Difference between revisions of "Offline Monitoring Data Validation PrimEx"
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<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run110551/CDC_dedx.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run110551/CDC_dedx.png" height="200"/></a> | <a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run110551/CDC_dedx.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run110551/CDC_dedx.png" height="200"/></a> | ||
<a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run110551/CDC_eff.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run110551/CDC_eff.png" height="200"/></a> | <a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run110551/CDC_eff.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver10/Run110551/CDC_eff.png" height="200"/></a> | ||
+ | </html> | ||
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+ | '''Absent Beryllium Target''' | ||
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+ | <html> | ||
+ | <a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver12/Run110453/CDC_occupancy.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver12/Run110453/CDC_occupancy.png" height="200"/></a> | ||
+ | <a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver12/Run110453/HistMacro_CDCTimeToDistance.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver12/Run110453/HistMacro_CDCTimeToDistance.png" height="200"/></a> | ||
+ | <a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver12/Run110453/CDC_dedx.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver12/Run110453/CDC_dedx.png" height="200"/></a> | ||
+ | <a href="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver12/Run110453/CDC_eff.png"><img src="/work/halld2/data_monitoring/RunPeriod-2022-08/mon_ver12/Run110453/CDC_eff.png" height="200"/></a> | ||
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+ | General notes on empty/absent Be target runs: the statistics are really low. Mark these runs good unless there is something odd or bad that isn't due to lack of statistics. | ||
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. | 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 18:03, 19 January 2024
This page contains the procedure for checking if PrimEx-η production runs are of good quality and can be used for physics analysis. This page is a work in progress and should not (yet) be used as a reference
Contents
[hide]Run Periods
- RunPeriod-2019-01 Validation (PrimEx-η Phase I)
- RunPeriod-2021-08 Validation (PrimEx-η Phase II)
- RunPeriod-2022-08 Validation (PrimEx-η Phase III)
Procedure
For each production run, do the following:
- Go to the Offline Run Browser page.
- Follow the steps outlined in the checklist below.
- Workers should check each plot for their assigned subsystem and leave notes in the corresponding spreadsheet if any significant deviations are seen
- On the spreadsheet, enter "Y" in the "Overall Quality" field if all monitoring histograms are acceptable, otherwise enter "N"
- We will iterate this procedure until the process converges
Expert Actions
- Certify that each subsystem is okay
- Set run status in RCDB based on monitoring results
- (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 (template, incomplete)
General Notes
- Reference runs are listed for each target type
- Be Empty: 110453 (left out of monitoring launches 01-11)
- Be Full: 110551
- He Empty: 111917
- He Full: 111884
TEMP: To Do
Experts should update the table as tasks are completed
Subdetector | Plots | Instructions | Expert(s) |
---|---|---|---|
BCAL | Confirm existing ones are relevant | Confirm existing ones are accurate | Mark Dalton, Zisis Papandreou, Igal Jaegle |
CCAL | Select relevant plots | Write instructions for volunteers | Drew Smith |
CDC | Existing plots are relevant | Existing instructions are accurate | Naomi Jarvis |
FCAL | Confirm existing ones are relevant | Write instructions for volunteers | Mark Dalton, Malte Albrecht, Igal Jaegle |
FDC | Confirm existing ones are relevant | Write instructions for volunteers | Lubomir Pentchev |
PS | Confirm existing ones are relevant | Write instructions for volunteers | Alex Somov, Olga Cortes |
SC | Confirm existing ones are relevant | Write instructions for volunteers | Beni Zihlmann |
TAGH | Confirm existing ones are relevant | Write instructions for volunteers | Alex Somov, Bo Yu |
TAGM | Confirm existing ones are relevant | Write instructions for volunteers | Richard Jones, Ellie Prather |
TOF | Confirm existing ones are relevant | Write instructions for volunteers | Paul Eugenio, Beni Zihlmann |
RF | Confirm existing ones are relevant | Confirm existing ones are accurate | Sean Dobbs, Beni Zihlmann |
Timing | Confirm existing ones are relevant | Confirm existing ones are accurate | Sean Dobbs |
Analysis | Confirm existing ones are relevant | Confirm existing ones are accurate | Alex Austregesilo, Sean Dobbs |
BCAL
- Check Occupancy - Reference: [ link ]
- Check Hit Efficiency - Reference: [ link ]
- Check Recon. BCAL 1 - Reference: [ link ]
- Check Recon. BCAL 2 - Reference: [ link ]
- Check BCAL Matching - Reference: [ link ]
BCAL Reference Plots
BCAL Notes
CCAL
- List of plots to check goes here
CCAL Reference Plots
CCAL 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
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 Recon. 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 ]
- Check PS Pair Energy - Reference: [ link ]
PS Reference Plots
PS Notes
SC
- Check Occupancy - Reference: [ link ]
- Check Recon. SC 1 - Reference: [ link ]
- Check Recon. SC 2 - Reference: [ link ]
- Check Recon. SC Matching - Reference: [ link ]
SC Reference Plots
SC Notes
TAGH
TAGH Reference Plots
TAGH Notes
TAGM
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 ]
RF Reference Plots
RF Instructions
Timing
- Check HLDT Calorimeter Timing - Reference: [ link ]
- Check HLDT Drift Chamber Timing - Reference: [ link ]
- Check HLDT PID System Timing - Reference: [ link ]
- Check HLDT Tagger Timing - Reference: [ link ]
- Check HLDT Tagger/RF Align 2 - Reference: [ link ]
- Check HLDT Tagger/SC Align - Reference: [ link ]
- Check HLDT Track-Matched 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