Reference Manual

 

 
• Steering code - CMSI
  • General
  • Initialisation - UGINIT
  • CMS geometry preparation
  • Simulation steering
  • Kinematics
    • Kinematics data structure
    • Vertex fluctuation
    • Reconstruction steering
  • Termination phase
• Detector description code and constants
  • General
  • Magnetic field
  • Materials and media definitions
  • Rotation matrices
  • Detector geometry
    • Hierarchy of keywords and geometry tree
  • GEANT geometry by TZ titles
  • GEANT hits by TZ titles
  • GEANT drawing by TZ titles
  • Detectors and hit formats
    • Detector Sets and Detector elements
    • Hit format for the tracker and muon system
    • The digitisation format
    • User parameters for detector element
  • Particle descriptions
  • CMSIM Data Base
• Event generation - KINE file
  • General
  • CMKIN flowchart
  • CMKIN sample jobs
• Tracker simulation - TRAK file
  • General
    • File structure
    • Contact persons
  • Tracker control flags
    • Debug control
    • Tracker geometry control
    • HITS recording control
    • Digitization and hit reconstruction control
    • Event reconstruction control
  • Bank descriptions
    • HITS format
    • DIGI formats
      • DIGI format for pixel
      • DIGI format for silicon and MSGC
    • RHIT format
    • TPAR - track parameters banks
    • TKVX - track fit parameters with vertex constraint
    • TVTX - vertex parameters bank
  • Tracker geometry and materials
  • stepping for tracker
  • Tracker signals digitization
    • Pixel digitization
    • Silicon digitization
    • MSGC digitization
  • Tracker hits reconstruction
    • Pixel hits reconstruction
  • Track finding
    • Kalman filtering track finder
    • Template track finder
  • Track fitting, TO BE UPDATED!!!!
  • Vertex finding
  • Vertex fitting
• ECAL software
  • ECAL simulation software
    • File structure
    • Geometry
    • ECAL and Endcap Preshower HITS structure
    • ECAL DIGI structure
    • Access to the crystals and preshower strips.
    • Basic geometrical information and routines to build analysis software
  • ECAL analysis software
• HCAL simulation
• MUON simulation
  • MUON simulation
    • General
    • RPC Muon Trigger Software
      • RPC Trigger Idea
      • Simulated geometry and numbering schemes
      • The MRPC software
      • Usage
      • Parametrisations
    • CSC Simulation
      • CSC Chamber Digitization
      • Muon Reconstructed Hits
    • DTBX Simulation
      • DTBX Chamber Digitization
• Very forward calorimeter simulation - VCAL
• Utilities
  • The GEANT extensions
    • Vertex and Kinematic Information
    • Hits and Digitisation
    • Reconstructed Hits and Trigger Primitives
    • Input & Output
  • The General utilities
    • Accessing Set/Detector Information
    • Accessing Geometry Parameters
    • Iterating over Detector Elements
    • Information on pile-up events
    • Access to HEPEVT common block
    • Accessing Hits, Digitisations, etc. using key words
    • Coordinate Transformations
    • Relating reconstructed hits or digits to simulated hits
  • The CMDB file-based database system
    • The CMDB directory structure
    • The CMDB file structure
    • Overriding the CMDB default directory and file names
    • Adding files to the CMDB data structure
    • Multiple file specification
    • Transporting the CMDB data structure
• User Zebra interface - SZPK file
  • General
  • Zebra Bank Access
    • ZEBRA Data structures
      • Type of Banks
      • Access method
      • Interface routines for TYPE 1-3 banks
      • Defining data structure and format for TYPE 1 and 2 banks
      • Use of Workspace (not yet implemented)
      • Output banks
  • UNIX temporary space (not yet implemented for cms)
• Level-1 Calorimeter Trigger software
  • General
    • File structure
    • How to switch on L-1 calo trigger
  • Flow chart to simulate L-1 calo trigger
  • L-1 calo trigger banks CTRI
    • Structure of banks
    • How to get access to the banks
  • Eta-phi indexes of the trigger objects
  • Control cards