FRENDY nuclear code -- Where to download it? (for ubuntu 22.04)

In summary, The conversation discusses the comparison of two codes, njoy2016 and frendy, and the process of downloading and executing frendy on Ubuntu 22.04. The speaker also mentions the difficulty in finding information about the code and provides a repository with scripts for processing data with frendy. They also mention trying to run the code using wine in WSL and encountering an error message.
  • #1
emilmammadzada
109
18
TL;DR Summary
FRENDY nuclear code instaling problem
I want to compare njoy2016 and frendy codes.If anyone is using frendy nuclear, I wanted to get information about how to download it for ubuntu 22.04 version?
 
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  • #3
I created the frendy.exe file but I don't know how to run the examples.I couldn't find the sample input files
Code:
emil@DESKTOP-:~/frendy_20220126/frendy/main$ ls
Makefile    libfrendy.a_m    main_frendy.d    remove_old_object_file.sh
frendy.exe  main_frendy.cpp  main_frendy.o_m
 
  • #4
  • Informative
Likes emilmammadzada
  • #5
  • #6
Alex A said:
All I can offer is one of the repositories I found in the search has some scripts for processing JENDL with FRENDY,

https://github.com/AI-Pranto/triga-dataLibrary
Code:
2.3 How to Execute FRENDY
 The execution command is
frendy.exe “input file name”
The input file name is set as a command-line argument
There is such a command in the user manual and I tried it and it didn't work. I wonder if there is a separate method to run the input file of this?
 
  • #7
Alex A said:
All I can offer is one of the repositories I found in the search has some scripts for processing JENDL with FRENDY,

https://github.com/AI-Pranto/triga-dataLibrary
I tried to run the application and got this result
Code:
emil@DESKTOP-:~/frendy_20220126/frendy/main$ ./frendy.exe test.inp

/////////////////////////////////////////////////////////////////////////////////////////
//                                                                                     //
//  //////////  ///////////    //////////  /////      ///  /////////    ///       ///  //
//  ///         ///      ///   ///         //////     ///  ///     ///   ///     ///   //
//  ///         ///      ///   ///         /// ///    ///  ///      ///   ///   ///    //
//  //////////  ///////////    //////////  ///  ///   ///  ///       ///   ///////     //
//  ///         ///    ///     ///         ///   ///  ///  ///       ///     ///       //
//  ///         ///     ///    ///         ///    /// ///  ///      ///      ///       //
//  ///         ///      ///   ///         ///     //////  ///     ///       ///       //
//  ///         ///       ///  //////////  ///      /////  /////////         ///       //
//                                                                                     //
/////////////////////////////////////////////////////////////////////////////////////////

FRENDY calculation date : 2023/02/18 03:25:30

  Version : 2.00.000 (2022/Jan/26)
  Developed by Japan Atomic Energy Agency++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++

  === Input file information (original) ===
    Input file name : test.inp

        //Input file of FRENDY for continuous-energy neutron data
        ace_fast_mode  //processing mode (generate fast ACE file)          //Nuclear data file name

            nucl_file_name        U235.dat

          /* ace file name */

          ace_file_name       U235.ace

          temp             296.0 // temperature [K]

          add_grid_data    (0.625 4.0) //Additional energy grid point

          sigima_zero_data //sigma-infinity is 1.0E10 [b]
         (1.0E10 1.0E06 1.0E05 1.0E04 1.0E03 1.0E02
         3.5E02 1.0E02 1.0E01 1.0E-1)++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++

++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++

  === Input file information (without comment) ===
    Input file name : test.inp

        ace_fast_mode
        nucl_file_name        U235.dat
        ace_file_name       U235.ace
        temp             296.0
        add_grid_data    (0.625 4.0)
        sigima_zero_data
        (1.0E10 1.0E06 1.0E05 1.0E04 1.0E03 1.0E02
        3.5E02 1.0E02 1.0E01 1.0E-1)

++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++

=== Read input data for ReconResonance ===
  nucl_file_name     : U235.dat
  add_grid_data [eV]
    1 / 2 : 0.625
    2 / 2 : 4.0
=== Read input data for DopplerBroadening ===
  nucl_file_name          : U235.dat
  temp [K]                : 296.0
=== Read input data for GasProduction ===
  nucl_file_name          : U235.dat
=== Read input data for ProbTable ===
  nucl_file_name          : U235.dat
=== Read input data for ThermalScatter ===
  nucl_file_name                : U235.dat
=== Read input data for AceDataGenerator ===
  nucl_file_name                       : U235.dat
  ace_file_name                        : U235.ace

*************************
*                       *
*  !!! FATAL ERROR !!!  *
*                       *
*************************

  <Class name>
    FrendyInputReader

  <Function name>
    check_not_used_input_data(vector<vector<string> >& input_data)

  <Error message>
    Input type : sigima_zero_data
    Input data (Number of data : 10)
      1 / 10 : 1.0E10
      2 / 10 : 1.0E06
      3 / 10 : 1.0E05
      4 / 10 : 1.0E04
      5 / 10 : 1.0E03
      6 / 10 : 1.0E02
      7 / 10 : 3.5E02
      8 / 10 : 1.0E02
      9 / 10 : 1.0E01
      10 / 10 : 1.0E-1
    This input type is not used for ace_file_generation_fast_mode.

    Please check the calculation mode or input type.

terminate called after throwing an instance of 'std::runtime_error'
  what():  Runtime error. Please check your input file or source file.
Aborted
 

Attachments

  • test.inp.txt
    505 bytes · Views: 76

1. What is FRENDY nuclear code?

FRENDY nuclear code is a computer program used for simulating nuclear reactions and analyzing nuclear data. It is commonly used by scientists and researchers in the field of nuclear physics.

2. Is FRENDY nuclear code available for download?

Yes, FRENDY nuclear code is available for download. However, it is not a free software and requires a license to access and use.

3. Can I download FRENDY nuclear code for Ubuntu 22.04?

Yes, FRENDY nuclear code is compatible with Ubuntu 22.04. You can download the software from the official website or through a licensed distributor.

4. How do I install FRENDY nuclear code on Ubuntu 22.04?

After downloading the software, you can follow the installation instructions provided by the developers. It usually involves running a set-up file and following the prompts.

5. Are there any system requirements for running FRENDY nuclear code on Ubuntu 22.04?

Yes, FRENDY nuclear code has specific system requirements that must be met for the software to run smoothly. These requirements can be found on the official website or in the installation instructions.

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