Contents

• Overview
  • The purpose of mcfgen
  • The history of mcfgen and mcfbin
  • Locations of mcfgen and mcfbin
  • How to run mcfgen
  • What mcfgen does for incident neutrons and charged particles
    • The setup
    • Initial processing for each target
    • Loop over the reactions
    • Remark
  • Processing of EPDL data for incident photons
    • Coherent scattering
    • Incoherent scattering
    • Photoelectric effects
    • Pair production
  • Portability issues
  
  
• Various identifiers
  • The code for particles
  • The C Reaction Identifiers
  • The S Reaction Switch
  • The I_number identifier of the kinds of data
  • Kinematics types
  • Interpolation
  
  
• File formats
  • The file `mcfgen.input'
  • The format of the `library' file
    • Background information
    • The overall directory
    • The target directory
  • The format for `mcf.asc'
  • The format for `mcf.bin'
    • The segments of a kinematics directory
    • The kinematics directories
    • Reaction directories
    • Target directory
    • Overall directory
  
  
• Code details for mcfgen
  • Structures identifying the data
  • Equiprobable bins
  • Correlated angle-energy equidistribution