Difference between revisions of "User:Wilevine"

From GlueXWiki
Jump to: navigation, search
m (Text replacement - "http://argus.phys.uregina.ca/cgi-bin/private" to "https://halldweb.jlab.org/doc-private")
 
(40 intermediate revisions by one other user not shown)
Line 1: Line 1:
 
==Photon Reconstruction==
 
==Photon Reconstruction==
 +
===BCAL Reconstruction 2013===
 +
* [[BCAL Reconstruction Issues]]: Big list of potential issues in BCAL Reconstruction and simulation
 +
* [[File:Bcal_slides_20130306.pdf]]: First stab at timewalk corrections
 +
* [[File:Bcal slides 20130314.pdf]]: More about timewalk corrections, spiky energy spectrum
 +
* [[File:Bcal slides 20130321.pdf]]: mcsmear issues
 +
* [[File:Bcal offline mtg 20130403.pdf]]: Summary of old and new BCAL code paths
 +
* [[BCAL Reconstruction Status Update 20130501]] Obsolete summary of mcsmear/reconstruction options
 +
* [[File:Bcal slides 20130509.pdf]]: Study of single photon sample
 +
* [[File:Bcal_slides_20130523.pdf]]: Benchmarking algorithms with single-photon and pi0-samples
 +
* [[File:Bcal slides 20130620.pdf]]: Matching tracks to BCAL hits, effect of dark hits, location of extra clusters, averaging scheme
 +
* [[File:Bcal offline mtg 20130626.pdf]]: Matching BCAL showers with charged pions, bad TOF measurement of charged particles
 +
* [[File:Bcal_slides_20130627.pdf]]: Fixing dark hit bugs in mcsmear, bad TOF measurement of charged particles
 +
* [[File:Bcal slides 20130717.pdf]]: Cause of bad TOF measurement of charged particles
 +
* [[File:Levine bcal slides 20130917.pdf]]: Dealing with hadronic showers in Pythia samples. Discriminating variable. Simple cuts.
 +
* [[Media:Levine oct2013 dnp.pdf | DNP2013 talk]]
 +
* [[File:Bcal_timing.20140430_offline_meeting.pdf | Bad TOF Measurement of Charged Particles]]
 +
 
===BCAL Clustering===
 
===BCAL Clustering===
* [[BCAL reconstruction 01/16/2012]] - BCAL mcsmear behavior
 
* [[BCAL reconstruction 11/28/11]] - lots of plots, numbers comparing GlueX and KLOE algortihms
 
* [[BCAL reconstruction 10/19/11]] - update
 
 
* [[BCAL reconstruction 8/24/11]] - update
 
* [[BCAL reconstruction 8/24/11]] - update
 +
* [[BCAL reconstruction 10/19/11]] - update
 +
* [[BCAL reconstruction 11/28/11]] - lots of plots, numbers comparing GlueX and KLOE algortihms
 +
* [[BCAL reconstruction 01/16/2012]] - BCAL mcsmear behavior
 +
 
===Photons in b1pi events===
 
===Photons in b1pi events===
* [[FCAL Reconstruction in b1pi events 03/06/2012]]
 
* [[Photon_Reconstruction_in_b1pi_events_02/10/2012]]
 
 
* [[Photon Reconstruction in b1pi events | Photon Reconstruction in b1pi events (June 2011)]]
 
* [[Photon Reconstruction in b1pi events | Photon Reconstruction in b1pi events (June 2011)]]
 +
* [[Photon_Reconstruction_in_b1pi_events_02/10/2012]]
 +
* [[FCAL Reconstruction in b1pi events 03/06/2012]]
 +
* [[FCAL Reconstruction in b1pi events 03/14/2012]]
 +
* [[Photon Reconstruction in b1pi events 04/25/2012]] (Investigate hadronic background)
 +
* [[File:Photon reconstruction jun 27 2012.pdf]] Summarize interaction between vertex-finding and photon reconstruction
 +
* [[Photon Reconstruction 07/16/2012]] Possible directions for future work
 +
 +
===FCAL Reconstruction===
 +
* [[FCAL_Reconstruction_04/08/2012]] - MIN_CLUSTER_BLOCK_COUNT testing, non-linear energy corrections/calibration
 +
* [[FCAL Reconstruction MIN BLOCK 04/24/2012]] - Results of changing MIN_CLUSTER_BLOCK_COUNT parameter
 +
 +
==Kinematic Fitting==
 +
* [[Kinematic Fitting]]
 +
* [[Brief Kinematic Fitting Example]]
 +
 +
==Collaboration Meeting Talks==
 +
* [https://halldweb.jlab.org/doc-private/DocDB/ShowDocument?docid=2324 October 2013]: Efficiency and multiplicity in single-photon events, highlighting problem areas. Efficiency and multiplicity in full event reconstruction (Pythia sample). Distinguishing "good" clusters (i.e. photons) from "bad" clusters (hadronic showers and noise).
 +
* [https://halldweb.jlab.org/doc-private/DocDB/ShowDocument?docid=2229 June 2013]: Timewalk corrections. Efficiency and multiplicity in single-photon events. pi0 reconstruction: comparison of KLOE, IU, and modified IU code. Shower curvature (from Regina group). Ratio-of-amplitude method for determining z-position (from Regina group).
 +
* [https://halldweb.jlab.org/doc-private/DocDB/ShowDocument?docid=2005 May 2012]: Photons in b1pi events. Both BCAL and FCAL. Distinguishing photons from other clusters.
 +
* [https://halldweb.jlab.org/doc-private/DocDB/ShowDocument?docid=1772 May 2011]: Kinematic fitting of b1pi events (HDGeant+full reconstruction).
 +
* [https://halldweb.jlab.org/doc-private/DocDB/ShowDocument?docid=1695 February 2011]: Kinematic fit + PWA of b1pi in HDParsim. Kinematic fitting of b1pi with HDGeant+full reconstruction.
 +
 
==Other stuff==
 
==Other stuff==
 
* [[Kinematic fitting charged particles 11/16/11]] - kinematic fitting, 3-momentum conservation, proton reconstruction in all-charged final state
 
* [[Kinematic fitting charged particles 11/16/11]] - kinematic fitting, 3-momentum conservation, proton reconstruction in all-charged final state
 
* [[Track matching to BCAL & danahddm]]
 
* [[Track matching to BCAL & danahddm]]

Latest revision as of 17:14, 24 February 2017

Photon Reconstruction

BCAL Reconstruction 2013

BCAL Clustering

Photons in b1pi events

FCAL Reconstruction

Kinematic Fitting

Collaboration Meeting Talks

  • October 2013: Efficiency and multiplicity in single-photon events, highlighting problem areas. Efficiency and multiplicity in full event reconstruction (Pythia sample). Distinguishing "good" clusters (i.e. photons) from "bad" clusters (hadronic showers and noise).
  • June 2013: Timewalk corrections. Efficiency and multiplicity in single-photon events. pi0 reconstruction: comparison of KLOE, IU, and modified IU code. Shower curvature (from Regina group). Ratio-of-amplitude method for determining z-position (from Regina group).
  • May 2012: Photons in b1pi events. Both BCAL and FCAL. Distinguishing photons from other clusters.
  • May 2011: Kinematic fitting of b1pi events (HDGeant+full reconstruction).
  • February 2011: Kinematic fit + PWA of b1pi in HDParsim. Kinematic fitting of b1pi with HDGeant+full reconstruction.

Other stuff