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DeCE : The Descriptive Correction of ENDF-6 Format Code

   Language C++
   Author   Kawano, T.
   Version  1.2 (Adularia)

DeCE is a C++ program to manipulate ENDF-6 formatted file interactively,
inspired by the CRECTJ6 code by T. Nakagawa of JAEA (JAERI-DATA/CODE
99-041). DeCE has several features that help ENDF-6 formatting work;
(1) facilitates all ENDF-6 data file manipulations, for example, add
two data sections, renormalize data, add/delete data point, (2)
convert model calculation results into ENDF-6 format, (3) reconstruct
pointwise cross sections from resonance parameters, (4) convert ENDF-6
formatted data file into more human friendly format.


History:

   beta  (Talc)       : Dec. 2009   original development version
         (Gypsum)     : Mar. 2010   FILE 3 completed version
         (Calcite)    : Mar. 2010   structure re-organized, FILE 4 completed
         (Fluorite)   : Mar. 2010   GFR module imported, cross section from resonances
   pre1  (Apatite)    : Sep. 2010   FILE 6 improved version
   1.0.0 (Apatite)    : Oct. 2010   public release version
   1.1.0 (Turquoise)  : Dec. 2010   data tabulation enhanced version
   1.1.1              : Aug. 2011   AUTOMAKE version
   1.1.2              : Sep. 2012   minor revision
   1.1.3              : Sep. 2013   gamma-ray data tabulation
   1.1.4              : Jul. 2014   Legendre coefficients from resonances
   1.2.0 (Adularia)   : Sep. 2015   resonance reconstruction, and more upgrades
   1.2.1              : May  2016   open source version

Files:
    source/
      [Main Program]
        constant.h        physical constatns definition
        dece.h            prototype definition of main modules
        decetable.h       prototype definition of functions in decetable sources
        terminate.h       code emergency stop
        dece.cpp          main program
        deceangdist.cpp   make MF4 from data, calculate Legendre coefficients
        dececalc.cpp      add/sub/mul/div operation of TAB1 type sections
        dececopy.cpp      scan the ENDF file, copy section to memory
        deceheader.cpp    manipulate header part in MF1
        decemisc.cpp      some mathematical functions
        decemod6.cpp      manipulate sections in MF6
        deceoutput.cpp    output whole ENDF data, renumbered, make new dictionary
        decepoint.cpp     manipulate one-point data
        deceprocpoit.cpp  create point-wise cross sections in MF3
        deceread.cpp      read external file and make a section in MF3
        decetable.cpp     output human readable table from ENDF data
        decetable1.cpp        part of decetable, for MF1
        decetable2.cpp        part of decetable, for MF2
        decetable3.cpp        part of decetable, for MF3
        decetable4.cpp        part of decetable, for MF4
        decetable5.cpp        part of decetable, for MF5
        decetable6.cpp        part of decetable, for MF6
        decetable8.cpp        part of decetable, for MF8
        decetable9.cpp        part of decetable, for MF9
        decetable10.cpp       part of decetable, for MF10
        decetable12.cpp       part of decetable, for MF12
        decetable13.cpp       part of decetable, for MF13
        decetable15.cpp       part of decetable, for MF15
        decetable33.cpp       part of decetable, for MF33

      [ENDF-6 Formatted File I/O]
        endflib.h         ENDFlib class definition
        endfio.cpp        read/write interface to ENDF data section
        endflib.cpp       ENDF-6 HEAD, CONT, LIST, TAB1, TAB2

      [Input Line Interpreter]
        command.h         Class Cline, and prototype definition 
        command.cpp       input command analyzer

      [Reconstruct Poinwise Cross Section from Resonances]
        gfr.h             prototype definition of GFR
        gfr.cpp           calculate cross section from resonances
        gfrcross.cpp      main calculation part
        gfrcs1.cpp        SLBW / MLBW
        gfrcs3.cpp        Reich-Moore
        gfrcs7.cpp        R-matrix limited
        gfrcsurr.cpp      unresolved resonance region
        gfrenergy.cpp     auto energy grid
        gfrformula.cpp    resonance formulae
        gfrlegcoef.cpp    Legendre expansion coefficients

      [Miscellaneous Functions]
        decemisc.h
        decemisc.cpp
        coupling.h        angular momentum couplings (from CoH3)
        coupling.cpp

      [Mass Table]
        masstable.h
        masstable_ripl2.h
        masstable_ripl3.h
        masstable_audi2011.h
        masstable.cpp

      [Least-Squares Module]
        polysq.h
        polycalc.cpp
        polymain.cpp
        polysq.cpp

   tools/
        decemf4.cpp:  elastic scattering angular distribution section in ENDF-6
        decemf5.cpp:  make energy spectrum section in ENDF-6
        decemf6.cpp:  convert ECLIPSE(CoH) DDX output into ENDF-6
        decemf12.cpp: convert ECLIPSE(CoH) discrete level output into ENDF-6
        decemacs.cpp: calculate Maxwellian average cross section

   example/
        example1.cpp: read/write ENDF-6 using endflib
        example2.cpp: onvert private date into ENDF-6 using endflib
 
   manual/
        dece manual in HTML