Difference between revisions of "GlueX Offline Meeting, July 11, 2012"

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(Minutes: notes as minutes)
(Minutes)
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Present:
 
Present:
 +
'''CMU''': Will Levine, Paul Mattione, Curtis Meyer
 +
'''IU''': Matt Shepherd
 +
'''JLab''': Eugene Chudakov, Mark Ito (chair), David Lawrence, Simon Taylor, Elliott Wolin
 +
'''UConn''': Richard Jones
  
Offline Software Meeting
 
 
will
 
richard
 
mark simon elliott david eugene
 
  
 
more than one person
 
more than one person
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rest format
 
rest format
with exiting analysis framework
+
with existing analysis framework
 
save mc record, 5 pi plus proton
 
save mc record, 5 pi plus proton
 
500 bytes montecarlo section, remote vertices as well
 
500 bytes montecarlo section, remote vertices as well

Revision as of 18:08, 11 July 2012

GlueX Offline Software Meeting
Wednesday, July 11, 2012
1:30 pm EDT
JLab: CEBAF Center, F326/327

Agenda

  1. Announcements
  2. Review of minutes from the last meeting: all
  3. Planning for the next Data Challenge: Curtis
    1. GlueX-doc-2031.
    2. Notes on the Data Challenge: Mark
  4. REST format: Richard
  5. Reconstruction sub-group reports
    1. Calorimeters
    2. Tracking
    3. PID
  6. Action Item Review
  7. Review of recent repository activity: all

Communication Information

Video Conferencing

Slides

Talks can be deposited in the directory /group/halld/www/halldweb1/html/talks/2012-3Q on the JLab CUE. This directory is accessible from the web at https://halldweb1.jlab.org/talks/2012-3Q/ .

Minutes

Present: CMU: Will Levine, Paul Mattione, Curtis Meyer IU: Matt Shepherd JLab: Eugene Chudakov, Mark Ito (chair), David Lawrence, Simon Taylor, Elliott Wolin UConn: Richard Jones


more than one person glide in wms, richard

rest format with existing analysis framework save mc record, 5 pi plus proton 500 bytes montecarlo section, remote vertices as well tagger hits: 20 hits on average, 170 byte neutral shower, all clusters in barrel and fcal, notation about charge track matching 9 clusters, 600 bytes correlations are zero's often dcharged track hypothesis, 9 average, 1484 bytes kaons, anti-protons in the data event size is about 2.7 kb/event, 1.8 kb/event compressed consider suggestion by Paul and Matt to store more information timing chisq, record actual times on tof, with tof hits, 70 bytes same thing for start counter hits root format, run convertor source must be re-entrant, tree storage incompatible with jana input

opposite pid upgrade meeting