The package allows the user to include several bibliographies covering different topics or bibliographic material into a document (e.g., one bibliography for primary literature and one for secondary literature). The package provides commands to include either all references from a .bib file, only the references actually cited or those not cited in your document. The user has to construct a separate .bib file for each bibliographic topic, each of which will be processed separately by BibTeX. If you want to have bibliographies specific to one part of a document, see the packages bibunits or chapterbib.

\shapepar is a macro to typeset paragraphs in a specific shape. The size is adjusted automatically so that the entire shape is filled with text. There may not be displayed maths or \vadjust material (no \vspace) in the argument of \shapepar. The macros work for both LaTeX and plain TeX.

\shapepar works in terms of user-defined shapes, though the package does provide some predefined shapes. The tedium of creating these polygon definitions may be alleviated by using the shapepatch extension to transfig which will convert xfig output to \shapepar polygon form.

The Pazo Math fonts are a family of PostScript fonts suitable for typesetting mathematics in combination with the Palatino family of text fonts. The Pazo Math family is made up of five fonts provided in Adobe Type 1 format. These contain glyphs that are usually not available in Palatino and for which Computer Modern looks odd when combined with Palatino. These glyphs include the uppercase Greek alphabet in upright and slanted shapes, the lowercase Greek alphabet in slanted shape, several mathematical glyphs and the uppercase letters commonly used to represent various number sets. LaTeX macro support is provided in package psnfss.

The package provides the means of establishing a consistent set of fonts for use in a LaTeX document. It allows mixing and matching the Type 1 font sets available on the archive. Font-set definition takes the form of a set of options that are read when the package is loaded: for each typographic category (main body font, sans-serif font, monospace font, mathematics fonts, text figures, and so on), a font or a transformation is given in those options. The approach enables the user to remember their own configurations (as a single command) and to borrow configurations that other users have developed.

This archive contains a MusiXTeX extension library musixtnt.tex and a program, msxlint.

musixtnt.tex provides a macro \TransformNotes that enables transformations of the effect of notes commands such as \notes. In general, the effect of \TransformNotes{input}{output} is that notes commands in the source will expect their arguments to match the input pattern, but the notes will be typeset according to the output pattern. An example is extracting single-instrument parts from a multi-instrument score.

msxlint detects incorrectly formatted notes lines in a MusiXTeX source file. This should be used before using \TransformNotes.

exceltex is a LaTeX package combined with a helper program written in Perl. It provides an easy to use yet powerful and flexible way to get data from spreadsheets into LaTeX. In contrast to other solutions, exceltex does not seek to make the creation of tables in LaTeX easier, but to get data from spreadsheets into LaTeX as easily as possible. The Excel file format only acts as an interface between the spreadsheet application and exceltex because it is easily accessible (via the Spreadsheet::ParseExcel Perl module) and because most spreadsheet applications are able to read and write Excel files.

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.

This package provides only two macros: \modromannumeral which writes the number given as argument in lower case roman numeral with a j instead of a i as the final letter of numbers greater than 1, and \modroman, which writes the value of a counter in the same way.

You use the first in the same way as the TeX primitive \romannumeral and the second as LaTeX command \roman. The default option is vpourv with which 5 is translated as v and option upourv with which the same 5 is given as u.

MusiXTeX provides a set of macros, based on the earlier MusicTeX, for typesetting music with TeX. To produce optimal spacing, MusiXTeX is a three-pass system: etex, musixflx, and etex again. (Musixflx is a Lua script that is provided in the bundle.) The three-pass process, optionally followed by processing for printed output, is automated by the musixtex wrapper script.

The package uses its own specialised fonts, which must be available on the system for musixtex to run. The MusiXTeX macros are universally acknowledged to be challenging to use directly: the pmx preprocessor compiles a simpler input language to MusiXTeX macros.

PostScript lacks a lot of basic operators such as tan, acos, asin, cosh, sinh, tanh, acosh, asinh, atanh, exp (with e base). Also (oddly) cos and sin use arguments in degrees. Pst-math provides all those operators in a header file pst-math.pro with wrappers pst-math.sty and pst-math.tex. In addition, sinc, gauss, gammaln and bessel are implemented (only partially for the latter). The package is designed essentially to work with pst-plot but can be used in whatever PS code. The package also provides a routine SIMPSON for numerical integration and a solver of linear equation systems.

The package provides a consistent way of producing references throughout a project. Enough flexibility is provided to make local changes to a single reference. The user can configure their own setup. The package offers a direct interface to varioref (for use, for example, in large projects such as a series of books, or a multivolume thesis written as a series of documents), and name references from the nameref package may be incorporated with ease. For large projects such as a series of books or a multi volume thesis, written as freestanding documents, a facility is provided to interface to the xr package for external document references.

Correctly sizing delimiters is very difficult, particularly in well-architected documents: a correctly engineered mathematical document will include macros for all operations, and these macros necessarily will include delimiters (such as parentheses). However, the correct size for the delimiter cannot be chosen ahead of time, because it will depend on the arguments; two options are available: Provide optional arguments to each notation macro for choosing delimiter sizes. This is nearly intractable to do in practice. Ignore delimiter sizes. With jmsdelim we offer an alternative: the correct delimiter sizes can be set at the leaf nodes of a mathematical expression, and magically bubble upward through the delimiters.

This package allows LaTeX users (especially if using traditional LaTeX/pdfLaTeX) to set the Greek letters in math mode using the glyphs from the Libertinus Serif or Sans font via the font support files provided by Bob Tennent's libertinus-type1 package. All Greek letters are defined both in \...up and \...it variants. The style (ISO, TeX, or French i.e., upright) can be modified midway in the document. A legacy mode uses font support from the (obsolete) libertine-legacy package which maps to the Linux Libertine or Biolinum fonts. This package is for users who only want to customize Greek letters in math mode.

The package provides two macros that produce representations of a swimmer's performances. The user records data in a text file and specifies as arguments of the macros the date range of interest. The macros extract the relevant information from the file and process it: \swimgraph produces a graph of the times in a single swimming event (specified as an argument), plotting long course and short course times in separate lines. Records and qualifying times, stored in text files, may optionally be included on the graph. \swimtext produces a written record of the times in all events. Files of current world and Canadian records are included.

This package provides advanced facilities for inline and display quotations. It is designed for a wide range of tasks ranging from the most simple applications to the more complex demands of formal quotations. The facilities include commands, environments, and user-definable smart quotes which dynamically adjust to their context. Quotation marks are switched automatically if quotations are nested and they can be adjusted to the current language if the babel package is available. There are additional facilities designed to cope with the more specific demands of academic writing, especially in the humanities and the social sciences. All quote styles as well as the optional active quotes are freely configurable.

The package provides macros holding file name information (directory, base name, extension, full name and full path) for files read by LaTeX \input and \include macros; it uses the file hooks provided by the author's filehook. In particular, it restores the parent file name after the trailing \clearpage of an \included file; as a result, the macros may be usefully employed in the page header and footer of the last printed page of such a file. The depth of inclusion is made available, together with the parent (including file) and parents (all including files to the root of the tree). The package supersedes FiNK.

The bundle provides two packages, fenxitok and fenixpar. The fenixtok package provides user macros to add material to a token register; the material will be (automatically) removed from the token register when the register is executed. Material may be added either to the left or to the right, and care is taken not to override any redefinition that may be included in the token register itself. The fenixpar package uses the macros of fenixtok to provide a user interface to manipulation of the \everypar token register. The packages require the e-TeX extensions; with them, they work either with Plain TeX or with LaTeX.

This is a LaTeX package to plot Bode, Nichols, and Nyquist diagrams. It provides added functionality over the similar bodegraph package:

• new \BodeZPK and \BodeTF commands to generate Bode plots of any transfer function given either poles, zeros, gain, and delay, or numerator and denominator coefficients and delay;

• support for unstable poles and zeros;

• support for complex poles and zeros;

• support for general stable and unstable second order transfer functions;

• support for both Gnuplot (default) and pgfplots;

• support for linear and asymptotic approximation of magnitude and phase plots of any transfer function given poles, zeros, and gain.

The current document class is for writing homework. It has a simple and clear interface with built-in support for many theorem-type environments already configured and ready to use. It also provides multilingual support. Page numbers are of the form Page [current] of [total], which can help you ensure that there are no missing pages when you print your homework for submission. Support writing problem statements and solutions (or proofs) in different colors. Every statement and solution has its own QED symbol, in hollow or solid shape, respectively. You can mark the unfinished parts, and a report shall be generated at the end of your document for reminding.

MathsPIC (Perl) is a development of the earlier MathsPIC (DOS) program, now implemented as a Perl script, being much more portable than the earlier program. MathsPIC parses a plain text input file and generates a plain text output-file containing commands for drawing a diagram. It produces output containing PiCTeX and (La)TeX commands, which may then be processed by plain TeX or LaTeX in the usual way. MathsPIC also outputs a comprehensive log file. MathsPIC facilitates creating figures using PiCTeX by providing an environment for manipulating named points and also allows the use of variables and maths (advance, multiply, and divide)---in short---it takes the pain out of PiCTeX.

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.

LaTeX users sometimes need to ensure that two or more blocks of text occupy the same amount of horizontal space on the page. To that end, the eqparbox package defines a new command, \eqparbox, which works just like \parbox, except that instead of specifying a width, one specifies a tag. All eqparboxes with the same tag---regardless of where they are in the document---will stretch to fit the widest eqparbox with that tag. This simple, equal-width mechanism can be used for a variety of alignment purposes, as is evidenced by the examples in eqparbox's documentation. Various derivatives of \eqparbox are also provided.

This package provides an extended set of fonts for use in mathematics, including: extra mathematical symbols; blackboard bold letters (uppercase only); fraktur letters; subscript sizes of bold math italic and bold Greek letters; subscript sizes of large symbols such as sum and product; added sizes of the Computer Modern small caps font; cyrillic fonts (from the University of Washington); Euler mathematical fonts. All fonts are provided as Adobe Type 1 files, and all except the Euler fonts are provided as METAFONT source. The distribution also includes the canonical Type 1 versions of the Computer Modern family of fonts. The Euler fonts are supported by separate packages; details can be found in the documentation.

This package provides macros and environments useful for writing teaching material. It provides more semantic environments on top of the standard definition, theorem, and friends: for instance, exercise, activity and question. These are suitably color-coded when used with Beamer. They occur as normal text in handouts produced by beamerarticle (same style as definition usually has). It also provides macros for typesetting code listings and output side by side. Finally, it modifies the appearance of Beamer (Berlin-based theme) and Memoir (Tufte style layout), if loaded. It is designed to be used with Beamer to produce slides and beamerarticle with memoir to produce notes and handouts from the same source.