The package is built for use with PSTricks. It provides macros for plotting and manipulating various mathematical functions:

• polynomials and their derivatives,

• Fourier sums,

• the Bessel function defined by its order;

• the Gauss function defined by sigma and mu,

• Bezier curves from order 1 (two control points) to order 9 (10 control points),

• the superellipse function (the Lame curve),

• Chebyshev polynomials of the first and second kind,

• the Thomae (or popcorn) function,

• the Weierstrass function,

• various integration-derived functions: normal, binomial, poisson, gamma, chi-squared, student's t, F, beta, Cauchy and Weibull distribution functions and the Lorenz curve,

• the zeroes of a function, or the intermediate point of two functions,

• the Vasicek function for describing the evolution of interest rates,

• implicit functions.

The plots may be generated as volumes of rotation about the X-axis, as well.

The package provides macros to collect and process a macro argument (i.e., something which looks like a macro argument) as a horizontal box rather than as a real macro argument. The "arguments" are stored as if they had been saved by \savebox or by the lrbox environment. Grouping tokens \bgroup and \egroup may be used, which allows the user to have the beginning and end of a group in different macro invocations, or to place them in the begin and end code of an environment. Arguments may contain verbatim material or other special use of characters. The macros were designed for use within other macros.

Every scientifc document requires outlining before it is written. This package adds simple macros for your LaTeX document.

The basic command of the package is \relsize, whose argument is a number of \magsteps to change size; from this are defined commands \larger, \smaller, \textlarger, etc.

The package supports those within the quantum information community who typeset quantum circuits, using xy-pic package, offering macros designed to help users generate circuits.

The first version of the package allows including Arduino or Processing code using three different forms: writing the code directly in the LaTeX document, writing Arduino or Processing commands in line with the text, calling to Arduino or Processing files. All these options support the syntax highlighting of the official IDE.

This package extends the doc package to cater for documenting non-LaTeX code, such as Metafont or MetaPost, or other programming languages.

This package provides a LaTeX environment listing, an alternative to the built-in verbatim environment. The listing environment is tailored for including listings of computer program source code into documents. The main advantages over the original verbatim environment are: environments automatically fixes leading whitespace so that the environment and program listing can be indented with the rest of the document source, and; listing environments may easily be customised and extended.

This package defines control sequences for roughly one hundred and fifty math operators, including special functions, probability distributions, pure mathematical constructions, and a variant of \overline. The package also provides an interface for users to define new math operators similar to the amsopn package. New operators can be medium or bold weight, and they may be declared as \mathord or \mathop sub-formulas.

This is a collection of dvips PostScript header and dvips config files. They control certain features of the printer, including: A4, A3, usletter, simplex, duplex / long edge, duplex / short edge, screen frequencies of images, black/white invers, select transparency / paper for tektronix 550/560, manual feeder, envelope feeder, and tray 1, 2 and 3, and printing a PostScript grid underneath the page material--very useful for measuring and eliminating paper feed errors!

Philex provides means for creating and cross-referencing named or numbered environments. Possible uses would be equations, example sentences (as in linguistics or philosophy) or named principles. Cross references may refer either to the number, or to a short name of the target environment, or to the contents of the environment. Philex builds on the facilities of the linguex package.

This package allows you to easily visualize shares of total amounts in the form of a bar. So basically you can convert any number between 0 and 1 to a progressbar using the command \progressbar{<number>}. Also a lot of customizations are possible, allowing you to create an unique progress bar on your own. The package uses TikZ to produce its graphics.

qyxf-book is a LaTeX document class (template) developed by Qian Yuan Xue Fu (QYXF), a student club of Xi'an Jiaotong University (XJTU). It creates a minimalistic document style, and several color schemes are offered. Currently the template is only designed for Chinese typesetting.

This package displays information about a document, including: text positioning on a page; disposition of floats; layout of paragraphs, lists, footnotes, table of contents, and sectional headings; font boxes. Facilities are provided for a document designer to experiment with the layout parameters.

This package provides a document that both provides macros that are usable elsewhere, and demonstrates the macros. The code uses the classical analytical expansion of sin and cos.

The iran-bibtex package, designed for LaTeX, provides BibTeX styles in accordance with the guidelines outlined in the Iran Manual of Style (1st edn., 2016)---citation guide to Persian, and English information sources. To facilitate alphabetical sorting of references, prioritizing Persian/Farsi items ahead of English/Latin ones, a dedicated file named iran-bibtex-cp1256fa.csf is provided for use with this package.

It is important to note that this package relies on the natbib package, which is automatically loaded.

This package fixes problems with colour loss that occurres in the environments of the framed package.

This package serves as a drop-in replacement for the packages ocgx by Paul Gaborit and ocg-p by Werner Moshammer for the creation of PDF Layers. It re-implements the functionality of the ocg, ocgx, and ocg-p packages and adds support for all known engines and back-ends. It also ensures compatibility with the media9 and animate packages.

TeXplate is a tool for creating document structures based on templates. The application name is a word play on TeX and template, so the purpose seems quite obvious: we want to provide an easy and straightforward framework for reducing the typical code boilerplate when writing TeX documents. Also note that one can easily extrapolate the use beyond articles and theses: the application is powerful enough to generate any text-based structure, given that a corresponding template exists.

The package generalises the macro patching commands provided by Philipp Lehmann's etoolbox.

This package consists of macros that can be used to typeset plain XeTeX documents using any OpenType or TrueType font installed on the computer system. The macros allow the user to change the text mode fonts and some math mode fonts. For any declared font family, various font style, weight, and size variants like bold, italics, small caps, etc., are available through standard and custom TeX control statements. Using the optional argument of the macros, the available XeTeX font features and OpenType tags can be accessed. Other features of the package include activating and deactivating hanging punctuation, and support for special Unicode characters.

The package contains a sesamanuel class which could be used to compose a student's classroom book with LaTeX, and also a sesamanuelTIKZ style to be used for TikZ pictures in the Sesamath book.

This package provides a template for a simple thesis or dissertation or technical report, in XeLaTeX. This simple template that can be further customized or extended, with numerous examples.

The package (which runs under XeLaTeX) lets you bind fonts to specific Unicode blocks, for automatic font tagging of multilingual text.