The CodeDoc class is an alternative to DocStrip (and others) to produce LaTeX code along with its documentation without departing from LaTeX's ordinary syntax. The documentation is prepared like any other LaTeX document and the code to be commented verbatim is simply delimited by an environment. When an option is turned on in the class options, this code is written to the desired file(s). The class also includes fully customizable verbatim environments which provide the author with separate commands to typeset the material and/or to execute it.

This package provides a simple package providing nuclear sub- and superscripts as commonly used in radiochemistry, radiation science, and nuclear physics and engineering applications. Isotopes which have Z with more digits than A require special spacing to appear properly; this spacing is supported in the package.

This package calculates biological sequence alignment with the Gotoh algorithm. The package also provides an interface to control various settings including algorithm parameters.

The package provides a working configuration of the CJK package, suitable for Japanese typesetting of moderate quality. Moreover, it facilitates use of the CJK package for pLaTeX users, by providing commands that are similar to those used by the pLaTeX kernel and some other packages used with it.

The \boolexpr macro evaluates boolean expressions in a purely expandable way. \boolexpr{ A \OR B \AND C } expands to 0 if the logical expression is TRUE. A, B, C may be:

• numeric expressions such as: x=y, x<>y, x>y or x<y;

• boolean switches: \iftrue 0\else 1\fi;

• conditionals: \ifcsname whatsit\endcsname 0\else 1\fi;

• another \boolexpr: \boolexpr{ D \OR E \AND F }.

\boolexpr may be used with \ifcase.

The \switch command (which is also expandable) has the form: \switch \case{<boolean expression>} ... \case{<boolean expression>} ... ... \otherwise ... \endswitch.

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.

The bundle provides pLaTeX2e and miscellaneous macros for pTeX and e-pTeX.

The package is for printing two pages on a single (landscape) A4 page. Page numbers appear on the included pages, and not on the landscape container page.

The class offers another modern, neat, design, and provides a simple means of adding an experience timeline'.

The package provides some more extensible arrows (usable in the same way as \xleftarrow from amsmath), and a simple command to create new ones.

This package provides the binaries for texlive-ttfutils.

This package provides commands for typesetting left indices. Unlike other similar packages, leftindex also indents the left superscript, providing much better spacing in general.

This package is meant for macro or package developers: it provides function-like macros that convert a character code value in one of several Japanese encodings to a Unicode value. Supported source encodings are: ISO-2022-JP (jis), EUC-JP (euc), Shift_JIS (sjis), and the Adobe-Japan1 glyph set.

Eczar is a type family designed by Vaibhav Singh. The fonts support over 45+3 languages in Latin and Devanagari scripts in 5 weights.

This package provides LaTeX, pdfLaTeX, XeLaTeX, and LuaLaTeX support for the Almendra family of fonts, designed by Ana Sanfelippo. Almendra is a typeface design based on calligraphy. Its style is related to the Chancery and Gothic hands. There are regular and bold weights with matching italics. There is also a regular-weight small-caps.

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.

The IEEEconf class implements the formatting dictated by the IEEE Computer Society Press for conference proceedings.

With standard LaTeX you are able to check for the class in use invoking the kernel command \@ifclassloaded. However, doing so you cannot get the explicit class name, unless you want to loop over every possible class name until \@ifclassloaded returns true --- don't do that! With the help of the present package you can obtain the name of the current class with significantly less effort. Just load the package as usual, then, the control sequence \classname will hold the name you were looking for.

The package uses collectbox to define variants of common box related macros which read the content as real box and not as macro argument. This enables the use of verbatim or other special material as part of this content. The provided macros have the same names as the original versions but start with an upper-case letter instead. The long-form macros, like \Makebox, can also be used as environments, but not the short-form macros, like \Mbox. However, normally the long form uses the short form anyway when no optional arguments are used.

This LaTeX package provides a command to use Thai numerals or characters as labels in enumerate environments. Once the package is loaded with \usepackage{thaienum} you can use labels such as \thainum* or \thaimultialph* in conjunction with the package enumitem. Concrete examples are given in the documentation.

This package provides formatting to easily typeset draft UK legislation. The font Palatine Parliamentary is required to use this package.

This package provides a theme for Beamer presentations.

This package, a fork of karnaugh-map package, draws karnaugh maps with 2, 3, 4, 5, and 6 variables. It also contains commands for filling the karnaugh map with terms semi-automatically or manually. Last but not least it contains commands for drawing implicants on top of the map.

There are macro and environment arguments that expect numbers that will internally be multiplied by \unitlength. This package extends the syntax of these arguments, so that dimensions with calculation support may be used for these arguments.