CCL:G: Problems with the massage command in Gaussian 03



 Sent to CCL by: "Close, David M." [CLOSED__mail.etsu.edu]
 Roland:
   You are lucky that there is information on the nature of this error.
 Many jobs simply terminate without giving any details.  Your output says
 there is an error writing information on line 952 of file caldsu.f.  Do
 you have the FORTRAN code for your copy of Gaussian?  If so, you could
 look at the write command (that's what unit=6 means) and see that that
 the program is trying to write something that disagrees with a certain
 FORMAT in the program.  Fortran is very fussy about all this.  Formated
 writes have to be exactly as described in the FORMAT statement.  This is
 of course old fashion, most new code is unformatted, but there is still
 lots formatted inputs/outputs imbedded in modern code.
   Regards, Dave Close.
 -----Original Message-----
 > From: owner-chemistry+*+ccl.net [mailto:owner-chemistry+*+ccl.net]
 Sent: Thursday, December 13, 2007 8:26 AM
 To: Close, David M.
 Subject: CCL:G: Problems with the massage command in Gaussian 03
 Sent to CCL by: "Roland  Schaap" [rolandschaap . gmail.com]
 Hello,
 I have been running several jobs in Gaussian 03 using the massage
 command. All seemed to be doing fine untill one job ended in a very
 strange fashion, without  showing an error message. The job was removed
 > from the queu on the cluster therefore I assume it is terminated.
 Displayed below is the output which shows the basis sets etc. The job
 concerns the BSSE calculations on a 4-methylimidazole and a porphirine
 ring containing a magnesium, to which the imidazole is oriented (to
 slightly shorten the message I left out the beginning of the output).
 Any help or suggestions would be appreciated!
  ******************************************
  Gaussian 03:  AM64L-G03RevD.01 13-Oct-2005
                  8-Dec-2007
  ******************************************
  %NoSave
  %Chk=L173_B851_Cryst_BSSE1.chk
  %Mem=1024MB
  ----------------------------------------------------------------------
  # BLYP/6-311++G(d,p) SCF=Tight Population=minimal density=current Mass
  age
  ----------------------------------------------------------------------
  1/30=1,38=1/1;
  2/15=1,17=6,18=5,40=1/2;
  3/5=4,6=6,7=1111,10=10,11=2,16=1,25=1,30=1,74=402/1,2,3;
  4//1;
  5/5=2,32=2,38=5/2;
  6/7=2,8=2,9=2,10=2,22=-1,28=1/1;
  99/5=1,9=1/99;
  ----------------------------------------------------------------------
  BSSE Calculations on crystal structure LHis-173 coordinated to BChl-85
  1, both wi
  ----------------------------------------------------------------------
  Symbolic Z-matrix:
  Charge =  0 Multiplicity = 1
  C                     19.271    92.374    42.96
  N                     19.809    93.421    42.247
  C                     20.991    93.721    42.753
  N                     21.23     92.907    43.769
  C                     20.159    92.051    43.933
  C                     20.059    91.094    45.084
  C                     20.377    89.632    44.735
  N                     20.056    88.778    45.88
  C                     21.865    89.465    44.431
  O                     22.287    89.506    43.273
  O                     22.6928   89.27111   45.4868
  Mg                    19.235    94.878    40.16
  N                     21.263    94.917    39.705
  C                     21.9      93.952    39.002
  C                     23.258    94.272    38.815
  C                     23.503    95.572    39.472
  C                     22.189    95.883    40.023
  C                     21.269    92.818    38.522
  C                     19.957    92.396    38.574
  N                     18.92     93.077    39.166
  C                     17.735    92.338    38.931
  C                     18.013    91.07     38.146
  C                     19.486    91.139    37.961
  C                     16.494    92.825    39.396
  C                     16.303    94.009    40.131
  C                     14.965    94.304    40.5
  C                     14.184    93.246    39.963
  C                     15.074    92.25     39.222
  N                     17.235    94.935    40.538
  C                     16.53     95.894    41.219
  C                     15.17     95.588    41.254
  C                     17.061    97.027    41.782
  C                     18.371    97.411    41.751
  C                     18.845    98.678    42.354
  C                     20.332    98.694    42.065
  C                     20.543    97.41     41.296
  N                     19.393    96.689    41.14
  C                     18.127    99.892    41.643
  C                     18.879    101.217   41.51199
  C                     21.742    97.011    40.78099
  C                     21.179    98.712    43.33899
  C                     14.003    96.39     41.909
  C                     14.711    90.811    39.666
  O                     15.402    90.186    40.472
  O                     12.94     93.216    40.106
  C                     20.047    89.979    38.812
  C                     17.283    91.22     36.791
  C                     17.38     90.066    35.811
  C                     16.074    89.294    35.728
  O                     15.335    89.236    36.704
  C                     24.782    96.428    39.567
  O                     24.738    97.512    40.179
  C                     24.16     93.274    37.992
  C                     26.079    95.931    38.869
  O                     15.774    88.727    34.635
  O                     13.649    90.365    39.092
  C                     13.077    89.066    39.294
  H                     22.03636   92.98081   44.39635
  H                     20.26402   87.80184   45.64661
  H                     19.06072   88.87033   46.10625
  H                     19.77938   89.3494   43.85072
  H                     20.838    91.40784   45.80511
  H                     19.05227   91.1556   45.52526
  H                     18.31263   91.89481   42.77678
  H                     21.65525   94.50401   42.39571
  H                     23.60579   89.18329   45.12267
  H                     21.93726   92.12544   38.00359
  H                     22.54572   97.71577   40.99707
  H                     16.36618   97.6884   42.30767
  H                     17.68927   90.12512   38.61237
  H                     19.78599   91.0863   36.89885
  H                     19.63443   89.02342   38.44797
  H                     19.76052   90.12578   39.86784
  H                     21.14608   89.95979   38.72909
  H                     17.82765   92.03547   36.2898
  H                     16.22038   91.4621   36.9703
  H                     18.1649   89.37541   36.171
  H                     17.64241   90.45404   34.81101
  H                     14.9079   88.26986   34.7293
  H                     23.7521   93.16543   36.96922
  H                     24.1691   92.29113   38.4895
  H                     25.1847   93.66595   37.93759
  H                     25.89722   95.828    37.78844
  H                     26.3696   94.95626   39.28675
  H                     26.89071   96.66063   39.03823
  H                     20.63998   99.60071   41.51489
  H                     18.63088   98.75716   43.4368
  H                     22.24661   98.62902   43.07184
  H                     20.89393   97.86285   43.98091
  H                     21.0079   99.65762   43.88166
  H                     17.31342   100.14124   42.34716
  H                     17.76386   99.57451   40.64792
  H                     19.80386   101.05897   40.92952
  H                     19.13702   101.59442   42.51575
  H                     18.24002   101.95319   40.99555
  H                     13.94421   97.39449   41.45186
  H                     14.1876   96.4894   42.9943
  H                     13.063    95.862    41.747
  H                     14.94568   92.13178   38.1348
  H                     12.81024   88.94419   40.35099
  H                     13.80869   88.29496   39.0094
  H                     12.17464   88.96204   38.67326
  Symmetry turned off by external request.
  Stoichiometry    C41H45MgN7O8
  Framework group  C1[X(C41H45MgN7O8)]
  Deg. of freedom   300
  Full point group                 C1
                          Z-Matrix orientation:
  ---------------------------------------------------------------------
  Center     Atomic     Atomic              Coordinates (Angstroms)
  Number     Number      Type              X           Y           Z
  ---------------------------------------------------------------------
     1          6             0       19.271000   92.374001   42.960000
     2          7             0       19.808999   93.421001   42.247000
     3          6             0       20.990999   93.721001   42.753000
     4          7             0       21.230001   92.907001   43.769000
     5          6             0       20.159001   92.051001   43.933000
     6          6             0       20.059001   91.094001   45.084000
     7          6             0       20.377000   89.632001   44.734999
     8          7             0       20.056001   88.778001   45.879998
     9          6             0       21.865000   89.465001   44.430999
    10          8             0       22.287000   89.506001   43.272999
    11          8             0       22.692801   89.271109   45.486803
    12         12             0       19.234999   94.878001   40.160000
    13          7             0       21.262999   94.917001   39.704999
    14          6             0       21.899999   93.952001   39.001999
    15          6             0       23.257999   94.272002   38.814998
    16          6             0       23.502999   95.572002   39.471997
    17          6             0       22.188999   95.883001   40.022999
    18          6             0       21.268999   92.818001   38.521999
    19          6             0       19.957000   92.396001   38.574000
    20          7             0       18.920000   93.077000   39.166000
    21          6             0       17.735000   92.338000   38.931000
    22          6             0       18.012999   91.070000   38.146000
    23          6             0       19.485999   91.139001   37.961000
    24          6             0       16.494000   92.825000   39.396000
    25          6             0       16.303000   94.009001   40.131000
    26          6             0       14.965000   94.304001   40.500001
    27          6             0       14.184000   93.246001   39.963001
    28          6             0       15.074000   92.250000   39.222001
    29          7             0       17.235000   94.935001   40.537999
    30          6             0       16.529999   95.894001   41.218999
    31          6             0       15.169999   95.588001   41.254000
    32          6             0       17.061000   97.027001   41.781999
    33          6             0       18.371000   97.411001   41.750998
    34          6             0       18.845001   98.678001   42.353998
    35          6             0       20.332001   98.694000   42.064995
    36          6             0       20.543000   97.410000   41.295996
    37          7             0       19.393000   96.689000   41.139998
    38          6             0       18.127001   99.892001   41.642998
    39          6             0       18.879001  101.217000   41.511995
    40          6             0       21.741998   97.011001   40.780995
    41          6             0       21.179003   98.712001   43.338995
    42          6             0       14.002999   96.390001   41.908999
    43          6             0       14.711000   90.811001   39.666002
    44          8             0       15.402000   90.186001   40.472001
    45          8             0       12.940000   93.216001   40.106001
    46          6             0       20.046999   89.979001   38.811999
    47          6             0       17.282999   91.220000   36.791000
    48          6             0       17.379999   90.066000   35.811000
    49          6             0       16.073998   89.294001   35.728000
    50          8             0       15.334998   89.236001   36.704000
    51          6             0       24.781998   96.428002   39.566996
    52          8             0       24.737999   97.512002   40.178996
    53          6             0       24.159999   93.274002   37.991997
    54          6             0       26.078998   95.931002   38.868997
    55          8             0       15.773998   88.727000   34.635000
    56          8             0       13.648999   90.365001   39.092002
    57          6             0       13.076999   89.066000   39.294002
    58          1             0       22.036365   92.980806   44.396346
    59          1             0       20.264019   87.801838   45.646613
    60          1             0       19.060718   88.870326   46.106245
    61          1             0       19.779380   89.349398   43.850724
    62          1             0       20.838005   91.407837   45.805111
    63          1             0       19.052273   91.155596   45.525263
    64          1             0       18.312631   91.894815   42.776782
    65          1             0       21.655253   94.504015   42.395712
    66          1             0       23.605791   89.183286   45.122674
    67          1             0       21.937258   92.125442   38.003592
    68          1             0       22.545715   97.715768   40.997069
    69          1             0       16.366180   97.688397   42.307672
    70          1             0       17.689271   90.125120   38.612370
    71          1             0       19.785994   91.086298   36.898852
    72          1             0       19.634432   89.023422   38.447970
    73          1             0       19.760517   90.125785   39.867837
    74          1             0       21.146080   89.959790   38.729087
    75          1             0       17.827653   92.035466   36.289797
    76          1             0       16.220378   91.462103   36.970298
    77          1             0       18.164896   89.375412   36.171000
    78          1             0       17.642407   90.454039   34.811010
    79          1             0       14.907896   88.269862   34.729299
    80          1             0       23.752104   93.165433   36.969222
    81          1             0       24.169100   92.291131   38.489500
    82          1             0       25.184703   93.665949   37.937587
    83          1             0       25.897221   95.827995   37.788439
    84          1             0       26.369598   94.956258   39.286750
    85          1             0       26.890708   96.660629   39.038230
    86          1             0       20.639979   99.600714   41.514887
    87          1             0       18.630877   98.757156   43.436798
    88          1             0       22.246608   98.629020   43.071840
    89          1             0       20.893933   97.862851   43.980912
    90          1             0       21.007902   99.657617   43.881661
    91          1             0       17.313421  100.141242   42.347155
    92          1             0       17.763863   99.574508   40.647920
    93          1             0       19.803863  101.058973   40.929524
    94          1             0       19.137023  101.594420   42.515747
    95          1             0       18.240023  101.953192   40.995547
    96          1             0       13.944210   97.394490   41.451860
    97          1             0       14.187603   96.489402   42.994300
    98          1             0       13.062999   95.862000   41.746999
    99          1             0       14.945676   92.131782   38.134799
   100          1             0       12.810237   88.944195   40.350985
   101          1             0       13.808685   88.294955   39.009401
   102          1             0       12.174645   88.962037   38.673256
  ---------------------------------------------------------------------
  Rotational constants (GHZ):      0.0482690      0.0340364
 0.0299106
  Standard basis: 6-311++G(d,p) (5D, 7F)
  The nuclear charge for atom    1 has been changed to Z=  0   0.000000
  The nuclear charge for atom    2 has been changed to Z=  0   0.000000
  The nuclear charge for atom    3 has been changed to Z=  0   0.000000
  The nuclear charge for atom    4 has been changed to Z=  0   0.000000
  The nuclear charge for atom    5 has been changed to Z=  0   0.000000
  The nuclear charge for atom    6 has been changed to Z=  0   0.000000
  The nuclear charge for atom    7 has been changed to Z=  0   0.000000
  The nuclear charge for atom    8 has been changed to Z=  0   0.000000
  The nuclear charge for atom    9 has been changed to Z=  0   0.000000
  The nuclear charge for atom   10 has been changed to Z=  0   0.000000
  The nuclear charge for atom   11 has been changed to Z=  0   0.000000
  The nuclear charge for atom   58 has been changed to Z=  0   0.000000
  The nuclear charge for atom   59 has been changed to Z=  0   0.000000
  The nuclear charge for atom   60 has been changed to Z=  0   0.000000
  The nuclear charge for atom   61 has been changed to Z=  0   0.000000
  The nuclear charge for atom   62 has been changed to Z=  0   0.000000
  The nuclear charge for atom   63 has been changed to Z=  0   0.000000
  The nuclear charge for atom   64 has been changed to Z=  0   0.000000
  The nuclear charge for atom   65 has been changed to Z=  0   0.000000
  The nuclear charge for atom   66 has been changed to Z=  0   0.000000
  Integral buffers will be    131072 words long.
  Raffenetti 2 integral format.
  Two-electron integral symmetry is turned off.
   1577 basis functions,  2471 primitive gaussians,  1634 cartesian basis
 functions
    167 alpha electrons      167 beta electrons
        nuclear repulsion energy      5908.7664887872 Hartrees.
  NAtoms=  102 NActive=  102 NUniq=  102 SFac= 7.50D-01 NAtFMM=   80
 NAOKFM=T Big=T
  One-electron integrals computed using PRISM.
  NBasis=  1577 RedAO= T  NBF=  1577
  NBsUse=  1557 1.00D-06 NBFU=  1557
  Harris functional with IExCor=  402 diagonalized for initial guess.
  ExpMin= 1.46D-02 ExpMax= 4.39D+04 ExpMxC= 1.51D+03 IAcc=3 IRadAn=
 5 AccDes= 0.00D+00
  HarFok:  IExCor= 402 AccDes= 0.00D+00 IRadAn=         5 IDoV=1
  ScaDFX=  1.000000  1.000000  1.000000  1.000000
  Warning:  off-atom basis functions, so minimal bfn integration tests in
 XC quadrature.
  Requested convergence on RMS density matrix=1.00D-08 within 128 cycles.
  Requested convergence on MAX density matrix=1.00D-06.
  Requested convergence on             energy=1.00D-06.
  No special actions if energy rises.
  Spurious integrated density or basis function:
  NE=  334 NElCor=    0 El error=8.92D+01 rel=2.67D-01 Tolerance=1.00D-03
  Shell    61     absolute error=3.51D+02              Tolerance=no limit
  Shell    61       signed error=3.51D+02              Tolerance=no limit
 PGFIO-F-235/formatted write/unit=6/edit descriptor does not match item
 type.
  File name = stdout     formatted, sequential access   record = 9
  In source file caldsu.f, at line number 952
 -= This is automatically added to each message by the mailing script =-http://www.ccl.net/cgi-bin/ccl/send_ccl_messageSubscribe/Unsubscribe:
 Job: http://www.ccl.net/jobs http://www.ccl.net/spammers.txt