Suggestions for TeX-ewd
The following packages have something in common with the package TeX-ewd. The packages are ordered in decreasing similarity.
- Package labtex: Label diagrams produced in METAFONT
- Package epsfx: A TeX macro package for including EPS graphics
- Package mirr: PostScript mirror header (for dvips)
- Package tex-ps: TeX to PostScript generic macros and add-ons
- Package poligraf: A TeX macro package for prepress
- Package tex-ini-files: Model TeX format creation files
- Package lpform: Typesetting linear programming formulations and sets of equations
- Package pmat: Typeset partitioned matrices
- Package t-angles: Draw tangles, trees, Hopf algebra operations and other pictures
- Package undertilde-gen: A simple macro for placing a tilde under a character
- Package petri-nets: A set TeX/LaTeX packages for drawing Petri nets
- Package variations: Typeset tables of variations of functions
- Package trans: A simple TeX macro package for PostScript transformations
- Package cmyk-hax: A TeX macro package for colour manipulation (using PostScript)
- Package tex-locale: Localisation support for TeX and LaTeX documents
- Package anti: Typeset an anti-particle in maths mode
- Package mandel: Compute the Mandelbrot set
- Package calcfrac: Calculates the value of an expression containing fractions
- Package minim-math: Extensive maths for LuaTeX
- Package proofs: Macros for building proof trees
- Package mathdots: Commands to produce dots in math that respect font size
- Package qed: Produce an
end-of-proof
mark - Package systeme: Format systems of equations
- Package luamplib: Use LuaTeX’s built-in METAPOST interpreter
- Package joy-of-tex: User documentation for the AMS-TeX macro collection
- Package autoaligne: Align terms and members in math expressions
- Package stretchy: Macros for creating stretchy TeX symbols
- Package xlop: Calculates and displays arithmetic operations
- Package youngtab: Typeset Young-Tableaux
- Package pdfmsym: PDF Math Symbols – various drawn mathematical symbols
- Package tuple: Expandable operations for tuples of numbers