The package provides many (purely expandable) tools for LaTeX: extensive list management; purely expandable loops; conversion; addition/deletion; expansion and group control; tests on tokens, characters and control sequences; tests on strings; purely expandable macros with options or modifiers; some purely expandable numerics.

The package provides a facility to typeset certain logic formulae. It provides an environment like eqnarray, a newtheorem-like environment (NewTheorem), and several macros.

The package simplifies the process of writing differential operators and brackets in LaTeX. The commands facilitate the easy manipulation of equations involving brackets and allow partial differentials to be expressed in an alternate form.

fei is a class created by graduate students and LaTeX enthusiasts that allows students from FEI University Center to create their academic works, be it a monograph, masters dissertation or PhD thesis, under the typographic rules of the institution. The class makes it possible to create a full academic work, supporting functionalities such as cover, title page, catalog entry, dedication, summary, lists of figures, tables, algorithms, acronyms and symbols, multiple authors, index, references, appendices and attachments. fei is loosely based in the Brazilian National Standards Organization (ABNT).

This is a XeLaTeX template for writing theses to apply academic degrees in Xidian University. The template is designed according to the official requirements on typesetting theses. The template currently supports all levels of degrees from bachelor to doctor, including both academic master and professional master.

This package provides LaTeX support for Hoenig's Computer Duerer fonts, using their standard fontname names.

This package implements a float algorithm extension for handling float pages. It attempts to reduce the number of unnecessary (fairly empty) float pages while making sure that floats nevertheless stay close to their call-outs. Several aspects of the algorithm behavior are adjustable.

This document aims to introduce LaTeX and Polyglossia for Indian languages. Though the document often discusses the language Marathi, the discussion applies to other India languages also. We assume that the user of this document knows basic (La)TeX or has, at least, tried her hand on it. This document is not very suitable for first time users.

This package changes the setup of the japanese-otf package so that the TFMs for direct input are all replaced by new ones with prefixed names. This function will assist users who want to use the japanese-otf package together with tailored TFMs of Japanese fonts.

This collection of packages provides programs for conversion between font formats, testing fonts, virtual fonts, .gf and .pk manipulation, mft, fontinst, etc., and for manipulating OpenType, TrueType, Type 1, PostScript and other image formats.

This package provides a LaTeX package and font definition files to access the Concrete mathematics fonts, which were derived from Computer Modern math fonts using parameters from Concrete Roman text fonts.

The package provides the means for LaTeX to implement a grid system as known from CSS grid systems. The facility is useful for creating box layouts as used in brochures.

This package allows writing presentations with incremental slides. It does not presuppose any specific document class. Rather, it is a lightweight alternative to full-fledged presentation classes like beamer.

This package provides a \DeclareFixedFootnote command to provide a single command for a frequently-used footnote. The package ensures that only one instance of the footnote text appears on each page (LaTeX needs to be run several times to achieve this).

This package provides font information needed to load the cmmi and cmmib fonts for use to produce old-style numbers.

This small dummy package just contains a simple list of full and short journal names as written in AMS standard: https://mathscinet.ams.org/msnhtml/serials.pdf.

The Latin Modern fonts are derived from the famous Computer Modern fonts designed by Donald E. Knuth and described in Volume E of his Computers & Typesetting series.

This package provides the capability of adding keywords (with a \keywords command), a running title (\runningtitle), AMS subject classifications (\amssubj), and an author's footnote as footnotes to the title or first page of a document. It works with any class for which the \thanks macro works (e.g., article).

This package provides an extended set of fonts for use in mathematics, including: extra mathematical symbols; blackboard bold letters (uppercase only); fraktur letters; subscript sizes of bold math italic and bold Greek letters; subscript sizes of large symbols such as sum and product; added sizes of the Computer Modern small caps font; cyrillic fonts (from the University of Washington); Euler mathematical fonts. All fonts are provided as Adobe Type 1 files, and all except the Euler fonts are provided as METAFONT source. The distribution also includes the canonical Type 1 versions of the Computer Modern family of fonts. The Euler fonts are supported by separate packages; details can be found in the documentation.

The package provides the facility that several documents can be typeset independently with page numbers in sequence, as if they were a single document.

The package calls the epstopdf package to convert EPS graphics to PDF, on the fly. It serves as a vehicle for passing conversion options (such as grayscale, prepress or pdfversion) to the epspdf converter.

The recipecard class typesets recipes into note card sized boxes that can then be cut out and pasted on to note cards. The recipe then looks elegant and fits in the box of recipes.

This package provides functionalities for defining macros that have different behaviors depending on whether in math or text mode, that absorb Primes, Indices and Exponents (PIE) as extra parameters usable in the code; and it offers some iteration facilities for defining macros with similar code. The primary objective of this package is to be used together with the knowledge package for a proper handling of mathematical notations.

The package is designed to draw solids in 3d perspective. Its features include:

• create primitive solids;

• create solids by including a list of its vertices and faces;

• faces of solids and surfaces can be colored by choosing from a very large palette of colors;

• draw parametric surfaces in algebraic and reverse polish notation;

• create explicit and parameterized algebraic functions drawn in 2 or 3 dimensions;

• project text onto a plane or onto the faces of a solid;

• support for including external database files.