Jupyter Notebooks related to phitar v1.04

• phitar: Testing of the e-type = 2 source subsection
• phitar: Testing of the e-type = 22 source subsection
• phitar: Energy bin synchronization between tallies and cross sections

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NAME

phitar - A PHITS wrapper for targetry design

SYNOPSIS

perl phitar.pl [run_mode] [--rpt_subdir=dname] [--rpt_fmts=ext ...]
               [--rpt_flag=str] [--nopause]

DESCRIPTION

phitar is a PHITS wrapper written in Perl, intended for the design of
bremsstrahlung converters and Mo targets. phitar can:
  - examine ranges of source and geomeric parameters
    according to user specifications
  - generate ANSYS MAPDL table and macro files
  - collect information from PHITS tally outputs and generate
    report files
  - collect information from PHITS general outputs and generate
    report files
  - modify ANGEL inputs and outputs
  - calculate yields and specific yields of Mo-99 and Au-196
  - convert ANGEL-generated .eps files to various image formats
  - generate animations using the converted rasters

OPTIONS

run_mode
    file
        Input file specifying simulation conditions.
        Refer to 'args.phi' for the syntax.
    -d
        Run simulations with the default settings.
    --dump_src=<particle>
        electron
        photon
        neutron
        Run simulations using a dump source.
        (as of v1.03, particles entering a Mo target are used
        as the dump source)

--rpt_subdir=dname (short: --subdir, default: reports)
    Name of subdirectory to which report files will be stored.

--rpt_fmts=ext ... (short: --fmts, default: dat,xlsx)
    Output file formats. Multiple formats are separated by the comma (,).
    all
        All of the following ext's.
    dat
        Plain text
    tex
        LaTeX tabular environment
    csv
        comma-separated value
    xlsx
        Microsoft Excel 2007
    json
        JavaScript Object Notation
    yaml
        YAML

--rpt_flag=str (short: -flag)
    The input str followed by an underscore is appended to
    the names of the following files:
    - maximum total fluences
    - cputimes
    Use this option when different materials are simulated
    in the same batch to prevent unintended overwriting.

--nopause
    The shell will not be paused at the end of the program.
    Use it for a batch run.

EXAMPLES

perl phitar.pl args.phi
perl phitar.pl -d
perl phitar.pl --dump=electron --rpt_flag=elec_dmp args.phi
perl phitar.pl args.phi > phitar.log -nopause
perl phitar.pl --rpt_flag=au args.phi
perl phitar.pl --rpt_flag=moo3 args_moo3.phi

REQUIREMENTS

Perl 5
    Moose, namespace::autoclean
    Text::CSV, Excel::Writer::XLSX, JSON, YAML
PHITS, Ghostscript, Inkscape, ImageMagick, FFmpeg, gnuplot
(optional) ANSYS MAPDL

SEE ALSO

phitar on GitHub

phitar in a paper: Nucl. Instrum. Methods Phys. Res. A 987 (2021) 164815

Utilities

• excel2etype22 - Convert EXCEL-stored energy distribution data to PHITS e-type = 22 data
• xsconv - Convert the units of cross section variables
• xsaug - Augment cross section data
• joinyld - Join phitar yield files
• yld2datagen - Convert phitar yield files to a datagen input file

AUTHOR

Jaewoong Jang jangj@korea.ac.kr

COPYRIGHT

Copyright (c) 2018-2020 Jaewoong Jang

LICENSE

This software is available under the MIT license; the license information is found in ‘LICENSE’.