Warning: no access to tty; thus no job control in this shell... shavano: UNICOS 6.1.4, IOS 6.1.4. ===== 91.12.27 ================================================== The NFS file systems /ouray/u0, /ouray/u2, /ouray/u3, /ouray/u5, and /ouray/x will be removed Monday, 30 Dec 91, in preparation for the decommissioning of ouray. ===== 91.12.22 ================================================== Due to a disk failure on 91.12.21 at 21:45 MST all files on /usr/tmp and /tmp were lost. ===== 91.12.20 ================================================== /usr/local/src is being mounted from crestone instead of from ouray. /usr/local/src/bin renamed /usr/local/src/cmd. ===== 91.09.09 ================================================== Microtasked Routines in sci Library May Cause Stack Overflows. See "news libsci" for more details. ================================================================= news: SCC_3.0 netcdf CF77_5.0 gpfa libsci Principal Project GAU use: Update Project Allocated Used 911229 28103032 5000.0000 30.3652 11:40:03 11:40:03 + exit 11:40:03 + ja 11:40:03 + cd /usr/tmp/nqs.+++++05LJ 11:40:03 + set job = mksrc 11:40:03 + set rdir = sting:~foster/timesgcm/mksrc 11:40:03 + set tdir = sting:/d/foster/timesgcm/mksrc 11:40:03 + set hdir = /home/sting/foster/timesgcm/mksrc 11:40:03 + set opath = /FOSTER/timesgcm/mksrc 11:40:03 + batchname mksrc. Batch output name set to 'mksrc.' 11:40:04 + rsh sting cd /home/sting/foster/timesgcm/mksrc; tarsrc >>> tarsrc executing from /local/home/foster/timesgcm/mksrc (tar file will be /d/foster/timesgcm/mksrc/mksrc.tar) <<< 11:40:09 + rcp sting:/d/foster/timesgcm/mksrc/mksrc.tar . 11:40:16 + tar xf mksrc.tar 11:40:25 + msread mksrc.obj.tar /FOSTER/timesgcm/mksrc/obj.tar Fatal - msread: Attempt to read a nonexistent MSS file 11:40:27 + tar xf mksrc.obj.tar tar: stat() of mksrc.obj.tar failed, No such file or directory 11:40:27 + msread msis90.a /FOSTER/lib/msis90.a 11:40:35 + msread igrf.a /FOSTER/lib/igrf.a 11:40:38 + make cf77 -c mksrc.f cf77 -c settime.f cf77 -c setgrid.f cf77 -c assgn.f cf77 -c blktime.f cf77 -c getinp.f cf77 -c lnblnk.f cf77 -c lnblnk2.f cf77 -c getglbm.f cf77 -c wrhist.f 1WRHIST PAGE 1 CRAY FORTRAN CFT77 4.0.0 06/01/90 18:46:32 12/31/91 11:40:42 PAGE 1 62 185. buffer out(lutime,1) (f,f(lbtap)) ^ *** *** FF0133 [warning ] < WRHIST, Line = 185, File = wrhist.f, Line = 62 > : The number of subscripts is smaller than the number of declared dimensions. FF0001 CFT77 VERSION 4.0.0 06/01/90 18:46:32 FF0002 COMPILE TIME .357 SECONDS FF0006 MAXIMUM FIELD LENGTH 356965 DECIMAL WORDS FF0003 193 SOURCE LINES FF0004 0 ERRORS, 1 WARNINGS FF0005 CODE: 304 WORDS, DATA: 110 WORDS cf77 -c disptp.f cf77 -c openhist.f cf77 -c hdrsum.f 1HDRSUM PAGE 1 CRAY FORTRAN CFT77 4.0.0 06/01/90 18:46:32 12/31/91 11:40:44 PAGE 1 37 198. buffer out(lutime,1) (f,f(100)) ^ *** *** FF0133 [warning ] < HDRSUM, Line = 198, File = hdrsum.f, Line = 37 > : The number of subscripts is smaller than the number of declared dimensions. FF0001 CFT77 VERSION 4.0.0 06/01/90 18:46:32 FF0002 COMPILE TIME .194 SECONDS FF0006 MAXIMUM FIELD LENGTH 356965 DECIMAL WORDS FF0003 210 SOURCE LINES FF0004 0 ERRORS, 1 WARNINGS FF0005 CODE: 151 WORDS, DATA: 46 WORDS cf77 -c opendatv.f cf77 -c wrdatv.f 1WRDATV PAGE 1 CRAY FORTRAN CFT77 4.0.0 06/01/90 18:46:32 12/31/91 11:40:44 PAGE 1 20 143. buffer out(ludatv,1) (fdatv,fdatv(lbtap)) ^ *** *** FF0133 [warning ] < WRDATV, Line = 143, File = wrdatv.f, Line = 20 > : The number of subscripts is smaller than the number of declared dimensions. FF0001 CFT77 VERSION 4.0.0 06/01/90 18:46:32 FF0002 COMPILE TIME .425 SECONDS FF0006 MAXIMUM FIELD LENGTH 366987 DECIMAL WORDS FF0003 188 SOURCE LINES FF0004 0 ERRORS, 1 WARNINGS FF0005 CODE: 320 WORDS, DATA: 115 WORDS cf77 -c mkdatv.f cf77 -c efield.f cf77 -c acd2d.f cf77 -c contour.f cf77 -c cpsetup.f cf77 -c labrect.f cf77 -c lenstr.f cf77 -c wrlab.f cf77 -c setag.f cf77 -c tail.f cf77 -c pltacd.f cf77 -c pltlb.f cf77 -c mkproj.f cf77 -c cira.f cf77 -c mapeod.f cf77 -c getcira.f cf77 -c lbtgcm.f cf77 -c det3.f cf77 -c getforbes.f segldr -D dupentry=ignore -i ~/segdir -L/lib,/usr/lib,/usr/local/lib -lfitpack -o mksrc.ymp mksrc.o settime.o setgrid.o assgn.o blktime.o getinp.o lnblnk.o lnblnk2.o getglbm.o wrhist.o disptp.o openhist.o hdrsum.o opendatv.o wrdatv.o mkdatv.o efield.o acd2d.o contour.o cpsetup.o labrect.o lenstr.o wrlab.o setag.o tail.o pltacd.o pltlb.o mkproj.o cira.o mapeod.o getcira.o lbtgcm.o det3.o getforbes.o igrf.a msis90.a 11:41:01 + rcp sting:~foster/timesgcm/mksrc/mksrc.inp . 11:41:05 + pshell mksrc.ymp rm: hist non-existent rm: datvol non-existent Order of IGRF model NMAX= 10 Information - LWRITE: Wrote '/FOSTER/TIMESRC/EQSMINZ'. C Ccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccc C Input file for timegcm13 source history generator C (the 13 in file names refers to zp = -13 lower boundary) C C YD should be either xx080 (for equinox), or xx355 (for solstice) C if doing data volume (this for cira88 and acd2d) C C Note cira88 and acd2d are used to obtain lower boundaries for C some species, and written to data volume. These models, and C the PL flags are used only if DATAVOL=1 C PLTCIRA = 1 -> plot cira88 data (tn, ht, un) C PLTACD = 1 -> plot acd fields C PLTLB = 1 -> plot lower boundaries to be written to data volume C C ACDHIST = acd history volume (acquired by acd2d) -- used only C when DATAVOL = 1 C Ccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccc C GLBMVOL = '/ROBLE/GLBMEANS/GLBMS01 ' TIMEOUT = 'FOSTER','TIMESRC','EQSMINZ' CTIMEOUT = 'FOSTER','TIMESSRC','SOLMIN' DDHHMM = '00:00:00' YD = 76080 CYD = 76355 DISPOSE = 1 DATAVOL = 1 PLTCIRA = 1 PLTACD = 1 PLTZATM = 1 PLTLB = 1 ACDHIST = '/FOSTER/acdhist/S50A-NP ' DATAOUT = '/FOSTER/TIMEDATV/EQSMINZ ' CDATAOUT = '/FOSTER/TIMESDAT/SOLMINZ ' ENDOFREAD Assigned new timegcm history file opendatv: assigned new datavol file getglbm calling msread for glbmvol=/ROBLE/GLBMEANS/GLBMS01 getglbm: successful msread of mss file /ROBLE/GLBMEANS/GLBMS01 to unicos file glbmvol assgn: successful assign of unit 9 to file assign -a glbmvol fort.9 cira: msread on file /FOSTER/cira/cira88.dat cira: assigned disk file cira88.dat to unit 22 Cira found data for month 3 MARCH ZONAL MEAN TEMPERATURE (K) Cira found data for month 3 MARCH ZONAL MEAN GEOPOTENTIAL HEIGHT (km) Cira found data for month 3 MARCH ZONAL MEAN ZONAL WIND (m/s) Cira: EOF on unit 22 getcira frame 1: contour tn at cira grid getcira frame 2: contour ht at cira grid getcira frame 3: contour un at cira grid getcira frame 4: line plot cira tn at cira lats getcira frame 5: line plot cira tng at gcm lats getcira frame 6: line plot cira ht at cira lats getcira frame 7: line plot cira un at cira lats getcira frame 8: line plot cira rho at cira lats getforbe: month= 3 zpbot=-17.0 pbot(mb)= 12.0775 getforbe: lat= 90.000 80.000 70.000 60.000 50.000 40.000 30.000 20.000 10.000 0.000 -10.000 -20.000 -30.000 -40.000 -50.000 -60.000 -70.000 -80.000 -90.000 ht= 28.911 29.007 29.178 29.371 29.545 29.683 29.783 29.844 29.866 29.864 29.874 29.928 30.020 30.093 30.061 29.875 29.575 29.286 29.156 tn= 220.313 219.912 220.695 222.079 223.567 224.887 225.996 226.956 227.797 228.446 228.741 228.479 227.522 226.036 224.601 223.860 224.022 224.838 225.959 un= 0.000 6.184 12.181 13.124 12.467 11.270 9.773 7.195 2.197 -3.716 -9.629 -13.729 -11.299 -2.845 8.530 17.804 20.306 10.310 0.000 aggeti iset= 1 after agset SET=1: jmx=36 getforbe at gcm grid: htlb= 29.189 29.253 29.358 29.503 29.650 29.800 29.922 30.015 30.069 30.085 30.075 30.039 29.997 29.951 29.914 29.887 29.872 29.867 29.865 29.865 29.860 29.849 29.828 29.798 29.758 29.708 29.649 29.579 29.501 29.414 29.322 29.226 29.135 29.049 28.983 28.935 getforbe at gcm grid: gcmlat= -87.500 -82.500 -77.500 -72.500 -67.500 -62.500 -57.500 -52.500 -47.500 -42.500 -37.500 -32.500 -27.500 -22.500 -17.500 -12.500 -7.500 -2.500 2.500 7.500 12.500 17.500 22.500 27.500 32.500 37.500 42.500 47.500 52.500 57.500 62.500 67.500 72.500 77.500 82.500 87.500 getforbes frame 9: made line plot of htlb getforbe at gcm grid: tnlb= 225.679 225.118 224.634 224.226 223.982 223.900 224.045 224.416 224.960 225.677 226.407 227.150 227.761 228.240 228.545 228.676 228.667 228.520 228.284 227.959 227.587 227.166 226.716 226.236 225.719 225.164 224.557 223.897 223.195 222.451 221.733 221.041 220.499 220.108 220.013 220.213 getforbes frame 10: made line plot of tnlb getforbe at gcm grid: unlb= 0.000 7.732 12.809 17.807 19.681 18.430 15.486 10.848 5.686 -0.001 -4.958 -9.186 -11.907 -13.122 -12.704 -10.654 -8.151 -5.194 -2.238 0.719 3.447 5.946 7.840 9.128 10.147 10.895 11.569 12.167 12.631 12.960 12.888 12.416 10.681 7.683 4.638 0.000 getforbes frame 11: made line plot of unlb acd2d acquiring acd history file /FOSTER/acdhist/S50A-NP to local disk file S50A-NP acd2d: successful mss read of acd history /FOSTER/acdhist/S50A-NP assgn: successful assign of unit 4 to file assign -a S50A-NP fort.4 acd2d: id= 1 searching for day= 1177 read day 1087 acd2d: id= 2 searching for day= 1177 read day 1102 acd2d: id= 3 searching for day= 1177 read day 1117 acd2d: id= 4 searching for day= 1177 read day 1132 acd2d: id= 5 searching for day= 1177 read day 1147 acd2d: id= 6 searching for day= 1177 read day 1162 acd2d: id= 7 searching for day= 1177 read day 1177 acd2d: found day 1177 on acd hist /FOSTER/acdhist/S50A-NP pltacd contour frame 12: ip= 1 field=H2O pltacd contour frame 13: ip= 2 field=H2 pltacd contour frame 14: ip= 3 field=CO pltacd contour frame 15: ip= 4 field=CO2 pltacd contour frame 16: ip= 5 field=H pltacd contour frame 17: ip= 6 field=OH pltacd contour frame 18: ip= 7 field=O1 pltacd contour frame 19: ip= 8 field=O3 pltacd contour frame 20: ip= 9 field=HO2 pltacd contour frame 21: ip= 10 field=NO2 pltacd contour frame 22: ip= 11 field=NO pltacd frame 23: ip= 1 line plot of H2O pltacd frame 24: ip= 2 line plot of H2 pltacd frame 25: ip= 3 line plot of CO pltacd frame 26: ip= 4 line plot of CO2 pltacd frame 27: ip= 5 line plot of H pltacd frame 28: ip= 6 line plot of OH pltacd frame 29: ip= 7 line plot of O1 pltacd frame 30: ip= 8 line plot of O3 pltacd frame 31: ip= 9 line plot of HO2 pltacd frame 32: ip= 10 line plot of NO2 pltacd frame 33: ip= 11 line plot of NO pltlb frame 34: ip= 1 line plot of lower boundary field H2O pltlb frame 35: ip= 2 line plot of lower boundary field H2 pltlb frame 36: ip= 3 line plot of lower boundary field CO pltlb frame 37: ip= 4 line plot of lower boundary field CO2 pltlb frame 38: ip= 5 line plot of lower boundary field H pltlb frame 39: ip= 6 line plot of lower boundary field OH pltlb frame 40: ip= 7 line plot of lower boundary field O1 pltlb frame 41: ip= 8 line plot of lower boundary field O3 pltlb frame 42: ip= 9 line plot of lower boundary field HO2 pltlb frame 43: ip= 10 line plot of lower boundary field NO2 pltlb frame 44: ip= 11 line plot of lower boundary field NO pltlb frame 45: ip= 12 line plot of lower boundary field TN(GND) pltlb frame 46: ip= 13 line plot of lower boundary field TN pltlb frame 47: ip= 14 line plot of lower boundary field HT pltlb frame 48: ip= 15 line plot of lower boundary field UN pltlb frame 49: ip= 16 line plot of lower boundary field OX pltlb frame 50: ip= 17 line plot of lower boundary field NOZ pltlb frame 51: ip= 18 line plot of lower boundary field HOX pltlb frame 52 contour tndown hdrsum: ihead(1-4)= 0 0 0 0 Wrhist: wrote latitude slice at j= 1 Wrdatv: wrote latitude slice at j= 1 mksrc: processed lat slice 1 lat= -87.50 Wrhist: wrote latitude slice at j= 2 Wrdatv: wrote latitude slice at j= 2 mksrc: processed lat slice 2 lat= -82.50 Wrhist: wrote latitude slice at j= 3 Wrdatv: wrote latitude slice at j= 3 mksrc: processed lat slice 3 lat= -77.50 Wrhist: wrote latitude slice at j= 4 Wrdatv: wrote latitude slice at j= 4 mksrc: processed lat slice 4 lat= -72.50 Wrhist: wrote latitude slice at j= 5 Wrdatv: wrote latitude slice at j= 5 mksrc: processed lat slice 5 lat= -67.50 Wrhist: wrote latitude slice at j= 6 Wrdatv: wrote latitude slice at j= 6 mksrc: processed lat slice 6 lat= -62.50 Wrhist: wrote latitude slice at j= 7 Wrdatv: wrote latitude slice at j= 7 mksrc: processed lat slice 7 lat= -57.50 Wrhist: wrote latitude slice at j= 8 Wrdatv: wrote latitude slice at j= 8 mksrc: processed lat slice 8 lat= -52.50 Wrhist: wrote latitude slice at j= 9 Wrdatv: wrote latitude slice at j= 9 mksrc: processed lat slice 9 lat= -47.50 Wrhist: wrote latitude slice at j= 10 Wrdatv: wrote latitude slice at j= 10 mksrc: processed lat slice 10 lat= -42.50 Wrhist: wrote latitude slice at j= 11 Wrdatv: wrote latitude slice at j= 11 mksrc: processed lat slice 11 lat= -37.50 Wrhist: wrote latitude slice at j= 12 Wrdatv: wrote latitude slice at j= 12 mksrc: processed lat slice 12 lat= -32.50 Wrhist: wrote latitude slice at j= 13 Wrdatv: wrote latitude slice at j= 13 mksrc: processed lat slice 13 lat= -27.50 Wrhist: wrote latitude slice at j= 14 Wrdatv: wrote latitude slice at j= 14 mksrc: processed lat slice 14 lat= -22.50 Wrhist: wrote latitude slice at j= 15 Wrdatv: wrote latitude slice at j= 15 mksrc: processed lat slice 15 lat= -17.50 Wrhist: wrote latitude slice at j= 16 Wrdatv: wrote latitude slice at j= 16 mksrc: processed lat slice 16 lat= -12.50 Wrhist: wrote latitude slice at j= 17 Wrdatv: wrote latitude slice at j= 17 mksrc: processed lat slice 17 lat= -7.50 Wrhist: wrote latitude slice at j= 18 Wrdatv: wrote latitude slice at j= 18 mksrc: processed lat slice 18 lat= -2.50 Wrhist: wrote latitude slice at j= 19 Wrdatv: wrote latitude slice at j= 19 mksrc: processed lat slice 19 lat= 2.50 Wrhist: wrote latitude slice at j= 20 Wrdatv: wrote latitude slice at j= 20 mksrc: processed lat slice 20 lat= 7.50 Wrhist: wrote latitude slice at j= 21 Wrdatv: wrote latitude slice at j= 21 mksrc: processed lat slice 21 lat= 12.50 Wrhist: wrote latitude slice at j= 22 Wrdatv: wrote latitude slice at j= 22 mksrc: processed lat slice 22 lat= 17.50 Wrhist: wrote latitude slice at j= 23 Wrdatv: wrote latitude slice at j= 23 mksrc: processed lat slice 23 lat= 22.50 Wrhist: wrote latitude slice at j= 24 Wrdatv: wrote latitude slice at j= 24 mksrc: processed lat slice 24 lat= 27.50 Wrhist: wrote latitude slice at j= 25 Wrdatv: wrote latitude slice at j= 25 mksrc: processed lat slice 25 lat= 32.50 Wrhist: wrote latitude slice at j= 26 Wrdatv: wrote latitude slice at j= 26 mksrc: processed lat slice 26 lat= 37.50 Wrhist: wrote latitude slice at j= 27 Wrdatv: wrote latitude slice at j= 27 mksrc: processed lat slice 27 lat= 42.50 Wrhist: wrote latitude slice at j= 28 Wrdatv: wrote latitude slice at j= 28 mksrc: processed lat slice 28 lat= 47.50 Wrhist: wrote latitude slice at j= 29 Wrdatv: wrote latitude slice at j= 29 mksrc: processed lat slice 29 lat= 52.50 Wrhist: wrote latitude slice at j= 30 Wrdatv: wrote latitude slice at j= 30 mksrc: processed lat slice 30 lat= 57.50 Wrhist: wrote latitude slice at j= 31 Wrdatv: wrote latitude slice at j= 31 mksrc: processed lat slice 31 lat= 62.50 Wrhist: wrote latitude slice at j= 32 Wrdatv: wrote latitude slice at j= 32 mksrc: processed lat slice 32 lat= 67.50 Wrhist: wrote latitude slice at j= 33 Wrdatv: wrote latitude slice at j= 33 mksrc: processed lat slice 33 lat= 72.50 Wrhist: wrote latitude slice at j= 34 Wrdatv: wrote latitude slice at j= 34 mksrc: processed lat slice 34 lat= 77.50 Wrhist: wrote latitude slice at j= 35 Wrdatv: wrote latitude slice at j= 35 mksrc: processed lat slice 35 lat= 82.50 Wrhist: wrote latitude slice at j= 36 Wrdatv: wrote latitude slice at j= 36 wrdatv: writing lower boundaries as follows: Field H2O 0.5006E-05 0.4974E-05 0.4928E-05 0.4853E-05 0.4745E-05 0.4603E-05 0.4427E-05 0.4223E-05 0.4001E-05 0.3774E-05 0.3553E-05 0.3348E-05 0.3166E-05 0.3014E-05 0.2893E-05 0.2807E-05 0.2755E-05 0.2738E-05 0.2757E-05 0.2814E-05 0.2908E-05 0.3039E-05 0.3199E-05 0.3382E-05 0.3576E-05 0.3773E-05 0.3968E-05 0.4159E-05 0.4345E-05 0.4528E-05 0.4710E-05 0.4886E-05 0.5048E-05 0.5180E-05 0.5271E-05 0.5338E-05 Field H2 0.3427E-06 0.3445E-06 0.3472E-06 0.3517E-06 0.3584E-06 0.3677E-06 0.3796E-06 0.3939E-06 0.4098E-06 0.4263E-06 0.4424E-06 0.4573E-06 0.4703E-06 0.4810E-06 0.4893E-06 0.4951E-06 0.4985E-06 0.4994E-06 0.4979E-06 0.4937E-06 0.4868E-06 0.4772E-06 0.4650E-06 0.4510E-06 0.4358E-06 0.4200E-06 0.4042E-06 0.3887E-06 0.3736E-06 0.3588E-06 0.3442E-06 0.3302E-06 0.3176E-06 0.3073E-06 0.3003E-06 0.2952E-06 Field CO 0.1379E-07 0.1401E-07 0.1435E-07 0.1494E-07 0.1579E-07 0.1694E-07 0.1832E-07 0.1988E-07 0.2147E-07 0.2299E-07 0.2432E-07 0.2539E-07 0.2620E-07 0.2675E-07 0.2708E-07 0.2723E-07 0.2722E-07 0.2706E-07 0.2675E-07 0.2627E-07 0.2561E-07 0.2478E-07 0.2380E-07 0.2271E-07 0.2159E-07 0.2049E-07 0.1949E-07 0.1865E-07 0.1802E-07 0.1766E-07 0.1767E-07 0.1807E-07 0.1885E-07 0.1984E-07 0.2074E-07 0.2149E-07 Field CO2 0.5016E-03 0.5016E-03 0.5016E-03 0.5016E-03 0.5016E-03 0.5015E-03 0.5015E-03 0.5014E-03 0.5014E-03 0.5013E-03 0.5013E-03 0.5012E-03 0.5012E-03 0.5011E-03 0.5011E-03 0.5011E-03 0.5011E-03 0.5011E-03 0.5011E-03 0.5011E-03 0.5012E-03 0.5012E-03 0.5012E-03 0.5013E-03 0.5013E-03 0.5014E-03 0.5014E-03 0.5015E-03 0.5016E-03 0.5016E-03 0.5017E-03 0.5017E-03 0.5017E-03 0.5018E-03 0.5018E-03 0.5018E-03 Field TNG 0.2650E+03 0.2669E+03 0.2689E+03 0.2708E+03 0.2728E+03 0.2747E+03 0.2772E+03 0.2801E+03 0.2836E+03 0.2877E+03 0.2913E+03 0.2945E+03 0.2970E+03 0.2988E+03 0.3001E+03 0.3010E+03 0.3014E+03 0.3014E+03 0.3012E+03 0.3007E+03 0.2997E+03 0.2982E+03 0.2960E+03 0.2931E+03 0.2899E+03 0.2864E+03 0.2833E+03 0.2805E+03 0.2765E+03 0.2712E+03 0.2656E+03 0.2595E+03 0.2544E+03 0.2504E+03 0.2464E+03 0.2424E+03 Field TN 0.2257E+03 0.2251E+03 0.2246E+03 0.2242E+03 0.2240E+03 0.2239E+03 0.2240E+03 0.2244E+03 0.2250E+03 0.2257E+03 0.2264E+03 0.2272E+03 0.2278E+03 0.2282E+03 0.2285E+03 0.2287E+03 0.2287E+03 0.2285E+03 0.2283E+03 0.2280E+03 0.2276E+03 0.2272E+03 0.2267E+03 0.2262E+03 0.2257E+03 0.2252E+03 0.2246E+03 0.2239E+03 0.2232E+03 0.2225E+03 0.2217E+03 0.2210E+03 0.2205E+03 0.2201E+03 0.2200E+03 0.2202E+03 Field HT 0.2919E+02 0.2925E+02 0.2936E+02 0.2950E+02 0.2965E+02 0.2980E+02 0.2992E+02 0.3001E+02 0.3007E+02 0.3009E+02 0.3007E+02 0.3004E+02 0.3000E+02 0.2995E+02 0.2991E+02 0.2989E+02 0.2987E+02 0.2987E+02 0.2986E+02 0.2987E+02 0.2986E+02 0.2985E+02 0.2983E+02 0.2980E+02 0.2976E+02 0.2971E+02 0.2965E+02 0.2958E+02 0.2950E+02 0.2941E+02 0.2932E+02 0.2923E+02 0.2914E+02 0.2905E+02 0.2898E+02 0.2893E+02 Field UN 0.0000E+00 0.7732E+01 0.1281E+02 0.1781E+02 0.1968E+02 0.1843E+02 0.1549E+02 0.1085E+02 0.5686E+01 -0.9573E-03 -0.4958E+01 -0.9186E+01 -0.1191E+02 -0.1312E+02 -0.1270E+02 -0.1065E+02 -0.8151E+01 -0.5194E+01 -0.2238E+01 0.7189E+00 0.3447E+01 0.5946E+01 0.7840E+01 0.9128E+01 0.1015E+02 0.1090E+02 0.1157E+02 0.1217E+02 0.1263E+02 0.1296E+02 0.1289E+02 0.1242E+02 0.1068E+02 0.7683E+01 0.4638E+01 0.0000E+00 Field OX 0.4298E-05 0.4573E-05 0.4935E-05 0.5447E-05 0.6066E-05 0.6748E-05 0.7456E-05 0.8176E-05 0.8916E-05 0.9594E-05 0.1015E-04 0.1062E-04 0.1100E-04 0.1128E-04 0.1147E-04 0.1157E-04 0.1161E-04 0.1161E-04 0.1156E-04 0.1149E-04 0.1138E-04 0.1123E-04 0.1101E-04 0.1070E-04 0.1028E-04 0.9738E-05 0.9087E-05 0.8403E-05 0.7794E-05 0.7228E-05 0.6702E-05 0.6249E-05 0.5893E-05 0.5657E-05 0.5539E-05 0.5474E-05 Field NOZ 0.7614E-08 0.7268E-08 0.6954E-08 0.6808E-08 0.6851E-08 0.6960E-08 0.7057E-08 0.7202E-08 0.7474E-08 0.7650E-08 0.7519E-08 0.7208E-08 0.6867E-08 0.6539E-08 0.6259E-08 0.6055E-08 0.5955E-08 0.5974E-08 0.6125E-08 0.6415E-08 0.6837E-08 0.7367E-08 0.7941E-08 0.8499E-08 0.8966E-08 0.9195E-08 0.9111E-08 0.8977E-08 0.9070E-08 0.9300E-08 0.9564E-08 0.9854E-08 0.1019E-07 0.1082E-07 0.1173E-07 0.1270E-07 Field HOX 0.1112E-11 0.2671E-11 0.4808E-11 0.7746E-11 0.1106E-10 0.1462E-10 0.1826E-10 0.2186E-10 0.2533E-10 0.2852E-10 0.3125E-10 0.3346E-10 0.3514E-10 0.3628E-10 0.3688E-10 0.3698E-10 0.3669E-10 0.3604E-10 0.3506E-10 0.3375E-10 0.3207E-10 0.3001E-10 0.2753E-10 0.2474E-10 0.2173E-10 0.1854E-10 0.1526E-10 0.1211E-10 0.9377E-11 0.7025E-11 0.5044E-11 0.3486E-11 0.2299E-11 0.1376E-11 0.7315E-12 0.2604E-12 tndown at k= 1 0.2255E+03 0.2255E+03 0.2254E+03 0.2254E+03 0.2248E+03 0.2237E+03 0.2220E+03 0.2198E+03 0.2172E+03 0.2143E+03 0.2113E+03 0.2083E+03 0.2055E+03 0.2031E+03 0.2013E+03 0.2001E+03 0.1994E+03 0.1991E+03 0.1992E+03 0.1996E+03 0.2006E+03 0.2022E+03 0.2044E+03 0.2074E+03 0.2104E+03 0.2136E+03 0.2161E+03 0.2178E+03 0.2188E+03 0.2191E+03 0.2188E+03 0.2179E+03 0.2168E+03 0.2153E+03 0.2138E+03 0.2123E+03 tndown at k= 2 0.2252E+03 0.2252E+03 0.2251E+03 0.2251E+03 0.2245E+03 0.2234E+03 0.2218E+03 0.2197E+03 0.2172E+03 0.2141E+03 0.2109E+03 0.2076E+03 0.2047E+03 0.2020E+03 0.2000E+03 0.1987E+03 0.1979E+03 0.1975E+03 0.1975E+03 0.1980E+03 0.1991E+03 0.2007E+03 0.2031E+03 0.2063E+03 0.2096E+03 0.2131E+03 0.2158E+03 0.2177E+03 0.2188E+03 0.2191E+03 0.2187E+03 0.2177E+03 0.2164E+03 0.2148E+03 0.2132E+03 0.2116E+03 tndown at k= 3 0.2249E+03 0.2248E+03 0.2247E+03 0.2245E+03 0.2240E+03 0.2231E+03 0.2218E+03 0.2201E+03 0.2180E+03 0.2154E+03 0.2127E+03 0.2100E+03 0.2075E+03 0.2053E+03 0.2036E+03 0.2024E+03 0.2017E+03 0.2013E+03 0.2013E+03 0.2016E+03 0.2025E+03 0.2037E+03 0.2056E+03 0.2080E+03 0.2107E+03 0.2136E+03 0.2159E+03 0.2176E+03 0.2186E+03 0.2189E+03 0.2186E+03 0.2176E+03 0.2164E+03 0.2148E+03 0.2133E+03 0.2117E+03 tndown at k= 4 0.2246E+03 0.2244E+03 0.2242E+03 0.2240E+03 0.2235E+03 0.2227E+03 0.2217E+03 0.2205E+03 0.2189E+03 0.2169E+03 0.2148E+03 0.2128E+03 0.2109E+03 0.2092E+03 0.2079E+03 0.2070E+03 0.2064E+03 0.2060E+03 0.2059E+03 0.2061E+03 0.2067E+03 0.2075E+03 0.2087E+03 0.2103E+03 0.2121E+03 0.2142E+03 0.2160E+03 0.2175E+03 0.2184E+03 0.2187E+03 0.2184E+03 0.2175E+03 0.2164E+03 0.2150E+03 0.2135E+03 0.2121E+03 tndown at k= 5 0.2240E+03 0.2237E+03 0.2235E+03 0.2232E+03 0.2230E+03 0.2227E+03 0.2222E+03 0.2214E+03 0.2204E+03 0.2190E+03 0.2177E+03 0.2162E+03 0.2149E+03 0.2137E+03 0.2128E+03 0.2121E+03 0.2116E+03 0.2113E+03 0.2111E+03 0.2110E+03 0.2112E+03 0.2117E+03 0.2124E+03 0.2133E+03 0.2143E+03 0.2156E+03 0.2167E+03 0.2177E+03 0.2183E+03 0.2185E+03 0.2184E+03 0.2179E+03 0.2172E+03 0.2163E+03 0.2154E+03 0.2146E+03 tndown at k= 6 0.2233E+03 0.2231E+03 0.2228E+03 0.2226E+03 0.2226E+03 0.2227E+03 0.2227E+03 0.2224E+03 0.2218E+03 0.2211E+03 0.2203E+03 0.2194E+03 0.2185E+03 0.2177E+03 0.2171E+03 0.2166E+03 0.2163E+03 0.2161E+03 0.2157E+03 0.2153E+03 0.2151E+03 0.2153E+03 0.2156E+03 0.2160E+03 0.2164E+03 0.2169E+03 0.2174E+03 0.2179E+03 0.2182E+03 0.2184E+03 0.2185E+03 0.2183E+03 0.2181E+03 0.2178E+03 0.2175E+03 0.2172E+03 tndown at k= 7 0.2221E+03 0.2222E+03 0.2222E+03 0.2222E+03 0.2225E+03 0.2232E+03 0.2235E+03 0.2235E+03 0.2234E+03 0.2231E+03 0.2227E+03 0.2222E+03 0.2217E+03 0.2212E+03 0.2207E+03 0.2204E+03 0.2201E+03 0.2200E+03 0.2197E+03 0.2193E+03 0.2191E+03 0.2191E+03 0.2192E+03 0.2193E+03 0.2191E+03 0.2188E+03 0.2186E+03 0.2184E+03 0.2183E+03 0.2183E+03 0.2184E+03 0.2187E+03 0.2189E+03 0.2190E+03 0.2192E+03 0.2194E+03 tndown at k= 8 0.2210E+03 0.2213E+03 0.2216E+03 0.2220E+03 0.2226E+03 0.2236E+03 0.2243E+03 0.2246E+03 0.2247E+03 0.2247E+03 0.2247E+03 0.2245E+03 0.2243E+03 0.2240E+03 0.2237E+03 0.2234E+03 0.2232E+03 0.2231E+03 0.2229E+03 0.2226E+03 0.2224E+03 0.2224E+03 0.2223E+03 0.2222E+03 0.2216E+03 0.2206E+03 0.2198E+03 0.2190E+03 0.2185E+03 0.2183E+03 0.2184E+03 0.2189E+03 0.2195E+03 0.2200E+03 0.2206E+03 0.2211E+03 tndown at k= 9 0.2221E+03 0.2227E+03 0.2233E+03 0.2240E+03 0.2248E+03 0.2258E+03 0.2265E+03 0.2269E+03 0.2273E+03 0.2276E+03 0.2277E+03 0.2277E+03 0.2277E+03 0.2276E+03 0.2274E+03 0.2271E+03 0.2269E+03 0.2268E+03 0.2266E+03 0.2265E+03 0.2264E+03 0.2265E+03 0.2263E+03 0.2260E+03 0.2250E+03 0.2235E+03 0.2220E+03 0.2207E+03 0.2198E+03 0.2194E+03 0.2195E+03 0.2201E+03 0.2208E+03 0.2216E+03 0.2223E+03 0.2231E+03 tndown at k= 10 0.2238E+03 0.2246E+03 0.2255E+03 0.2263E+03 0.2272E+03 0.2281E+03 0.2288E+03 0.2294E+03 0.2299E+03 0.2303E+03 0.2306E+03 0.2307E+03 0.2309E+03 0.2310E+03 0.2309E+03 0.2305E+03 0.2302E+03 0.2300E+03 0.2299E+03 0.2299E+03 0.2300E+03 0.2302E+03 0.2300E+03 0.2295E+03 0.2282E+03 0.2262E+03 0.2243E+03 0.2225E+03 0.2213E+03 0.2208E+03 0.2208E+03 0.2214E+03 0.2221E+03 0.2230E+03 0.2239E+03 0.2248E+03 tndown at k= 11 0.2265E+03 0.2275E+03 0.2285E+03 0.2295E+03 0.2305E+03 0.2317E+03 0.2327E+03 0.2335E+03 0.2341E+03 0.2346E+03 0.2350E+03 0.2353E+03 0.2356E+03 0.2358E+03 0.2359E+03 0.2358E+03 0.2357E+03 0.2356E+03 0.2356E+03 0.2357E+03 0.2357E+03 0.2357E+03 0.2352E+03 0.2345E+03 0.2331E+03 0.2311E+03 0.2290E+03 0.2268E+03 0.2253E+03 0.2243E+03 0.2239E+03 0.2242E+03 0.2247E+03 0.2255E+03 0.2262E+03 0.2269E+03 tndown at k= 12 0.2291E+03 0.2302E+03 0.2313E+03 0.2324E+03 0.2336E+03 0.2351E+03 0.2363E+03 0.2373E+03 0.2381E+03 0.2385E+03 0.2390E+03 0.2395E+03 0.2400E+03 0.2403E+03 0.2406E+03 0.2407E+03 0.2408E+03 0.2409E+03 0.2410E+03 0.2412E+03 0.2411E+03 0.2408E+03 0.2401E+03 0.2391E+03 0.2376E+03 0.2358E+03 0.2337E+03 0.2312E+03 0.2293E+03 0.2278E+03 0.2271E+03 0.2270E+03 0.2273E+03 0.2278E+03 0.2283E+03 0.2289E+03 tndown at k= 13 0.2331E+03 0.2341E+03 0.2352E+03 0.2362E+03 0.2376E+03 0.2392E+03 0.2408E+03 0.2422E+03 0.2432E+03 0.2438E+03 0.2443E+03 0.2447E+03 0.2452E+03 0.2458E+03 0.2463E+03 0.2467E+03 0.2471E+03 0.2473E+03 0.2475E+03 0.2475E+03 0.2473E+03 0.2468E+03 0.2459E+03 0.2446E+03 0.2432E+03 0.2416E+03 0.2395E+03 0.2370E+03 0.2348E+03 0.2329E+03 0.2316E+03 0.2309E+03 0.2306E+03 0.2307E+03 0.2308E+03 0.2309E+03 tndown at k= 14 0.2369E+03 0.2378E+03 0.2388E+03 0.2398E+03 0.2412E+03 0.2430E+03 0.2448E+03 0.2467E+03 0.2479E+03 0.2486E+03 0.2491E+03 0.2494E+03 0.2500E+03 0.2507E+03 0.2514E+03 0.2521E+03 0.2527E+03 0.2531E+03 0.2533E+03 0.2532E+03 0.2528E+03 0.2521E+03 0.2510E+03 0.2496E+03 0.2482E+03 0.2468E+03 0.2449E+03 0.2424E+03 0.2400E+03 0.2377E+03 0.2359E+03 0.2346E+03 0.2337E+03 0.2333E+03 0.2329E+03 0.2325E+03 tndown at k= 15 0.2418E+03 0.2427E+03 0.2437E+03 0.2446E+03 0.2460E+03 0.2478E+03 0.2497E+03 0.2518E+03 0.2532E+03 0.2539E+03 0.2544E+03 0.2545E+03 0.2551E+03 0.2561E+03 0.2570E+03 0.2579E+03 0.2586E+03 0.2591E+03 0.2593E+03 0.2591E+03 0.2586E+03 0.2579E+03 0.2567E+03 0.2552E+03 0.2538E+03 0.2526E+03 0.2508E+03 0.2484E+03 0.2459E+03 0.2433E+03 0.2411E+03 0.2390E+03 0.2375E+03 0.2365E+03 0.2355E+03 0.2345E+03 tndown at k= 16 0.2464E+03 0.2473E+03 0.2482E+03 0.2491E+03 0.2504E+03 0.2522E+03 0.2542E+03 0.2564E+03 0.2579E+03 0.2587E+03 0.2590E+03 0.2590E+03 0.2595E+03 0.2607E+03 0.2619E+03 0.2629E+03 0.2637E+03 0.2643E+03 0.2645E+03 0.2642E+03 0.2637E+03 0.2630E+03 0.2618E+03 0.2601E+03 0.2587E+03 0.2576E+03 0.2559E+03 0.2537E+03 0.2512E+03 0.2485E+03 0.2458E+03 0.2431E+03 0.2410E+03 0.2394E+03 0.2378E+03 0.2362E+03 tndown at k= 17 0.2512E+03 0.2522E+03 0.2531E+03 0.2540E+03 0.2553E+03 0.2571E+03 0.2589E+03 0.2607E+03 0.2620E+03 0.2626E+03 0.2629E+03 0.2628E+03 0.2633E+03 0.2645E+03 0.2656E+03 0.2667E+03 0.2675E+03 0.2682E+03 0.2684E+03 0.2681E+03 0.2676E+03 0.2669E+03 0.2657E+03 0.2642E+03 0.2629E+03 0.2619E+03 0.2604E+03 0.2584E+03 0.2562E+03 0.2537E+03 0.2511E+03 0.2484E+03 0.2462E+03 0.2445E+03 0.2427E+03 0.2410E+03 tndown at k= 18 0.2555E+03 0.2565E+03 0.2574E+03 0.2584E+03 0.2597E+03 0.2613E+03 0.2629E+03 0.2644E+03 0.2654E+03 0.2658E+03 0.2660E+03 0.2659E+03 0.2664E+03 0.2674E+03 0.2685E+03 0.2696E+03 0.2705E+03 0.2713E+03 0.2715E+03 0.2711E+03 0.2705E+03 0.2699E+03 0.2689E+03 0.2675E+03 0.2663E+03 0.2653E+03 0.2640E+03 0.2623E+03 0.2604E+03 0.2582E+03 0.2558E+03 0.2533E+03 0.2512E+03 0.2494E+03 0.2477E+03 0.2459E+03 tndown at k= 19 0.2592E+03 0.2599E+03 0.2607E+03 0.2614E+03 0.2624E+03 0.2636E+03 0.2648E+03 0.2660E+03 0.2668E+03 0.2671E+03 0.2673E+03 0.2672E+03 0.2675E+03 0.2683E+03 0.2692E+03 0.2703E+03 0.2712E+03 0.2720E+03 0.2722E+03 0.2717E+03 0.2712E+03 0.2704E+03 0.2694E+03 0.2681E+03 0.2671E+03 0.2663E+03 0.2653E+03 0.2639E+03 0.2624E+03 0.2608E+03 0.2591E+03 0.2572E+03 0.2555E+03 0.2542E+03 0.2528E+03 0.2515E+03 tndown at k= 20 0.2622E+03 0.2627E+03 0.2632E+03 0.2637E+03 0.2643E+03 0.2650E+03 0.2659E+03 0.2668E+03 0.2674E+03 0.2678E+03 0.2679E+03 0.2679E+03 0.2680E+03 0.2684E+03 0.2692E+03 0.2703E+03 0.2712E+03 0.2720E+03 0.2722E+03 0.2717E+03 0.2710E+03 0.2702E+03 0.2691E+03 0.2679E+03 0.2670E+03 0.2665E+03 0.2657E+03 0.2646E+03 0.2635E+03 0.2626E+03 0.2614E+03 0.2602E+03 0.2591E+03 0.2582E+03 0.2573E+03 0.2564E+03 tndown at k= 21 0.2629E+03 0.2629E+03 0.2629E+03 0.2629E+03 0.2629E+03 0.2630E+03 0.2632E+03 0.2638E+03 0.2642E+03 0.2645E+03 0.2646E+03 0.2647E+03 0.2648E+03 0.2651E+03 0.2659E+03 0.2675E+03 0.2686E+03 0.2694E+03 0.2695E+03 0.2690E+03 0.2682E+03 0.2671E+03 0.2660E+03 0.2647E+03 0.2639E+03 0.2635E+03 0.2629E+03 0.2621E+03 0.2615E+03 0.2611E+03 0.2607E+03 0.2605E+03 0.2603E+03 0.2601E+03 0.2600E+03 0.2599E+03 tndown at k= 22 0.2628E+03 0.2623E+03 0.2617E+03 0.2612E+03 0.2607E+03 0.2601E+03 0.2599E+03 0.2601E+03 0.2602E+03 0.2605E+03 0.2606E+03 0.2608E+03 0.2609E+03 0.2611E+03 0.2622E+03 0.2642E+03 0.2656E+03 0.2664E+03 0.2665E+03 0.2659E+03 0.2650E+03 0.2636E+03 0.2624E+03 0.2612E+03 0.2604E+03 0.2600E+03 0.2595E+03 0.2591E+03 0.2589E+03 0.2589E+03 0.2592E+03 0.2600E+03 0.2606E+03 0.2612E+03 0.2619E+03 0.2625E+03 tndown at k= 23 0.2606E+03 0.2595E+03 0.2584E+03 0.2574E+03 0.2563E+03 0.2553E+03 0.2547E+03 0.2545E+03 0.2544E+03 0.2545E+03 0.2546E+03 0.2549E+03 0.2554E+03 0.2559E+03 0.2571E+03 0.2589E+03 0.2602E+03 0.2609E+03 0.2609E+03 0.2602E+03 0.2592E+03 0.2577E+03 0.2565E+03 0.2554E+03 0.2547E+03 0.2543E+03 0.2540E+03 0.2539E+03 0.2540E+03 0.2543E+03 0.2552E+03 0.2567E+03 0.2581E+03 0.2593E+03 0.2605E+03 0.2617E+03 tndown at k= 24 0.2581E+03 0.2565E+03 0.2550E+03 0.2535E+03 0.2520E+03 0.2507E+03 0.2498E+03 0.2493E+03 0.2489E+03 0.2488E+03 0.2489E+03 0.2494E+03 0.2502E+03 0.2511E+03 0.2523E+03 0.2538E+03 0.2549E+03 0.2555E+03 0.2554E+03 0.2546E+03 0.2535E+03 0.2520E+03 0.2508E+03 0.2499E+03 0.2493E+03 0.2489E+03 0.2488E+03 0.2489E+03 0.2492E+03 0.2498E+03 0.2511E+03 0.2532E+03 0.2551E+03 0.2568E+03 0.2585E+03 0.2602E+03 tndown at k= 25 0.2546E+03 0.2529E+03 0.2512E+03 0.2494E+03 0.2478E+03 0.2463E+03 0.2451E+03 0.2440E+03 0.2433E+03 0.2430E+03 0.2433E+03 0.2441E+03 0.2451E+03 0.2464E+03 0.2473E+03 0.2480E+03 0.2485E+03 0.2489E+03 0.2487E+03 0.2479E+03 0.2469E+03 0.2456E+03 0.2446E+03 0.2441E+03 0.2437E+03 0.2434E+03 0.2435E+03 0.2439E+03 0.2444E+03 0.2449E+03 0.2462E+03 0.2481E+03 0.2499E+03 0.2514E+03 0.2529E+03 0.2544E+03 tndown at k= 26 0.2514E+03 0.2496E+03 0.2478E+03 0.2459E+03 0.2442E+03 0.2427E+03 0.2411E+03 0.2395E+03 0.2385E+03 0.2381E+03 0.2385E+03 0.2396E+03 0.2409E+03 0.2423E+03 0.2430E+03 0.2428E+03 0.2429E+03 0.2430E+03 0.2427E+03 0.2419E+03 0.2409E+03 0.2398E+03 0.2392E+03 0.2391E+03 0.2389E+03 0.2387E+03 0.2390E+03 0.2397E+03 0.2403E+03 0.2407E+03 0.2418E+03 0.2434E+03 0.2448E+03 0.2459E+03 0.2471E+03 0.2482E+03 Wrdatv: wrote lower boundaries at end of data vol mksrc: processed lat slice 37 lat= -180.00 HISTORY VOLUME, /FOSTER /TIMESRC /EQSMINZ DISPOSED TO MASS STORE mksrc: wrote data vol /FOSTER/TIMEDATV/EQSMINZ STOP done (called by MKSRC ) CP: 44.210s, Wallclock: 323.363s, 1.7% of 8-CPU Machine HWM mem: 1164072, HWM stack: 204372, Stack overflows: 0 11:46:29 + rcp gmeta sting:/d/foster/timesgcm/mksrc/mksrc.cgm 11:46:42 + rm mksrc.obj.tar rm: mksrc.obj.tar non-existent 11:46:42 + tar cf mksrc.obj.tar acd2d.o assgn.o blktime.o cira.o contour.o cpsetup.o det3.o disptp.o efield.o getcira.o getforbes.o getglbm.o getinp.o hdrsum.o labrect.o lbtgcm.o lenstr.o lnblnk.o lnblnk2.o mapeod.o mkdatv.o mkproj.o mksrc.o opendatv.o openhist.o pltacd.o pltlb.o setag.o setgrid.o settime.o tail.o wrdatv.o wrhist.o wrlab.o 11:46:43 + mswrite mksrc.obj.tar /FOSTER/timesgcm/mksrc/obj.tar 11:46:53 + ja -st Job Accounting - Summary Report =============================== Job Accounting File Name : /usr/tmp/nqs.+++++05LJ/.jacct9926 Operating System : sn1036 sn1036 6.1 djc.14 CRAY Y-MP User Name (ID) : foster (7622) Group Name (ID) : ncar (100) Account Name (ID) : 28103032 (3051) Gaus Allocated : 5000.0000 Gaus Used, as of 12/29/91 : 30.3652 Job Name (ID) : HS2412 (9926) Report Starts : 12/31/91 11:40:03 Report Ends : 12/31/91 11:46:52 Elapsed Time : 409 Seconds User CPU Time : 56.1632 Seconds System CPU Time : 10.5429 Seconds I/O Wait Time (Locked) : 10.5660 Seconds I/O Wait Time (Unlocked) : 35.1139 Seconds CPU Time Memory Integral : 60.1745 Mword-seconds SDS Time Memory Integral : 0.0000 Mword-seconds I/O Wait Time Memory Integral : 10.0619 Mword-seconds Data Transferred : 17.4070 MWords Maximum memory used : 1.1172 MWords Maximum SDS used : 0.0000 MWords Logical I/O Requests : 5924 Physical I/O Requests : 4414 Number of Commands : 112 GAU Components Job Charge : 0.00100 CPU Hours : 0.01853 CPU Charge : 0.01853 Avg Memory (mwd) : 0.90895 Memory Charge : 0.00007 Disk Activity (mwd) : 17.40696 Disk Act Charge : 0.00291 Charge before Queue Factor : 0.02251 GAUs (Excluding MSS/NTWK/TAGS) Multiplier for prem Queue : 1.50 Charged against Allocation : 0.03376 GAUs 11:46:56 + exit logout