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.
This package provides a maths interface to the rsfs fonts.
The class formats documents in APA style (6th Edition). It provides a full set of facilities in three different output modes (journal-like appearance, double-spaced manuscript, LaTeX-like document). The class can mask author identity for copies for use in masked peer review.
This package provides an interface to dummy text in Chinese language, which will be useful for testing Chinese documents. UTF-8, GBK and Big5 encodings are supported.
This package provides Metafont source for the Euro and CE symbols in several variants, designed to fit with the Computer Modern-set text.
The Common Vulnerability Scoring System (CVSS) is an open framework for communicating the characteristics and severity of software vulnerabilities. CVSS consists of three metric groups: Base, Temporal, and Environmental. This package allows the user to compute CVSS3.1 base scores and use them in documents, i.e., it only deals with the Base score. Temporal and Environmental scores will be part of a future release.
This collection comprises a set of four manuals, or Author Handbooks, each documenting the use of a class of publications based on one of the AMS document classes amsart, amsbook, amsproc and one hybrid, as well as a guide to the generation of the four manuals from a coordinated set of LaTeX source files. The Handbooks comprise the user documentation for the pertinent document classes. As the source for the Handbooks consists of a large number of files, and the intended output is multiple different documents, the principles underlying this collection can be used as a model for similar projects. The manual Compiling the AMS Author Handbooks provides information about the structure of and interaction between the various components.
This collection includes all MetaPost and Metafont packages, along with packages in collection-basic.
This package makes PiCTeX recognize lines and arcs in determining the bounding box of a picture. The bounding box is essential for proper placement of a picture between running text and margins and for keeping the running text away.
The package provides an easy way to take the remainder of a division operation without destroying the values of the counters containing the dividend and divisor. It also provides a way to take the integer quotient of a division operation without destroying the values of the counters containing the dividend and divisor.
The package provides a diagram environment. This allows the LaTeX user to easily create complex commutative diagrams, by placing formula nodes on a conceptual grid and attaching arrows to them.
The tikzmark package defines a command to remember a position on a page for later (or earlier) use, primarily (but not exclusively) with TikZ.
This package provides fullpage and leftfullpage environments, that may be used inside a figure, table, or other float environment. If the first of a 2-page spread uses a leftfullpage environment, the float will only be typeset on an even-numbered page, and the two floats will appear side-by-side in a two-sided document.
This package provides macros for making newsletters with Plain TeX.
SpiX offers a way to store information about the compilation process for a TeX file inside the TeX file itself. Just write the commands as comments in the TeX files, and SpiX will extract and run those commands. Everything is stored in the TeX file (so that you are not missing some piece of information that is located somewhere else), in a human-readable format (no need to know SpiX to understand it).
This package provides a TeX format designed to help students write short reports and essays. It provides the user with a suitable set of commands for such a task. It is also more robust than plain TeX and LaTeX.
This package augments the fancyvrb and listings packages to allow the source code they contain to be checked by an external tool (like a compiler). The external tool's messages can be automatically reincorporated into the original document. The package does not focus on a specific programming language, but it is designed to work well with languages and compilers in the ML family.
This package helps to organize debates between multiple reviewers of a paper within the text.
The package enables selection of 5 standard Japanese fonts for pLaTeX and dvips.
The package provides a LaTeX document class for writing a PhD thesis. By default, the class adheres to the NUS Guidelines on Format of Research Thesis Submitted For Examination. However, modifying the class for conformation to a different guideline should not be difficult.
The package helps to typeset exercises or list of exercises within any document. Exercises, questions and sub-questions are automatically numbered. It is possible to put answers in the same document, and display them immediately, later in the document or not to print answers at all. The layout of exercises is fully customisable. It is possible to typeset long problems, short exercises, questionnaires, etc. Usage of the Babel package is detected, but not fully supported yet (only English and French are implemented).
The package defines macros using SS to type Greek letters so that the user may type SSa to get the effect of $\alpha$. However, it takes care only of letters which have a macro name like \alpha or \Omega.
This tool compiles individual files that are included as parts of larger documents. It utilizes the preamble of the main document but disregards all other included files. The main purpose is to allow fast compilation of particular chapters or sections, eliminating the need to recompile the entire document. This facilitates an efficient way to check for formatting or syntax errors in the particular part of the document being worked on.
Using Lua, the luagcd package is developed to find the greatest common divisor (gcd) of integers in LaTeX. The package provides commands to obtain step-by-step computation of gcd of two integers by using the Euclidean algorithm. In addition, the package has the command to express gcd of two integers as a linear combination. The Bezout's Identity can be verified for any two integers using commands in the package.
The package provides extensive facilities, both for constructing headers and footers, and for controlling their use (for example, at times when LaTeX would automatically change the heading style in use).