Suggestions for nucleardata
The following packages have something in common with the package nucleardata. The packages are ordered in decreasing similarity.
- bohr: Simple atom representation according to the Bohr model
- thermodynamics: Macros for multicomponent thermodynamics documents
- dimnum: Commands for dimensionless numbers
- perltex: Define LaTeX macros in terms of Perl code
- pythontex: Run Python from within a document, typesetting the results
- python: Embed Python code in LaTeX
- sympytex: Include symbolic computation (using sympy) in documents
- hybrid-latex: Allow active Python code in LaTeX documents
- checklistings: Pass verbatim contents through a compiler and reincorporate the resulting output
- epspdfconversion: On-the-fly conversion of EPS to PDF
- autopdf: Conversion of graphics to pdfLaTeX-compatible formats
- rterface: Access to R analysis from within a document
- latexalpha2: Embed Mathematica code and plots into LaTeX
- runcode: Execute foreign source code and embed the result in the pdf file
- pythonimmediate: Library to run Python code
- pynotebook: pynotebook presents (raw, Markdown or Python) codes (and execution with LuaLaTeX) as in a Jupyter Notebook
- physics: Macros supporting the Mathematics of Physics
- bpchem: Typeset chemical names, formulae, etc
- chemcono: Support for compound numbers in chemistry documents
- chemcompounds: Simple consecutive numbering of chemical compounds
- chemscheme: Support for chemical schemes
- lewis: Draw Lewis structures
- streetex: Structural organic chemistry
- chemstyle: Writing chemistry with style
- chemschemex: Typeset and cross-reference chemical schemes based on TikZ code
- elements: Provides properties of chemical elements
- proflabo: Draw laboratory equipment
- chemgreek: Upright Greek letters in chemistry
- sagetex: Embed Sage code and plots into LaTeX
- epstopdf-pkg: Call epstopdf "on the fly"
- texsurgery: A LaTeX companion to the “texsurgery” python project