This is MPPNP: multi-zone post-processing network. (c) 2008 Marco Pignatari, Falk Herwig, Michael Bennett, Raphael Hirschi and the NuGrid collaboration. Input files read ... vital: false species=L 1 vital: false species=G 1 vital: false species=G 63 vital: false species=LI 6 vital: false species=BE 9 vital: false species=B 10 nvar rnetw2007 1088 time for setting reactions false 0.13194299999999970 seconds There are 88999 models to be processed. Now building pp-grid ... finished IABUNI Broadcasting data to slaves... Broadcasting integers ... Broadcasting sp reals... Broadcasting dp reals... Broadcasting characters... Broadcasting logicals... cycle, time step /yrs: 1 5.8927521289552343E-006 PRE-DIFFUSION: 0.18583D+03 0.10853D-08 1 POST-DIFFUSION: 0.18583D+03 0.10853D-08 130 cycle, time step /yrs: 1001 11813055.978022747 PRE-DIFFUSION: 0.37254D+15 0.73089D-06 101 POST-DIFFUSION: 0.37254D+15 0.73089D-06 101 cycle, time step /yrs: 2001 51128.250704069505 PRE-DIFFUSION: 0.16124D+13 0.26821D-05 72 POST-DIFFUSION: 0.16124D+13 0.26821D-05 72 cycle, time step /yrs: 3001 6892.5200661050658 PRE-DIFFUSION: 0.21736D+12 0.26813D-05 65 POST-DIFFUSION: 0.21736D+12 0.26813D-05 65 cycle, time step /yrs: 4001 2992.9866389536387 PRE-DIFFUSION: 0.94387D+11 0.26813D-05 64 POST-DIFFUSION: 0.94387D+11 0.26813D-05 64 cycle, time step /yrs: 5001 857.86164006299236 PRE-DIFFUSION: 0.27054D+11 0.26720D-05 76 POST-DIFFUSION: 0.27054D+11 0.26720D-05 76 cycle, time step /yrs: 6001 1155.1940109250186 PRE-DIFFUSION: 0.36430D+11 0.26720D-05 71 POST-DIFFUSION: 0.36430D+11 0.26720D-05 71 cycle, time step /yrs: 7001 835.22223851850026 PRE-DIFFUSION: 0.26340D+11 0.26720D-05 64 POST-DIFFUSION: 0.26340D+11 0.26720D-05 64 1.5000884236111109 7164 hrs passed -> print restart cycle cycle, time step /yrs: 8001 9.1566683757831073E-004 PRE-DIFFUSION: 0.28876D+05 0.22213D-05 236 POST-DIFFUSION: 0.28876D+05 0.22213D-05 236 cycle, time step /yrs: 9001 145.07137457837842 PRE-DIFFUSION: 0.45750D+10 0.12536D-05 216 POST-DIFFUSION: 0.45750D+10 0.12536D-05 216 cycle, time step /yrs: 10001 819.03851618923113 PRE-DIFFUSION: 0.25829D+11 0.31741D-05 66 POST-DIFFUSION: 0.25829D+11 0.31741D-05 66 cycle, time step /yrs: 11001 1.8965238265703408 PRE-DIFFUSION: 0.59809D+08 0.31161D-05 65 POST-DIFFUSION: 0.59809D+08 0.31161D-05 65 cycle, time step /yrs: 12001 1396.2771222109666 PRE-DIFFUSION: 0.44033D+11 0.30850D-05 65 POST-DIFFUSION: 0.44033D+11 0.30850D-05 65 1.5002122050000000 12414 hrs passed -> print restart cycle cycle, time step /yrs: 13001 7.2235787607623552 PRE-DIFFUSION: 0.22780D+09 0.30695D-05 65 POST-DIFFUSION: 0.22780D+09 0.30694D-05 65 cycle, time step /yrs: 14001 0.27709821396812240 PRE-DIFFUSION: 0.87386D+07 0.29168D-05 65 POST-DIFFUSION: 0.87386D+07 0.29168D-05 65 cycle, time step /yrs: 15001 404.07658424406543 PRE-DIFFUSION: 0.12743D+11 0.29137D-05 65 POST-DIFFUSION: 0.12743D+11 0.29137D-05 65 cycle, time step /yrs: 16001 6.6340096372849491 PRE-DIFFUSION: 0.20921D+09 0.29124D-05 65 POST-DIFFUSION: 0.20921D+09 0.29124D-05 65 cycle, time step /yrs: 17001 0.63984843820036885 PRE-DIFFUSION: 0.20178D+08 0.29119D-05 64 POST-DIFFUSION: 0.20178D+08 0.29119D-05 64 1.5000511672222223 17328 hrs passed -> print restart cycle cycle, time step /yrs: 18001 174.06429794892071 PRE-DIFFUSION: 0.54893D+10 0.29105D-05 64 POST-DIFFUSION: 0.54893D+10 0.29105D-05 64 cycle, time step /yrs: 19001 6.2220305309977340 PRE-DIFFUSION: 0.19622D+09 0.29097D-05 64 POST-DIFFUSION: 0.19622D+09 0.29097D-05 64 cycle, time step /yrs: 20001 0.16057069388054701 PRE-DIFFUSION: 0.50638D+07 0.29097D-05 64 POST-DIFFUSION: 0.50638D+07 0.29097D-05 64 cycle, time step /yrs: 21001 262.59565209471839 PRE-DIFFUSION: 0.82812D+10 0.29090D-05 64 POST-DIFFUSION: 0.82812D+10 0.29090D-05 64 1.5002391372222226 21823 hrs passed -> print restart cycle cycle, time step /yrs: 22001 0.84663472320142197 PRE-DIFFUSION: 0.26699D+08 0.29090D-05 69 POST-DIFFUSION: 0.26699D+08 0.29090D-05 69 cycle, time step /yrs: 23001 123.08275637397598 PRE-DIFFUSION: 0.38815D+10 0.29084D-05 69 POST-DIFFUSION: 0.38815D+10 0.29084D-05 69 cycle, time step /yrs: 24001 1.5109402206452538 PRE-DIFFUSION: 0.47649D+08 0.29080D-05 68 POST-DIFFUSION: 0.47649D+08 0.29080D-05 68 cycle, time step /yrs: 25001 102.90819473604175 PRE-DIFFUSION: 0.32453D+10 0.29080D-05 68 POST-DIFFUSION: 0.32453D+10 0.29080D-05 68 cycle, time step /yrs: 26001 4.4511248090882569 PRE-DIFFUSION: 0.14037D+09 0.29077D-05 68 POST-DIFFUSION: 0.14037D+09 0.29077D-05 68 1.5001049133333335 26277 hrs passed -> print restart cycle cycle, time step /yrs: 27001 20.497567134083717 PRE-DIFFUSION: 0.64641D+09 0.29077D-05 68 POST-DIFFUSION: 0.64641D+09 0.29077D-05 68 cycle, time step /yrs: 28001 45.222726247048030 PRE-DIFFUSION: 0.14261D+10 0.29074D-05 68 POST-DIFFUSION: 0.14261D+10 0.29074D-05 68 cycle, time step /yrs: 29001 1.0779578503935714 PRE-DIFFUSION: 0.33994D+08 0.29074D-05 68 POST-DIFFUSION: 0.33994D+08 0.29074D-05 68 cycle, time step /yrs: 30001 56.160314299537653 PRE-DIFFUSION: 0.17711D+10 0.29072D-05 68 POST-DIFFUSION: 0.17711D+10 0.29072D-05 68 1.5001806627777772 30468 hrs passed -> print restart cycle cycle, time step /yrs: 31001 0.91871201430629823 PRE-DIFFUSION: 0.28973D+08 0.29072D-05 68 POST-DIFFUSION: 0.28973D+08 0.29072D-05 68 cycle, time step /yrs: 32001 49.155718654266572 PRE-DIFFUSION: 0.15502D+10 0.29071D-05 68 POST-DIFFUSION: 0.15502D+10 0.29071D-05 68 cycle, time step /yrs: 33001 8.9833881750989182 PRE-DIFFUSION: 0.28330D+09 0.29071D-05 67 POST-DIFFUSION: 0.28330D+09 0.29071D-05 67 cycle, time step /yrs: 34001 25.121943113971589 PRE-DIFFUSION: 0.79225D+09 0.29071D-05 66 POST-DIFFUSION: 0.79225D+09 0.29071D-05 66 1.5002018697222219 34490 hrs passed -> print restart cycle cycle, time step /yrs: 35001 65.187337796973395 PRE-DIFFUSION: 0.20557D+10 0.29071D-05 66 POST-DIFFUSION: 0.20557D+10 0.29071D-05 66 cycle, time step /yrs: 36001 6.3268956751470311 PRE-DIFFUSION: 0.19952D+09 0.29071D-05 66 POST-DIFFUSION: 0.19952D+09 0.29071D-05 66 cycle, time step /yrs: 37001 58.826037016193993 PRE-DIFFUSION: 0.18551D+10 0.29071D-05 66 POST-DIFFUSION: 0.18551D+10 0.29071D-05 66 cycle, time step /yrs: 38001 0.86972794621871041 PRE-DIFFUSION: 0.27428D+08 0.29071D-05 65 POST-DIFFUSION: 0.27428D+08 0.29071D-05 65 1.5001165986111118 38201 hrs passed -> print restart cycle cycle, time step /yrs: 39001 58.770367348276395 PRE-DIFFUSION: 0.18534D+10 0.29071D-05 65 POST-DIFFUSION: 0.18534D+10 0.29071D-05 65 cycle, time step /yrs: 40001 4.8784443438424689E-002 PRE-DIFFUSION: 0.15385D+07 0.29071D-05 65 POST-DIFFUSION: 0.15385D+07 0.29071D-05 65 cycle, time step /yrs: 41001 117.24773244344497 PRE-DIFFUSION: 0.36975D+10 0.29071D-05 65 POST-DIFFUSION: 0.36975D+10 0.29071D-05 65 -------------------------------------------------------------------------- mpirun has exited due to process rank 0 with PID 61812 on node node1a09 exiting improperly. There are three reasons this could occur: 1. this process did not call "init" before exiting, but others in the job did. This can cause a job to hang indefinitely while it waits for all processes to call "init". By rule, if one process calls "init", then ALL processes must call "init" prior to termination. 2. this process called "init", but exited without calling "finalize". By rule, all processes that call "init" MUST call "finalize" prior to exiting or it will be considered an "abnormal termination" 3. this process called "MPI_Abort" or "orte_abort" and the mca parameter orte_create_session_dirs is set to false. In this case, the run-time cannot detect that the abort call was an abnormal termination. Hence, the only error message you will receive is this one. This may have caused other processes in the application to be terminated by signals sent by mpirun (as reported here). You can avoid this message by specifying -quiet on the mpirun command line. --------------------------------------------------------------------------