Enter the query into the form above. You can look for specific version of a package by using @ symbol like this: gcc@10.
API method:
GET /api/packages?search=hello&page=1&limit=20
where search is your query, page is a page number and limit is a number of items on a single page. Pagination information (such as a number of pages and etc) is returned
in response headers.
If you'd like to join our channel webring send a patch to ~whereiseveryone/toys@lists.sr.ht adding your channel as an entry in channels.scm.
The bundle provides several files useful when creating a MWE. The package itself loads a small set of packages often used when creating MWEs. In addition, a range of images are provided, so that they may be used in any (La)TeX document. This allows different users to share MWEs which include image commands, without the need to share image files or to use replacement code.
This module provides the german style that can be set using \DTMsetstyle provided by datetime2.sty.
In short, a TeX-style shebang (%#!) is a special kind of TeX comment that you include in your TeX or LaTeX document file to tell the operating system's shell how to run the file for the rest of the file: %#!lualatex foo.tex.
HEPparticles is a set of macros for typesetting high energy particle names, to meet the following criteria:
The main particle name is a Roman or Greek symbol, to be typeset in upright font in normal contexts.
Additionally a superscript or subscript may follow the main symbol.
Particle resonances may also have a resonance specifier which is typeset in parentheses following the main symbol. In general the parentheses may also be followed by sub- and superscripts.
The particle names are expected to be used both in and out of mathematical contexts.
If the surrounding text is bold or italic then the particle name should adapt to that context as best as possible (this may not be possible for Greek symbols). As a consequence, well-known problems with boldness of particle names in section titles, headers and tables of contents automatically disappear if these macros are used.
This package provides LaTeX, pdfLaTeX, XeLaTeX and LuaLaTeX support for the Gillius and Gillius No.: 2 families of sans serif fonts and condensed versions of them, designed by Hirwen Harendal.
ArabXeTeX provides a convenient ArabTeX-like user-interface for typesetting languages using the Arabic script in XeLaTeX, with flexible access to font features. Input in ArabTeX notation can be set in three different vocalization modes or in roman transliteration. Direct UTF-8 input is also supported.
Epigrafica is a Greek and Latin font, forked from the development of the Cosmetica font, which is a similar design to Optima and includes Greek.
This is a LaTeX style for producing author self-archiving copies of (academic) papers. The following layout-styles are pre-defined: ACMfor the two-column layout used by many ACM conferences, IEEE for the two-column layout used by many IEEE conferences, LNCS for the LNCS layout (as used by Springer), and LNI for the Lecture Notes in Informatics, published by the GI ENTCS for the Elsevier ENTCS layout
The package provides interfaces for the user to control PDF parameters, such as line width or text rendering mode. The control operations work in a manner very similar to that of the color package.
LaTeX produces small caps with \textsc{text} or {\scshape text}. Neither of these commands produce small caps in Unicode. If the output text is copied and pasted somewhere it shows the same characters as used in the input. This package aims to internally convert all the characters provided to the commands mentioned above. It assumes that the file using this package is compiled with Lua/XeLaTeX and a good Unicode font which has the small caps characters, e.g., Charis SIL.
The package uses TikZ to provide commands for generating control diagrams (specially in power electronics).
Knuth's original Punk fonts generated different shapes at random. This isn't actually possible in an OpenType font; rather, the font contains several variants of each glyph, and uses the OpenType randomize function to select a variant for each invocation.
Bibhtml consists of a Perl script and a set of BibTeX style files, which together allow you to output a bibliography as a collection of HTML files. The references in the text are linked directly to the corresponding bibliography entry, and if a URL is defined in the entry within the BibTeX database file, then the generated bibliography entry is linked to this. The package provides three different style files derived from each of the standard plain.bst and alpha.bst, as well as two style files derived from abbrv.bst and unsrt.bst (i.e., eight in total).
This package provides an efficient and configurable way to draw two-dimensional Euclidean lattices using TikZ.
This package provides a myriad of additional TeX-related support programs. It includes programs and macros for DVI file manipulation, literate programming, patgen, and plenty more.
The file hatching.mp contains a set of MetaPost macros for hatching interior of closed paths.
The package enables the author to create acronyms in a simple way, and provides means to add them to different classes of acronyms. Lists can be created of separate acronym classes. The package option single instructs the package to ignore acronyms that are used only once in the whole document. As an experimental feature the package also offers the option sort which automatically sorts the list created by \printacronyms.
Writing Scientific Documents Using LaTeX is an article introducing the use of LaTeX in typesetting scientific documents. It covers the basics of creating a new LaTeX document, special typesetting considerations, mathematical typesetting and graphics. It also touches on bibliographic data and BibTeX.
This package provides a package to typeset bit pattern diagrams such as those used to describe hardware, data format or protocols.
The package contains all the necessary files to typeset Epi-Olmec documents, in a script used in Southern Middle America until about 500 AD.
METATeX is a set of plain TeX and Metafont macros that you can use to define both the text and the figures in a single source file. Because METATeX sets up two way communication, from TeX to Metafont and back from Metafont to TeX, drawing dimensions can be controlled by TeX and labels can be located by Metafont. Only standard features of TeX and Metafont are used, but two runs of TeX and one of Metafont are needed.
When typesetting forms there often arises the need for defining fields which consist of one or more lines where the customer can write something down manually. This package offers some commands for defining such fields in a distinctive way.
ltxfileinfo displays version information for LaTeX files. If no path information is given, the file is searched using kpsewhich.
The package offers tools for collecting and executing an environment's body.