Re: Loss of efficiency for electrons at theta~22^deg, due to association failure in EMC [message #17936 is a reply to message #17934] |
Sat, 21 February 2015 00:04 |
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Hi Stefano,
Sorry, I made the wrong assumption about who's working on that part of the code. I didn't mean to offend anyone and I should have known better to check...
For tracks that fail to get associated (emcIndex<0 after the loop over emcHits), I printed out the track MC index, its energy calculated from tracking using pion hypothesis together with the module number and energy of the emcHit with the closest energy to the track.
I only printed out a few hundred events, but It seems like module 3 is contributing to all of the unintended misses in the events I checked. Please let me know if I can provide any other useful feedback...
ps: Do you advise against using oct.14 for any simulation that uses the EMC?
Cheers,
Ermias.
pidCandMcIndex= 0 : trackEnergy= 0.849534 Module= 3 emcHitEnergy= 0.740053
pidCandMcIndex= 0 : trackEnergy= 4.03095 Module= 3 emcHitEnergy= 3.51169
pidCandMcIndex= 0 : trackEnergy= 4.97663 Module= 3 emcHitEnergy= 4.8357
pidCandMcIndex= 0 : trackEnergy= 3.74218 Module= 3 emcHitEnergy= 3.74057
pidCandMcIndex= 0 : trackEnergy= 2.5047 Module= 3 emcHitEnergy= 2.40757
pidCandMcIndex= 0 : trackEnergy= 0.405984 Module= 3 emcHitEnergy= 0.347898
pidCandMcIndex= 0 : trackEnergy= 1.16359 Module= 3 emcHitEnergy= 1.08486
pidCandMcIndex= 0 : trackEnergy= 2.81498 Module= 3 emcHitEnergy= 2.69472
pidCandMcIndex= 1084 : trackEnergy= 0.22849 Module= 3 emcHitEnergy= 0.36478
pidCandMcIndex= 1083 : trackEnergy= 0.428764 Module= 3 emcHitEnergy= 0.36478
pidCandMcIndex= 0 : trackEnergy= 2.87692 Module= 3 emcHitEnergy= 2.68255
pidCandMcIndex= 0 : trackEnergy= 1.8808 Module= 3 emcHitEnergy= 1.69046
pidCandMcIndex= 0 : trackEnergy= 1.2923 Module= 3 emcHitEnergy= 1.2199
pidCandMcIndex= 0 : trackEnergy= 3.45425 Module= 3 emcHitEnergy= 3.62943
pidCandMcIndex= 0 : trackEnergy= 4.53307 Module= 3 emcHitEnergy= 3.92069
pidCandMcIndex= 0 : trackEnergy= 3.95271 Module= 3 emcHitEnergy= 3.83431
pidCandMcIndex= 0 : trackEnergy= 2.07854 Module= 3 emcHitEnergy= 3.70188
pidCandMcIndex= 0 : trackEnergy= 0.840579 Module= 3 emcHitEnergy= 0.816676
pidCandMcIndex= 0 : trackEnergy= 3.44526 Module= 3 emcHitEnergy= 3.43316
pidCandMcIndex= 0 : trackEnergy= 4.48627 Module= 3 emcHitEnergy= 4.15238
pidCandMcIndex= 0 : trackEnergy= 3.05255 Module= 3 emcHitEnergy= 3.01602
pidCandMcIndex= 0 : trackEnergy= 1.46736 Module= 3 emcHitEnergy= 0.845704
pidCandMcIndex= 0 : trackEnergy= 1.70518 Module= 3 emcHitEnergy= 1.62284
pidCandMcIndex= 0 : trackEnergy= 1.37598 Module= 3 emcHitEnergy= 1.33291
pidCandMcIndex= 0 : trackEnergy= 2.54198 Module= 3 emcHitEnergy= 3.89186
pidCandMcIndex= 0 : trackEnergy= 4.27216 Module= 3 emcHitEnergy= 4.15942
pidCandMcIndex= 0 : trackEnergy= 1.54658 Module= 3 emcHitEnergy= 1.48835
pidCandMcIndex= 0 : trackEnergy= 3.80585 Module= 3 emcHitEnergy= 3.40713
pidCandMcIndex= 0 : trackEnergy= 3.73259 Module= 3 emcHitEnergy= 3.56458
pidCandMcIndex= 0 : trackEnergy= 0.898616 Module= 3 emcHitEnergy= 0.949504
pidCandMcIndex= 0 : trackEnergy= 1.25923 Module= 3 emcHitEnergy= 0.920801
pidCandMcIndex= 0 : trackEnergy= 0.463938 Module= 3 emcHitEnergy= 0.0957954
pidCandMcIndex= 0 : trackEnergy= 2.92428 Module= 3 emcHitEnergy= 3.71379
pidCandMcIndex= 0 : trackEnergy= 0.611837 Module= 3 emcHitEnergy= 0.546316
pidCandMcIndex= 0 : trackEnergy= 4.05194 Module= 3 emcHitEnergy= 4.24035
pidCandMcIndex= 0 : trackEnergy= 0.40836 Module= 3 emcHitEnergy= 0.320374
pidCandMcIndex= 349 : trackEnergy= 0.262772 Module= 3 emcHitEnergy= 0.130423
pidCandMcIndex= 0 : trackEnergy= 4.78844 Module= 3 emcHitEnergy= 4.82905
pidCandMcIndex= 0 : trackEnergy= 0.384974 Module= 3 emcHitEnergy= 0.215389
pidCandMcIndex= 0 : trackEnergy= 1.66274 Module= 3 emcHitEnergy= 1.65131
pidCandMcIndex= 1 : trackEnergy= 0.212189 Module= 3 emcHitEnergy= 0.0214177
[Updated on: Sat, 21 February 2015 00:04] Report message to a moderator
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