Difference between revisions of "SRC/CT Calibrations"
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− | ''' | + | === Detailed Listing === |
− | * | + | |
− | * | + | * '''BCAL''' |
+ | ** Global timing | ||
+ | ** z-position calibration | ||
+ | ** Gain ratios | ||
+ | ** Gain calibrations | ||
+ | ** Energy non-linearities | ||
+ | * '''CDC''' | ||
+ | ** Wire gains (per-channel) | ||
+ | ** Overall gain factors (can skip if online is good enough) | ||
+ | ** Final dE/dx calibrations | ||
+ | ** Time-to-distance | ||
+ | * '''FDC''' | ||
+ | ** Wire plane calibrations | ||
+ | * '''FCAL''' | ||
+ | ** Pedestals | ||
+ | ** "Automated" gain/energy non-linearities | ||
+ | ** Timing | ||
+ | * '''PS/PSC''' | ||
+ | ** PS timing | ||
+ | ** PSC timing offsets + timewalk | ||
+ | * '''TAGH''' | ||
+ | ** timing offsets + timewalk | ||
+ | * '''TAGM''' | ||
+ | ** timing offsets + timewalk | ||
+ | * '''TOF''' | ||
+ | ** timing offsets | ||
+ | ** timewalks | ||
+ | ** attenuation corrections | ||
+ | ** gain corrections | ||
+ | * '''Online''' | ||
+ | ** Study / improve reaction monitoring | ||
+ | ** Manage timing calibrations | ||
+ | ** Manage run conditions & RCDB | ||
+ | * '''Offline''' | ||
+ | ** Study / improve ρ → π<sup>+</sup> π<sup>-</sup> monitoring | ||
+ | *** Analyze target walls from empty target runs | ||
+ | *** Look at nuclear simulations | ||
+ | ** Study / improve ω → π<sup>+</sup> π<sup>-</sup> π<sup>-0/sup> monitoring | ||
+ | ** Determine if other reactions would be useful for monitoring | ||
+ | ** Determine if other skims are necessary for calibrations / prompt analysis | ||
+ | ** Monitor / manage skim production during run | ||
== Other tasks == | == Other tasks == |
Revision as of 23:58, 18 January 2021
Calibration Tasks
Detector | Calibrations | Person | Helper |
---|---|---|---|
BCAL | Timing/z-position/gain ratios | Mark Dalton | |
BCAL | gains/non-linearities | Regina group? | |
CDC | gains and dE/dx | Naomi Jarvis/Simon Taylor | TBD |
CDC | Time-to-distance | Naomi Jarvis/Simon Taylor | TBD |
FDC | Timing | Keigo Mizutani | |
FCAL | gains/non-linearities/timing | Igal Jaegle | TBD |
PS/PSC | timing | Alex Somov/Olga Cortes | TBD? |
TAGH | timing | Alex Somov | TBD |
TAGM | timing | Alex Somov | |
TOF | timing/gains | Beni Zihlmann | |
Online | various | Sean Dobbs | TBD |
Detailed Listing
- BCAL
- Global timing
- z-position calibration
- Gain ratios
- Gain calibrations
- Energy non-linearities
- CDC
- Wire gains (per-channel)
- Overall gain factors (can skip if online is good enough)
- Final dE/dx calibrations
- Time-to-distance
- FDC
- Wire plane calibrations
- FCAL
- Pedestals
- "Automated" gain/energy non-linearities
- Timing
- PS/PSC
- PS timing
- PSC timing offsets + timewalk
- TAGH
- timing offsets + timewalk
- TAGM
- timing offsets + timewalk
- TOF
- timing offsets
- timewalks
- attenuation corrections
- gain corrections
- Online
- Study / improve reaction monitoring
- Manage timing calibrations
- Manage run conditions & RCDB
- Offline
- Study / improve ρ → π+ π- monitoring
- Analyze target walls from empty target runs
- Look at nuclear simulations
- Study / improve ω → π+ π- π-0/sup> monitoring
- Determine if other reactions would be useful for monitoring
- Determine if other skims are necessary for calibrations / prompt analysis
- Monitor / manage skim production during run
- Study / improve ρ → π+ π- monitoring
Other tasks
- Test high-level monitoring plots with empty target data (TBD)
- Select out target windows by cutting on vertex z-position
- Plugins: p2pi_hists, p3pi_hists, highlevel_online
- Monitor Start Counter time resolution and study radiation damage (Beni/TBD?)