Update on MC-04(05) –New interaction region –Attenuation lengths vs endcap module numbers –Regeneration and nuclear interaction –EMC time resolution –  generator –Trigger –Additional generators –lsb insertion code –Energy scale calibration –DC tracking resolution –Correlated noise in DC for charged kaons –Fix discrepancy in SQZ library LNF-6-May-05 Offline Meeting

Layout of the presentation for Capri Data Reconstruction Computing Farm and Tape storage MonteCarlo: –Production for data –Upgrade for data Reprocessing of data False dead wires problem Short and long term Plans

Integrated Luminosity in ; size of the reconstructed data Quality of the reconstruction vs run number (few plots from datarec) Datarec version ( ) vs run number Status of dst’s production Data Reconstruction

Monte Carlo production for data completed in 2004 ProgramLSF e  e   6 e + e   (ISR only) 6  rad 5 ee  eeee  ee 0.15  all 0.2  all (21 pb -1 scan) 1  K S K L 1  K  K  1 Total 1527 Mev 6890 B80CPU days 40.5 TB

Program Events (10 6 ) LSF Time (B80 days) Size (TB)  K S K L  rare 6220* est. 6220*320 est.1.7 est. To be updated with last production (gg, charged kaons) Monte Carlo production for data completed in

Update of the Monte Carlo for data Effort to produce a Monte Carlo simulation for 2004/05 data Tasks: –New interaction region –Attenuation lengths vs endcap module numbers –Regeneration and nuclear interaction –EMC time resolution –  generator –Trigger jitter –Additional generators –lsb insertion code –Energy scale calibration –DC tracking resolution –Correlated noise in DC for charged kaons

Monte Carlo Production for data Final goal : –Simulation of a sample corresponding to 1.7 fb-1 (estimated by the end of 2005) –20 % all phys + 100% neu Kaon +100% Kpm +500% radiative +... –Extrapolating from 2001/02 ->280 days on 100 B80 CPU Production schedule would be driven by analysis needs.

Reprocessing of data Motivation more compact sample and with refined selection/reconstruction routines. Sample: 420 pb-1 of data Estimate time: 8000 CPU days Schedule: –Depends on the offline activities Current situation: 30 Cpu with dst’s and reconstruction running (1.4pb-1/day) First Part: 40 pb-1. Expected to finish in one month from now

Problem of false dead wires Description of the problem Affected : MC , data 2004 Needs to: –Redo the correct list for 2001/02 and 2004 –Re-reconstruct the MC for a sub-sample of 2001/02 data (30 pb-1) Time scale: –Correct list for data done (1 month/24CPU) –Correct list for 2004 data: to be done (estimate time  45 days for 650 pb -1 ) –MC re-reconstruction: to be done (estimate time  15 days for 30 pb -1 )

Offline resources and activities

Offline Plans Short term (before the end of the year): –Reprocessing 2001/02 –Re-reconstruction of MC 2001/02 (at least 30pb-1) –Correct list of dead wires for 2004 –MC 2004/05 Long term list (probably from next year): –Reprocessing 2004 data –…

Reconst DST ( 120 CPU ) Reproc. ( 30 CPU ) Recons. MC01/02 ( 30 CPU ) Dead Wires 2004 ( 24 CPU ) MC04 ( 30 CPU ) May 40pb-1 Jun 15 days (30pb) 45days July Sep 20% all  Oct Nov Dec