Difference between revisions of "Analysis Shift Meeting Agenda, November 07 - November 13, 2021"
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(→Thursday, November 11) |
(→Thursday, November 11) |
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### Igal needs production .evio files from | ### Igal needs production .evio files from | ||
### Will be pinned for 60 days | ### Will be pinned for 60 days | ||
− | # | + | # Questions for Sasha |
## PS trigger rate measurement (where is it, what exists) | ## PS trigger rate measurement (where is it, what exists) | ||
### Estimate trigger rate by PS production rate, use total triggers, crude estimate | ### Estimate trigger rate by PS production rate, use total triggers, crude estimate | ||
Line 15: | Line 15: | ||
### How do you getting total triggers in a run? | ### How do you getting total triggers in a run? | ||
#### Process whole run, total PS triggers in tagger (H or M), and has to be calibrated | #### Process whole run, total PS triggers in tagger (H or M), and has to be calibrated | ||
+ | ### Monitoring | ||
+ | #### Compare 1 run vs another | ||
+ | #### Look on specific channel | ||
+ | #### sample you process, know how many triggers we have | ||
+ | #### to get rel. yield/ flux | ||
+ | #### Compare to another fraction of a run. | ||
+ | #### 1st run you have 100 meson/ million triggers vs. 200/M then statistical errors, yield changes or stays the same. | ||
+ | #### Usually 5 files/ run | ||
## [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2021-11/mon_ver01/Run090074/RF_TPOL_occupancy.png RF/TPOL] | ## [https://halldweb.jlab.org/work/halld2/data_monitoring/RunPeriod-2021-11/mon_ver01/Run090074/RF_TPOL_occupancy.png RF/TPOL] | ||
+ | ### Top Plot: Compare Rate changes between runs between detectors. General health of detectors | ||
+ | ### Bottom plots: Make sure all channels are filled | ||
## [https://halldweb.jlab.org/data_monitoring/Plot_Browser.html TPOL Intergral] | ## [https://halldweb.jlab.org/data_monitoring/Plot_Browser.html TPOL Intergral] | ||
− | + | ## Trigger [https://halldweb.jlab.org/data_monitoring/Plot_Browser.html Run 64 &67] | |
+ | ### Holes mean LED doesn't work. May need missing trigger is a good check on the BCAL energy | ||
+ | ### <b>Link to log entry about resetting pedestal </b> | ||
# Processing Data | # Processing Data | ||
− | ## .hddm is faster to process than .evio, but timing isn't calibrated correctly | + | ## .hddm is faster to process than .evio, but timing isn't calibrated correctly with hddm file |
− | # Reference plots under development | + | ## Jackson ran plugin over 90071. CL is good, Vertex is good, Showers are largely right, but then time vs distance plot shows concern. |
+ | ## hddm files have issue with timing calibration. | ||
+ | ## Physics looks good, but timing isn't great. | ||
+ | ## Nathaly is talking with Alexander about this. | ||
+ | ## Jackson processed 4 hddm files out of many. | ||
+ | ## Main issue: | ||
+ | ### Physics memory leaks, but we don't have trees from plugins that were run over raw files | ||
+ | ### They tried to submit jobs, but they were taking a long time to run and they don't | ||
+ | #Interlude about Bates | ||
+ | # Reference plots under development [https://docs.google.com/presentation/d/1uURwu3uy4JyTeegsx4_I9egaEK90jOK__zutKvuw58I/edit#slide=id.g10169e19ec6_1_5 linked here] | ||
# Timeline for the next 10 days | # Timeline for the next 10 days | ||
+ | ## We have 9 days before we change targets, so we want to make sure we have enough statistics before we switch. | ||
+ | # Update on plugins | ||
+ | ## Monitoring was fine without rho0 and rho- plugins | ||
+ | ## was able to have a full reconstruction without physics plugins in 7 hours | ||
+ | ## Suggest monitoring without analysis | ||
+ | ## Run analysis in separate workflow, can change plugins faster | ||
+ | ## Kinematic fitting is non standard, so was working but still had some problems | ||
=Wednesday, November 10= | =Wednesday, November 10= |
Revision as of 16:25, 11 November 2021
Contents
Thursday, November 11
- Updates
- Analysis Agenda!
- Analysis Shift Page
- Worker Shift Spreadsheet
- Getting .evio from jcache
- Igal needs production .evio files from
- Will be pinned for 60 days
- Questions for Sasha
- PS trigger rate measurement (where is it, what exists)
- Estimate trigger rate by PS production rate, use total triggers, crude estimate
- Takes a few runs, scales depending on .evio files
- Total trigger rate (kHz), PS trigger rate (kHz),
- How do you getting total triggers in a run?
- Process whole run, total PS triggers in tagger (H or M), and has to be calibrated
- Monitoring
- Compare 1 run vs another
- Look on specific channel
- sample you process, know how many triggers we have
- to get rel. yield/ flux
- Compare to another fraction of a run.
- 1st run you have 100 meson/ million triggers vs. 200/M then statistical errors, yield changes or stays the same.
- Usually 5 files/ run
- RF/TPOL
- Top Plot: Compare Rate changes between runs between detectors. General health of detectors
- Bottom plots: Make sure all channels are filled
- TPOL Intergral
- Trigger Run 64 &67
- Holes mean LED doesn't work. May need missing trigger is a good check on the BCAL energy
- Link to log entry about resetting pedestal
- PS trigger rate measurement (where is it, what exists)
- Processing Data
- .hddm is faster to process than .evio, but timing isn't calibrated correctly with hddm file
- Jackson ran plugin over 90071. CL is good, Vertex is good, Showers are largely right, but then time vs distance plot shows concern.
- hddm files have issue with timing calibration.
- Physics looks good, but timing isn't great.
- Nathaly is talking with Alexander about this.
- Jackson processed 4 hddm files out of many.
- Main issue:
- Physics memory leaks, but we don't have trees from plugins that were run over raw files
- They tried to submit jobs, but they were taking a long time to run and they don't
- Interlude about Bates
- Reference plots under development linked here
- Timeline for the next 10 days
- We have 9 days before we change targets, so we want to make sure we have enough statistics before we switch.
- Update on plugins
- Monitoring was fine without rho0 and rho- plugins
- was able to have a full reconstruction without physics plugins in 7 hours
- Suggest monitoring without analysis
- Run analysis in separate workflow, can change plugins faster
- Kinematic fitting is non standard, so was working but still had some problems
Wednesday, November 10
- Beam Update
- Production Run Update
- List of good runs is on the analysis shift page. Calibration can start for some subdetectors.
- Discussed the current progress regarding the run spreadsheet and the data quality spreadsheet
- Need to have a summary slides of the important plots to monitor for the data quality spreadsheet
- Physics on ρ0 channel of Run 90059
- Trigger Discussion
- 2 triggers: Main production:
- Bit 1 BCAL + FCAL + SC
- bit2= BCAL + FCAL with larger energy threshold
- bit 3 =PS
- FCAl and BCAL minimum ionizing (1)
- Start counter
- Will kill some physics, primakov production, excited nucleon or recoil on coherent only neutrals (2) in final state
- To account for this, add trigger with larger energy threshold to accept primakov style events
- Completelmentary, has larger energy deposition
- Primakov is z^2 hunting for small enhancement bumble in angle dis. Or eta, would be big peak with carbons.
- larger eta mass than pion
- larger the target the better, enhancement for primakov
- pi0 in hall b (primakov in carbon)
- more physics, sensitive to this
- 50 kHz with 90% live time
- Adding TPOL yesterday
- will use it somewhere eventually
- Ahead of schedule
- already have production data on he 4
- Took AMO that can used in
- For Flux,
- tagger and PS needs to be calibrated
- estimate is total number of PS triggers
- integral of PS spectrum
- Insert calorimeter into beam, count photons. In parallel, run PS, so you know acceptance, convulsion of PS converter (thickness and sigma) acceptance
- 2 triggers: Main production:
Tuesday, November 09
- Radiator
- Timing Cuts
- Bo and Phoebe's input from the spreadsheets
- Discussed updates to Analysis shift and analysis shift webpage
- Possible take a look over the run files that we have, if they get ready