8. RELATED AND AUXILIARY PROGRAMS
The primary AMPX-77 modules support Version 5 and earlier, although it is possible to process many Version 6 evaluations. There are 47 modules in the AMPX-77 system. A partial list follows.
AIM: Converts master cross-section libraries from BCD to binary format (or vice-versa).
ALPO: Produces ANISN libraries from AMPX master libraries.
ALE: Produces listings of data from AMPX master and working interfaces.
AJAX: Merges, collects, reorders, joins, and/or copies selected data sets from AMPX master interfaces.
BONAMI: Resonance Self-shielding by the Bondarenko Method.
COMAND: Collapses ANISN cross-section libraries.
CONTAC: Produces ANISN or CCCC ISOTXS libraries from AMPX working libraries.
ICE-2: Mixes cross sections on an AMPX working library and produces a macroscopic AMPX working library, ANISN libraries, or group-independent ANISN cross-section libraries.
LAPHNGAS: Generates multigroup secondary gamma-ray production cross sections and/or multiplicities from ENDF/B point data.
LAVA: Produces an AMPX working library form an ANISN cross-section library.
MALOCS: Collapses fine-group AMPX master libraries into broad-group AMPX master libraries.
NITAWL-II: Converts from the AMPX master library format to an AMPX working library. Optionally, it will perform a Nordheim integral treatment calculation for nuclides with resonance parameters.
RADE: Used to perform checks on AMPX master, AMPX working, and ANISN libraries.
ROLAIDS: Performs an integral transport calculation for the energy-pointwise, slowing-down flux distribution in each zone of a 1-D, multiregion geometry to produce multigroup resonance-shielded constants.
SMILER: Converts NJOY GENDF files to AMPX master libraries.
SMUG: Generates a photon-interaction master library from ENDF/B data.
TABU: Produces an AMPX master cross-section file which contains Bondarenko factor data for the unresolved energy region.
VASELINE: Produces plots of cross sections from ENDF/B libraries or from AMPX master or working libraries.
WAX: Collects data from one or more AMPX working libraries to create a new working library.
UNITAB: Combines data for a nuclide from more than one AMPX master library to create a new AMPX master library.
WORM: Reads an AMPX working library and reformats it to write an AMPX master library.
XLACS: Uses ENDF/B data to produce multigroup neutron cross sections on an AMPX master library.
XSDRNPM: Performs a 1-D discrete-ordinates or diffusion theory calculation using cross sections on an AMPX working library.