An Evaluated Nuclear Structure Data (ENSDF) parser, viewer and editor.
A future library for native ENSDF access and manipulation in C++.
Nuclei is a software tool for the displaying of nuclear decay schemes and the automated search for appropriate decay cascade properties.
- Exports decay schemes as pdf or svg file
- Powerful decay cascade search functionality
- Complete and authentic parsing of ENSDF files. Many projects out there neglect some data deemed irrelevant to their application, i.e. uncertainties in half-life. The aim is to parse all ENSDF information in full.
- Integrability with other analysis and simulation tools. Once the ENSDF data is imported, it is stored in a hierarchical object-oriented way, for easy access in a native C++-idiomatic way.
- The graphical interface should display the information intuitively but comprehensively. Relevant LaTeX is rendered in the notes. Literature references link to web resources.
- Editing should be possible to allow supplementing of nuclear data based on experimental work.
Many of these goals have been partially met, but the project is in need of additional stewardship.
This software should build on Linux and macOS.
To build, clone this repository and follow the CI script instructions concerning the required prerequisites, and finally use CMake to configure and compile.
You must download the ENSDF database from https://www.nndc.bnl.gov/ensdfarchivals/ and unzip it into a folder of your choice. When you start nuclei, you will have to point it to that location.
Caching the database might take a while, but allows for searching and filtering in the UI. You can speed it up by moving some of the data files out of the chosen folder.
Parsing errors will be printed in terminal as the files are loaded.
This software is primarily based on a similar project by M.A.Nagl, as it can be seen in the git history.
A description of the original Nuclei's functionality and results obtained using its search method was published in Nuclear Instruments and Methods in Physics Research, Section A:
M. Nagl, et al., NIM A 726 (2013), 17-30, doi:10.1016/j.nima.2013.05.045
Main changes:
- refactored to decouple storing, parsing and user interface
- updated to work with more recent versions of Qt and boost
- divorced from obsolete libraries (libakk, Qwt and libQxt, QtFtp)
- reliance on qmake replaced with CMake + conan for dependency management
- removed calculation of angular γ emission anisotropies (correlation coefficients)
- removed generation of synthetic energy spectra
- improved parsing of additional fields and records
- improvements based on features observed in other similar projects: