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Upsilon Trigger Efficiency Calculation for pp2006 triggers-> L2 Trigger 2
Updated on Thu, 2008-09-11 00:00. Originally created by rjreed on 2008-09-11 00:00.From:
Upsilon Trigger Efficiency Calculation for pp2006 triggers-> L0 Trigger
Updated on Wed, 2008-09-10 16:00. Originally created by rjreed on 2008-09-10 16:00.Ignoring the problems with the acceptance efficiency, I can still calculate trigger efficiencies. The L0 trigger requirement is: a 3 tower cluster > 4 GeV. In my code, I use the L2 s
Data Jet Distributions in Eta and Pt with Vertex Cut ( |vz| < 60 cm) for Fill 7847
Updated on Wed, 2008-09-10 12:24. Originally created by cjones on 2008-09-10 12:24.
Upsilon Trigger Efficiency Calculation for pp2006 triggers-> Acceptance 2
Updated on Wed, 2008-09-10 15:02. Originally created by rjreed on 2008-09-09 23:07.Geometric acceptance was originally found to be much higher, ~0.5
EMC calib accuracy for W program
Updated on Fri, 2008-09-26 14:03. Originally created by balewski on 2008-09-09 14:47.My thoughts about necessary calibration accuracy for a successful W program at STAR
BTOW calib 2008 w/ pi0 (by Alan)
Updated on Tue, 2008-10-14 13:35. Originally created by balewski on 2008-09-08 11:54.
INPUT:
- Run=9047029
- ideal gains
- db status tables, peds
- trigID=220520 = bht2-mb
Pio selection cuts:
Study of ET Correction Factor Gaussian Fit
Updated on Fri, 2008-09-26 17:37. Originally created by pagebs on 2008-09-08 02:17.ET Correction Factor Study using Gaussian Fits
Upsilon Trigger Efficiency Calculation for pp2006 triggers-> L2 Trigger
Updated on Mon, 2008-09-08 01:08. Originally created by rjreed on 2008-09-08 01:08.There are 40482 Events in this analysis. These are only the Upsilon 1S files and combine both trigger 117602 and 137602 together. Since the L0 trigger has to have fired for the L2 trigg
Hard-pT 3to4 events in 2005 pT Shifts
Updated on Sun, 2008-09-07 21:13. Originally created by staszak on 2008-09-07 20:32.