Difference between revisions of "Summer 2017 Analysis Workshop"
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Jump to navigationJump to search| Line 7: | Line 7: | ||
== Proposed Structure == | == Proposed Structure == | ||
| − | * 2 hour sessions comprised of ~60 min of talks followed by ~60 min of hands on exercises | + | * 2/3 hour sessions comprised of ~60 min of talks followed by ~60/120 min of hands on exercises |
* The session will be recorded on BlueJeans and posted to the wiki page of future reference | * The session will be recorded on BlueJeans and posted to the wiki page of future reference | ||
* Each session will contain exercises that will also serve as homework | * Each session will contain exercises that will also serve as homework | ||
| Line 32: | Line 32: | ||
=== Physics Analyzer Topics === | === Physics Analyzer Topics === | ||
| − | # Monte Carlo | + | # Optics (2 hours) |
| + | # Monte Carlo (3 hours) | ||
| + | #* SHMS/HMS single arm MC | ||
#* SIMC | #* SIMC | ||
#* Acceptance | #* Acceptance | ||
| − | # Radiative corrections & cross sections | + | # Radiative corrections & cross sections (3 hours) |
| − | # | + | #* MC Re-weighting |
| + | #* Radiative corrections | ||
Revision as of 09:02, 10 May 2017
Purpose
- The purpose of the Summer 2017 Analysis workshop is to provide a setting in which users will have an opportunity to learn the details of the Hall C Analyzer
- The sessions will be interleaved with Hall A, therefore they will be as generalized as possible
- This encourages both Hall A and Hall C folks to attend the entire workshop
Proposed Structure
- 2/3 hour sessions comprised of ~60 min of talks followed by ~60/120 min of hands on exercises
- The session will be recorded on BlueJeans and posted to the wiki page of future reference
- Each session will contain exercises that will also serve as homework
- A wiki will be made afterwords which contains the solutions to the exercises
First pass at flow of workshop
Low-Level Analyzer Topics
- General flow of the Hall A & C analyzers (2 hours)
- Database/Parameter files & detector classes
- Calibrations of detectors (2 hours)
- Deb/Carlos: Drift chambers
- Kayla: Hodoscopes
- Ryan: Cherenkovs/Aerogel
- Shower: Yerevan
- Hall A: VDC's
- Detector efficiencies (2 hours)
- Tracking
- Hodoscope
- Cherenkov/Shower PID
- Trigger (???)
Physics Analyzer Topics
- Optics (2 hours)
- Monte Carlo (3 hours)
- SHMS/HMS single arm MC
- SIMC
- Acceptance
- Radiative corrections & cross sections (3 hours)
- MC Re-weighting
- Radiative corrections
