The package supports the use of the Washington Cyrillic fonts with LaTeX (Note that standard LaTeX has support, too, as encoding OT2). The package is distributed as part of the fundus bundle.

Lorem ipsum is an improper Latin filler dummy text, cf.: the lipsum package. It is commonly used for demonstrating the textual elements of a document template. Lorum ipse is a Hungarian variation of Lorem ipsum. (Lorum is a Hungarian card game, and ipse is a Hungarian slang word meaning bloke.) With this package you can typeset 150 paragraphs of Lorum ipse.

In the discrete branches of mathematics and the computer sciences, it will only take some seconds before you're faced with a set like {1,...,m}. Some people write $1\ldotp\ldotp m$, others $\j:1\leq j\leq m\$, and the journal you're submitting to might want something else entirely. The 12many package provides an interface that makes changing from one to another a one-line change.

This package extends the existing LaTeX picture environment, using the familiar technique (the graphics and color packages) of driver files (at present, drivers for dvips, pdfTeX, LuaTeX, XeTeX, VTeX, dvipdfm, and dvipdfmx are available). The package documentation has a fair number of examples of use, showing where things are improved by comparison with the LaTeX picture environment.

The package creates slides for on-screen presentations based on PDF features without manipulating TeX's typesetting process. The presentation flow relies on PDF's abilities to display content step by step. Features include:

• Free positioning of anything anywhere in painted areas on the slide, as well as in the main text block;

• Numerous attributes to control the layout and the presentation flow, from TeX's primitive dimensions to the visibility of steps;

• Feature inheritance from global to local settings, with intermediate types; Basic drawing facilities to produce symbols, e.g., for list items or buttons;

• Colours, transparency, shades, and pictures;

• Navigation with links, pop-up menus, and customizable bookmarks;

• Easy switch between presentation and handout; and PDF transitions.

Besides the traditional documentation, the distribution includes visual documentation and six demo presentations ranging from geometric abstraction to classic style to silly video game.

This small library provides a standard set of environments for writing optimization problems. It automatically aligns the problems in three points with an optional fourth:

• beginning of the words minimize/argmin and subject to,

• the objective function and the longest left hand side of the constraints.

• the $=, |, >, |, <$ signs of the constraints.

• optionally, the user can add manually a double align character && to align some common constraints feature; a clear example could be the constraints names, e.g., boundary constraint alignment with dynamic constraint.

Furthermore, it provides an easy interface to define optimization problem for three different reference situations:

1. where no equation is referenced/numbered;

2. where the problem is referenced with a single number;

3. where each equation has an individual reference.

Finally, it also allows a definition of any optimization problem without a limitless number of constraints.

seqsplit provides a command \seqsplit, which makes its argument splittable anywhere, and then leaves the TeX paragraph-maker to do the splitting. The package is suitable for situations when one needs to type long sequences of letters or of numbers in which there is no obvious break points to be found, such as in base-sequences in genes or calculations of transcendental numbers. While the package may obviously be used to typeset DNA sequences, the user may consider the dnaseq as a rather more powerful alternative.

The package provides a macro for reflecting images, in a number of different ways, in pursuit of more striking graphics in a document.

This package adds new fields of ``name'' type to the standard entry types of BibLaTeX. For example, maineditor, for a @collection, means the editor of @mvcollection, and not the editor of the @collection.

The class is designed for typesetting theses in the Research Group for Business Informatics and Software Engineering. (The class may also serve as a template for such theses.) The class is designed for use with pdfLaTeX; input in UTF-8 encoding is assumed.

This package provides macros to define and write matrices whose coefficients are given row by row in a list of values separated by commas.

Sparklines are intense, simple, wordlike graphics. A sparkline can be added using the sparkline environment. Also, you can add sparkling rectangles for the median and special sparkling dots in red or blue. The package requires pdfLaTeX; sparklines cannot appear in a DVI file. The sparklines package uses PGF.

The bundle supplements pmx, providing the means of typesetting chords above the notes of a score. The bundle contains: macros for typing the chords; a Lua script to transpose chord macros to the required key signature; and support scripts for common requirements.

This collection provides support for a number of European languages; others (Greek, German, French, ...) have their own collections, depending simply on the size of the support.

This package is used for preparing papers in the journal Monthly Notices of the Royal Astronomical Society.

The fonts provide fixed-width glyphs for Kana and Kanji characters, proportional width glyphs for Western characters.

This package provides a LaTeX package for setting shaded and annotated membrane protein topology plots and helical wheels.

The package makes a quick hack to ziffer to display numbers in maths mode according to ISO 31-0, regardless of input format (European $1.235,7$ or Anglo-American $1,235.7$).

TeXshade is alignment shading software completely written in TeX/LaTeX; it can process multiple sequence alignments in the .msf and the .aln file formats. In addition to common shading algorithms, it provides special shading modes showing functional aspects, e.g., charge or hydropathy, and a wide range of commands for handling shading colours, text styles, labels, legends; it even allows the user to define completely new shading modes.

This is a cross-format package providing a command which can determine the argument scope of any command whose argument structure conforms to xparse argument specification.

This package provides the binaries for texlive-omegaware.

This package lets you place contents at an absolute position, anchored at some specified part of the contents, similar to how TikZ nodes work, though without using the two-pass strategy of TikZ. It also avoids messing with the order of Beamer overlays, which is what happens when one uses the textpos package with the overlay option.

This package aims to improve of font readability in presentations, especially with maths. The standard CM maths fonts at large design sizes are difficult to read from far away, especially at low resolutions and low contrast color choice. Using this package leads to much better overall readability of some font combinations. The package offers a couple of harmonising combinations of text and maths fonts from the (distant) relatives of Computer Modern fonts, with a couple of extras for optimising readability. Text fonts from Computer Modern roman, Computer Modern sans serif, SliTeX Computer Modern sans serif, Computer Modern Bright, or Concrete Roman are available, in addition to maths fonts from Computer Modern maths, Computer Modern Bright maths, or Euler fonts.

This library adds higher-order paths to TikZ and also fixes some graphical issues with TikZ double paths, used e.g., in arrows with an Implies tip. It is also compatible with tikz-cd, adding support for triple and higher arrows. Macros to offset arbitrary paths are included as well.