Sensitivity Estimates: Difference between revisions

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Each unconcatenated file corresponds to 5E5 POT:
Each unconcatenated file corresponds to 5E5 POT:
* The total simulated POT: 13.4E9
* The total simulated POT: 13.4E9
**It corresponds to 8 ubunches, assuming 1.6E9 POT/ubunch
The stopping planes were arranged in the configuration described in docdb-26541.
The stopping planes were arranged in the configuration described in docdb-26541.
Truncated files are empty and can be recovered from the archive.
Truncated files are empty and can be recovered from the archive.

Revision as of 17:46, 1 December 2020

Datasets

To print lists of datasets that are known to SAM - all or optionally with restrictions (see -h).

setup mu2efiletools
mu2eDatasetList

To see the files in a dataset with full file paths:

mu2eDatasetFileList dataset_name_here >& fcllist.txt

beam: stage1

The simulation correcponds to 800 MeV proton interactions with carbon coveyor style target. Two data streams are recorded:

  • dsregion: particles (mostly neutrals) reaching concrete walls covering CRV
  • mubeam: beam particles reaching DS vacuum volumes.

Each unconcatenated file corresponds to 5E5 POT:

  • The total simulated POT: 13.4E9
    • It corresponds to 8 ubunches, assuming 1.6E9 POT/ubunch

The stopping planes were arranged in the configuration described in docdb-26541. Truncated files are empty and can be recovered from the archive. The samples were produced on Bebop using 2.6M core-hours.

  • cnf.mu2e.beams1-g4-10-5.0919.fcl
  • sim.mu2e.beam-g4s1-mubeam-cat.111520.art
  • concanated from: sim.mu2e.beam-g4s1-mubeam.111520.art
    • File count: 87
    • Total size [GB]: 70
    • Event count: 37,132,359
    • Trigger rate: 0.28481196%
  • sim.mu2e.beam-g4s1-dsregion-cat.111520.art
  • concanated from: sim.mu2e.beam-g4s1-dsregion.111520.art
    • File count: 870
    • Total size [GB]: 1,209
    • Event count: 848,974,449
    • Trigger rate: 6.5117887%
  • logfiles: ???
  • G4 version: v4_10_6_p02b
  • CLHEP version: v2_4_1_3a
  • ART version: v3_06_03
  • Offline version: Mu2eII_01_00_00

Expert: Yuri Oksuzian.