This is a LaTeX style for producing author self-archiving copies of (academic) papers. The following layout-styles are pre-defined: ACMfor the two-column layout used by many ACM conferences, IEEE for the two-column layout used by many IEEE conferences, LNCS for the LNCS layout (as used by Springer), and LNI for the Lecture Notes in Informatics, published by the GI ENTCS for the Elsevier ENTCS layout

This package can be used to generate a mathematical nomenclature (also called list of symbols or notation). It is based on the glossaries package. Its main features are:

• symbol categories (e.g., latin, greek),

• automatic but customizable symbol sorting,

• easy subscript management,

• easy accentuation management,

• abbreviation support (with first use definition),

• bilingual nomenclatures (for bilingual documents),

• bilingual abbreviations.

The tikz-karnaugh package is a LaTeX package used to draw Karnaugh maps. It uses TikZ to produce high quality graph from 1 to 12 variables, but this upper limit depends on the TeX memory usage and can be different for you. You can control colour, styles and distances. It can be considered as an upgrade and extension of Andreas W. Wieland's karnaugh package towards TikZ supporting.

The main purpose of the preview package is the extraction of selected elements from a LaTeX source, like formulas or graphics, into separate pages of a DVI file. A flexible and convenient interface allows it to specify what commands and constructs should be extracted. This works with DVI files postprocessed by either Dvips and Ghostscript or dvipng, but it also works when you are using PDFTeX for generating PDF files.

The package provides the environments footnoterange and footnoterange*. Multiple footnotes inside these environments are not referenced as (e.g.) 1 2 3 but as 1-3, i.e., the range (from first to last referred footnote at that place) is given. If the hyperref package is loaded with enabled hyperfootnotes option, then the references are hyperlinked. (References to footnotes in footnoterange* environments are never hyperlinked.)

This package offers a collection of macros to help in the process of writing a paper. You may add comments, todo notes, etc.,during revision, in a colourful way. The package also summarizes the inserted notes at the end of the document. There are some predefined note commands as well as a way of defining new ones to suit the user's needs. You may safely remove this package once the paper is finished.

The package aims to provide a one-stop solution to requirements for footnotes. It offers multiple footnote apparatus superior to that of manyfoot. Footnotes can be formatted in separate paragraphs, or be run into a single paragraph. Note that the majority of the bigfoot package's interface is identical to that of manyfoot; users should seek information from that package's documentation.

The bigfoot bundle also provides the perpage and suffix packages.

TeX-Gyre-Math is a collection of maths fonts to match the text fonts of the TeX-Gyre collection. The collection is available in OpenType format, only; fonts conform to the developing standards for OpenType maths fonts. TeX-Gyre-Math-Bonum (to match TeX-Gyre-Bonum), TeX-Gyre-Math-Pagella (to match TeX-Gyre-Pagella), TeX-Gyre-Math-Schola (to match TeX-Gyre-Schola) and TeX-Gyre-Math-Termes (to match TeX-Gyre-Termes) fonts are provided.

This is a fairly complete BibLaTeX style (citations and references) for APA (American Psychological Association) 6th Edition conformant publications. It implements and automates most of the guidelines in the APA 6th edition style guide for citations and references. An example document is also given which typesets every citation and reference example in the APA 6th edition style guide. This is a legacy style for 6th Edition documents. Please use the BibLaTeX-apa style package for the latest APA edition conformance.

The package provides mid-level access to Tengwar fonts, providing good quality output. Each tengwar sign is represented by a command, which will place the sign nicely in relation to previous signs. A transcription package is available from the package's home page: writing all those tengwar commands would quickly become untenable. The package supports the use of a wide variety of tengwar fonts that are available from the net; metric and map files are provided for all the supported fonts.

This package allows you to create and print scrambled environments for purposes such as randomized hint environments. You can mark a location with a series of hints, and then print the hints at the end in a pseudo-random order. The general structure follows: there is an outer environment which creates the label, an inner environment that creates the references, and a print command that prints out all of the hints. This generalizes beyond hints; one can create scrambled solutions as well, etc.

Academics often need to submit anonymous versions of their papers for peer-review. This often requires anonymization which at some future date needs to be reversed. However de-anonymizing an anonymized paper can be laborious and error-prone. This LaTeX package allows anonymization options to be specified at the time of writing for authors using acmart.cls, the official ACM master article template. Anonymization or deanonymization is carried out by simply changing one option and recompiling.

The package provides a large and sundry set of macros for the manipulation of strings. The macros are developed not merely for cosmetic application (such as changing the case of letters and string substitution), but also for programming applications such as character look-ahead, argument parsing, conditional tests on various string conditions, etc. The macros were designed all to be expandable (note that things such as \uppercase and \lowercase are not expandable), so that the macros may be strung together sequentially and nested (after a fashion) to achieve rather complex manipulations.

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.

This package dynamically typesets values generated by different kinds of scripts in LaTeX through the use of ``symbolic links'' (which are not in any way related to the symbolic links used in UNIX systems!). The aim is to reduce errors resulting from out-of-date numbers by directly setting them in the number generating file and importing a ``symbolic link'' into the LaTeX source file. It can be used to import not only numerical values, but strings and pieces of code are also possible. Currently only MATLAB and Python are supported to produce dynamic number list files.

This package lets you draw Feynman diagrams using TikZ. It is a low-end modification of the TikZ-Feynman package, one of whose principal advantages is the automatic generation of diagrams, for which it needs LuaTeX. TikZ-FeynHand only provides the manual mode and hence runs in LaTeX without any reference to LuaTeX. In addition it provides some new styles for vertices and propagators, alternative shorter keywords in addition to TikZ-Feynman's longer ones, some shortcut commands for quickly customizing the diagrams look, and the new feature of putting one propagator on top of another.

This package provides macros to read and compare the modification dates of files. The files may be .tex files, images or other files (as long as they can be found by LaTeX). It uses the \pdffilemoddate primitive of pdfLaTeX to find the file modification date as PDF date string, parses the string and returns the value to the user. The package will also work for DVI output with recent versions of the LaTeX compiler which uses pdfLaTeX in DVI mode. The functionality is provided by purely expandable macros or by faster but non-expandable ones.

LaTeX, by default, restricts the sizes at which you can use its default computer modern fonts, to a fixed set of discrete sizes (effectively, a set specified by Knuth). The type1cm package removes this restriction; this is particularly useful when using scalable versions of the cm fonts (Bakoma, or the versions from BSR/Y&Y, or True Type versions from Kinch, PCTeX, etc.). Note that the LaTeX distribution now contains a package fix-cm, which performs the task of type1cm, as well as doing the same job for T1- and TS1-encoded ec fonts.

The package is a companion for the enumitem package; it makes it possible to reference any item in lists formatted by enumitem lists, viz., enumerated, itemize and description lists, and any list defined (or customised) with \newlist or \setlist. References may be typeset differently with options/properties and even arbitrary text. With hyperref, anchors are added for each item to enable hyperlinks within the document or even to external documents. Three schemes are provided to make reference names (including the standard \label command).

The package is currently broken, cf.: https://tex.stackexchange.com/q/664886/1090.

This is the principal package in the AMS-LaTeX distribution. It adapts for use in LaTeX most of the mathematical features found in AMS-TeX; it is highly recommended as an adjunct to serious mathematical typesetting in LaTeX. When amsmath is loaded, AMS-LaTeX packages amsbsy (for bold symbols), amsopn (for operator names) and amstext (for text embedded in mathematics) are also loaded. This package is part of the LaTeX required distribution; however, several contributed packages add still further to its appeal; examples are empheq, which provides functions for decorating and highlighting mathematics, and ntheorem, for specifying theorem (and similar) definitions.

Listofsymbols provides commands to automatically create a list of symbols (also called notation or nomenclature), and to handle symbols logically, i.e., define a macro that is expanded to the desired output and use the macro in the text rather than hard-coding the output into the text. This helps to ensure consistency throughout the text, especially if there is a chance that symbols will be changed at some stage. The package is more or less a combination of what the packages nomencl and formula do. The concept of creating the list of symbols, though, is different from the way nomencl.sty does it.

Txfonts supplies virtual text roman fonts using Adobe Times (or URW NimbusRomNo9L) with some modified and additional text symbols in the OT1, T1, and TS1 encodings; maths alphabets using Times/URW Nimbus; maths fonts providing all the symbols of the Computer Modern and AMS fonts, including all the Greek capital letters from CMR; and additional maths fonts of various other symbols.

The set is complemented by a sans-serif set of text fonts, based on Helvetica/NimbusSanL, and a monospace set.

All the fonts are in Type 1 format (AFM and PFB files), and are supported by TeX metrics (VF and TFM files) and macros for use with LaTeX.

Typewriter-style fonts are best for program listings, but Computer Modern Typewriter prints ` and ' as bent opening and closing single quotes. Other fonts, and most programming languages, print ` as a grave accent and ' upright; ' is used both to open and to close quoted strings. The package switches the typewriter font to Computer Modern Typewriter in OT1 encoding, and modifies the behaviour of verbatim, verbatim*, \verb, and \verb* to print in the expected way. It does this regardless of other fonts or encodings in use, so long as the package is loaded after the other fonts were. The package does not affect \tt, \texttt, etc.

Modern native UTF-8 engines such as XeTeX and LuaTeX need hyphenation patterns in UTF-8 format, whereas older systems require hyphenation patterns in the 8-bit encoding of the font in use (such encodings are codified in the LaTeX scheme with names like OT1, T2A, TS1, OML, LY1, etc). The present package offers a collection of conversions of existing patterns to UTF-8 format, together with converters for use with 8-bit fonts in older systems.

This Guix-specific package provides hyphenation patterns for all languages supported in TeX Live. It is a strict super-set of codehyphen-base package and should be preferred to it whenever a package would otherwise depend on hyph-utf8.