Difference between revisions of "Offline Monitoring Data Validation"

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CDC Occupancy: There should be a uniform decrease in intensity from the center of the detector outward. Random white cells scattered throughout occur when not enough data were collected, eg empty target runs, trigger tests or no beam. Several contiguous white, dark blue or bright yellow cells which don't match the neighboring cells are a problem.
 
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Revision as of 12:38, 19 March 2020

This page contains the procedure for checking if production runs are of good quality and can be used for physics analysis.

Run Periods

Procedure

For each production run, do the following:

  • Go to the | Offline Run Browser page.
  • Follow the steps outlined in the checklist below.
  • Certify that each section is okay
    • (DB + script to be developed)
  • Set run status = 1 in RCDB
    • (script provided)

Run Statuses

  • -1 - unchecked
  • 0 - rejected (not physics-quality)
  • 1 - approved
  • 2 - approved long/"mode 8" data
  • 3 - calibration / systematic studies

Checklist

Example Monitoring Spreadsheet

Reference run for 2017-01: 30780

Reference run for 2018-01: 40933/4

Reference run for 2018-08: 51388

Reference run for 2019-11: 71XXX


  • BCAL
    • Check Occupancy - Reference: [ link ]
    • Check Hit Efficiency - Reference: [ link ]
    • Check BCAL Recon. 1 - Reference: [ link ]
    • Check BCAL Recon. 2 - Reference: [ link ]
    • Check BCAL Matching - Reference: [ link ]

BCAL Reference Plots

BCAL Notes

  • CDC
    • Check Occupancy - Reference: [ link ]
    • Check Time-to-distance - Reference: [ link ]
    • Check dE/dx - Reference: [ link ]
    • Check Efficiency- Reference: [ link ]

CDC Reference Plots

CDC Notes

CDC Occupancy: There should be a uniform decrease in intensity from the center of the detector outward. Random white cells scattered throughout occur when not enough data were collected, eg empty target runs, trigger tests or no beam. Several contiguous white, dark blue or bright yellow cells which don't match the neighboring cells are a problem.


  • FCAL
    • Check Occupancy - Reference: [ link ]
    • Check FCAL Hits 1 - Reference: [ link ]
    • Check FCAL Hits 2 - Reference: [ link ]
    • Check FCAL Clusters 1 - Reference: [ link ]
    • Check FCAL Recon. 1 - Reference: [ link ]
    • Check FCAL Recon. 2 - Reference: [ link ]
    • Check FCAL Matching - Reference: [ link ]

FCAL Reference Plots

FCAL Notes


  • FDC
    • Check Package 1 Occupancy - Reference: [ link ]
    • Check Package 2 Occupancy - Reference: [ link ]
    • Check Package 3 Occupancy - Reference: [ link ]
    • Check Package 4 Occupancy - Reference: [ link ]

FDC Reference Plots

FDC Notes


  • PS
    • Check Occupancy - Reference: [ link ]
    • Check Timing Alignment - Reference: [ link ]

PS Reference Plots

PS Notes


  • SC
    • Check Occupancy - Reference: [ link ]
    • Check SC Recon. 1 - Reference: [ link ]
    • Check SC Recon. 2 - Reference: [ link ]
    • Check SC Matching - Reference: [ link ]

SC Reference Plots

SC Notes


  • TAGH
    • Check Tagger Occupancy - Reference: [ link ]
    • Check TAGH Hits 2 - Reference: [ link ]

TAGH Reference Plots

TAGH Notes


  • TAGM
    • Check Timing ADC-RF - Reference: [ link ]
    • Check Timing T-ADC - Reference: [ link ]

TAGM Reference Plots

TAGM Notes


  • TOF
    • Check Occupancy - Reference: [ link ]
    • Check TOF Matching 1 - Reference: [ link ]
    • Check TOF Matching 2 - Reference: [ link ]

TOF Reference Plots

TOF Notes


  • RF
    • Check timing offsets - Reference: [ link ]
      • Should be centered around zero

RF Reference Plots


  • Timing
    • Check Calorimeter Timing - Reference: [ link ]
    • Check Drift Chamber Timing - Reference: [ link ]
    • Check PID System Timing - Reference: [ link ]
    • Check Tagger Timing - Reference: [ link ]
    • Check Track Matched Timing - Reference: [ link ]
    • Check Tagger/RF Timing - Reference: [ link ]
    • Check Tagger/SC Timing - Reference: [ link ]

Timing Reference Plots

Timing Notes


  • Analysis
    • Tracking 1 - [ link ]
    • Tracking 3 - [ link ]
    • Check BCAL pi0 - Reference: [ link ]
    • Check BCAL/FCAL pi0 - Reference: [ link ]
    • Check p+2pi - Reference: [ link ]
    • Check p+3pi - Reference: [ link ]
    • Check p+pi0g - Reference: [ link ]

Analysis Reference Plots

Analysis Notes