Contents

• Contents
• Overview of HEP
  • Aim of the Program
  • Command line arguments
• Input/Output Channels
  • Input
    • Data input
    • Geometry input
    • Hbook/Ntuple definitions
    • Online Command input
  • Output
• Interactive commands
  • Top Level Commands
    • NAME [ what name driver unit ]
      
    • INIT [ option ]
      
    • OPEN [ option dflname ]
      
    • LOOP [ ievents ifirst ]
      
    • REDUCE [ option ]
      
    • LOG [ option ]
      
    • SLAVEMODE
      
    • WEIGHT [ option ]
      
    • OUT
      
    • CLOSE [ option ]
      
    • STATUS
      
    • SCRATCH
      
    • MYHEP [ option ]
      
    • MYCALL [ name ]
      
  • Histograming Commands
    • BOOK [ option ]
      
    • RESET
      
    • DESCRIBE id [ option ]
      
    • SAVE
      
    • GLOCK [ option ]
      
  • Table and Event Printing
    • other ADAMO-commands
  • Additional KUIP functions
• Histograms, Ntuples and all that
  • Shared Memory
  • How to set up Histogram and Ntuples
    • General Scheme
    • Definition of Tables for Histograms
    • Definition of Tables for Ntuples
    • Relationships to define the contents of an ntuple
  • How to define Masks
    • Event Masks and Parameter Masks
    • Definition of Tables for Masks
    • Relationships concerning Masks
      • Relating Masks to Histograms and ntuples
      • Relationships to construct Masks
  • Parser Expressions
  • Example
    • The wiremap of a drift chamber plane
    • Defining a Mask by a Cut
    • Defining a Mask by an Expression
    • Defining the Histogram
    • The complete HEP session
  • How to read from the decoder
• The COMIS subroutines
  • The my...subroutines
    • MYINIT
    • MYBOOK
    • MYSKIP
    • MYEVENT
    • MYOUT
  • The use of ADAMO in COMIS
• The HERMES Event Processor Mainframe HEPM
  • The Functionality of HEPM
  • How to link to HEPM
  • Rules for HEPM usercode
  • Using C with HEPM
  • Reading slowcontrol data in parallel to events
• The DAD interface
• Index
• About this document ...