Ivonne
ivonne.253@gmail.com
I am working with quite big molecules. I did optimization and everything was ok. A normal optimization took 3 days. However, I cannot complete the frequency calculation. I tried first with runtype=hessian but the job is finished normally and not frequencies are calculated. this run takes around 30 minutes. I tried adding $force nvib=2, but the same situation is obtained. Additionally, I tried freq seminumeric and running optimization followed by frequency calculation. In the last one the optimization and job are finished, but the frequencies are not calculated.
Attached you can find one of the files I have run. I am not sure what is the problem. I would really appreciate if you can help me.
Best Regards,
Ivonne
INPUT CARD>$contrl runtyp=hessian dfttyp=b3pw91 $end
INPUT CARD> $basis gbasis=N31 ngauss=6 ndfunc=1 $end
INPUT CARD> $scf dirscf=.T. $end
INPUT CARD> $FORCE method=seminum $END
INPUT CARD> $statpt opttol=0.000001 nstep=1000 $end
INPUT CARD> $contrl nzvar=1 $end
INPUT CARD> $SYSTEM MWORDS=200 timlim=525600 $END
INPUT CARD> $data
INPUT CARD> FREQUENCY CALCULATION CNT LOW TOLERANCE
INPUT CARD>C1
INPUT CARD>C 6 -0.691189533 3.480920032 -3.025148356
INPUT CARD>C 6 0.691189513 3.480920012 -3.025148364
INPUT CARD>C 6 3.098616661 1.733394425 -3.025104956
INPUT CARD>C 6 3.526215662 0.418818926 -3.025019987
INPUT CARD>C 6 2.605902733 -2.410284489 -3.025205521
INPUT CARD>C 6 1.487368832 -3.222665600 -3.024980235
INPUT CARD>C 6 -1.487368810 -3.222665593 -3.024980224
INPUT CARD>C 6 -2.605902711 -2.410284477 -3.025205513
INPUT CARD>C 6 -3.526215665 0.418818940 -3.025019989
INPUT CARD>C 6 -3.098616672 1.733394440 -3.025104954
INPUT CARD>C 6 1.411012491 3.186591599 -1.843334150
INPUT CARD>C 6 2.595652248 2.326641999 -1.843326383
INPUT CARD>C 6 3.468123073 -0.356999567 -1.843308262
INPUT CARD>C 6 3.015394119 -1.749008171 -1.843444723
INPUT CARD>C 6 0.731937205 -3.407056432 -1.843178360
INPUT CARD>C 6 -0.731937190 -3.407056429 -1.843178358
INPUT CARD>C 6 -3.015394111 -1.749008153 -1.843444722
INPUT CARD>C 6 -3.468123073 -0.356999550 -1.843308267
INPUT CARD>C 6 -2.595652261 2.326642013 -1.843326376
INPUT CARD>C 6 -1.411012509 3.186591613 -1.843334145
INPUT CARD>C 6 -0.712075641 3.332819825 -0.624202263
INPUT CARD>C 6 0.712075633 3.332819820 -0.624202265
INPUT CARD>C 6 2.951322894 1.707346634 -0.624174133
INPUT CARD>C 6 3.391374414 0.353060855 -0.624149968
INPUT CARD>C 6 2.535959012 -2.278259340 -0.624194578
INPUT CARD>C 6 1.383560257 -3.114900937 -0.624069338
INPUT CARD>C 6 -1.383560249 -3.114900921 -0.624069343
INPUT CARD>C 6 -2.535959002 -2.278259327 -0.624194585
INPUT CARD>C 6 -3.391374420 0.353060864 -0.624149967
INPUT CARD>C 6 -2.951322901 1.707346642 -0.624174129
INPUT CARD>C 6 1.383302439 3.114318727 0.628103176
INPUT CARD>C 6 2.535531608 2.277837211 0.628192659
INPUT CARD>C 6 3.390771840 -0.352979911 0.628113180
INPUT CARD>C 6 2.950777053 -1.707030685 0.628154974
INPUT CARD>C 6 0.711955870 -3.332175365 0.628249255
INPUT CARD>C 6 -0.711955869 -3.332175352 0.628249252
INPUT CARD>C 6 -2.950777055 -1.707030685 0.628154967
INPUT CARD>C 6 -3.390771843 -0.352979911 0.628113177
INPUT CARD>C 6 -2.535531604 2.277837220 0.628192664
INPUT CARD>C 6 -1.383302433 3.114318737 0.628103186
200000000 WORDS OF MEMORY AVAILABLE
This job is executing on 1 unique host(s)
Minimum number of processes per host is: 2
Maximum number of processes per host is: 2
Creating thread pool to serve up to 128 threads.
Activating Call64 option.
Using 64-bit DGEMM by default.
Loading P2P interface library... loaded successfully (version 1.9).
Initializing global P2P interface... topology done.
BASIS OPTIONS
-------------
GBASIS=N31 IGAUSS= 6 POLAR=POPLE
NDFUNC= 1 NFFUNC= 0 DIFFSP= F
NPFUNC= 0 DIFFS= F
RUN TITLE
---------
FREQUENCY CALCULATION CNT LOW TOLERANCE
THE POINT GROUP OF THE MOLECULE IS C1
THE ORDER OF THE PRINCIPAL AXIS IS 0
.
.
.
.
.
.
.
POINT 1 X Y Z (BOHR) CHARGE
0.000000 0.000000 0.003815 0.00 (A.U.)
DX DY DZ /D/ (DEBYE)
0.000000 -0.000050 -0.001873 0.001873
...... END OF PROPERTY EVALUATION ......
TIMING STATISTICS ON NODE 0:
CPU TIME: STEP = 2.22 , TOTAL = 2448.9 SECONDS ( 40.8 MIN)
WALL CLOCK TIME: STEP = 2.24 , TOTAL = 2674.4 SECONDS ( 44.6 MIN)
CPU UTILIZATION: STEP = 98.98° TOTAL = 91.57SCBR> ......END OF NBO ANALYSIS......
TIMING STATISTICS ON NODE 0:
CPU TIME: STEP = 0.00 , TOTAL = 2448.9 SECONDS ( 40.8 MIN)
WALL CLOCK TIME: STEP = 0.00 , TOTAL = 2674.4 SECONDS ( 44.6 MIN)
CPU UTILIZATION: STEP = 0.00° TOTAL = 91.57SCP> NODE 0 I/O STATISTICS:
DATA READ TOTAL = 299.885 MB, DATA WRITTEN TOTAL = 316.186 MB
OVERALL I/O STATISTICS:
DATA READ TOTAL = 299.957 MB, DATA WRITTEN TOTAL = 316.186 MB
OVERALL TIMING STATISTICS:
GLOBAL CPU TIME ELAPSED = 5026.7 SECONDS ( 83.8 MIN)
NODE 0 WALL CLOCK TIME = 2674.4 SECONDS ( 44.6 MIN)
JOB CPU UTILIZATION: TOTAL = 187.96°PER NODE AVERAGE = 93.98SCP> 8916581 WORDS OF DYNAMIC MEMORY USED
21323998 BYTES OF HEAP MEMORY USED, 117591 BYTES REMAIN IN USE
EXECUTION OF FIREFLY TERMINATED NORMALLY 10:10:42 19-AUG-2014
This message contains the 13146 kb attachment [ C60H20-freq.out ] output file |