Software

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Simulation Codes

The collaboration has work space at /work/hallc/c-gen/ (accessible on the ifarm machines).  
Contact Brad Sawatzky <mailto:brads@jlab.org> for write access.

Using the JLab Farm

  • Basically, run a few short test jobs on an interactive node (ie. ifarm65.jlab.org) just as you would on your desktop.
    • Source code and binaries can reside in your /home directory. (If space is an issue, let me know.)
    • Large output (*.root) files must be written to /volatile/hallc/cgen/<your_jlab_username>/
      • Note the delete policy for the /volatile file system here: https://scicomp.jlab.org/docs/volatile_disk_pool
      • Basically, if it's something that we want for long term, then you must push it to tape and access it through the /cache filesystem.)
 PROJECT : cgen
 TRACK   : simulation
 OS      : centos65
  • Large file transfers to/from your institution work well with Globus: https://scicomp.jlab.org/docs/node/23
    • You can set up a local 'endpoint' on your machine and this system can take care of shuffling large files around, retrying if needed, synchronizing directories, etc. ('scp' works too, of course.)

GEANT4 Simulation

[NMU-NPOL]: (Github) GEANT4 model developed by W. Tireman et al. (NMU)

FLUKA + MCEEP

  • Andrei Semenov (U of Regina) has a simulation using Fluka 2011.2.9 + MCEEP-generated neutrons. Contact Andrei for details.

JLab

  • Pavel Degtiarenko (JLab) was contacted in Sep 2014 regarding any local codes that might be useful. Unfortunately nothing really suitable is available at the moment. The old GEANT3 model is still used for dose related calculations. A planned G4 model has (tentatively) been replaced by a future FLUKA model -- neither is in a useful form yet.