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Tel Aviv University : E. Etzion , Y . Benhammou , N. Hod, O . Ben-Ami, Y. Silver

TGC L1 Trigger On-Line Monitoring. Tel Aviv University : E. Etzion , Y . Benhammou , N. Hod, O . Ben-Ami, Y. Silver Weizmann Institute : L . Levinson D. Lellouch, O. Silbert. Status, May 2009. Unified with TGC DAQ software and configurations.

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Tel Aviv University : E. Etzion , Y . Benhammou , N. Hod, O . Ben-Ami, Y. Silver

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  1. TGC L1 Trigger On-LineMonitoring Tel Aviv University: E. Etzion, Y. Benhammou, N. Hod, O. Ben-Ami, Y. Silver Weizmann Institute: L. Levinson D. Lellouch, O. Silbert

  2. Status, May 2009 • Unified with TGC DAQ software and configurations. • Working modules are: -- 4 GNAM segments (OverView, HitProfile, pTthreshold, TriggerProfile).-- 3 DQMF segments (GlobalChamber, Timing, SubsectorOccupancies). • DQMF algorithms are not yet fine-tuned. • DQA↔DB interaction is in preparation, see next slides. • Histograms: ~2000 for SHIFT, ~200 for EXPERT, see next slides.These numbers are not static. • Documentation for the shifter / expert is in preparation.

  3. Code and xml(s) are installed and checked under tdaq-02-00-01 in:-- /det/muon/standalone/sw/tdaq-02-00-01/detectors/muons/installed/-- /det/muon/standalone/databases/tdaq-02-00-01/muons/segments/TGC/ (GNAM/,DQMF/,OHP/)All tested in TGC-Standalone and ready to be copied in the combined area together with all TGC DAQ software and xml(s). • Another GNAM segment for TGC-Efficiency is in preparation. • Using Jumbo-packets (for large events) – not yet fully tested.will be ready before the coming cosmic run. • New “13 sectors” structure require many modifications in decode and in QDA tests. In process… • Several new dqm algorithms for DQMF segments.Some are relative algo’s - where we don’t have good references yet. • New tombox (soon…)

  4. DQA ↔ DB interactions Java Viewer IS TGC DB GNAM Histo’s DQMF COOL DQMD • Data from DQMF will not go directly to the TGC ORACLE DB / COOL. • Instead, it will be stored in IS (as arrays, in a global numbering scheme). • Then it will be pooled from there by a special (TGC-DAQ) tool to be translated (to the chamber level) and registered in the ORACLE DB. • From the ORACLE DB it will be sent to COOL along with other TGC info. • The information to register to the IS, and then to the DB is (for now):-- chamber status (“on” / “off”),-- number of dead / hot channels in the chamber (#dead, #hot),-- chamber timing performance (#prevBC, #centBC, #nextBC).

  5. Histograms (HitProfile, ohpNexus)

  6. Histograms (HitProfile, ohpNexus)

  7. Histograms (HitProfile, DQMD)

  8. Histograms (GlobalChamber, DQMD)

  9. Histograms (GlobalChamber, DQMD)

  10. Histograms (Timing, DQMD)

  11. Histograms (HitProfile, ohpNexus & DQMD)

  12. Histograms (HitProfile, ohpNexus & DQMD)

  13. Histograms (some EXPERT histos, ohpNexus)

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