Revision as of 17:01, 17 May 2016

Full Data Processing: First Run

Need

• Relative CDC-FDC alignment from data (Simon)
• CDC/FDC reconstruction improvements/realignment (Mike S./Simon)
• Updated TOF TDC calibrations (Beni)
  • Fix TOF TDC shift problem (Sean/Beni)
• Revisit BCAL energy/timing calibrations (Mark D./Will M.)
• Updated TAGM timewalks, software thresholds (Alex B.)
• Updated FCAL gains (Adesh)
• TAGH hit merging (Nathan)
• Updated magnetic field maps (David)
• Updated material map (Simon)
• REST Metadata (Sean)
• Relative flux calculations
  • reconstructed PS counts, 0.2 GeV bins, stored in CCDB

Want

• FCAL energy-dependent shower energies (Adesh)
• Updated TAGH calibrations (Nathan)
• Updated FDC gains (Simon/Vlad)
• Updated CDC gains (Naomi?)

Data

Goals: Update reconstruction with realistic detector resolutions for kinematic fitting, obtain basic understanding of efficiencies reconstructed physics objects

• BCAL
  • Efficiencies - Ahmed
  • Resolutions
    • Energy
    • Position
    • Time
• Tracking (CDC/FDC) - Paul/Simon
  • Efficiencies
  • Resolutions
    • Momentum
    • Vertex
• FCAL - Adesh
  • Efficiencies
  • Resolutions
    • Energy
    • Position
    • Time
• Start Counter - Mahmoud
  • Efficiencies
  • Resolutions
    • Time
• Tagger - Nathan/Alex B.
  • Efficiencies
  • Resolutions
    • Time
• TOF - Beni
  • Efficiencies
  • Resolutions
    • Time - constant factor obtained, need to
• Geometry & Alignment - Simon
  • Survey results
  • Data-driven
• Low-level parameters
  • configuration parameters applied per-crate - Mike S.
• Photon beam polarization
  • Per-photon polarization information
  • Variation during run?
• Add TAC to recon