This small package allows citing all entries of a BibLaTeX (.bbl) file.

This package provides a portable computer algebra system capable of symbolic computation, written entirely in Lua, designed for use in LuaLaTeX. Its features are: arbitrary-precision integer and rational arithmetic, factoring of univariate polynomials over the rationals and finite fields, number theoretic algorithms, symbolic differentiation and integration, and more. The target audience for this package are mathematics students, instructors, and professionals who would like some ability to perform basic symbolic computations within LaTeX without the need for laborious and technical setup.

The tkz-euclide package is a set of files designed to give math teachers and students easy access to the programming of Euclidean geometry with TikZ.

These fonts represent semaphore in a highly schematic, but very clear, fashion. The fonts are provided as Metafont source, and in both OpenType and Adobe Type 1 formats.

The file processes to produce (real) rulers; the author suggests printing them on transparent plastic and trimming for use as a real ruler. The rule widths are 0.05mm, which can be challenging for (old) laser printers.

This is a translation of the documentation that comes with the psfrag package.

The package provides a diagram environment. This allows the LaTeX user to easily create complex commutative diagrams, by placing formula nodes on a conceptual grid and attaching arrows to them.

This package provides support for use of Libertinus fonts with traditional processing engines (LaTeX with Dvips or Dvipdfmx, or pdfLaTeX).

The class is intended for simple documents (e.g., reports handed in as coursework and the like). The class is small and straightforward; its design was inspired by that of the PracTeX journal style.

This package contains a template for zbMATH Open reviews. It will show what your review will look like on zbMATH Open and you can test whether your LaTeX-Code will compile on our system.

The package provides facilities for graph-drawing, with facilities designed for neural network diagrams.

The distributed drivers do not support the PGF feature of inter-picture connections under e-pTeX and dvipdfmx. The package uses existing features of dvipdfmx to fix this problem.

The package contains pLaTeX support files and virtual fonts for supporting a wide variety of fonts in LaTeX using the pTeX engine.

The bundle provides a font CountriesOfEurope (in Adobe Type 1 format) and the necessary metrics, together with LaTeX macros for its use. The font provides glyphs with a filled outline of the shape of each country; each glyph is at the same cartographic scale.

This package supports the spelling of cardinal and ordinal numbers. Supported languages are English, French, German, Hungarian, Italian, and Latin.

This package provides customized theorem-like environments specifically designed for computer science documents. It offers a set of pre-defined theorem styles and environments to streamline the creation of theorems, definitions, remarks, and other common structures in computer science papers and documents.

This TikZ-package makes it easy to illustrate celestial mechanics and the solar system. You can use it to draw sketches of the eclipses, the phases of the Moon, etc.

This package fits text to a given width or height by scaling the font.

This unofficial package provides a class for creating documents for people working with Huawei Technologies Co., Ltd.

This package reworks the internals of tabular, array, and similar constructs, and adds a \cellprops command accepting CSS-like selectors and properties.

This package allows including functional MetaPost in LaTeX.

This is a Beamer template for MedStar Health presentations. It includes sample presentations using both .tex files and .rnw files. The document class is obviously compatible with both.

This package defines a few extra shapes, Quadripoles and single port, which can be used standalone, but are mainly meant to be used with CircuiTikZ.

While pdfLaTeX has a number of nice features, its primary shortcoming relative to standard LaTeX+dvips is that it is unable to read ordinary Encapsulated PostScript (EPS) files, the most common graphics format in the LaTeX world. Purifyeps converts EPS files into a purified form that can be read by both LaTeX+dvips and pdfLaTeX. The trick is that the standard LaTeX2e graphics packages can parse Metapost-produced EPS directly. Hence, purifyeps need only convert an arbitrary EPS file into the same stylized format that Metapost outputs.