This package defines the subeqnarray and subeqnarray* environments, which behave like the corresponding eqnarray and eqnarray* environments, except that the individual lines are numbered like 1a, 1b, etc. To refer to these numbers an extra label command \slabel is provided. Users are urged to consider the alignment capabilities of the amsmath bundle, which produce better results than eqnarray-related macros.
This is a collection of dvips PostScript header and dvips config files. They control certain features of the printer, including: A4, A3, usletter, simplex, duplex / long edge, duplex / short edge, screen frequencies of images, black/white invers, select transparency / paper for tektronix 550/560, manual feeder, envelope feeder, and tray 1, 2 and 3, and printing a PostScript grid underneath the page material--very useful for measuring and eliminating paper feed errors!
This package provides a collection of simple tools that are part of the LaTeX required tools distribution, comprising the packages: afterpage, array, bm, calc, dcolumn, delarray, enumerate, fileerr, fontsmpl, ftnright, hhline, indentfirst, layout, longtable, multicol, rawfonts, showkeys, somedefs, tabularx, theorem, trace, varioref, verbatim, xr, and xspace.
kalendarium is a LaTeX3 package that provides several macros with which to print dates in classical Latin given days on the Julian or Gregorian calendars, using the same syntax used by ancient Roman authors. The format of these dates may be customised either in the package options or on a per-command basis; these options also allow for the generation of date strings according to different eras of the Classical period.
This package is an add-on to the quiz environment of the exerquiz package. It adds PIN security to a quiz created by the quiz environment. To correct a quiz, the document consumer must press the Correct button of the quiz and successfully enter the correct PIN number. The PIN security is designed for the instructor to mark and record the student's effort on that quiz.
This package provides a user interface for making LaTeX cross-references which automates some of their typical features, thus easing their input in the document and improving the consistency of typeset results. A reference made with \zcref includes a name according to its type, and lists of multiple labels can be automatically sorted and compressed into ranges when due. The reference format is highly and easily customizable, both globally and locally.
The main goal of this package is to offer means for typesetting tables easily and yet still looking rather nicely in a way that separates content from presentation and with re-usable layout for tables of the same type. For this purpose, the package provides the environment KeyValTable, which allows one to typeset tables that have a previously defined column layout and whose rows can be produced in a key-value fashion.
The package is an unofficial alternative to the package provided with the Asymptote distribution, for including pictures within a LaTeX source file. While it does not duplicate all the features of the official package, this package is more user-friendly in several ways. Most notably, Asymptote errors are repackaged as LaTeX errors, making debugging less of a pain. It also has a more robust mechanism for identifying unchanged pictures that need not be recompiled.
Old Standard is designed to reproduce the actual printing style of the early 20th century, reviving a specific type of Modern (classicist) style of serif typefaces, very commonly used in various editions of the late 19th and early 20th century.
The font supports typesetting of Old and Middle English, Old Icelandic, Cyrillic (with historical characters, extensions for Old Slavonic and localised forms), Gothic transliterations, critical editions of Classical Greek and Latin, and many more.
The package allows the to user select any font size , even those sizes that are not listed in the .fd file. If such a size is requested, LaTeX will search for and select the nearest listed size; anyfontsize will then scale the font to the size actually requested. Similar functionality is available for the CM family, for the EC family, or for either Computer Modern encoding; the present package generalises the facility.
The stix2 package provides minimal support for using the STIX Two fonts with versions of TeX that are limited to TFM files, Type 1 PostScript fonts, and 8-bit font encodings.
Some glyphs that are traditionally available in TeX math fonts are not yet available in the STIX Two OpenType fonts. In such cases, we have chosen to omit them from the stix2 package rather than create incompatibilities between the OpenType and Type 1 versions.
The academicons package provides access in (La)TeX to 124 high quality icons of online academic profiles included in the free Academicons font. This package requires either the Xe(La)TeX or Lua(La)TeX engine to load the Academicons font from the system. The academicons package provides the generic \aiicon command to access icons, which takes as mandatory argument the name of the desired icon. It also provides individual direct commands for each specific icon.
This package provides support for interactive computing sessions with e-TeX (or pdfTeX) executed on the command line. Once xintsession is loaded, e-TeX becomes an interactive computing software capable of executing arbitrary precision calculations, or exact calculations with arbitrarily big fractions. It can also manipulate polynomials as algebraic entities. Numerical variables and functions can be defined during the session, and each evaluation result is stored in automatically labeled variables. A file is automatically created storing inputs and outputs.
Iwona is a two-element sans-serif typeface. It was created as an alternative version of the Kurier typeface, which was designed in 1975 for a diploma in typeface design at the Warsaw Academy of Fine Arts under the supervision of Roman Tomaszewski. Kurier was designed for linotype typesetting of newspapers and similar periodicals. The Iwona fonts are an alternative version of the Kurier fonts. The difference lies in the absence of ink traps which typify the Kurier font.
This is a LaTeX macro package for generating simple node-based flow graphs or diagrams built upon the TikZ package. The package provides two basic commands, one to generate a node and one to create links between nodes. The positioning of the nodes is not handled by the package itself but is preferably done in a tabular environment. In total, four simple node types are defined, loosely based on the nomenclature and color patterns of the popular Java script Bootstrap.
The calculation environment formats reasoned calculations, also called calculational proofs. The package allows steps and expressions to be numbered (by LaTeX equation numbers, obeying the LaTeX \label command to refer to these numbers), and a step doesn't take vertical space if its hint is empty. An expression in a calculation can be given a comment; it is placed at the side opposite to the equation numbers. Calculations are allowed inside hints although numbering and commenting is then disabled.
The package manages culturally-determined typographical (and other) rules, and hyphenation patterns for a wide range of languages. A document may select a single language to be supported, or it may select several, in which case the document may switch from one language to another in a variety of ways. Babel uses contributed configuration files that provide the detail of what has to be done for each language. Users of XeTeX are advised to use the polyglossia package rather than Babel.
Algorithm2e is an environment for writing algorithms. An algorithm becomes a floating object (like figure, table, etc.). The package provides macros that allow you to create different keywords, and a set of predefined key words is provided; you can change the typography of the keywords. The package allows vertical lines delimiting a block of instructions in an algorithm, and defines different sorts of algorithms such as Procedure or Function; the name of these functions may be reused in the text or in other algorithms.
This package simplifies the process of writing Bangla in LaTeX and addresses most of the associated typesetting issues. Its notable features are:
automated transition from Bangla to English and vice versa;
patch for the unproportionate whitespace issue in popular Bangla fonts;
full support for all the common commands and environments;
Bangla numbering for page, section, chapter, footnotes, extending Polyglossia's support.
new
theorem,problems,example,solutionand other environments, all of which are in Bangla.
ConTeXt has excellent pretty printing capabilities for many languages. The code for pretty printing is written in TeX, and due to catcode juggling, such verbatim typesetting is perhaps the trickiest part of TeX. This makes it difficult for a normal user to define syntax highlighting rules for a new language. This module takes the onus of defining syntax highlighting rules away from the user and uses Vim editor to generate the syntax highlighting. There is a helper 2context.vim script to do the syntax parsing in Vim.
Japanese pLaTeX and upLaTeX formats and packages often conflict with other LaTeX packages which are unaware of pLaTeX and upLaTeX. In the worst case, such packages throw a fatal error or end up with a wrong output. The goal of this package is that there should be no need to worry about such incompatibilities, because specific patches are loaded automatically whenever necessary. This helps not only to simplify source files, but also to make the appearance of working pLaTeX or upLaTeX sources similar to those of ordinary LaTeX ones.
The package provides straightforward ways to define three-dimensional coordinate frames through which to plot in TikZ. The user can specify the orientation of the main coordinate frame, and use standard TikZ commands and coordinates to render their tikzfigure. A secondary coordinate frame is provided to allow rotations and translations with respect to the main coordinate frame. In addition, the package can also handle plotting user-specified functions in spherical polar coordinates, where both the radius and fill color can be expressed as parametric functions of polar angles.
With this script you can install a LaTeX font family (PostScript Type 1, TrueType and OpenType formats are supported). Font series from light to ultra bold, and (faked) small caps and (faked) slanted shapes are supported, but not expert fonts. The script will rename the fonts automatically (optional) or will otherwise expect the .afm files and the font files (in PostScript Type1 format) named in the Karl Berry scheme (e.g., 5bbr8a.pfb). After running the script, you should have a working font installation in your local TeX tree.
This bundle provides OpenType versions of the Type1 Kp-fonts designed by Christophe Caignaert. It is usable with LuaTeX or XeTeX engines only. It consists of sixteen Text fonts (eight Serif, four Sans-Serif, four Monotype) and six Math fonts. Serif and Sans-Serif families have small caps available in two sizes (SmallCaps and PetitesCaps), upper and lowercase digits, real superscripts and subscripts; ancient ligatures (ct and st), ancient long-s and a long-tailed capital Q are available via font features. Math fonts cover all usual symbols including AMS'.