This LaTeX package allows the creation of (even large) Karnaugh maps. It provides a tabular-like input syntax and support for drawing bundles (implicants) around adjacent values.

This class file complies with the Digital Submission Requirement for masters and PhD thesis submissions of the University of Texas at Austin.

This package provides the \itemLabel macro for adding configurable reference labels to easylist items.

This package provides a tool (preprocessor) for writing your pRaa-ne-r ka-thaa in the Bengali language. It allows one to write the text in Rapid Roman Bangla and convert it to the BangTeX format by a Python program. All LaTeX markups are preserved in the target file.

This simple shell script prints the version and date of a LaTeX class or style file.

This highly experimental package can be used to add NFSS-declarations of combo fonts to LuaLaTeX documents.

The xint bundle modules are:

• xinttools utilities of independent interest such as expandable and non-expandable loops,

• xintcore expandable macros implementing addition, subtraction, multiplication, division, and powers for arbitrarily long integers,

• xint extension of xintcore, xintfrac extends the scope of xint to decimal numbers, to numbers using scientific notation and also to (exact) fractions,

• xintexpr expandable parsers of numeric expressions using the standard infix notations, parentheses, built-in functions, user definable functions and variables (and more ...), which do either exact evaluations (also with fractions) or floating point evaluations under a user chosen precision.

• xintkernel supports macros for all the bundle constituents,

  xintbinhex converts to and from hexadecimal and binary bases,

  xintgcd provides gcd() and lcm() functions to xintexpr,

  xintseries, which evaluates numerically partial sums of series and power series with fractional coefficients,

• and xintcfrac, dedicated to the computation and display of continued fractions).

All computations are compatible with expansion-only context.

upTeX is an extension of pTeX, using UTF-8 input and producing UTF-8 output. It was originally designed to improve support for Japanese, but is also useful for documents in Chinese and Korean. It can process Chinese simplified, Chinese traditional, Japanese, and Korean simultaneously, and can also process original LaTeX with \inputenc{utf8} and Babel (Latin/Cyrillic/Greek etc.) by switching its \kcatcode tables.

The package provides Unicode-encoded OpenType fonts for Church Slavonic which are intended for Unicode TeX engines only.

This package provides an article-based class designed for use for documentation in high-technology companies.

This PSTricks package provides a command \PstGridThreeD that will draw a three dimensional grid, offering a number of options for its appearance.

\tokmap <command> { <tokens> } applies command over the token list tokens. Space tokens, left and right braces are replaced with the marker tokens \tokmap@space, \tokmap@bgroup, and \tokmap@egroup respectively. For convenience, command may contain multiple tokens.

This PStricks package covers all the colour gradient functionality of pst-grad (part of the base PSTricks distribution), and provides the following facilities:

• it permits the user to specify an arbitrary number of colours, along with the points at which they are to be reached;

• it converts between RGB and HSV behind the scenes;

• it provides concentric and radial gradients;

• it provides a command \psBall that generates bullets with a three-dimensional appearance.

This package provides a set of high-quality icons for use in notes for tabletop role-playing games. The icons are meant to be used in the body text, but they can also be used in other contexts such as graphics or diagrams. The package comes in two variants, one based on the l3draw package, and the other on PGF/TikZ.

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.

This LuaLaTeX package provides a wrapper to use the penlight Lua libraries with LuaLaTeX, with some extra functionality added.

This is a version of the standard plain BibTeX style, modified to sort chronologically (by year) first, then by author, title, etc.

The package provides a means of sending all LaTeX \newrite, table of contents, and other miscellaneous output via the LaTeX .aux file. The mechanism subverts the mechanism of \newrite, and means there will never be a No room for new \write message.

The idxlayout package offers a key-value interface to configure index layout parameters, e.g. allowing for three-column indexes or for parent items and their affiliated subitems being typeset as a single paragraph. The package is responsive to the index-related options and commands of the KOMA-Script and memoir classes.

Paper submissions to journals are usually accompanied by a cover letter. This package provides a LaTeX class and a template for such a cover letter with the following main features:

• minimalistic design,

• custom image,

• pre-defined commands for journal name, author, date, etc.

• many macros contained in this package speed up the process of preparing the necessary ingredients for the cover letter;

• macros for recommending up to three reviewers and editors;

• ORCID logo and link to the submitting author's ORCID page;

• controls for adding a ``conflict of interest'' statement and declaration;

• custom greeting;

• predefined valedictions for different types of submissions.

This package provides an easy way for generating truth tables of boolean values in LuaLaTeX. The time required for operations is no issue while compiling with LuaLaTeX. The package supports nesting of commands for multiple operations. It can be modified or extended by writing custom lua programs. There is no need to install lua on users system as TeX distributions (TeX Live or MikTeX) come bundled with LuaLaTeX.

The LaTeX2e class cc was written for the journal Computational Complexity, and it can also be used for a lot of other articles. You may like it since it contains a lot of features such as more intelligent references, a set of theorem definitions, an algorithm environment, and more.

This package can be used to format strategic games. For a 2x2 game, for example, the input: \begin{game}22 &$L$ &$M$\\ $T$ &$2,2$ &$2,0$\\ $B$ &$3,0$ &$0,9$ \end{game} produces output with (a) boxes around the payoffs, (b) payoff columns of equal width, and (c) payoffs vertically centered within the boxes.

The package provides the means to directly reference items of lists nested in theorem-like environments (e.g., as Theorem 1 a). The package extends the ntheorem and cleveref packages. The package also provides other theorem markup commands.