Difference between revisions of "Analysis resources for d2n"
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=== Replayed ROOTfile Locations === | === Replayed ROOTfile Locations === | ||
− | * On | + | * On Tape: |
** '''BigBite''' | ** '''BigBite''' | ||
*** '''Raw ROOT files''' | *** '''Raw ROOT files''' | ||
Line 115: | Line 115: | ||
<p>''/mss/halla/e06014/analysis/4pass/SkimROOTfiles/N2SkimROOTfiles/''</p> | <p>''/mss/halla/e06014/analysis/4pass/SkimROOTfiles/N2SkimROOTfiles/''</p> | ||
Above is the location of the skimmed ROOT files for the production 4-pass N2 runs with BigBite set in negative polarity. These all have the cut requiring one or more tracks in the BigBite detector. | Above is the location of the skimmed ROOT files for the production 4-pass N2 runs with BigBite set in negative polarity. These all have the cut requiring one or more tracks in the BigBite detector. | ||
− | + | *On Disk: | |
** '''LHRS''' | ** '''LHRS''' | ||
− | + | <p>''/data1/flay/ROOTfiles/20110404/SkimROOTfiles/Skim1''</p> | |
− | All of the skimmed ROOT files for the LHRS data, including <math>^{3}</math>He negative and positive polarity data and nitrogen negative and positive polarity data | + | All of the skimmed ROOT files for the LHRS data, including <math>^{3}</math>He negative and positive polarity data and nitrogen negative and positive polarity data |
− | + | ||
− | + | ||
== Beam Calibrations == | == Beam Calibrations == |
Revision as of 11:47, 16 September 2011
NOTES:
- Do NOT copy/store ROOT files in $HOME/*. Filling $HOME on the adaq cluster and other JLab machines will cause major problems for you and others. Besides, we have much more space on the work disk (see below).
- Do NOT copy/store data files to $HOME/* for any reason.
If you need to create customized ROOT files then please make a personal directory here: '/work/halla/e06014/disk1/ and direct the analyzer to use that path.
Contents
- 1 d2n Home Page
- 2 General Guide
- 3 Beam Calibrations
- 4 Detector Calibs
- 5 Particle Identification
- 6 Hall A He3 Polarized Target
- 7 Special Topics
- 7.1 Analysis Tools
- 7.2 Analysis Lessons Learned (d2n) from Transversity
- 7.3 List of special runs (d2n)
- 7.4 Hydrogen runs (d2n)
- 7.5 Quasi-elastic runs (d2n)
- 7.6 Physics Quantities
- 7.7 Pressure curve data with reference cell (d2n)
- 7.8 Programming Resources (d2n)
- 7.9 Hall A Survey Reports (d2n)
- 7.10 Energy Loss (d2n)
- 7.11 Radiative Corrections
- 8 d2n Talks/Reports
d2n Home Page
General Guide
d2n Analysis To Do List
d2n-analysis mailing lists
- d2n-analysis: General Analysis List Archive
- d2n-analysis-talk: Detailed-Analysis Mailing List Archive
Subscribe by going following these links:
Transversity's online ELOG
- Transversity ELOG -- Monitor the E06-010 analysis.
Retrieving files from the Silo/Auger
Use jcache to retrieve files from tape. They will show up in '/cache/mss/halla/e06014/raw/' in a few minutes (usually). The analyzer will automatically find them there.
For example: jcache /mss/halla/e06014/raw/e06014_1246.dat.0 puts the file in '/cache/mss/halla/e06014/raw/e06014_1246.dat.0'
There are very few good reasons to need to copy/store root files or data files in your home directory. Please leave the data files on the /cache/* disks and keep root files on the /work/halla/e06014/* file system.
See also: Jasmine Help
A backup of all files in /adaqfs/home/adaq/e06014/ (online replay files, etc) was made on 01 Sept 2009. (This is in addition to JLab's standard backup mechanisms.)
- It can be found at /work/halla/d2n/adaq-e06014/ (read-only).
- A tarball (1.6 GB) can be retrieved from the Silo to your current working directory with this command. (As a rule, you should not have to do this.)
jget /mss/home/brads/e06014_adaq_directory-01Sept09.tar .
Hall A Analyzer Documentation
- ROOT Tips and Tricks
- Analyzer FAQ
- Hall A C++ Analyzer Documentation
- Details of Trigger Programming
- Class index for v1.5
- BigBite specific info
- List of Analyzer ROOT variable names
- List of EPICS variable names (d2n)
- Misc. Tools
- JLab Computing Resources (Farm, Silo, etc)
Off Line Analysis for transversity A how-to on using JLab's computer farm to analyze Hall A data. This page uses Transversity's paths, run numbers, etc. Be sure to use the d2n work disk for output!
Online Replay for Experts
(Some useful examples here but they use the Transversity configuration. Adapt accordingly.)
Offline Replay Instructions
Calendar, Run Periods
- "Run Calendar"
- It comes up with todays date by default. You want to move back to Feb. 2009 and Mar. 2009. Snapshots are below.
Run sheets
These are scans of the hand-edited run sheets generated by the shift crew.
LHRS and Coincidence Runs
- Feb 07 -- Feb 20, 2009: Media:e06-014_run_sheets_07Feb-20Feb2009.pdf
- Feb 07 -- Mar 05, 2009: Media:e06-014_run_sheets_21Feb-05Mar2009.pdf
- Mar 06 -- Mar 16, 2009: Media:e06-014_run_sheets_06Mar-16Mar2009.pdf
BigBite Runs
- Feb 07 -- Feb 25, 2009: Media:e06-014_BigBite_run_sheets_07Feb--25Feb2009.pdf
- Feb 25 -- Mar 16, 2009: Media:e06-014_BigBite_run_sheets_25Feb--16Mar2009.pdf
Shift Checklists
- Feb 07 -- Mar 16, 2009: Media:e06-014_checklist_07Feb-16Mar2009.pdf
Preliminary Production Run List
- Run Database
- Kinematic names (d2n)
- LHRS Production Run List
- BigBite Production List
- Target Characteristics: *.ods *.pdf
Replayed ROOTfile Locations
- On Tape:
- BigBite
- Raw ROOT files
- BigBite
/mss/halla/e06014/analysis/1pass/RawROOTfiles/
Above is the location of the raw ROOT files for the 1-pass 3He and H2 runs with BigBite set in negative polarity. These all have the cut requiring one or more tracks in the BigBite detector.
/mss/halla/e06014/analysis/4pass/RawROOTfiles/
Above is the location of the raw ROOT files for the production 4-pass 3He and N2 runs with BigBite set in negative polarity. These all have the cut requiring one or more tracks in the BigBite detector.
- Skim ROOT files
/mss/halla/e06014/analysis/1pass/SkimROOTfiles/ElasticH2SkimROOTfiles/
Above is the location of the skimmed ROOT files for the elastic one pass H2 runs. These all have the cut requiring one or more tracks in the BigBite detector.
/mss/halla/e06014/analysis/1pass/SkimROOTfiles/Elastic3HeSkimROOTfiles/Mass3He/
Above is the location of the skimmed ROOT files for the elastic one pass 3He runs. These all have the cut requiring one or more tracks in the BigBite detector. These files use the 3He mass when computing Bjorken x and other kinematic values.
/mss/halla/e06014/analysis/1pass/SkimROOTfiles/Elastic3HeSkimROOTfiles/MassProton/
Above is the location of the skimmed ROOT files for the elastic one pass 3He runs. These all have the cut requiring one or more tracks in the BigBite detector. These files use the proton mass when computing Bjorken x and other kinematic values.
/mss/halla/e06014/analysis/4pass/SkimROOTfiles/
Above is the location of the skimmed ROOT files for the production 4-pass 3He runs with BigBite set in negative polarity. These all have the cut requiring one or more tracks in the BigBite detector.
/mss/halla/e06014/analysis/4pass/SkimROOTfiles/PositivePolarity/
Above is the location of the skimmed ROOT files for the production 4-pass 3He runs with BigBite set in positive polarity. These all have the cut requiring one or more tracks in the BigBite detector.
/mss/halla/e06014/analysis/4pass/SkimROOTfiles/N2SkimROOTfiles/
Above is the location of the skimmed ROOT files for the production 4-pass N2 runs with BigBite set in negative polarity. These all have the cut requiring one or more tracks in the BigBite detector.
- On Disk:
- LHRS
/data1/flay/ROOTfiles/20110404/SkimROOTfiles/Skim1
All of the skimmed ROOT files for the LHRS data, including <math>^{3}</math>He negative and positive polarity data and nitrogen negative and positive polarity data
Beam Calibrations
BPM Calibration (d2n)
BCM calibration (d2n)
Beam Polarimetry
Detector Calibs
Left HRS
- Gas Cerenkov/Pion Rejector (d2n)
- Technical Note (D. Flay): LHRS Detector Calibrations
- Optics
- LHRS Optics: z_react Study [June 18, 2010] (D. Flay) LHRS Optics Technical Note
- Other Resources:
- LHRS Optics Discussion [April 24, 2010] (D. Flay) Media:DF_LHRS_4_24_10.pdf
- Optics Calibration Technical Note: Media:Liyanage_HRSOpticsCal_TN.pdf
- Size estimate for raster corrections on momentum Media:HRSRasterCorrections_d2n.pdf
- VDC
- Tracking Efficiency Technical Note (D. Flay): LHRS VDC Tracking Efficiency Analysis
- VDC t_0 Drifts: See anylsis update talk for July 15, 2010
- Other Resources:
- JLab VDC Technical Note: Media:jlab_vdc.pdf
BigBite
- T2 Trigger Media:t2_trigger.pdf
- See also DAQ_Diagrams_for_E06-014
- BigBite Optics (d2n)
- BigBite Shower/PSh (d2n)
- BigBite Cerenkov (d2n)
- BigBite MWDC (d2n)
- MWDC Calibration Media:mwdc_v2.pdf
Particle Identification
Left HRS
- Gas Cerenkov/Pion Rejector (d2n)
- Technical Note (D. Flay): LHRS Particle Identification
- Other Resources (P. Solvignon/K. Slifer): pid_eff.pdf, cer_note.pdf, shower_note.pdf
BigBite
- Gas Cerenkov/Shower (d2n)
Hall A He3 Polarized Target
- D2n Target Calibration List
- Target Characteristics (d2n): *.ods *.pdf
- Target analysis page (Lamiaa El Fassi)
- d2n Target Analysis page (Yawei Zhang)
- Yawei's d2n target page has raw data files, polarization lookup tables, etc.
- Target Analysis Report (Yawei Zhang, 12 Aug 2010): Media:target_report-12Aug2010.pdf
- NOTE: [BDS] There are runs in this report that need additional investigation and labelling (ie. they are tagged as production, but look like something else), and a 3-day period where there are no NMR data (looks like the 4pass unpolarized period). Water calibration is still to be completed.
- 3He cell geometries media:3he_cell-18Aug2010.pdf from Yi Zhang (note is dated 18 Aug 2009), posted to ELOG [1]
Special Topics
Analysis Tools
Analysis Lessons Learned (d2n) from Transversity
List of special runs (d2n)
Hydrogen runs (d2n)
Quasi-elastic runs (d2n)
Physics Quantities
Pressure curve data with reference cell (d2n)
Programming Resources (d2n)
Hall A Survey Reports (d2n)
Energy Loss (d2n)
Radiative Corrections
d2n Talks/Reports
How to connect to a d2n VNC Session
2009 Reports
2010 Reports
2011 Reports
2012 Reports
2013 Reports
Phone conference instructions for these meetings
How to connect to a d2n VNC Session
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