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- 1 (2009-07-31 (Fri) 10:26:00)
- 2 (2009-08-04 (Tue) 15:51:39)
- 3 (2009-08-06 (Thu) 12:14:44)
- 4 (2009-08-07 (Fri) 01:04:53)
- 5 (2009-08-07 (Fri) 05:39:12)
- 6 (2009-08-07 (Fri) 09:07:10)
- 7 (2009-08-07 (Fri) 11:22:01)
- 8 (2009-08-08 (Sat) 00:29:45)
- 9 (2009-08-08 (Sat) 04:28:55)
- 10 (2009-08-10 (Mon) 15:27:19)
- 11 (2009-08-10 (Mon) 16:55:29)
- 12 (2009-08-11 (Tue) 01:53:11)
- 13 (2009-08-12 (Wed) 06:06:39)
- 14 (2009-08-24 (Mon) 10:59:46)
- 15 (2009-08-25 (Tue) 08:50:45)
- 16 (2011-03-30 (Wed) 05:42:05)
- 17 (2013-06-09 (Sun) 08:37:21)
- 18 (2013-06-10 (Mon) 16:46:00)
- 19 (2013-06-10 (Mon) 16:54:05)
- 20 (2013-06-11 (Tue) 08:12:42)
- 21 (2013-06-11 (Tue) 08:40:13)
- 22 (2013-06-12 (Wed) 01:58:44)
- 23 (2013-06-13 (Thu) 01:33:07)
- 24 (2013-06-14 (Fri) 01:14:45)
- 25 (2013-06-14 (Fri) 13:25:54)
Normal procedure †
- Obtain a sample UDF file.
- Start "Gourmet" and open the sample UDF file. Modify it for your own purpose and save it as "input.udf".
- Run KAPSEL as follows.
> ./kapsel/kapsel -Iinput.udf -Ooutput.udf -Ddefine.udf -Rrestart.udf
- Start "Gourmet" and open "output.udf". Load "plot.py" etc to visualize your simulation data. (See STEP4)
Re-start run †
- One can re-start simulations from the end of the previous run.
- Start "Gourmet", and open "restart.udf"
- Set "resume.Calculation" = "CONTINUE"
- Increase "output.Num_step", and save it as "input2.udf"
- Run KAPSEL as follows.
> ./kapsel/kapsel -Iinput2.udf -Ooutput2.udf -Ddefine.udf -Rrestart2.udf