Suggestions for LuaMML
The following packages have something in common with the package LuaMML. The packages are ordered in decreasing similarity.
- lualatex-math: Fixes for mathematics-related LuaLaTeX issues
- pyluatex: Execute Python code on the fly in your LaTeX documents
- luamathalign: More flexible alignment in amsmath environments
- luasseq: Drawing spectral sequences in LuaLaTeX
- luacas: A computer algebra system for users of LuaLaTeX
- truthtable: Automatically generate truth tables for given variables and statements
- luamaths: Provide standard mathematical operations inside LaTeX documents using Lua
- luatruthtable: Generate truth tables of boolean values in LuaLaTeX
- luaset: Set Operations inside LaTeX documents using Lua
- luagcd: Computation of gcd of integers inside LaTeX using Lua
- luanumint: Numerical integration using Lua inside LaTeX documents
- lualinalg: A linear algebra package for LuaLaTeX
- sympycalc: Work with SymPy and PyLuaTeX
- innerscript: Small modifications to math formatting
- linebreaker: Prevent overflow boxes with LuaLaTeX
- emojicite: Add emojis to citations
- emoji: Emoji support in (Lua)LaTeX
- lua-ul: Underlining for LuaLaTeX
- marginalia: Non-floating marginal content with automatic placement for LuaLaTeX
- piton: Typeset informatic listings with LPEG of LuaLaTeX
- japanese-mathformulas: Compiling basic math formulas in Japanese using LuaLaTeX
- luacomplex: Operations on complex numbers inside LaTeX documents using Lua
- longmath: Nested delimiter groups extending over multiple array cells or lines
- tango: A LaTeX document class for math teachers
- newpax: Experimental package to extract and reinsert PDF annotations
- exercisesheets: Typeset exercise sheets for university courses and school classes
- codehigh: Highlight code and demos with l3regex and lpeg
- kanbun: Typeset kanbun-kundoku with support for kanbun annotation
- autotype: A LuaLaTeX package for automatic language-specific typography
- semantex: Semantic, keyval-based mathematics
- ebproof: Formal proofs in the style of sequent calculus