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fete -- From ENDFB6 To ENDL Class List

Here are the classes, structs, unions and interfaces with brief descriptions:
add_them_upClass to manage the addition of weighted models
b6streamReads in an ENDF file, creates single reaction files and gathers global info
bdflsClassClass to read in and store the bdfls file information
C55_gammasClass to handle all of the photon production cross sections
cascade
CompoundDerived from Nuclei
cross_section
dd_linkThe basic link holds a pair of doubles
dd_listList of dd_links
dd_pair
distrib_baseBase class for one link in the lists used in energy and angle distributions
dY_link
dY_list
ENDF_fileBase class for reading intermediate ENDF file sections
ENDL_2_col
ENDL_tableClass for the LAW=7 double differential table
ENDLClassClass for writing ENDL files
fission_delayClass that handles multiplicites and energy distributions for delayed fission neutrons
gen_mf4Class to handle data coming from MF=6 files
Geometry
GlobalParameterClassRead/store the global parameter settings for the translation
id_link
id_list
idd_link
idd_list
iMF_array_linkA vector of MF values for a given reaction (MT)
iMF_array_listList of iMF_array_links
iY_link
iY_list
Kalbach_dataClass to read and hold the Kalbach data
Kalbach_tripleA single set of Kalbach data
Legendre_itemClass holding Legendre coefficients for the mf6, LAW=1, LANG=1 Legendre expansions
Legendre_listClass holding an array of Legendre coefficients for the mf6, LAW=1, LANG=1 Legendre expansions
list
logEntrySeverity of the problem and the message that goes with it. Use this as the value in the map
mappingsClass that maps energy-angle pairs between reference frames
mass_life_linkA link to hold ZA, mass, and lifetime
mass_life_listA list of mass_life links
Mess
MessageLoggerMap to hold the list of problems. We append this list to the documentation of the evaluation
MessagingClass
MF12_baseThis is the base class for the MF12_list class
MF12_deexciteThis class is for nuclear transition probabilities (LO = 2)
mf12_fileDerived class used for reading intermediate MF=12 ENDF data
MF12_listThis class is for gamma multiplicity files (LO = 1)
MF12_rawThis class just holds raw ENDF data for gamma multiplicity files
mf13_fileDerived class used for reading intermediate MF=13 ENDF data
MF13_listClass to handle the photon production cross sections
MF14_c55_listClass to handle anisotropic MF=14 file and write ENDL c=55 file
mf14_fileDerived class used for reading intermediate MF=14 ENDF data
MF14_listClass for anisotropic gamma distributions given as Legendre expansions
MF14_splitClass for anisotropic gamma distributions and discrete lines given as Legendre expansions
MF14_tableThis class is for anisotropic gamma tables (LTT = 2) which are not c55 data
MF14_table_raw
mf15_fileDerived class used for reading intermediate MF=15 ENDF data
MF15_listClass to handle the MF=15 data
mf1_fileDerived class used for reading intermediate MF=1 ENDF data
mf3_fileDerived class used for reading intermediate MF=3 ENDF data
mf4_fileDerived class used for reading intermediate MF=4 ENDF data
mf4_tableClass that handles tabular data
mf5_fileDerived class used for reading intermediate MF=5 ENDF data
mf5_tableClass to handle tabular data
mf6_class
mf6_fileDerived class used for reading intermediate MF=6 ENDF data
mf6_gammasClass to handle the gammas from MF=6 files
mf6_LegendreClass for the mf6, LAW=1, LANG=1 Legendre expansions
mf6_Legendre_rawClass holding all of the mf6 Legendre data in ENDF format
mf6_one_dThis class is for the 1-dimensional lists of (energy, probability density) used for double-differential data
mf6_one_orderClass for one the Legendre order for mf6, LAW=1, LANG=1
mf6_tableClass to handle the MF=6 tabular data
MFMTMF & MT of of the file that caused the problem. Use this as a key in a map
mixed_mf4Class that handles Legendre data at low incident energies and tables at high energies
mt458_fileDerived class used for reading intermediate MF=458 ENDF data
MTCPair
multiplicityClass to handle ENDF multiplicity data
NucleiContainer for intrinsic nucleon properties
one_d_charge
one_d_evapUsed for the evaporation model at one incident neutron energy
one_d_hatThis class is a hat function energy distribution, and is used for debugging
one_d_isotropicUsed for the isotropic angular distribution at one incident energy
one_d_KalbachClass for pairs (E', probability) for one E and mu
one_d_LegendreUsed for the Legendre angular distribution at one incident energy
one_d_MadlandUsed for the Madland-Nix model at one incident neutron energy
one_d_MaxwellUsed for the Maxwell model at one incident energy
one_d_phaseOne (E', probability) list for the N-body phase-space distribution
one_d_tableUsed for tables of pairs at one incident neutron energy (i.e., energy of emitted particle and probability density)
one_d_WattUsed for the Watt model at one incident neutron energy
PairStores energy and direction cosine pair used in reference frame mapping
ParamThe parameters of a probability function
phase_spaceClass for the N-body phase-space distribution
ProductDerived from Nuclei
ProjectileDerived from Nuclei
quad_linkLink for the list used by quadrature class quad_list
quad_listThe linked list used to hold the quadrature routine Simp_quad
QValuesUsed for holding Q values
ResidualDerived from Nuclei
sd_link
sd_list
ss_linkLinks for the list of input parameters
ss_listList of ss_links
sY_link
sY_list
TargetDerived from Nuclei
three_d_KalbachClass to handle the ENDF three dimension Kalbach data
three_d_link< one_d >This is the link from which the 3d linked lists are composed
three_d_list< two_d >
two_d_arbitrary
two_d_chargeClass to handle charged-particle scattering data for identical particles
two_d_ENDL_tableClass for one incident energy for the LAW=7 double differential table
two_d_evapClass for handling the general evaporation spectrum
two_d_isotropicClass to handle isotropic distributions
two_d_KalbachClass for one incident energy for the ENDF three dimension Kalbach data
two_d_LegendreClass to handle Legendre data
two_d_legendre
two_d_list< one_d >2d list template composed of 2d links
two_d_MadlandClass to handle the energy dependent fission spectrum of Madland and Nix
two_d_MaxwellClass to handle the simple fission spectrum (Maxwellian)
two_d_phaseClass for one incident energy for the N-body phase-space distribution
two_d_tableClass that holds 2d tabular data as a function of incident energy
two_d_WattClass to handle the energy dependent Watt spectrum
XY_link
YoListClass for storing the outgoing particle list (not including the residual)

Generated on Thu Sep 7 10:38:01 2006 for fete -- From ENDFB6 To ENDL by doxygen 1.3.4