GlueX/JEF 2025-01 data set

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List of changes

These lists are giving the run ranges where the ECAL/FCAL hardware was not changed.

Monitoring results

What is currently in the ti2025 variation

The ti2025 variation contains the latest and most up-to-date tables for run ranges from which the iterations are done.

What is currently in the default variation

The default variation contains the latest and most up-to-date tables.

Periods

Key details of the different periods       (Click "Expand" to the right for more details -->):

  1. period 0: commissioning
  2. period 1: commissioning, 1st ECAL HV changes, 130993->
  3. period 2: commissioning, 1st FCAL HV changes, 131016->
  4. period 3: commissioning, 2nd ECAL HV changes, 131032->
  5. period 4: commissioning, FCAL included in the trigger, 131057->
  6. period 5: commissioning, ECAL HV turn off for the first 3 layers, 131071->
  7. period 6: commissioning, ECAL HV turn on for all layers, 131074->
  8. period 7: commissioning, ECAL trigger turn off, thus FCAL/BCAL trigger, 131082->
  9. period 8: commissioning, FCAL HV changes, 131133->
  10. period 9: commissioning, ECAL HV changes, 131050->
  11. period 10: commissioning, ECAL/FCAL HV changes, 131179->
  12. period 11: commissioning, change beam current from 250nA to 300nA, 131184->
  13. period 12: commissioning, ECAL HV changes, 131196->
  14. period 13: commissioning, ECAL&FCAL + BCAL triggers implemented, 131207->
    • ECAL & FCAL trigger: Bit 0
    • BCAL trigger (prescaled): Bit 2
    • PS trigger: Bit 3
  15. period 14: commissioning, FCAL HV changes, 131217->
  16. period 15: commissioning, FCAL HV changes, 131237->
    • BCAL included in the general trigger, 131268->
    • Bit 0: ECAL + FCAL & BCAL
    • Bit 2: BCAL
    • Bit 3: PS
  17. period 16: commissioning, FCAL HV changes, 131272->
  18. period 17: commissioning, FCAL PMT changes, 131333->
  19. period 18: bad production, 131372->
  20. period 19: bad production, FCAL HV changes, 131383->
  21. period 20: production but 16 FCAL channels missing, 131395->131404
  22. period 21: production w/ FCAL FADC replaced, 131405->
  23. period 22: production, FCAL HV changes, 131432->
  24. period 23: production, new ECAL HVs, 131447->
  25. period 24: production, new FCAL HVs, 131466->
  26. period 25, production, new FCAL HVs, 131474->
  27. period 26, production, between 25 & 26, there is a long break w/o beam, 131487->
  28. period 27, production, 131535->
  29. period 28, production, 131658->
  30. period 29, production, 131797->
  31. period 30, production, 131946->
  32. period 31, production, 131965->
  33. period 32, production, 131992->
  34. period 33, production, new FCAL HVs, 132038 ->
  35. period 34, production, new FCAL bases, 132074? ->

Table of the run ranges for the different periods       (Click "Expand" to the right for more details -->):

Min Run Max Run Batch # Gains/Timing Offsets
130862 130992 0 ecal fcal
130993 131015 1 ecal fcal
131016 131031 2 ecal fcal
131032 131056 3 ecal fcal
131057 131069 4 ecal fcal
131071 131072 5 ecal fcal
131074 131077 6 ecal fcal
131082 131132 7 ecal fcal
131133 131049 8 ecal fcal
131050 131160 9 ecal fcal
131179 131183 10 ecal fcal
131184 131195 11 ecal fcal
131196 131206 12 ecal fcal
131207 131216 13 ecal fcal
131217 131236 14 ecal fcal
131237 131271 15 ecal fcal
131272 131310 16 ecal fcal
131333 131371 17 ecal fcal
131372 131373 18 ecal fcal
131383 131394 19 ecal fcal
131395 131404 20 ecal fcal
131405 131431 21 ecal fcal
131432 131446 22 ecal fcal
131447 131460 23 ecal fcal
131466 131473 24 ecal fcal
131474 131486 25 ecal fcal
131487 131534 26 ecal fcal
131535 131637 27 ecal fcal
131658 131784 28 ecal fcal
131797 131940 29 ecal fcal
131946 131954 30 ecal fcal
131965 131974 31 ecal fcal
131992 132034 32 ecal fcal
132038 132071 33 ecal fcal
132074 132??? 34 ecal fcal

Timing

Done for each periods above.

Pedestals

The pedestal calibration is performed for each block & run. When there is no response to LED lights, the block is marked as a potential bad block and is set arbitrarily to a pedestal value corresponding to the average pedestal value for the runs in which this block sees the LED lights.

Gain matching calibration plots

The gain matching is using the ECAL/FCAL rawdata/pi0-skim.

Checking the ECAL/FCAL gains

Look at the reports and individual diphoton invariant mass.

Energy dependence correction monitoring plots

Bad block map

This map is done for each run number by combining the info collected by analyzing the LED and pi0 skims. This map has to be compared with the block efficiency map. During the simulation smearing, it is either the bad block map or the block efficiency map that has to be used. The bad block map excludes all blocks marked as the central block of a cluster. The block efficiency assigned an efficiency number to this block.

Block efficiency map

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