Output from the large MP4-SDTQ Job

1         ******************************************************
          *            GAMESS VERSION =  6 JUN 1999            *
          *             FROM IOWA STATE UNIVERSITY             *
          * M.W.SCHMIDT, K.K.BALDRIDGE, J.A.BOATZ, S.T.ELBERT, *
          *   M.S.GORDON, J.H.JENSEN, S.KOSEKI, N.MATSUNAGA,   *
          *          K.A.NGUYEN, S.J.SU, T.L.WINDUS,           *
          *       TOGETHER WITH M.DUPUIS, J.A.MONTGOMERY       *
          *         J.COMPUT.CHEM.  14, 1347-1363(1993)        *
          *******Intel x86 (Win32,Linux,OS/2,DOS) VERSION*******
          * PC GAMESS version 7.0 (Dragon), build number 3755  *
          *   Compiled on    Tuesday,   24-01-2006, 16:50:26   *
          *      Intel specific optimization, bug fixes,       *
          *    code changes, and additional functionality -    *
          *  copyright (c) 1994, 2006 by  Alex A. Granovsky,   *
          *        Laboratory of Chemical Cybernetics,         *
          *      Moscow State University, Moscow, Russia.      *
          *   Some parts of this program include code due to   *
          * work of Jim Kress, Peter Burger, and Robert Ponec. *
          ******************************************************
          *                   PC GAMESS URLs:                  *
          * http://classic.chem.msu.su/gran/gamess/index.html  *
          * http://quantum-2.chem.msu.ru/gran/gamess/index.html*
          *          E-mail: gran@classic.chem.msu.su          *
          *   This program may not be redistributed without    *
          * the specific, written permission of its developers.*
          ******************************************************


 AMD x86-64 / Linux  PC GAMESS version running under Linux.
 Running on AMD CPU  :  CPU Generation 15, Family 15, Model 33, Stepping  0
 CPU Brand String    :  Dual Core AMD Opteron(tm) Processor 875         
 CPU Features        :  CMOV, MMX, SSE, SSE2, SSE3, AMD64                 
 Data cache size     :  L1 64 KB, L2 1024 KB
 # of cores/package  :  2
 Operating System successfully passed SSE support test.


 PARALLEL VERSION (MPICH) RUNNING SEQUENTIALLY ON SINGLE NODE

 EXECUTION OF GAMESS BEGUN 23:01:36 LT  25-MAR-2006

            ECHO OF THE FIRST FEW INPUT CARDS -
 INPUT CARD> $contrl scftyp=rhf mplevl=4 d5=.t. nprint=-5 icut=10 $end                      
 INPUT CARD> $system timlim=72000 mwords=375 mklnp=4 nojac=100 $end                         
 INPUT CARD> $mp4 stpair=.t. sdtq=.True. cutoff=1E-13 $end                                  
 INPUT CARD> $scf dirscf=1 $end                                                             
 INPUT CARD> $guess guess=huckel $end                                                       
 INPUT CARD> $DATA                                                                          
 INPUT CARD> Hydroxymethyl pyranose cf2: MP2/cc-pVTZ min: PCGamess 7.0                      
 INPUT CARD>C1                                                                              
 INPUT CARD>O 8.0  -0.7742452475  -0.6644368912  -0.4924547116                              
 INPUT CARD> S   9                                                                          
 INPUT CARD>  1        61420.00000         0.9000000000E-04                                 
 INPUT CARD>  2        9199.000000         0.6980000000E-03                                 
 INPUT CARD>  3        2091.000000         0.3664000000E-02                                 
 INPUT CARD>  4        590.9000000         0.1521800000E-01                                 
 INPUT CARD>  5        192.3000000         0.5242300000E-01                                 
 INPUT CARD>  6        69.32000000         0.1459210000                                     
 INPUT CARD>  7        26.97000000         0.3052580000                                     
 INPUT CARD>  8        11.10000000         0.3985080000                                     
 INPUT CARD>  9        4.682000000         0.2169800000                                     
 INPUT CARD> S   9                                                                          
 INPUT CARD>  1        61420.00000        -0.2000000000E-04                                 
 INPUT CARD>  2        9199.000000        -0.1590000000E-03                                 
 INPUT CARD>  3        2091.000000        -0.8290000000E-03                                 
 INPUT CARD>  4        590.9000000        -0.3508000000E-02                                 
 INPUT CARD>  5        192.3000000        -0.1215600000E-01                                 
 INPUT CARD>  6        69.32000000        -0.3626100000E-01                                 
 INPUT CARD>  7        26.97000000        -0.8299200000E-01                                 
 INPUT CARD>  8        11.10000000        -0.1520900000                                     
 INPUT CARD>  9        4.682000000        -0.1153310000                                     
 INPUT CARD> S   1                                                                          
 INPUT CARD>  1        1.428000000          1.000000000                                     
 INPUT CARD> S   1                                                                          
 INPUT CARD>  1       0.5547000000          1.000000000                                     
 INPUT CARD> S   1                                                                          
 INPUT CARD>  1       0.2067000000          1.000000000                                     
 INPUT CARD> P   3                                                                          
 INPUT CARD>  1        63.42000000         0.6044000000E-02                                 
 INPUT CARD>  2        14.66000000         0.4179900000E-01                                 
 INPUT CARD>  3        4.459000000         0.1611430000                                     
 INPUT CARD> P   1                                                                          
 INPUT CARD>  1        1.531000000          1.000000000                                     
 INPUT CARD> P   1                                                                          
 INPUT CARD>  1       0.5302000000          1.000000000                                     
 INPUT CARD> P   1                                                                          
 INPUT CARD>  1       0.1750000000          1.000000000                                     
 INPUT CARD> D   1                                                                          
 INPUT CARD>  1        3.775000000          1.000000000                                     
 INPUT CARD> D   1                                                                          
 INPUT CARD>  1        1.300000000          1.000000000                                     
 INPUT CARD> D   1                                                                          
  375000000 WORDS OF MEMORY AVAILABLE


     RUN TITLE
     ---------
  Hydroxymethyl pyranose cf2: MP2/cc-pVTZ min: PCGamess 7.0                      

 THE POINT GROUP OF THE MOLECULE IS C1      
 THE ORDER OF THE PRINCIPAL AXIS IS     0
 *** WARNING! ATOM   1 SHELL    1 TYPE S HAS NORMALIZATION   1.00821030
 *** WARNING! ATOM   1 SHELL    2 TYPE S HAS NORMALIZATION   2.80531929
 *** WARNING! ATOM   1 SHELL    6 TYPE P HAS NORMALIZATION   5.18323999
 *** WARNING! ATOM   2 SHELL   16 TYPE S HAS NORMALIZATION   1.00821030
 *** WARNING! ATOM   2 SHELL   17 TYPE S HAS NORMALIZATION   2.80531929
 *** WARNING! ATOM   2 SHELL   21 TYPE P HAS NORMALIZATION   5.18323999
 *** WARNING! ATOM   3 SHELL   31 TYPE S HAS NORMALIZATION   1.00697303
 *** WARNING! ATOM   3 SHELL   32 TYPE S HAS NORMALIZATION   2.93212422
 *** WARNING! ATOM   3 SHELL   36 TYPE P HAS NORMALIZATION   5.89212629
 *** WARNING! ATOM   4 SHELL   46 TYPE S HAS NORMALIZATION   1.00697303
 *** WARNING! ATOM   4 SHELL   47 TYPE S HAS NORMALIZATION   2.93212422
 *** WARNING! ATOM   4 SHELL   51 TYPE P HAS NORMALIZATION   5.89212629
 *** WARNING! ATOM   5 SHELL   61 TYPE S HAS NORMALIZATION   1.00697303
 *** WARNING! ATOM   5 SHELL   62 TYPE S HAS NORMALIZATION   2.93212422
 *** WARNING! ATOM   5 SHELL   66 TYPE P HAS NORMALIZATION   5.89212629
 *** WARNING! ATOM   6 SHELL   76 TYPE S HAS NORMALIZATION   1.00697303
 *** WARNING! ATOM   6 SHELL   77 TYPE S HAS NORMALIZATION   2.93212422
 *** WARNING! ATOM   6 SHELL   81 TYPE P HAS NORMALIZATION   5.89212629
 *** WARNING! ATOM   7 SHELL   91 TYPE S HAS NORMALIZATION   1.00697303
 *** WARNING! ATOM   7 SHELL   92 TYPE S HAS NORMALIZATION   2.93212422
 *** WARNING! ATOM   7 SHELL   96 TYPE P HAS NORMALIZATION   5.89212629
 *** WARNING! ATOM   8 SHELL  106 TYPE S HAS NORMALIZATION   1.00697303
 *** WARNING! ATOM   8 SHELL  107 TYPE S HAS NORMALIZATION   2.93212422
 *** WARNING! ATOM   8 SHELL  111 TYPE P HAS NORMALIZATION   5.89212629
 *** WARNING! ATOM   9 SHELL  121 TYPE S HAS NORMALIZATION  11.44105573
 *** WARNING! ATOM  10 SHELL  130 TYPE S HAS NORMALIZATION  11.44105573
 *** WARNING! ATOM  11 SHELL  139 TYPE S HAS NORMALIZATION  11.44105573
 *** WARNING! ATOM  12 SHELL  148 TYPE S HAS NORMALIZATION  11.44105573
 *** WARNING! ATOM  13 SHELL  157 TYPE S HAS NORMALIZATION  11.44105573
 *** WARNING! ATOM  14 SHELL  166 TYPE S HAS NORMALIZATION  11.44105573
 *** WARNING! ATOM  15 SHELL  175 TYPE S HAS NORMALIZATION  11.44105573
 *** WARNING! ATOM  16 SHELL  184 TYPE S HAS NORMALIZATION  11.44105573
 *** WARNING! ATOM  17 SHELL  193 TYPE S HAS NORMALIZATION  11.44105573
 *** WARNING! ATOM  18 SHELL  202 TYPE S HAS NORMALIZATION  11.44105573
 *** WARNING! ATOM  19 SHELL  211 TYPE S HAS NORMALIZATION  11.44105573
 *** WARNING! ATOM  20 SHELL  220 TYPE S HAS NORMALIZATION  11.44105573

 ATOM      ATOMIC                      COORDINATES (BOHR)
           CHARGE         X                   Y                   Z
 O           8.0    -1.4631113651       -1.2556036605       -0.9306044663
 O           8.0    -1.8817422310       -1.4728539107        4.2284796034
 C           6.0     0.8096504487       -1.2882478477        0.5235225207
 C           6.0     0.1197073130       -2.6848849136        2.9278474489
 C           6.0     1.7735655279        1.3762190789        0.9985086100
 C           6.0     2.1309819427        2.7849919523       -1.4907582898
 C           6.0    -0.2992743834        2.6610274936       -3.0330113455
 C           6.0    -1.1186024822       -0.0723921867       -3.3182389223
 H           1.0    -3.1796768548       -1.2263196608        2.9731849796
 H           1.0     2.2513875236       -2.3772478876       -0.5035824234
 H           1.0     0.4019060733        2.3529470522        2.1868241482
 H           1.0     3.5479024385        1.2726082810        2.0454918420
 H           1.0     2.6853893132        4.7386238195       -1.1480299134
 H           1.0     3.6600297643        1.9026279214       -2.5659643081
 H           1.0    -1.7950741119        3.7071222936       -2.0717435084
 H           1.0    -0.0426651923        3.5008922994       -4.8985500303
 H           1.0    -2.9218551607       -0.2289407498       -4.2935499522
 H           1.0     0.3019956953       -1.1234133222       -4.4052586787
 H           1.0    -0.3802702631       -4.6314964245        2.4469048423
 H           1.0     1.7335893429       -2.7200245125        4.2040517734

          INTERNUCLEAR DISTANCES (ANGS.)
          ------------------------------

                    O              O              C              C         

  1  O               0.0000000      2.7414547 *    1.4278961 *    2.3329342 *  
  2  O               2.7414547 *    0.0000000      2.4252477 *    1.4166208 *  
  3  C               1.4278961 *    2.4252477 *    0.0000000      1.5160162 *  
  4  C               2.3329342 *    1.4166208 *    1.5160162 *    0.0000000    
  5  C               2.4321464 *    2.9893224 *    1.5203262 *    2.5350938 *  
  6  C               2.8769772 *    4.3295913      2.5042179 *    3.8701947    
  7  C               2.4316043 *    4.5002607      2.8729706 *    4.2428719    
  8  C               1.4218505 *    4.0817591      2.3639240 *    3.6421900    
  9  H               2.2567425 *    0.9643779 *    2.4775112 *    1.9091058 *  
 10  H               2.0656856 *    3.3590503      1.0998070 *    2.1438806 *  
 11  H               2.7095885 *    2.5935171 *    2.1293140 *    2.6987263 *  
 12  H               3.3618071      3.4206322      2.1412004 *    2.8097680 *  
 13  H               3.8592986      4.9739284      3.4553154      4.6826650    
 14  H               3.3002763      4.9717204      2.7926965 *    4.2255101    
 15  H               2.7004142 *    4.3163635      3.2823376      4.4122104    
 16  H               3.3629417      5.5858419      3.8546913      5.2796590    
 17  H               2.0144474 *    4.5905674      3.2727999      4.3454232    
 18  H               2.0635402 *    4.7162804      2.6234475 *    3.9686836    
 19  H               2.5911733 *    2.0770089 *    2.1359774 *    1.0935650 *  
 20  H               3.2931716      2.0238282 *    2.1462651 *    1.0889418 *  

                    C              C              C              C         

  1  O               2.4321464 *    2.8769772 *    2.4316043 *    1.4218505 *  
  2  O               2.9893224 *    4.3295913      4.5002607      4.0817591    
  3  C               1.5203262 *    2.5042179 *    2.8729706 *    2.3639240 *  
  4  C               2.5350938 *    3.8701947      4.2428719      3.6421900    
  5  C               0.0000000      1.5253563 *    2.4933488 *    2.8544892 *  
  6  C               1.5253563 *    0.0000000      1.5245501 *    2.4856762 *  
  7  C               2.4933488 *    1.5245501 *    0.0000000      1.5175708 *  
  8  C               2.8544892 *    2.4856762 *    1.5175708 *    0.0000000    
  9  H               3.1399063      4.2407047      4.0812769      3.5561967    
 10  H               2.1542848 *    2.7819696 *    3.2744103      2.6241794 *  
 11  H               1.0906112 *    2.1625797 *    2.7917924 *    3.2834558    
 12  H               1.0915915 *    2.1689834 *    3.4506119      3.8289513    
 13  H               2.1654161 *    1.0898364 *    2.1675464 *    3.4427458    
 14  H               2.1522180 *    1.0938263 *    2.1475335 *    2.7650181 *  
 15  H               2.7798052 *    2.1561479 *    1.0916668 *    2.1362050 *  
 16  H               3.4533927      2.1722259 *    1.0911137 *    2.1445319 *  
 17  H               3.8389757      3.4486199      2.1701948 *    1.0880300 *  
 18  H               3.2454739      2.7555421 *    2.1538607 *    1.0978810 *  
 19  H               3.4631611      4.6379564      4.8273307      3.9090209    
 20  H               2.7525518 *    4.1966788      4.8920523      4.4817849    

                    H              H              H              H         

  1  O               2.2567425 *    2.0656856 *    2.7095885 *    3.3618071    
  2  O               0.9643779 *    3.3590503      2.5935171 *    3.4206322    
  3  C               2.4775112 *    1.0998070 *    2.1293140 *    2.1412004 *  
  4  C               1.9091058 *    2.1438806 *    2.6987263 *    2.8097680 *  
  5  C               3.1399063      2.1542848 *    1.0906112 *    1.0915915 *  
  6  C               4.2407047      2.7819696 *    2.1625797 *    2.1689834 *  
  7  C               4.0812769      3.2744103      2.7917924 *    3.4506119    
  8  C               3.5561967      2.6241794 *    3.2834558      3.8289513    
  9  H               0.0000000      3.4663739      2.7116010 *    3.8293417    
 10  H               3.4663739      0.0000000      3.0414397      2.4537043 *  
 11  H               2.7116010 *    3.0414397      0.0000000      1.7618026 *  
 12  H               3.8293417      2.4537043 *    1.7618026 *    0.0000000    
 13  H               4.9348145      3.7879371      2.4835840 *    2.5354038 *  
 14  H               4.9430388      2.6222337 *    3.0585875      2.4636611 *  
 15  H               3.8051957      3.9547828      2.6350642 *    3.7948276    
 16  H               5.1346990      4.0691959      3.8055884      4.3015680    
 17  H               3.8838392      3.5789567      4.0890297      4.8585234    
 18  H               4.3177123      2.4015150 *    3.9440791      4.0262361    
 19  H               2.3492655 *    2.4083457 *    3.7216586      3.7586535    
 20  H               2.7944553 *    2.5127524 *    2.9736573 *    2.5866014 *  

                    H              H              H              H         

  1  O               3.8592986      3.3002763      2.7004142 *    3.3629417    
  2  O               4.9739284      4.9717204      4.3163635      5.5858419    
  3  C               3.4553154      2.7926965 *    3.2823376      3.8546913    
  4  C               4.6826650      4.2255101      4.4122104      5.2796590    
  5  C               2.1654161 *    2.1522180 *    2.7798052 *    3.4533927    
  6  C               1.0898364 *    1.0938263 *    2.1561479 *    2.1722259 *  
  7  C               2.1675464 *    2.1475335 *    1.0916668 *    1.0911137 *  
  8  C               3.4427458      2.7650181 *    2.1362050 *    2.1445319 *  
  9  H               4.9348145      4.9430388      3.8051957      5.1346990    
 10  H               3.7879371      2.6222337 *    3.9547828      4.0691959    
 11  H               2.4835840 *    3.0585875      2.6350642 *    3.8055884    
 12  H               2.5354038 *    2.4636611 *    3.7948276      4.3015680    
 13  H               0.0000000      1.7553484 *    2.4815984 *    2.5400873 *  
 14  H               1.7553484 *    0.0000000      3.0517800      2.4653842 *  
 15  H               2.4815984 *    3.0517800      0.0000000      1.7633837 *  
 16  H               2.5400873 *    2.4653842 *    1.7633837 *    0.0000000    
 17  H               4.2994531      3.7734956      2.4650035 *    2.5138657 *  
 18  H               3.7662249      2.5824892 *    3.0480366      2.4677102 *  
 19  H               5.5531089      4.8542506      5.0743771      5.8018061    
 20  H               4.8839975      4.4562005      5.1071852      5.9095677    

                    H              H              H              H         

  1  O               2.0144474 *    2.0635402 *    2.5911733 *    3.2931716    
  2  O               4.5905674      4.7162804      2.0770089 *    2.0238282 *  
  3  C               3.2727999      2.6234475 *    2.1359774 *    2.1462651 *  
  4  C               4.3454232      3.9686836      1.0935650 *    1.0889418 *  
  5  C               3.8389757      3.2454739      3.4631611      2.7525518 *  
  6  C               3.4486199      2.7555421 *    4.6379564      4.1966788    
  7  C               2.1701948 *    2.1538607 *    4.8273307      4.8920523    
  8  C               1.0880300 *    1.0978810 *    3.9090209      4.4817849    
  9  H               3.8838392      4.3177123      2.3492655 *    2.7944553 *  
 10  H               3.5789567      2.4015150 *    2.4083457 *    2.5127524 *  
 11  H               4.0890297      3.9440791      3.7216586      2.9736573 *  
 12  H               4.8585234      4.0262361      3.7586535      2.5866014 *  
 13  H               4.2994531      3.7662249      5.5531089      4.8839975    
 14  H               3.7734956      2.5824892 *    4.8542506      4.4562005    
 15  H               2.4650035 *    3.0480366      5.0743771      5.1071852    
 16  H               2.5138657 *    2.4677102 *    5.8018061      5.9095677    
 17  H               0.0000000      1.7714223 *    4.4675813      5.2940976    
 18  H               1.7714223 *    0.0000000      4.0895604      4.6950535    
 19  H               4.4675813      4.0895604      0.0000000      1.7717319 *  
 20  H               5.2940976      4.6950535      1.7717319 *    0.0000000    

  * ... LESS THAN  3.000


     ATOMIC BASIS SET
     ----------------
 THE CONTRACTED PRIMITIVE FUNCTIONS HAVE BEEN UNNORMALIZED
 THE CONTRACTED BASIS FUNCTIONS ARE NOW NORMALIZED TO UNITY

 SHELL TYPE PRIM    EXPONENT          CONTRACTION COEFFICIENTS

 O         

   1   S    1   61420.000000    0.252311 (  0.000090) 
   1   S    2    9199.000000    0.471110 (  0.000698) 
   1   S    3    2091.000000    0.814108 (  0.003664) 
   1   S    4     590.900000    1.310552 (  0.015218) 
   1   S    5     192.300000    1.945215 (  0.052423) 
   1   S    6      69.320000    2.518970 (  0.145921) 
   1   S    7      26.970000    2.595906 (  0.305258) 
   1   S    8      11.100000    1.741368 (  0.398508) 
   1   S    9       4.682000    0.496255 (  0.216980) 

   2   S   10   61420.000000   -0.156011 ( -0.000020) 
   2   S   11    9199.000000   -0.298604 ( -0.000159) 
   2   S   12    2091.000000   -0.512522 ( -0.000829) 
   2   S   13     590.900000   -0.840596 ( -0.003508) 
   2   S   14     192.300000   -1.255069 ( -0.012156) 
   2   S   15      69.320000   -1.741711 ( -0.036261) 
   2   S   16      26.970000   -1.963764 ( -0.082992) 
   2   S   17      11.100000   -1.849206 ( -0.152090) 
   2   S   18       4.682000   -0.733942 ( -0.115331) 

   3   S   19       1.428000    0.931014 (  1.000000) 

   4   S   20       0.554700    0.458093 (  1.000000) 

   5   S   21       0.206700    0.218482 (  1.000000) 

   6   P   22      63.420000    7.991875 (  0.006044) 
   6   P   23      14.660000    8.858797 (  0.041799) 
   6   P   24       4.459000    7.714356 (  0.161143) 

   7   P   25       1.531000    2.427499 (  1.000000) 

   8   P   26       0.530200    0.644896 (  1.000000) 

   9   P   27       0.175000    0.161338 (  1.000000) 

  10   D   28       3.775000   16.827288 (  1.000000) 

  11   D   29       1.300000    2.605016 (  1.000000) 

  12   D   30       0.444000    0.397493 (  1.000000) 

  13   F   31       2.666000   13.370258 (  1.000000) 

  14   F   32       0.859000    1.045777 (  1.000000) 

  15   G   33       1.846000    6.005824 (  1.000000) 

 O         

  16   S   34   61420.000000    0.252311 (  0.000090) 
  16   S   35    9199.000000    0.471110 (  0.000698) 
  16   S   36    2091.000000    0.814108 (  0.003664) 
  16   S   37     590.900000    1.310552 (  0.015218) 
  16   S   38     192.300000    1.945215 (  0.052423) 
  16   S   39      69.320000    2.518970 (  0.145921) 
  16   S   40      26.970000    2.595906 (  0.305258) 
  16   S   41      11.100000    1.741368 (  0.398508) 
  16   S   42       4.682000    0.496255 (  0.216980) 

  17   S   43   61420.000000   -0.156011 ( -0.000020) 
  17   S   44    9199.000000   -0.298604 ( -0.000159) 
  17   S   45    2091.000000   -0.512522 ( -0.000829) 
  17   S   46     590.900000   -0.840596 ( -0.003508) 
  17   S   47     192.300000   -1.255069 ( -0.012156) 
  17   S   48      69.320000   -1.741711 ( -0.036261) 
  17   S   49      26.970000   -1.963764 ( -0.082992) 
  17   S   50      11.100000   -1.849206 ( -0.152090) 
  17   S   51       4.682000   -0.733942 ( -0.115331) 

  18   S   52       1.428000    0.931014 (  1.000000) 

  19   S   53       0.554700    0.458093 (  1.000000) 

  20   S   54       0.206700    0.218482 (  1.000000) 

  21   P   55      63.420000    7.991875 (  0.006044) 
  21   P   56      14.660000    8.858797 (  0.041799) 
  21   P   57       4.459000    7.714356 (  0.161143) 

  22   P   58       1.531000    2.427499 (  1.000000) 

  23   P   59       0.530200    0.644896 (  1.000000) 

  24   P   60       0.175000    0.161338 (  1.000000) 

  25   D   61       3.775000   16.827288 (  1.000000) 

  26   D   62       1.300000    2.605016 (  1.000000) 

  27   D   63       0.444000    0.397493 (  1.000000) 

  28   F   64       2.666000   13.370258 (  1.000000) 

  29   F   65       0.859000    1.045777 (  1.000000) 

  30   G   66       1.846000    6.005824 (  1.000000) 

 C         

  31   S   67   33980.000000    0.163451 (  0.000091) 
  31   S   68    5089.000000    0.304421 (  0.000704) 
  31   S   69    1157.000000    0.525784 (  0.003693) 
  31   S   70     326.600000    0.846898 (  0.015360) 
  31   S   71     106.100000    1.255764 (  0.052929) 
  31   S   72      38.110000    1.618645 (  0.147043) 
  31   S   73      14.750000    1.650895 (  0.305631) 
  31   S   74       6.035000    1.103530 (  0.399345) 
  31   S   75       2.530000    0.312486 (  0.217051) 

  32   S   76   33980.000000   -0.099372 ( -0.000019) 
  32   S   77    5089.000000   -0.190127 ( -0.000151) 
  32   S   78    1157.000000   -0.325433 ( -0.000785) 
  32   S   79     326.600000   -0.533661 ( -0.003324) 
  32   S   80     106.100000   -0.795298 ( -0.011512) 
  32   S   81      38.110000   -1.094938 ( -0.034160) 
  32   S   82      14.750000   -1.213813 ( -0.077173) 
  32   S   83       6.035000   -1.138506 ( -0.141493) 
  32   S   84       2.530000   -0.494749 ( -0.118019) 

  33   S   85       0.735500    0.566040 (  1.000000) 

  34   S   86       0.290500    0.282013 (  1.000000) 

  35   S   87       0.111100    0.137150 (  1.000000) 

  36   P   88      34.510000    3.778019 (  0.005378) 
  36   P   89       7.915000    4.028727 (  0.036132) 
  36   P   90       2.368000    3.515465 (  0.142493) 

  37   P   91       0.813200    1.100745 (  1.000000) 

  38   P   92       0.289000    0.302039 (  1.000000) 

  39   P   93       0.100700    0.080859 (  1.000000) 

  40   D   94       1.848000    4.821009 (  1.000000) 

  41   D   95       0.649000    0.772392 (  1.000000) 

  42   D   96       0.228000    0.123821 (  1.000000) 

  43   F   97       1.419000    3.235302 (  1.000000) 

  44   F   98       0.485000    0.288984 (  1.000000) 

  45   G   99       1.011000    1.146835 (  1.000000) 

 C         

  46   S  100   33980.000000    0.163451 (  0.000091) 
  46   S  101    5089.000000    0.304421 (  0.000704) 
  46   S  102    1157.000000    0.525784 (  0.003693) 
  46   S  103     326.600000    0.846898 (  0.015360) 
  46   S  104     106.100000    1.255764 (  0.052929) 
  46   S  105      38.110000    1.618645 (  0.147043) 
  46   S  106      14.750000    1.650895 (  0.305631) 
  46   S  107       6.035000    1.103530 (  0.399345) 
  46   S  108       2.530000    0.312486 (  0.217051) 

  47   S  109   33980.000000   -0.099372 ( -0.000019) 
  47   S  110    5089.000000   -0.190127 ( -0.000151) 
  47   S  111    1157.000000   -0.325433 ( -0.000785) 
  47   S  112     326.600000   -0.533661 ( -0.003324) 
  47   S  113     106.100000   -0.795298 ( -0.011512) 
  47   S  114      38.110000   -1.094938 ( -0.034160) 
  47   S  115      14.750000   -1.213813 ( -0.077173) 
  47   S  116       6.035000   -1.138506 ( -0.141493) 
  47   S  117       2.530000   -0.494749 ( -0.118019) 

  48   S  118       0.735500    0.566040 (  1.000000) 

  49   S  119       0.290500    0.282013 (  1.000000) 

  50   S  120       0.111100    0.137150 (  1.000000) 

  51   P  121      34.510000    3.778019 (  0.005378) 
  51   P  122       7.915000    4.028727 (  0.036132) 
  51   P  123       2.368000    3.515465 (  0.142493) 

  52   P  124       0.813200    1.100745 (  1.000000) 

  53   P  125       0.289000    0.302039 (  1.000000) 

  54   P  126       0.100700    0.080859 (  1.000000) 

  55   D  127       1.848000    4.821009 (  1.000000) 

  56   D  128       0.649000    0.772392 (  1.000000) 

  57   D  129       0.228000    0.123821 (  1.000000) 

  58   F  130       1.419000    3.235302 (  1.000000) 

  59   F  131       0.485000    0.288984 (  1.000000) 

  60   G  132       1.011000    1.146835 (  1.000000) 

 C         

  61   S  133   33980.000000    0.163451 (  0.000091) 
  61   S  134    5089.000000    0.304421 (  0.000704) 
  61   S  135    1157.000000    0.525784 (  0.003693) 
  61   S  136     326.600000    0.846898 (  0.015360) 
  61   S  137     106.100000    1.255764 (  0.052929) 
  61   S  138      38.110000    1.618645 (  0.147043) 
  61   S  139      14.750000    1.650895 (  0.305631) 
  61   S  140       6.035000    1.103530 (  0.399345) 
  61   S  141       2.530000    0.312486 (  0.217051) 

  62   S  142   33980.000000   -0.099372 ( -0.000019) 
  62   S  143    5089.000000   -0.190127 ( -0.000151) 
  62   S  144    1157.000000   -0.325433 ( -0.000785) 
  62   S  145     326.600000   -0.533661 ( -0.003324) 
  62   S  146     106.100000   -0.795298 ( -0.011512) 
  62   S  147      38.110000   -1.094938 ( -0.034160) 
  62   S  148      14.750000   -1.213813 ( -0.077173) 
  62   S  149       6.035000   -1.138506 ( -0.141493) 
  62   S  150       2.530000   -0.494749 ( -0.118019) 

  63   S  151       0.735500    0.566040 (  1.000000) 

  64   S  152       0.290500    0.282013 (  1.000000) 

  65   S  153       0.111100    0.137150 (  1.000000) 

  66   P  154      34.510000    3.778019 (  0.005378) 
  66   P  155       7.915000    4.028727 (  0.036132) 
  66   P  156       2.368000    3.515465 (  0.142493) 

  67   P  157       0.813200    1.100745 (  1.000000) 

  68   P  158       0.289000    0.302039 (  1.000000) 

  69   P  159       0.100700    0.080859 (  1.000000) 

  70   D  160       1.848000    4.821009 (  1.000000) 

  71   D  161       0.649000    0.772392 (  1.000000) 

  72   D  162       0.228000    0.123821 (  1.000000) 

  73   F  163       1.419000    3.235302 (  1.000000) 

  74   F  164       0.485000    0.288984 (  1.000000) 

  75   G  165       1.011000    1.146835 (  1.000000) 

 C         

  76   S  166   33980.000000    0.163451 (  0.000091) 
  76   S  167    5089.000000    0.304421 (  0.000704) 
  76   S  168    1157.000000    0.525784 (  0.003693) 
  76   S  169     326.600000    0.846898 (  0.015360) 
  76   S  170     106.100000    1.255764 (  0.052929) 
  76   S  171      38.110000    1.618645 (  0.147043) 
  76   S  172      14.750000    1.650895 (  0.305631) 
  76   S  173       6.035000    1.103530 (  0.399345) 
  76   S  174       2.530000    0.312486 (  0.217051) 

  77   S  175   33980.000000   -0.099372 ( -0.000019) 
  77   S  176    5089.000000   -0.190127 ( -0.000151) 
  77   S  177    1157.000000   -0.325433 ( -0.000785) 
  77   S  178     326.600000   -0.533661 ( -0.003324) 
  77   S  179     106.100000   -0.795298 ( -0.011512) 
  77   S  180      38.110000   -1.094938 ( -0.034160) 
  77   S  181      14.750000   -1.213813 ( -0.077173) 
  77   S  182       6.035000   -1.138506 ( -0.141493) 
  77   S  183       2.530000   -0.494749 ( -0.118019) 

  78   S  184       0.735500    0.566040 (  1.000000) 

  79   S  185       0.290500    0.282013 (  1.000000) 

  80   S  186       0.111100    0.137150 (  1.000000) 

  81   P  187      34.510000    3.778019 (  0.005378) 
  81   P  188       7.915000    4.028727 (  0.036132) 
  81   P  189       2.368000    3.515465 (  0.142493) 

  82   P  190       0.813200    1.100745 (  1.000000) 

  83   P  191       0.289000    0.302039 (  1.000000) 

  84   P  192       0.100700    0.080859 (  1.000000) 

  85   D  193       1.848000    4.821009 (  1.000000) 

  86   D  194       0.649000    0.772392 (  1.000000) 

  87   D  195       0.228000    0.123821 (  1.000000) 

  88   F  196       1.419000    3.235302 (  1.000000) 

  89   F  197       0.485000    0.288984 (  1.000000) 

  90   G  198       1.011000    1.146835 (  1.000000) 

 C         

  91   S  199   33980.000000    0.163451 (  0.000091) 
  91   S  200    5089.000000    0.304421 (  0.000704) 
  91   S  201    1157.000000    0.525784 (  0.003693) 
  91   S  202     326.600000    0.846898 (  0.015360) 
  91   S  203     106.100000    1.255764 (  0.052929) 
  91   S  204      38.110000    1.618645 (  0.147043) 
  91   S  205      14.750000    1.650895 (  0.305631) 
  91   S  206       6.035000    1.103530 (  0.399345) 
  91   S  207       2.530000    0.312486 (  0.217051) 

  92   S  208   33980.000000   -0.099372 ( -0.000019) 
  92   S  209    5089.000000   -0.190127 ( -0.000151) 
  92   S  210    1157.000000   -0.325433 ( -0.000785) 
  92   S  211     326.600000   -0.533661 ( -0.003324) 
  92   S  212     106.100000   -0.795298 ( -0.011512) 
  92   S  213      38.110000   -1.094938 ( -0.034160) 
  92   S  214      14.750000   -1.213813 ( -0.077173) 
  92   S  215       6.035000   -1.138506 ( -0.141493) 
  92   S  216       2.530000   -0.494749 ( -0.118019) 

  93   S  217       0.735500    0.566040 (  1.000000) 

  94   S  218       0.290500    0.282013 (  1.000000) 

  95   S  219       0.111100    0.137150 (  1.000000) 

  96   P  220      34.510000    3.778019 (  0.005378) 
  96   P  221       7.915000    4.028727 (  0.036132) 
  96   P  222       2.368000    3.515465 (  0.142493) 

  97   P  223       0.813200    1.100745 (  1.000000) 

  98   P  224       0.289000    0.302039 (  1.000000) 

  99   P  225       0.100700    0.080859 (  1.000000) 

 100   D  226       1.848000    4.821009 (  1.000000) 

 101   D  227       0.649000    0.772392 (  1.000000) 

 102   D  228       0.228000    0.123821 (  1.000000) 

 103   F  229       1.419000    3.235302 (  1.000000) 

 104   F  230       0.485000    0.288984 (  1.000000) 

 105   G  231       1.011000    1.146835 (  1.000000) 

 C         

 106   S  232   33980.000000    0.163451 (  0.000091) 
 106   S  233    5089.000000    0.304421 (  0.000704) 
 106   S  234    1157.000000    0.525784 (  0.003693) 
 106   S  235     326.600000    0.846898 (  0.015360) 
 106   S  236     106.100000    1.255764 (  0.052929) 
 106   S  237      38.110000    1.618645 (  0.147043) 
 106   S  238      14.750000    1.650895 (  0.305631) 
 106   S  239       6.035000    1.103530 (  0.399345) 
 106   S  240       2.530000    0.312486 (  0.217051) 

 107   S  241   33980.000000   -0.099372 ( -0.000019) 
 107   S  242    5089.000000   -0.190127 ( -0.000151) 
 107   S  243    1157.000000   -0.325433 ( -0.000785) 
 107   S  244     326.600000   -0.533661 ( -0.003324) 
 107   S  245     106.100000   -0.795298 ( -0.011512) 
 107   S  246      38.110000   -1.094938 ( -0.034160) 
 107   S  247      14.750000   -1.213813 ( -0.077173) 
 107   S  248       6.035000   -1.138506 ( -0.141493) 
 107   S  249       2.530000   -0.494749 ( -0.118019) 

 108   S  250       0.735500    0.566040 (  1.000000) 

 109   S  251       0.290500    0.282013 (  1.000000) 

 110   S  252       0.111100    0.137150 (  1.000000) 

 111   P  253      34.510000    3.778019 (  0.005378) 
 111   P  254       7.915000    4.028727 (  0.036132) 
 111   P  255       2.368000    3.515465 (  0.142493) 

 112   P  256       0.813200    1.100745 (  1.000000) 

 113   P  257       0.289000    0.302039 (  1.000000) 

 114   P  258       0.100700    0.080859 (  1.000000) 

 115   D  259       1.848000    4.821009 (  1.000000) 

 116   D  260       0.649000    0.772392 (  1.000000) 

 117   D  261       0.228000    0.123821 (  1.000000) 

 118   F  262       1.419000    3.235302 (  1.000000) 

 119   F  263       0.485000    0.288984 (  1.000000) 

 120   G  264       1.011000    1.146835 (  1.000000) 

 H         

 121   S  265      82.640000    0.448332 (  0.002006) 
 121   S  266      12.410000    0.827209 (  0.015343) 
 121   S  267       2.824000    1.342536 (  0.075579) 

 122   S  268       0.797700    0.601575 (  1.000000) 

 123   S  269       0.258100    0.258078 (  1.000000) 

 124   S  270       0.089890    0.117002 (  1.000000) 

 125   P  271       2.292000    4.019836 (  1.000000) 

 126   P  272       0.838000    1.142865 (  1.000000) 

 127   P  273       0.292000    0.305963 (  1.000000) 

 128   D  274       2.062000    5.840024 (  1.000000) 

 129   D  275       0.662000    0.799670 (  1.000000) 

 H         

 130   S  276      82.640000    0.448332 (  0.002006) 
 130   S  277      12.410000    0.827209 (  0.015343) 
 130   S  278       2.824000    1.342536 (  0.075579) 

 131   S  279       0.797700    0.601575 (  1.000000) 

 132   S  280       0.258100    0.258078 (  1.000000) 

 133   S  281       0.089890    0.117002 (  1.000000) 

 134   P  282       2.292000    4.019836 (  1.000000) 

 135   P  283       0.838000    1.142865 (  1.000000) 

 136   P  284       0.292000    0.305963 (  1.000000) 

 137   D  285       2.062000    5.840024 (  1.000000) 

 138   D  286       0.662000    0.799670 (  1.000000) 

 H         

 139   S  287      82.640000    0.448332 (  0.002006) 
 139   S  288      12.410000    0.827209 (  0.015343) 
 139   S  289       2.824000    1.342536 (  0.075579) 

 140   S  290       0.797700    0.601575 (  1.000000) 

 141   S  291       0.258100    0.258078 (  1.000000) 

 142   S  292       0.089890    0.117002 (  1.000000) 

 143   P  293       2.292000    4.019836 (  1.000000) 

 144   P  294       0.838000    1.142865 (  1.000000) 

 145   P  295       0.292000    0.305963 (  1.000000) 

 146   D  296       2.062000    5.840024 (  1.000000) 

 147   D  297       0.662000    0.799670 (  1.000000) 

 H         

 148   S  298      82.640000    0.448332 (  0.002006) 
 148   S  299      12.410000    0.827209 (  0.015343) 
 148   S  300       2.824000    1.342536 (  0.075579) 

 149   S  301       0.797700    0.601575 (  1.000000) 

 150   S  302       0.258100    0.258078 (  1.000000) 

 151   S  303       0.089890    0.117002 (  1.000000) 

 152   P  304       2.292000    4.019836 (  1.000000) 

 153   P  305       0.838000    1.142865 (  1.000000) 

 154   P  306       0.292000    0.305963 (  1.000000) 

 155   D  307       2.062000    5.840024 (  1.000000) 

 156   D  308       0.662000    0.799670 (  1.000000) 

 H         

 157   S  309      82.640000    0.448332 (  0.002006) 
 157   S  310      12.410000    0.827209 (  0.015343) 
 157   S  311       2.824000    1.342536 (  0.075579) 

 158   S  312       0.797700    0.601575 (  1.000000) 

 159   S  313       0.258100    0.258078 (  1.000000) 

 160   S  314       0.089890    0.117002 (  1.000000) 

 161   P  315       2.292000    4.019836 (  1.000000) 

 162   P  316       0.838000    1.142865 (  1.000000) 

 163   P  317       0.292000    0.305963 (  1.000000) 

 164   D  318       2.062000    5.840024 (  1.000000) 

 165   D  319       0.662000    0.799670 (  1.000000) 

 H         

 166   S  320      82.640000    0.448332 (  0.002006) 
 166   S  321      12.410000    0.827209 (  0.015343) 
 166   S  322       2.824000    1.342536 (  0.075579) 

 167   S  323       0.797700    0.601575 (  1.000000) 

 168   S  324       0.258100    0.258078 (  1.000000) 

 169   S  325       0.089890    0.117002 (  1.000000) 

 170   P  326       2.292000    4.019836 (  1.000000) 

 171   P  327       0.838000    1.142865 (  1.000000) 

 172   P  328       0.292000    0.305963 (  1.000000) 

 173   D  329       2.062000    5.840024 (  1.000000) 

 174   D  330       0.662000    0.799670 (  1.000000) 

 H         

 175   S  331      82.640000    0.448332 (  0.002006) 
 175   S  332      12.410000    0.827209 (  0.015343) 
 175   S  333       2.824000    1.342536 (  0.075579) 

 176   S  334       0.797700    0.601575 (  1.000000) 

 177   S  335       0.258100    0.258078 (  1.000000) 

 178   S  336       0.089890    0.117002 (  1.000000) 

 179   P  337       2.292000    4.019836 (  1.000000) 

 180   P  338       0.838000    1.142865 (  1.000000) 

 181   P  339       0.292000    0.305963 (  1.000000) 

 182   D  340       2.062000    5.840024 (  1.000000) 

 183   D  341       0.662000    0.799670 (  1.000000) 

 H         

 184   S  342      82.640000    0.448332 (  0.002006) 
 184   S  343      12.410000    0.827209 (  0.015343) 
 184   S  344       2.824000    1.342536 (  0.075579) 

 185   S  345       0.797700    0.601575 (  1.000000) 

 186   S  346       0.258100    0.258078 (  1.000000) 

 187   S  347       0.089890    0.117002 (  1.000000) 

 188   P  348       2.292000    4.019836 (  1.000000) 

 189   P  349       0.838000    1.142865 (  1.000000) 

 190   P  350       0.292000    0.305963 (  1.000000) 

 191   D  351       2.062000    5.840024 (  1.000000) 

 192   D  352       0.662000    0.799670 (  1.000000) 

 H         

 193   S  353      82.640000    0.448332 (  0.002006) 
 193   S  354      12.410000    0.827209 (  0.015343) 
 193   S  355       2.824000    1.342536 (  0.075579) 

 194   S  356       0.797700    0.601575 (  1.000000) 

 195   S  357       0.258100    0.258078 (  1.000000) 

 196   S  358       0.089890    0.117002 (  1.000000) 

 197   P  359       2.292000    4.019836 (  1.000000) 

 198   P  360       0.838000    1.142865 (  1.000000) 

 199   P  361       0.292000    0.305963 (  1.000000) 

 200   D  362       2.062000    5.840024 (  1.000000) 

 201   D  363       0.662000    0.799670 (  1.000000) 

 H         

 202   S  364      82.640000    0.448332 (  0.002006) 
 202   S  365      12.410000    0.827209 (  0.015343) 
 202   S  366       2.824000    1.342536 (  0.075579) 

 203   S  367       0.797700    0.601575 (  1.000000) 

 204   S  368       0.258100    0.258078 (  1.000000) 

 205   S  369       0.089890    0.117002 (  1.000000) 

 206   P  370       2.292000    4.019836 (  1.000000) 

 207   P  371       0.838000    1.142865 (  1.000000) 

 208   P  372       0.292000    0.305963 (  1.000000) 

 209   D  373       2.062000    5.840024 (  1.000000) 

 210   D  374       0.662000    0.799670 (  1.000000) 

 H         

 211   S  375      82.640000    0.448332 (  0.002006) 
 211   S  376      12.410000    0.827209 (  0.015343) 
 211   S  377       2.824000    1.342536 (  0.075579) 

 212   S  378       0.797700    0.601575 (  1.000000) 

 213   S  379       0.258100    0.258078 (  1.000000) 

 214   S  380       0.089890    0.117002 (  1.000000) 

 215   P  381       2.292000    4.019836 (  1.000000) 

 216   P  382       0.838000    1.142865 (  1.000000) 

 217   P  383       0.292000    0.305963 (  1.000000) 

 218   D  384       2.062000    5.840024 (  1.000000) 

 219   D  385       0.662000    0.799670 (  1.000000) 

 H         

 220   S  386      82.640000    0.448332 (  0.002006) 
 220   S  387      12.410000    0.827209 (  0.015343) 
 220   S  388       2.824000    1.342536 (  0.075579) 

 221   S  389       0.797700    0.601575 (  1.000000) 

 222   S  390       0.258100    0.258078 (  1.000000) 

 223   S  391       0.089890    0.117002 (  1.000000) 

 224   P  392       2.292000    4.019836 (  1.000000) 

 225   P  393       0.838000    1.142865 (  1.000000) 

 226   P  394       0.292000    0.305963 (  1.000000) 

 227   D  395       2.062000    5.840024 (  1.000000) 

 228   D  396       0.662000    0.799670 (  1.000000) 

 TOTAL NUMBER OF SHELLS              =  228
 TOTAL NUMBER OF BASIS FUNCTIONS     =  860
 NUMBER OF ELECTRONS                 =   64
 CHARGE OF MOLECULE                  =    0
 STATE MULTIPLICITY                  =    1
 NUMBER OF OCCUPIED ORBITALS (ALPHA) =   32
 NUMBER OF OCCUPIED ORBITALS (BETA ) =   32
 TOTAL NUMBER OF ATOMS               =   20
 THE NUCLEAR REPULSION ENERGY IS      419.2886576528
 TOTAL NUMBER OF CONTAMINANTS DROPPED=  144


     $CONTRL OPTIONS
     ---------------
     SCFTYP=RHF          RUNTYP=ENERGY       EXETYP=RUN     
     MPLEVL=       4     LOCAL =NONE         UNITS =ANGS    
     MULT  =       1     ICHARG=       0     MAXIT =      30
     NPRINT=      -5     IREST =       0     COORD =UNIQUE  
     ECP   =NONE         NORMF =       0     NORMP =       0
     ITOL  =      20     ICUT  =      10     NZVAR =       0
     NOSYM =       0     INTTYP=POPLE        GEOM  =INPUT   
     PLTORB=       F     MOLPLT=       F     RPAC  =       F
     AIMPAC=       F     FRIEND=             CITYP =NONE    
     DFTTYP=NONE    

     $SYSTEM OPTIONS
     ---------------
     KDIAG =       0     MEMORY=375000000     TIMLIM=  4320000.0 SEC.
     COREFL=       F     PTIME =        F     XDR   =       F
     BALTYP=LOOP    
     PC GAMESS IS RUNNING IN SMP MODE USING  4 WORKING THREADS IF POSSIBLE.

          ----------------
          PROPERTIES INPUT
          ----------------

     MOMENTS            FIELD           POTENTIAL          DENSITY
 IEMOM =       1   IEFLD =       0   IEPOT =       0   IEDEN =       0
 WHERE =COMASS     WHERE =NUCLEI     WHERE =NUCLEI     WHERE =NUCLEI  
 OUTPUT=BOTH       OUTPUT=BOTH       OUTPUT=BOTH       OUTPUT=BOTH    
 IEMINT=       0   IEFINT=       0                     IEDINT=       0
                                                       MORB  =       0

          EXTRAPOLATION IN EFFECT
          SOSCF IN EFFECT

          ----------------------
          INTEGRAL INPUT OPTIONS
          ----------------------
 NOPK  =       1 NORDER=       0 SCHWRZ=       T

 ATTENTION! AO INTEGRALS WILL BE PACKED.
 THRESHOLD FOR PACKING PKTHR =  0.10000000D-02

     -------------------------------
     INTEGRAL TRANSFORMATION OPTIONS
     -------------------------------
     NWORD  =       0     CUTTRF = 1.0E-09
     MPTRAN =       0     DIRTRF =       T
     AOINTS =DUP          IREST  =       0

          -----------------------
          MP4 CONTROL INFORMATION
          -----------------------
          NCORE  =         8  CUTOFF =   1.00E-13
          TYPE   = MP4(SDTQ)  NWORD  =          0

          NUMBER OF CORE      ORBITALS =     8
          NUMBER OF OCC. -A-  ORBITALS =    32
          NUMBER OF OCC. -B-  ORBITALS =    32
          NUMBER OF MOLECULAR ORBITALS =   716
          NUMBER OF   BASIS  FUNCTIONS =   860


     ------------------------------------------
     THE POINT GROUP IS C1 , NAXIS= 0, ORDER= 1
     ------------------------------------------

     DIMENSIONS OF THE SYMMETRY SUBSPACES ARE
 A   = 860

 ..... DONE SETTING UP THE RUN .....

 CPU        TIME:   STEP =      0.28 ,  TOTAL =        0.4 SECONDS (    0.0 MIN)
 WALL CLOCK TIME:   STEP =      0.30 ,  TOTAL =        0.3 SECONDS (    0.0 MIN)
 CPU UTILIZATION:   STEP =     92.86%,  TOTAL =     100.00%
 ...... END OF ONE-ELECTRON INTEGRALS ......

 CPU        TIME:   STEP =      1.37 ,  TOTAL =        1.8 SECONDS (    0.0 MIN)
 WALL CLOCK TIME:   STEP =      1.37 ,  TOTAL =        1.7 SECONDS (    0.0 MIN)
 CPU UTILIZATION:   STEP =    100.00%,  TOTAL =     100.00%

          -------------
          GUESS OPTIONS
          -------------
          GUESS =HUCKEL            NORB  =       0          NORDER=       0
          MIX   =       F          PRTMO =       F          SYMDEN=       F
          TOLZ  = 1.0E-08          TOLE  = 1.0E-05

 INITIAL GUESS ORBITALS GENERATED BY HUCKEL   ROUTINE.
 HUCKEL GUESS REQUIRES   4511852 WORDS.

 SYMMETRIES FOR INITIAL GUESS ORBITALS FOLLOW.   BOTH SET(S).
    32 ORBITALS ARE OCCUPIED (    8 CORE ORBITALS).
     9=A       10=A       11=A       12=A       13=A       14=A       15=A   
    16=A       17=A       18=A       19=A       20=A       21=A       22=A   
    23=A       24=A       25=A       26=A       27=A       28=A       29=A   
    30=A       31=A       32=A       33=A       34=A       35=A       36=A   
    37=A       38=A       39=A       40=A       41=A       42=A   
 ...... END OF INITIAL ORBITAL SELECTION ......

 CPU        TIME:   STEP =     13.51 ,  TOTAL =       15.3 SECONDS (    0.3 MIN)
 WALL CLOCK TIME:   STEP =     13.51 ,  TOTAL =       15.2 SECONDS (    0.3 MIN)
 CPU UTILIZATION:   STEP =     99.97%,  TOTAL =     100.00%

 CPU        TIME:   STEP =      0.00 ,  TOTAL =       15.3 SECONDS (    0.3 MIN)
 WALL CLOCK TIME:   STEP =      0.00 ,  TOTAL =       15.2 SECONDS (    0.3 MIN)
 CPU UTILIZATION:   STEP =      0.00%,  TOTAL =     100.00%

 DIRECT SCF CALCULATION, SCHWRZ=T   FDIFF=T

                                                                              NONZERO    BLOCKS
 ITER EX DEM  TOTAL ENERGY      E CHANGE  DENSITY CHANGE     ORB. GRAD      INTEGRALS   SKIPPED
   1  0  0  -382.683107797  -382.683107797   1.225510110   0.000000000             -1 531998340
          ---------------START SECOND ORDER SCF---------------
   2  1  0  -383.984986206    -1.301878409   0.106802652   0.025878452             -1 525019901
   3  2  0  -384.059093441    -0.074107234   0.027337914   0.009131132             -1 556991446
   4  3  0  -384.075278209    -0.016184769   0.010267699   0.002018162             -1 574116590
   5  4  0  -384.075857594    -0.000579384   0.005561187   0.000745588             -1 592123313
   6  5  0  -384.075944894    -0.000087301   0.000783607   0.000344617             -1 605774597
   7  6  0  -384.075952605    -0.000007710   0.000286692   0.000074640             -1 630292769
   8  7  0  -384.075953250    -0.000000646   0.000066393   0.000025017             -1 646739283
   9  8  0  -384.075953309    -0.000000059   0.000021225   0.000005400             -1 671242388
  10  9  0  -384.075953311    -0.000000001   0.000006205   0.000002157             -1 687535058
  11 10  0  -384.075953308     0.000000003   0.000002059   0.000000913             -1 707549814

          -----------------
          DENSITY CONVERGED
          -----------------
     TIME TO FORM FOCK OPERATORS=   11444.9 SECONDS (    1040.4 SEC/ITER)
     FOCK TIME ON FIRST ITERATION=    1380.1, LAST ITERATION=     562.3
     TIME TO SOLVE SCF EQUATIONS=       8.8 SECONDS (       0.8 SEC/ITER)

 FINAL ENERGY IS     -384.0759533077 AFTER  11 ITERATIONS
 ...... END OF RHF CALCULATION ......

 CPU        TIME:   STEP =  11461.16 ,  TOTAL =    11476.4 SECONDS (  191.3 MIN)
 WALL CLOCK TIME:   STEP =  11462.50 ,  TOTAL =    11477.7 SECONDS (  191.3 MIN)
 CPU UTILIZATION:   STEP =     99.99%,  TOTAL =      99.99%

 --------------------------   -------------------------------------
 RHF-MP4 ENERGY CALCULATION   PROGRAM WRITTEN BY ALEX  A. GRANOVSKY
 --------------------------   -------------------------------------
 NCORE=   8     NOCC=   32     NAOS=  860

 RESULTS OF MOLLER-PLESSET 4TH ORDER CORRECTION ARE

            E(RHF)       =      -384.0759533077

            E(D,2,SP)    =        -1.0402650689
            E(D,2,TP)    =        -0.5612322025
            E(D,2,TOTAL) =        -1.6014972713
            E(MP2)       =      -385.6774505791

            E(D,3,SP)    =        -0.0758720516
            E(D,3,TP)    =         0.0370390706
            E(D,3,TOTAL) =        -0.0388329810
            E(D,2+3)     =        -1.6403302524
            E(MP3)       =      -385.7162835601

            E(S,4)       =        -0.0127280655
            E(D,4,SP)    =        -0.0217138487
            E(D,4,TP)    =        -0.0099744415
            E(D,4,TOTAL) =        -0.0316882902
            E(D,2+3+4)   =        -1.6720185425
            E(T,4)       =        -0.0742401913
            E(R+Q,4)     =         0.0385467978
            E(SDTQ,4)    =        -0.0801097492
            E(SDTQ,2+3+4)=        -1.7204400016
            E(MP4-SDTQ)  =      -385.7963933093

 ..... DONE WITH MP4 ENERGY .....

 CPU        TIME:   STEP = 634715.37 ,  TOTAL =   646191.8 SECONDS (10769.9 MIN)
 WALL CLOCK TIME:   STEP = 657837.32 ,  TOTAL =   669315.0 SECONDS (11155.3 MIN)
 CPU UTILIZATION:   STEP =     96.49%,  TOTAL =      96.55%
   374041423 WORDS OF    DYNAMIC MEMORY USED
 EXECUTION OF GAMESS TERMINATED NORMALLY 16:56:51 LT   2-APR-2006

P.S. The job ran on dual dual-core AMD Opteron 875 (2.2 GHz) system under SLES Linux.