C   = 1 -> calculate ExB drifts 
C   = 2 -> calculate magnetic ExB + effects of neutral atmos
C WRGRID = 1 or 2 -> make ascii data files of fields at entire 3-d 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 tigcmproc.fr001.dat, tigcmproc.fr002.dat, ...)
C WRASCII = 2 -> make single ascii file containing data from each frame
C   (file name will be tigcmproc.dat)
C DIRASCII = 56-char remote directory to which ascii data file(s) may be 
C   remote copied, e.g.:
C e.g., DIRASCII = 'sting.hao.ucar.edu:/d/foster/tigcmproc                  '
C MSSASCII = 56-char mss path to which global ascii files (WRGRID)
C   may be disposed.
C DIRCGM = 56-char remote directory to which metacode file (gmeta) may be
C   remote copied.
C CMIN = contour minimums (if > CMAX, will use min of plotted array)
C CMAX = contour maximums (if < CMIN, will use max of plotted array)
C CINT = contour intervals (if = 0., will choose interval in software)
C   (CMIN,CMAX,CINT are floating point values)
C   (defaults for CMIN,CMAX,CINT = 1.,0.,0. for all fields)
C   
C   Note CMIN must be < CMAX, and CINT > 0. for CMIN,CMAX to take effect
C        however, CINT > 0. will take effect regardless of CMIN,CMAX
C   CMIN,CMAX,CINT apply to all plots. Remember that these will change
C   radically on mapped projections depending on LOG10. Note also that a
C   CINT that is appropriate for mapped projections may not be appropriate
C   for vertical slices.
C
C Please direct comments, bugs, and suggestions for additional options to:
C Ben Foster (hao) ([email-masked]) 303-497-1595
C
Ccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccc
C
 HISTVOL = '/FESEN/CGF93/TIE001     ','/FESEN/CGF93/TIE002     ',
           '/FESEN/CGF93/TIE003     '
 DDHHMM = 4,0,0, 4,1,0, 4,2,0, 4,3,0, 4,4,0, 4,5,0, 4,6,0,
          4,7,0, 4,8,0, 4,9,0, 4,10,0, 4,11,0, 4,12,0, 
          4,13,0, 4,14,0, 4,15,0, 4,16,0, 4,17,0, 4,18,0, 
          4,19,0, 4,20,0, 4,21,0, 4,22,0, 4,23,0
C
C IDEN=0 -> mass mixing ratios; IDEN=1 -> cm3; IDEN=2 -> gm/cm3
C
 IDEN = 1
 COLOR = 1
C
C Mapped projections:
C (use CENxxx = lat,999. for local noon longitude)
C
CCENGLB = 0.,999.
CCENMOLW = 60.,999., -60.,999.
CPOLLAT = -27.5
CCENSATV = 60.,999.
CICONT = 1
CTUV = 1
CPUV = 1
CUVMAX = 0.
CLOG10 = 0
CZP = -7.,-5.,0.,2.,5.
CHTS = 120.,200.,300.,400.
C
C Vertical Slices and location line plots:
C (use LON = 999. for zonal means)
C (use LOC = 999.,999. for global means)
C
 LON = -70.
CSLT = 19.3, 20.3, 21.3, 22.3, 23.3, 0.3, 1.3, 2.3, 3.3, 4.3, 
C      5.3, 6.3, 7.3, 8.3, 9.3, 10.3, 11.3, 12.3, 13.3, 14.3, 15.3,
C      16.3, 17.3, 18.3
CLAT = -47.5, -37.5, -27.5, -17.5, -7.5, -2.5, 2.5, 7.5, 17.5, 
C      27.5, 37.5, 47.5
CLOC = 40.1,-105.5
CZP_RANGE = -7.,5.
CHT_SCALE = 100.,400.,20.
C
C          tn  un  vn  o2  o1  n4s  no  o+  n2d  ti  te  ne  o2+  w  z
 FIELDS =   0,  0,  0,  0,  0,   0,  0,  0,   0,  0,  0,  0,   0, 0, 0,
C          pot  n2  ui  vi  wi fof2 hmf2 rho unvn uivi o/o2 o/n2 o2/n2
             0,  0,  0,  0,  0,   1,   1,  0,   0,   0,   0,   0,    0,
C          o/(o2+n2)
             0
 IONVEL = 2
 WRGRID = 0
 WRASCII = 2
 DIRASCII = 'cedar.hao.ucar.edu:/d/fesen/tigcm                      '
C
C MSSASCII currently for WRGRID only (7/8/93)
CMSSASCII = '/FESEN/tigcmproc                                       '
 DIRCGM =   'cedar.hao.ucar.edu:/d/fesen/gmeta                       '
C
C23456789012345678901234567890123456789012345678901234567890123456789012 
C        tn     un     vn      o2       o1      n4s      no       o+  
CCMIN =   1.,    1.,    1.,     1.,      1.,      1.,    1.,      1.,
C        n2d    ti     te      ne       o2+      w       z       pot  
C         1.,    1.,    1.,     1.,      1.,      1.,    1.,      1.,
C        n2     ui     vi      wi      fof2     hmf2     rho    unvn
C         1.,    1.,    1.,     1.,      1.,      1.,    1.,    1.,
C        uivi o/o2   o/n2   o2/n2 o/(o2+n2)
C         1.,    1.,    1.,     1.,      1.
C
C23456789012345678901234567890123456789012345678901234567890123456789012 
C        tn     un     vn      o2       o1      n4s      no       o+  
CCMAX =   0.,    0.,    0.,     0.,      0.,      0.,    0.,      0.,
C        n2d    ti     te      ne       o2+      w       z       pot  
C         0.,    0.,    0.,     0.,      0.,      0.,    0.,      0.,
C        n2     ui     vi      wi      fof2     hmf2     rho     unvn
C         0.,    0.,    0.,     0.,      0.,      0.,    0.,      0.,
C        uivi o/o2   o/n2   o2/n2 o/(o2+n2)
C         0.,    0.,    0.,     0.,      0.
C
C23456789012345678901234567890123456789012345678901234567890123456789012 
C        tn     un     vn      o2       o1      n4s      no       o+  
CCINT =  60.,    0.,    0.,     0.,      0.,      0.,    0.,      0.,
C        n2d    ti     te      ne       o2+      w       z       pot  
C         0.,    0.,    0.,     .2,      0.,      0.,    0.,      0.,
C        n2     ui     vi      wi      fof2     hmf2     rho     unvn
C         0.,    0.,    0.,     0.,      0.,      0.,    0.,      0.,
C        uivi o/o2   o/n2   o2/n2 o/(o2+n2)
C         0.,    0.,    0.,     0.,      0.
 ENDOFREAD
'EOF'
ja -st

----------------------------------------------------------------------

output

95.02.20 14:17:20 IDENTIFIER 84800.shavano NAME IR2530 JOBID 1732
shavano: UNICOS 8.0.2.1, 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.
== 95.02.14 ===========================================================
Shavano will be down for system testing on 2/20/95 from 05:30-09:00 MST
=======================================================================
news: CrayTools13.news nag 8.0.notes 7.0.5.notes SCC40.news CrayLibs10.news
 emulator10.news CrayTools11.news packing gpfa imsl lapack UNICOS70.news
 SCC30.news CF7750.news
Principal Project GAU use:
                 ---Project GAUs----  --Division GAUs--  ---Program GAUs--
YYMMDD  Project  Allocated      Used     Mon  3_Mon_avg     Mon  3_Mon_avg
======  ======== =========  ========  ======  =========  ======  =========
950216  36761003    450.00      1.17     N/A        N/A     N/A        N/A
Mon Feb 20 14:17:21 
Mon Feb 20 14:17:21 + exit
Mon Feb 20 14:17:21 + /usr/spool/nqs/scripts/++Jh++++++0+++
Batch output name set to 'tigcmproc.40056'
Doing msread of executable...
stty: : Invalid argument
           C                                                                               
           Ccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccc         
           C                                                                               
           C INPUT FILE FOR TIGCMPROC CRAY PROCESSOR (zp = -7 to +5, kmx=25):              
           C (binary executable is on mss /FOSTER/bin/tigcmproc)                           
           C (source is on vishnu.hao:~foster/tigcmproc)                                   
           C                                                                               
           C This is a "snapshot" processor, i.e., all plots are at a selected             
           C   ut (from a selected history). Multiple histories may be specified           
           C   in a single run.                                                            
           C                                                                               
           C This processor will accept tigcm or tiegcm histories, however:                
           C If electric potential or ion drift plots are requested (pot,ui,vi,wi),        
           C   and the history is tigcm (not tiegcm), a notice will be printed             
           C   to stdout (unit 6), and potential and/or ion drifts will not be plotted.    
           C                                                                               
           C All values below DDHHMM except FIELDS may be commented out to get the         
           C   default value, or to suppress the plotting option. Always comment out       
           C   in column one with an upper case C.                                         
           C All uncommented keyword = value lexical read lines must start in              
           C   column two and be <= 72 columns per line. (you can use the ruler at         
           C   CMIN,CMAX,CINT for reference). New lines may be used if a comma             
           C   appears at the end of the previous line.                                    
           C Also note that tabs cannot not be used for white space in lexical reads       
           C                                                                               
           C HISTVOL = tigcm or tiegcm history volume(s) (24-char mss path per volume)     
           C           e.g., '/ROBLE/RGR92/LTCS01     '                                    
           C DDHHMM = model day,hour,min of each desired history                           
           C   (3 comma-separated integers per history, e.g., 3,0,0, 3,1,0)                
           C   (can use 99 as one of the integers to determine histories on volume;        
           C    99 will not be found, and times found will be printed to stdout)           
           C   (HISTVOL and DDHHMM are required inputs)                                    
           C IDEN = 0 -> leave species as on history (most are mass mixing ratios)         
           C IDEN = 1 -> convert species to number densities (cm3)                         
           C IDEN = 2 -> convert species to mass density (gm/cm3)                          
           C             (except ne, o+, and o2+ which remain number density)              
           C   (default IDEN = 1)                                                          
           C   Note o+, ne, and o2+ are number densities on the history, and will          
           C     be left as such (cm-3) even when IDEN = 0 or 2                            
           C COLOR = 1 -> make color fill contours, monochrome otherwise                   
           C   (default COLOR = 0)                                                         
           C                                                                               
           C        --------------- CONTOURS ON MAPPED PROJECTIONS ----------------        
           C                                                                               
           C Note all lat,lon values and ZP and HTS are floating point values,             
           C   whereas ICONT, TUV, PUV, and LOG10 are integers                             
           C CENGLB = lat,lon of center of cylindrical equidistant projection(s)           
           C   at ZP/HTS.  Can use CENGLB=0.,999. to get local noon longitude at           
           C   center of x-axis. For "normal" global plots use CENGLB = 0.,0.              
           C   X-axis labels are adjusted for lon.ne.0. For lat.ne.0., the map itself      
           C     is labelled (NP,SP,GM,ID) and gridded, and map axes are not labelled.     
           C   Note extra slt x-axis rounds local time values so may be inaccurate         
           C     for certain center longitudes                                             
           C   (Comment out for no cylindrical equidistant plots)                          
           C CENMOLW = lat,lon of center of mollweide projection(s) at ZP/HTS              
           C           (vectors (TUV and PUV) not recommended with this projection)        
           C           (use 999. as lon to get local noon) (comment out for no molw)       
           C CENSATV = lat,lon of center of sat view projection(s) at ZP/HTS               
           C           (use 999. as lon to get local noon) (comment out for no satv)       
           C POLLAT = perimeter latitudes(s) for stereographic (polar) projections         
           C          (comment out for no polar plots) (this is a local time dial)         
           C Note: nearest grid points to above lat,lon values will be used                
           C       (i.e., no interpolation between grid points)                            
           C ICONT = 1 -> add continental outlines to mapped projections, otherwise no     
           C TUV = 1 -> add un+vn vectors to tn plots on mapped projections                
           C PUV = 1 -> add ui+vi vectors to potential plots on mapped projections         
           C   (defaults for TUV and PUV = 1)                                              
           C UVMAX = magnitude of vector scale arrow (m/s) (for arrow vector plots)        
           C LOG10 = 1 -> plot log10 of fields, where appropriate (e.g., densities),       
           C   otherwise no (does not apply to vertical slices) (default LOG10 = 0)        
           C ZP  = selected pressure levels for mapped projections (-7. -> +5.)            
           C       (may be commented out for no plots at selected zp)                      
           C       (nearest grid point is used, i.e., no interpolation in pressure)        
           C HTS = selected heights for interpolation on mapped projections                
           C       (may be commented out for no plots at height surfaces)                  
           C                                                                               
           C          ----------------- VERTICAL SLICE CONTOURS ----------------           
           C                                                                               
           C (note all vertical slice input values are floating point)                     
           C LON = longitude(s) for lon slices (use 999. to get zonal means)               
           C       (zp and/or ht on y-axis, latitude on x-axis) (may be commented out)     
           C SLT = solar local time(s) for lon slices                                      
           C       (zp and/or ht on y-axis, latitude on x-axis) (may be commented out)     
           C LAT = latitude(s) for lat slices                                              
           C       (zp and/or ht on y-axis, longitude on x-axis)(may be commented out)     
           C LOC = lat,lon pairs of locations at which line plots are made with            
           C       zp and/or height on y-axis, depending on ZP_RANGE and HT_SCALE          
           C       (can use LOC=999.,999. to get global means) (may be commented out)      
           C ZP_RANGE = bot,top of zp pressure range for y-axis of vertical slices         
           C       (within -7. to +5.) (may be commented out)                              
           C HT_SCALE = bot,top,del = bottom, top, and delta of height scale (km) for      
           C       y-axis of vertical slices (e.g., 100.,500.,25.) (may be commented out)  
           C                                                                               
           C Note: log10 of field is always plotted on vertical slices where appropriate   
           C       (e.g., densities, not temp or winds)                                    
           C                                                                               
           C     --------------- FIELDS, FILES, AND CONTOUR VALUES ----------------        
           C                                                                               
           C FIELDS = fields to plot (integers 0 or 1)                                     
           C   (this is required, and must provide a value for each field)                 
           C   (rho is total density o2 + o1 + n2) (unvn and uivi are vector               
           C    plots or neutral and ion velocities without contours)                      
           C IONVEL = flag for calculation of ion drift vel (for ui,vi,wi only)            
           C   = 1 -> calculate ExB drifts                                                 
           C   = 2 -> calculate magnetic ExB + effects of neutral atmos                    
           C WRGRID = 1 or 2 -> make ascii data files of fields at entire 3-d 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 tigcmproc.fr001.dat, tigcmproc.fr002.dat, ...)          
           C WRASCII = 2 -> make single ascii file containing data from each frame         
           C   (file name will be tigcmproc.dat)                                           
           C DIRASCII = 56-char remote directory to which ascii data file(s) may be        
           C   remote copied, e.g.:                                                        
           C e.g., DIRASCII = 'sting.hao.ucar.edu:/d/foster/tigcmproc                  '   
           C MSSASCII = 56-char mss path to which global ascii files (WRGRID)              
           C   may be disposed.                                                            
           C DIRCGM = 56-char remote directory to which metacode file (gmeta) may be       
           C   remote copied.                                                              
           C CMIN = contour minimums (if > CMAX, will use min of plotted array)            
           C CMAX = contour maximums (if < CMIN, will use max of plotted array)            
           C CINT = contour intervals (if = 0., will choose interval in software)          
           C   (CMIN,CMAX,CINT are floating point values)                                  
           C   (defaults for CMIN,CMAX,CINT = 1.,0.,0. for all fields)                     
           C                                                                               
           C   Note CMIN must be < CMAX, and CINT > 0. for CMIN,CMAX to take effect        
           C        however, CINT > 0. will take effect regardless of CMIN,CMAX            
           C   CMIN,CMAX,CINT apply to all plots. Remember that these will change          
           C   radically on mapped projections depending on LOG10. Note also that a        
           C   CINT that is appropriate for mapped projections may not be appropriate      
           C   for vertical slices.                                                        
           C                                                                               
           C Please direct comments, bugs, and suggestions for additional options to:      
           C Ben Foster (hao) ([email-masked]) 303-497-1595                          
           C                                                                               
           Ccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccc         
           C                                                                               
            HISTVOL = '/FESEN/CGF93/TIE001     ','/FESEN/CGF93/TIE002     ',               
                      '/FESEN/CGF93/TIE003     '                                           
            DDHHMM = 4,0,0, 4,1,0, 4,2,0, 4,3,0, 4,4,0, 4,5,0, 4,6,0,                      
                     4,7,0, 4,8,0, 4,9,0, 4,10,0, 4,11,0, 4,12,0,                          
                     4,13,0, 4,14,0, 4,15,0, 4,16,0, 4,17,0, 4,18,0,                       
                     4,19,0, 4,20,0, 4,21,0, 4,22,0, 4,23,0                                
           C                                                                               
           C IDEN=0 -> mass mixing ratios; IDEN=1 -> cm3; IDEN=2 -> gm/cm3                 
           C                                                                               
            IDEN = 1                                                                       
            COLOR = 1                                                                      
           C                                                                               
           C Mapped projections:                                                           
           C (use CENxxx = lat,999. for local noon longitude)                              
           C                                                                               
           CCENGLB = 0.,999.                                                               
           CCENMOLW = 60.,999., -60.,999.                                                  
           CPOLLAT = -27.5                                                                 
           CCENSATV = 60.,999.                                                             
           CICONT = 1                                                                      
           CTUV = 1                                                                        
           CPUV = 1                                                                        
           CUVMAX = 0.                                                                     
           CLOG10 = 0                                                                      
           CZP = -7.,-5.,0.,2.,5.                                                          
           CHTS = 120.,200.,300.,400.                                                      
           C                                                                               
           C Vertical Slices and location line plots:                                      
           C (use LON = 999. for zonal means)                                              
           C (use LOC = 999.,999. for global means)                                        
           C                                                                               
            LON = -70.                                                                     
           CSLT = 19.3, 20.3, 21.3, 22.3, 23.3, 0.3, 1.3, 2.3, 3.3, 4.3,                   
           C      5.3, 6.3, 7.3, 8.3, 9.3, 10.3, 11.3, 12.3, 13.3, 14.3, 15.3,             
           C      16.3, 17.3, 18.3                                                         
           CLAT = -47.5, -37.5, -27.5, -17.5, -7.5, -2.5, 2.5, 7.5, 17.5,                  
           C      27.5, 37.5, 47.5                                                         
           CLOC = 40.1,-105.5                                                              
           CZP_RANGE = -7.,5.                                                              
           CHT_SCALE = 100.,400.,20.                                                       
           C                                                                               
           C          tn  un  vn  o2  o1  n4s  no  o+  n2d  ti  te  ne  o2+  w  z          
            FIELDS =   0,  0,  0,  0,  0,   0,  0,  0,   0,  0,  0,  0,   0, 0, 0,         
           C          pot  n2  ui  vi  wi fof2 hmf2 rho unvn uivi o/o2 o/n2 o2/n2          
                        0,  0,  0,  0,  0,   1,   1,  0,   0,   0,   0,   0,    0,         
           C          o/(o2+n2)                                                            
                        0                                                                  
            IONVEL = 2                                                                     
            WRGRID = 0                                                                     
            WRASCII = 2                                                                    
            DIRASCII = 'cedar.hao.ucar.edu:/d/fesen/tigcm                      '           
           C                                                                               
           C MSSASCII currently for WRGRID only (7/8/93)                                   
           CMSSASCII = '/FESEN/tigcmproc                                       '           
            DIRCGM =   'cedar.hao.ucar.edu:/d/fesen/gmeta                       '          
           C                                                                               
           C23456789012345678901234567890123456789012345678901234567890123456789012        
           C        tn     un     vn      o2       o1      n4s      no       o+            
           CCMIN =   1.,    1.,    1.,     1.,      1.,      1.,    1.,      1.,           
           C        n2d    ti     te      ne       o2+      w       z       pot            
           C         1.,    1.,    1.,     1.,      1.,      1.,    1.,      1.,           
           C        n2     ui     vi      wi      fof2     hmf2     rho    unvn            
           C         1.,    1.,    1.,     1.,      1.,      1.,    1.,    1.,             
           C        uivi o/o2   o/n2   o2/n2 o/(o2+n2)                                     
           C         1.,    1.,    1.,     1.,      1.                                     
           C                                                                               
           C23456789012345678901234567890123456789012345678901234567890123456789012        
           C        tn     un     vn      o2       o1      n4s      no       o+            
           CCMAX =   0.,    0.,    0.,     0.,      0.,      0.,    0.,      0.,           
           C        n2d    ti     te      ne       o2+      w       z       pot            
           C         0.,    0.,    0.,     0.,      0.,      0.,    0.,      0.,           
           C        n2     ui     vi      wi      fof2     hmf2     rho     unvn           
           C         0.,    0.,    0.,     0.,      0.,      0.,    0.,      0.,           
           C        uivi o/o2   o/n2   o2/n2 o/(o2+n2)                                     
           C         0.,    0.,    0.,     0.,      0.                                     
           C                                                                               
           C23456789012345678901234567890123456789012345678901234567890123456789012        
           C        tn     un     vn      o2       o1      n4s      no       o+            
           CCINT =  60.,    0.,    0.,     0.,      0.,      0.,    0.,      0.,           
           C        n2d    ti     te      ne       o2+      w       z       pot            
           C         0.,    0.,    0.,     .2,      0.,      0.,    0.,      0.,           
           C        n2     ui     vi      wi      fof2     hmf2     rho     unvn           
           C         0.,    0.,    0.,     0.,      0.,      0.,    0.,      0.,           
           C        uivi o/o2   o/n2   o2/n2 o/(o2+n2)                                     
           C         0.,    0.,    0.,     0.,      0.                                     
            ENDOFREAD                                                                      
link command=ln /usr/tmp/TIGCM/CGF93.TIE001 $TMPDIR
assgn: successful assign of unit   8 to file CGF93.TIE001
Getgcm: Searching for  4: 0: 0 Found  1: 0: 0 vol /FESEN/CGF93/TIE001 it   1
Getgcm: Searching for  4: 0: 0 Found  2: 0: 0 vol /FESEN/CGF93/TIE001 it   2
Getgcm: Searching for  4: 0: 0 Found  3: 0: 0 vol /FESEN/CGF93/TIE001 it   3
 
Getgcm found tiegcm history  4: 0: 0 on vol /FESEN/CGF93/TIE001 at it=  4
 
------------------------- TGCM HEADER SUMMARY --------------------------
 
HISTORY VOLUME = /FESEN/CGF93/TIE001
MODEL TIME =  4: 0: 0
 
 iter nday nhr nmin =  1440     4     0     0
 label(1-5) = TIE-GCM 1993                            
 date =      1976       80
 output(1) = FESEN   CGF93   TIE001  
 output(2) = FESEN   CGF93   TIE002  
 start =     1    0    0
 stp =     4    0    0    5    0    0
 hist =     1    0    0    0    1    0
 sav =     1    0    0
 step =   240
 mag =    -74.500   127.000    79.000   -70.000
 difhor,iuivi =   1  1
 sdtide =   0.1500E+05  0.1000E+04  0.2800E+05  0.1000E+04  0.2000E+04
            0.1030E+02  0.5800E+01  0.7600E+01  0.8300E+01  0.8400E+01
 dtide =   0.4000E+05  0.4000E+01
 ipower,aurora,dispos =   0  1  1
 data = ECRIDLEYECR90   ECRMG6  
 source = FESEN   CGF93   TIEEMN  
 sourct =     5    0    0
 rdate = 08/16/93
 naurp =    3
 hp =     5.00
 cp =    30.00
 byimf =     0.00
 colfac =     1.70
 f107d =    75.00
 f107a =    75.00
 
------------------------------------------------------------------------
 
Getgcm success!
tigcmproc: getgcmf found history  4: 0: 0 on vol /FESEN/CGF93/TIE001 it=  1 istiegcm=T

Getgcm found tiegcm history  4: 1: 0 on vol /FESEN/CGF93/TIE001 at it=  1
Getgcm success!
tigcmproc: getgcmf found history  4: 1: 0 on vol /FESEN/CGF93/TIE001 it=  2 istiegcm=T

Getgcm found tiegcm history  4: 2: 0 on vol /FESEN/CGF93/TIE001 at it=  1
Getgcm success!
tigcmproc: getgcmf found history  4: 2: 0 on vol /FESEN/CGF93/TIE001 it=  3 istiegcm=T

Getgcm found tiegcm history  4: 3: 0 on vol /FESEN/CGF93/TIE001 at it=  1
Getgcm success!
tigcmproc: getgcmf found history  4: 3: 0 on vol /FESEN/CGF93/TIE001 it=  4 istiegcm=T

Getgcm found tiegcm history  4: 4: 0 on vol /FESEN/CGF93/TIE001 at it=  1
Getgcm success!
tigcmproc: getgcmf found history  4: 4: 0 on vol /FESEN/CGF93/TIE001 it=  5 istiegcm=T

Getgcm found tiegcm history  4: 5: 0 on vol /FESEN/CGF93/TIE001 at it=  1
Getgcm success!
tigcmproc: getgcmf found history  4: 5: 0 on vol /FESEN/CGF93/TIE001 it=  6 istiegcm=T

Getgcm found tiegcm history  4: 6: 0 on vol /FESEN/CGF93/TIE001 at it=  1
Getgcm success!
tigcmproc: getgcmf found history  4: 6: 0 on vol /FESEN/CGF93/TIE001 it=  7 istiegcm=T

Getgcm found tiegcm history  4: 7: 0 on vol /FESEN/CGF93/TIE001 at it=  1
Getgcm success!
tigcmproc: getgcmf found history  4: 7: 0 on vol /FESEN/CGF93/TIE001 it=  8 istiegcm=T

Getgcm found tiegcm history  4: 8: 0 on vol /FESEN/CGF93/TIE001 at it=  1
Getgcm success!
tigcmproc: getgcmf found history  4: 8: 0 on vol /FESEN/CGF93/TIE001 it=  9 istiegcm=T

Getgcm found tiegcm history  4: 9: 0 on vol /FESEN/CGF93/TIE001 at it=  1
Getgcm success!
tigcmproc: getgcmf found history  4: 9: 0 on vol /FESEN/CGF93/TIE001 it= 10 istiegcm=T

Getgcm: EOF encountered on unit   8 it=  0
        History    4  10   0 not found on vol /FESEN/CGF93/TIE001
        (closing unit  8)
link command=ln /usr/tmp/TIGCM/CGF93.TIE002 $TMPDIR
assgn: successful assign of unit   8 to file CGF93.TIE002
 
Getgcm found tiegcm history  4:10: 0 on vol /FESEN/CGF93/TIE002 at it=  1
Getgcm success!
tigcmproc: getgcmf found history  4:10: 0 on vol /FESEN/CGF93/TIE002 it= 11 istiegcm=T

Getgcm found tiegcm history  4:11: 0 on vol /FESEN/CGF93/TIE002 at it=  1
Getgcm success!
tigcmproc: getgcmf found history  4:11: 0 on vol /FESEN/CGF93/TIE002 it= 12 istiegcm=T

Getgcm found tiegcm history  4:12: 0 on vol /FESEN/CGF93/TIE002 at it=  1
Getgcm success!
tigcmproc: getgcmf found history  4:12: 0 on vol /FESEN/CGF93/TIE002 it= 13 istiegcm=T

Getgcm found tiegcm history  4:13: 0 on vol /FESEN/CGF93/TIE002 at it=  1
Getgcm success!
tigcmproc: getgcmf found history  4:13: 0 on vol /FESEN/CGF93/TIE002 it= 14 istiegcm=T

Getgcm found tiegcm history  4:14: 0 on vol /FESEN/CGF93/TIE002 at it=  1
Getgcm success!
tigcmproc: getgcmf found history  4:14: 0 on vol /FESEN/CGF93/TIE002 it= 15 istiegcm=T

Getgcm found tiegcm history  4:15: 0 on vol /FESEN/CGF93/TIE002 at it=  1
Getgcm success!
tigcmproc: getgcmf found history  4:15: 0 on vol /FESEN/CGF93/TIE002 it= 16 istiegcm=T

Getgcm found tiegcm history  4:16: 0 on vol /FESEN/CGF93/TIE002 at it=  1
Getgcm success!
tigcmproc: getgcmf found history  4:16: 0 on vol /FESEN/CGF93/TIE002 it= 17 istiegcm=T

Getgcm found tiegcm history  4:17: 0 on vol /FESEN/CGF93/TIE002 at it=  1
Getgcm success!
tigcmproc: getgcmf found history  4:17: 0 on vol /FESEN/CGF93/TIE002 it= 18 istiegcm=T

Getgcm found tiegcm history  4:18: 0 on vol /FESEN/CGF93/TIE002 at it=  1
Getgcm success!
tigcmproc: getgcmf found history  4:18: 0 on vol /FESEN/CGF93/TIE002 it= 19 istiegcm=T

Getgcm found tiegcm history  4:19: 0 on vol /FESEN/CGF93/TIE002 at it=  1
Getgcm success!
tigcmproc: getgcmf found history  4:19: 0 on vol /FESEN/CGF93/TIE002 it= 20 istiegcm=T

Getgcm found tiegcm history  4:20: 0 on vol /FESEN/CGF93/TIE002 at it=  1
Getgcm success!
tigcmproc: getgcmf found history  4:20: 0 on vol /FESEN/CGF93/TIE002 it= 21 istiegcm=T

Getgcm found tiegcm history  4:21: 0 on vol /FESEN/CGF93/TIE002 at it=  1
Getgcm success!
tigcmproc: getgcmf found history  4:21: 0 on vol /FESEN/CGF93/TIE002 it= 22 istiegcm=T

Getgcm found tiegcm history  4:22: 0 on vol /FESEN/CGF93/TIE002 at it=  1
Getgcm success!
tigcmproc: getgcmf found history  4:22: 0 on vol /FESEN/CGF93/TIE002 it= 23 istiegcm=T

Getgcm: EOF encountered on unit   8 it=  0
        History    4  23   0 not found on vol /FESEN/CGF93/TIE002
        (closing unit  8)
link command=ln /usr/tmp/TIGCM/CGF93.TIE003 $TMPDIR
assgn: successful assign of unit   8 to file CGF93.TIE003
 
Getgcm found tiegcm history  4:23: 0 on vol /FESEN/CGF93/TIE003 at it=  1
Getgcm success!
tigcmproc: getgcmf found history  4:23: 0 on vol /FESEN/CGF93/TIE003 it= 24 istiegcm=T
 
rcpfile: cannot find file tigcmproc.dat -- no rcp done
 
AN ERROR HAS OCCURRED USING RCP TO TRANSFER 
LOCAL FILE gmeta TO REMOTE FILE (OR DIR) cedar.hao.ucar.edu:/d/fesen/gmeta
 
The command that failed was as follows:
rcp gmeta cedar.hao.ucar.edu:/d/fesen/gmeta
 
Because rcp failed, I will attempt to store the file on the ncar mss
  (using file name 84800.shavano.cgm)...
Wrote local file gmeta to mss file 84800.shavano.cgm
(A retention period of 5 days was used)
 
 STOP success!
 STOP executed at line 139 in Fortran routine 'TIGCMPRO'
 CP: 4.463s,  Wallclock: 75.894s,  0.7% of 8-CPU Machine
 HWM mem: 1307722, HWM stack: 83540, Stack overflows: 0

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

Job Accounting File Name         : /usr/tmp/nqs.+++++0Jh+/.jacct1732
Operating System                 : sn1036 shavano 8.0.2 cbr.15 CRAY Y-MP
User Name (ID)                   : fesen (6566)
Group Name (ID)                  : univ (1000)
Account Name (ID)                : 36761003 (14011)
    GAUs Allocated               :     450.0000
    GAUs Used, as of 02/16/95    :       1.1700
    Division Monthly Use         :   N/A
    Program Monthly Use          :   N/A
Job Name (ID)                    : IR2530 (1732)
Report Starts                    : 02/20/95 14:17:21
Report Ends                      : 02/20/95 14:18:46
Elapsed Time                     :           85      Seconds
User CPU Time                    :            4.5254 Seconds
System CPU Time                  :            0.9263 Seconds
I/O Wait Time (Locked)           :           37.2914 Seconds
I/O Wait Time (Unlocked)         :            0.2636 Seconds
CPU Time Memory Integral         :            6.4754 Mword-seconds
SDS Time Memory Integral         :            0.0000 Mword-seconds
I/O Wait Time Memory Integral    :           46.3300 Mword-seconds
Data Transferred                 :           41.3587 MWords
Maximum job memory used          :            1.5923 MWords
Maximum process memory used      :            1.2505 MWords
Maximum SDS used                 :            0.0000 MWords
Logical I/O Requests             :         1929
Physical I/O Requests            :         1839
Number of Commands               :           12

                                                 GAU Components
                                            Job Charge        :     0.00100
CPU Hours            :     0.00151          CPU Charge        :     0.00144
Avg Memory (mwd)     :     1.18778          Memory Charge     :     0.00001
Disk Activity (mwd)  :    41.35871          Disk Act Charge   :     0.00691

Charge before Queue Factor       :                              0.00935 GAUs
      (Excluding MSS/NTWK/TAGS) 
Multiplier for econ Queue        :            0.50 
Charged against Allocation       :                              0.00468 GAUs
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