LFS_UPC QA

Speaker : Ben Kimelman


Talk time : 15:50, Duration : 00:20

 

Efficiency in FXT

Speaker : Philipp Weidenkaff


Talk time : 10:15, Duration : 00:20

BulkCorr QA

Speaker : Takafumi


Talk time : 15:30, Duration : 00:20

 

Weekly Meeting (Jan. 16)

 -Xiaoxuan, Dipi0 updates

- Vertex determination with BBC: Oleg

JPS abstract 2020 March

 

HF PWG Weekly Meeting 20200116

 isobar QA results & TOF and TPC problems & dielectron invariant mass spectrum

Run-20 Detector QA Meeting

2020-01-23 15:30
2020-01-23 16:30
America/New York
Thursday, 23 January 2020
https://bluejeans.com/563179247, at 20:30 (GMT), duration : 01:00

 QA experts:

  • BBC - Akio Ogawa
  • BTOF - Zaochen Ye
  • BEMC - Raghav Kunnawalkam Elayavalli
  • EPD  - Rosi Reed
  • eTOF - Florian Seck
  • GMT - Dick Majka
  • TPC- Irakli Chakaberia, Flemming Videbaek
  • HLT - Hongwei Ke
  • VPD  -  Daniel Brandenburg
  • Offline-QA - Lanny Ray  + this week's Offline-QA shift taker
  • LFSUPC conveners: Wangmei Zha, Daniel Cebra, Jaro Adams           
    • delegate: Ben Kimelman
  • BulkCorr conveners: SinIchi Esumi,  Jiangyong Jia, and Xiaofeng Luo 
    • delegate: Takafumi Niida (BulkCorr)
  • PWGC - Zhenyu Ye
  • TriggerBoard (and BES focus group) - Daniel Cebra
  • S&C - Gene van Buren
1) Update from STAR operations and Trigger Board 

2) Fast Offline

3) HLT QA readiness

4) PWG QA

5) Round table: detector QA/known issues


Run-20 QA Drupal page: https://drupal.star.bnl.gov/STAR/comp/qa/pwg-qa/run-20-bes-ii-qa
TimeTalkPresenter
15:30LFS_UPC QA ( 00:20 ) 1 fileBen Kimelman

Run-20 Detector QA Meeting

2020-01-30 15:30
2020-01-30 16:30
America/New York
Thursday, 30 January 2020
https://bluejeans.com/563179247, at 20:30 (GMT), duration : 01:00

 QA experts:

  • BBC - Akio Ogawa
  • BTOF - Zaochen Ye
  • BEMC - Raghav Kunnawalkam Elayavalli
  • EPD  - Rosi Reed
  • eTOF - Florian Seck
  • GMT - Dick Majka
  • TPC- Irakli Chakaberia, Flemming Videbaek
  • HLT - Hongwei Ke
  • VPD  -  Daniel Brandenburg
  • Offline-QA - Lanny Ray  + this week's Offline-QA shift taker
  • LFSUPC conveners: Wangmei Zha, Daniel Cebra, Jaro Adams           
    • delegate: Ben Kimelman
  • BulkCorr conveners: SinIchi Esumi,  Jiangyong Jia, and Xiaofeng Luo 
    • delegate: Takafumi Niida (BulkCorr)
  • PWGC - Zhenyu Ye
  • TriggerBoard (and BES focus group) - Daniel Cebra
  • S&C - Gene van Buren
1) Update from STAR operations and Trigger Board 

2) Fast Offline

3) HLT QA readiness

4) PWG QA

5) Round table: detector QA/known issues


Run-20 QA Drupal page: https://drupal.star.bnl.gov/STAR/comp/qa/pwg-qa/run-20-bes-ii-qa

Run-20 Detector QA Meeting

2020-02-06 15:30
2020-02-06 16:30
America/New York
Thursday, 6 February 2020
https://bluejeans.com/563179247, at 20:30 (GMT), duration : 01:00

Run-20 Detector QA Meeting

2020-02-13 15:30
2020-02-13 16:30
America/New York
Thursday, 13 February 2020
https://bluejeans.com/563179247, at 20:30 (GMT), duration : 01:00

 QA experts:

  • BBC - Akio Ogawa
  • BTOF - Zaochen Ye
  • BEMC - Raghav Kunnawalkam Elayavalli
  • EPD  - Rosi Reed
  • eTOF - Florian Seck
  • GMT - Dick Majka
  • TPC- Irakli Chakaberia, Flemming Videbaek
  • HLT - Hongwei Ke
  • VPD  -  Daniel Brandenburg
  • Offline-QA - Lanny Ray  + this week's Offline-QA shift taker
  • LFSUPC conveners: Wangmei Zha, Daniel Cebra, Jaro Adams           
    • delegate: Ben Kimelman
  • BulkCorr conveners: SinIchi Esumi,  Jiangyong Jia, and Xiaofeng Luo 
    • delegate: Takafumi Niida (BulkCorr)
  • PWGC - Zhenyu Ye
  • TriggerBoard (and BES focus group) - Daniel Cebra
  • S&C - Gene van Buren
1) Update from STAR operations and Trigger Board 

2) Fast Offline

3) HLT QA readiness

4) PWG QA

5) Round table: detector QA/known issues


Run-20 QA Drupal page: https://drupal.star.bnl.gov/STAR/comp/qa/pwg-qa/run-20-bes-ii-qa


TimeTalkPresenter
15:30BulkCorr QA ( 00:20 ) 1 fileTakafumi
15:50LFS_UPC QA ( 00:20 ) 1 fileBen Kimelman

Run-20 Detector QA Meeting

2020-02-20 15:30
2020-02-20 16:30
America/New York
Thursday, 20 February 2020
https://bluejeans.com/563179247, at 20:30 (GMT), duration : 01:00

 QA experts:

  • BBC - Akio Ogawa
  • BTOF - Zaochen Ye
  • BEMC - Raghav Kunnawalkam Elayavalli
  • EPD  - Rosi Reed
  • eTOF - Florian Seck
  • GMT - Dick Majka
  • TPC- Irakli Chakaberia, Flemming Videbaek
  • HLT - Hongwei Ke
  • VPD  -  Daniel Brandenburg
  • Offline-QA - Lanny Ray  + this week's Offline-QA shift taker
  • LFSUPC conveners: Wangmei Zha, Daniel Cebra, Jaro Adams           
    • delegate: Ben Kimelman
  • BulkCorr conveners: SinIchi Esumi,  Jiangyong Jia, and Xiaofeng Luo 
    • delegate: Takafumi Niida (BulkCorr)
  • PWGC - Zhenyu Ye
  • TriggerBoard (and BES focus group) - Daniel Cebra
  • S&C - Gene van Buren
1) Update from STAR operations and Trigger Board 

2) Fast Offline

3) HLT QA readiness

4) PWG QA

5) Round table: detector QA/known issues



Run-20 QA Drupal page: https://drupal.star.bnl.gov/STAR/comp/qa/pwg-qa/run-20-bes-ii-qa

TimeTalkPresenter
15:30BulkCorr QA ( 00:20 ) 1 fileTakafumi

Run-20 Detector QA Meeting

2020-02-27 15:30
2020-02-27 16:30
America/New York
Thursday, 27 February 2020
https://bluejeans.com/563179247, at 20:30 (GMT), duration : 01:00
TimeTalkPresenter
15:30BulkCorr QA ( 00:20 ) 1 fileTakafumi
15:50LFS_UPC QA ( 00:20 ) 1 fileBen Kimelman

Run-20 Detector QA Meeting

2020-03-05 15:30
2020-03-05 16:30
America/New York
Thursday, 5 March 2020
https://bluejeans.com/563179247, at 20:30 (GMT), duration : 01:00

 QA experts:

  • BBC - Akio Ogawa
  • BTOF - Zaochen Ye
  • BEMC - Raghav Kunnawalkam Elayavalli
  • EPD  - Rosi Reed
  • eTOF - Florian Seck
  • GMT - 
  • TPC- Irakli Chakaberia, Flemming Videbaek
  • HLT - Hongwei Ke
  • VPD  -  Daniel Brandenburg
  • Offline-QA - Lanny Ray  + this week's Offline-QA shift taker
  • LFSUPC conveners: Wangmei Zha, Daniel Cebra, Jaro Adams           
    • delegate: Ben Kimelman
  • BulkCorr conveners: SinIchi Esumi,  Jiangyong Jia, and Xiaofeng Luo 
    • delegate: Takafumi Niida (BulkCorr)
  • PWGC - Zhenyu Ye
  • TriggerBoard (and BES focus group) - Daniel Cebra
  • S&C - Gene van Buren
1) Update from STAR operations and Trigger Board 

2) Fast Offline

3) HLT QA readiness

4) PWG QA

5) Round table: detector QA/known issues



Run-20 QA Drupal page: https://drupal.star.bnl.gov/STAR/comp/qa/pwg-qa/run-20-bes-ii-qa

TimeTalkPresenter
15:30BulkCorr QA ( 00:20 ) 1 fileTakafumi

Run-20 Detector QA Meeting

2020-01-16 15:30
2020-01-16 16:30
America/New York
Thursday, 16 January 2020
https://bluejeans.com/563179247, at 20:30 (GMT), duration : 01:00

 QA experts:

  • BBC - Akio Ogawa
  • BTOF - Zaochen Ye
  • BEMC - Raghav Kunnawalkam Elayavalli
  • EPD  - Rosi Reed
  • eTOF - Florian Seck
  • GMT - Dick Majka
  • TPC- Irakli Chakaberia, Flemming Videbaek
  • HLT - Hongwei Ke
  • VPD  -  Daniel Brandenburg
  • Offline-QA - Lanny Ray  + this week's Offline-QA shift taker
  • LFSUPC conveners: Wangmei Zha, Daniel Cebra, Jaro Adams           
    • delegate: Ben Kimelman
  • BulkCorr conveners: SinIchi Esumi,  Jiangyong Jia, and Xiaofeng Luo 
    • delegate: Takafumi Niida (BulkCorr)
  • PWGC - Zhenyu Ye
  • TriggerBoard (and BES focus group) - Daniel Cebra
  • S&C - Gene van Buren
1) Update from STAR operations and Trigger Board 

2) Fast Offline

3) HLT QA readiness

4) PWG QA

5) Round table: detector QA/known issues


Run-20 QA Drupal page: https://drupal.star.bnl.gov/STAR/comp/qa/pwg-qa/run-20-bes-ii-qa
TimeTalkPresenter
15:30BulkCorr QA ( 00:20 ) 1 fileTakafumi
15:50LFS_UPC QA ( 00:20 ) 1 fileBen Kimelman

Update [01.14.2020] -- Why Do Some MC Tracks Have Pt = -999?

Previously, I discovered that there are a lot of generated (particle-level) tracks -- particularly those with [IdEnd = 0 && IdVtx > 1] -- that have a pT of -999.  See

Update [01.13.2020] -- Using Qt To Measure V0 Systematic

One thing we've been trying to figure out is how to go about assessing the systematic due to feed-down from secondary vertices.  Some of our investigations taken along this front can be found her

Update [01.13.2020] -- Comparing Tracking Efficiencies For Particles With IdVtx = 1 vs. Those With IdVtx > 1

Following up on this post:

Update [01.13.2020] -- Understanding Tracking Efficiencies For Decays On Vs. Off

Something odd is going on with the tracking efficiency between the two 'decay on' cases in this post:

Working Towards A_LL procedure for 2009 pions

 

AOB

Speaker : All ( All )


Talk time : 12:40, Duration : 00:20