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 Python program creates print-ready PDF files from some input PDF files for booklet printing. The resulting files need to be printed in landscape/long edge double sided printing. The default paper format depends on the locale and is chosen by pdfjam. It can be chosen using the --paper option. Before the PDF is composed, the input file is cropped to the relevant area in order to discard unnecessary white spaces. In this process, all pages are cropped to the same dimensions. Extra margins can be defined at the edges of the booklet and in the middle where the binding occurs.

The package can typeset tabs on the side of a page. It requires TikZ from the PGF bundle.

This package defines a macro to place objects (tables and figures) and their captions in different positions with different rotating angles within a float. All objects and captions can be framed.

This package provides (re-)definitions of some LaTeX commands that can be useful for the preparation of papers with the style of the proceedings of symposia sponsored by the IAG published by Springer-Verlag.

This package provides basic support for writing Burmese. The package provides a preprocessor (written in Perl), an Adobe Type 1 font, and LaTeX macros.

This package provides a set of bibliography styles that conform to DIN 1505, and match the original BibTeX standard set (plain, unsrt, alpha and abbrv), together with a style natdin to work with natbib.

The concrete bundle provides a collection of flat Beamer themes for making LaTeX presentations, especially for academic and scientific presentations.

The package modifies the behaviour of characters in maths mode so that:

• . is used as a one-thousand separator (as is common in Germany);

• , is used as a decimal separator (as is common in Germany);

• -- is represented with spacing as appropriate to such constructs as 1.000,--.

These conversions may be switched on and off.

The package provides a character key-driven interface to supplement new constructions of the traditional \overbrace and \underbrace pairs in an asymmetric or arbitrary way.

The endfloat package places all floats on pages by themselves at the end of the document, optionally leaving markers in the text near to where the figure (or table) would normally have occurred.

The package allows you to change the colour of the structural elements (inner theme and outer theme) of your Beamer presentation during the presentation. There is a manual option but there is also the option to have your structure colour change from one colour to another as a function of how far through the presentation you are.

Hex is a mathematical game invented by the Danish mathematician Piet Hein and independently by the mathematician John Nash. This package defines an environment that enables the user to draw such a game in a trivial way.

This package provides LaTeX and pdfLaTeX support for the Nunito family of fonts, designed by Vernon Adams.

This is a set of book-hand (Metafont) fonts and packages covering manuscript scripts from the 1st century until Gutenberg and Caxton. The included hands are: Square Capitals (1st century onwards); Roman Rustic (1st-6th centuries); Insular Minuscule (6th cenury onwards); Carolingian Minuscule (8th-12th centuries); Early Gothic (11th-12th centuries); Gothic Textura Quadrata (13th-15th centuries); Gothic Textura Prescisus vel sine pedibus (13th century onwards); Rotunda (13-15th centuries); Humanist Minuscule (14th century onwards); Uncial (3rd-6th centuries); Half Uncial (3rd-9th centuries); Artificial Uncial (6th-10th centuries); and Insular Majuscule (6th-9th centuries).

The package allows the user to generate multiple documents from a single source, by marking pieces of the document with tags and specifying which marked pieces to include or exclude.

SplitIndex consists of a LaTeX package, splitidx, and a small program, splitindex. The package may be used to produce one index or several indexes. Without splitindex, the number of indexes is limited by the number of TeX's output streams. But using the program you may use even more than 16 indexes: splitidx outputs only a single file and the program splits that file into several raw index files and calls your favorite index processor for each of the files.

The package defines the annotation environment in which callouts, notes, arrows, and the like can be placed to describe certain parts of a picture.

The package can float text around figures and tables which do not span the full width of a page; it improves upon floatfig, and allows tables/figures to be set left/right or alternating on even/odd pages.

This is the Babel style for Malay.

The package provides facilities for the conversion of Markdown markup to plain TeX. These are provided both in form of a Lua module and in form of plain TeX, LaTeX, and ConTeXt macro packages that enable the direct inclusion of Markdown documents inside TeX documents.

The package defines multiple level lists within one list-like environment, with the help of the \iitem, \iiitem, ... macros.

TeXstudio is an integrated writing environment for creating LaTeX documents. It makes writing LaTeX comfortable by providing features such as syntax-highlighting, an integrated viewer and reference checking.

PyLuaTeX allows you to execute Python code and to include the resulting output in your LaTeX documents in a single compilation run. LaTeX documents must be compiled with LuaLaTeX for this to work. PyLuaTeX runs a Python InteractiveInterpreter (actually several if you use different sessions) in the background for on-the-fly code execution. Python code from your LaTeX file is sent to the background interpreter through a TCP socket. This approach allows your Python code to be executed and the output to be integrated in your LaTeX file in a single compilation run.