This is a lisp implementation of the Open Sound Control protocol (or more accurately “data transport specification” or “encoding”). The code should be close to ANSI standard common lisp and provides self contained code for encoding and decoding of OSC data, messages, and bundles.

Scribus is a desktop publishing (DTP) application and can be used for many tasks; from brochure design to newspapers, magazines, newsletters and posters to technical documentation. Scribus supports professional DTP features, such as CMYK color and a color management system to soft proof images for high quality color printing, flexible PDF creation options, Encapsulated PostScript import/export and creation of four color separations, import of EPS/PS and SVG as native vector graphics, Unicode text including right to left scripts such as Arabic and Hebrew via FreeType.

Simple date and duration manipulation. Also implement duration printer based on string format. Already implemented in opalang [http://opalang.org/]. For documentation about the format, see : [http://doc.opalang.org/value/stdlib.core.date/Duration/try_generate_printer].

Lambda Soup is an HTML scraping library inspired by Python's Beautiful Soup. It provides lazy traversals from HTML nodes to their parents, children, siblings, etc., and to nodes matching CSS selectors. The traversals can be manipulated using standard functional combinators such as fold, filter, and map. The DOM tree is mutable. You can use Lambda Soup for automatic HTML rewriting in scripts. Lambda Soup rewrites its own ocamldoc page this way. A major goal of Lambda Soup is to be easy to use, including in interactive sessions, and to have a minimal learning curve. It is a very simple library.

Camomile is a Unicode library for OCaml. Camomile provides Unicode character type, UTF-8, UTF-16, UTF-32 strings, conversion to/from about 200 encodings, collation and locale-sensitive case mappings, and more. The library is currently designed for Unicode Standard 3.2.

OTOML is a library for parsing, manipulating, and pretty-printing TOML files. * Fully 1.0.0-compliant. * No extra dependencies: default implementation uses native numbers and represents dates as strings. * Provides a functor for building alternative implementations: plug your own bignum and calendar libraries if required. * Informative parse error reporting. * Pretty-printer offers flexible indentation options.

The stdlib-random package provides a stable and compiler-independent implementation of all the PRNGs used in the Random module. Those PRNGs are available in the various libraries: - stdlib-random.v3: OCaml 3.07 to 3.11 PRNG - stdlib-random.v4: OCaml 3.12 to 4.14 PRNG - stdlib-random.v5: current OCaml 5.0 PRNG - stdlib-random.v5o: pure OCaml version of the OCaml 5 PRNG All those libraries can be used together and the signature of their Random$n module has been extended to the latest signature whenever possible.

Easy to use and user-friendly topological sort. Example: ``` Tsort.sort [("foundation", []); ("walls", ["foundation"]); ("roof", ["walls"])] ```.

This package provides a website generator that works with page element tree rather than text and allows you to manipulate pages and retrieve metadata from existing HTML using arbitrary CSS selectors. With soupault you can: * Generate ToC and footnotes. * Insert file content or an HTML snippet in any element. * Preprocess element content with external programs (e.g. run `<pre>` tags through a highlighter) * Extract page metadata (think microformats) and render it using a Jingoo template or an external script. * Export extracted metadata to JSON. Soupault is extensible with Lua (2.5) plugins and provides an API for element tree manipulation, similar to web browsers. The website generator mode is optional, you can use it as post-processor for existing sites.

SuperCollider is a synthesis engine (scsynth or supernova) and programming language (sclang). It can be used for experimenting with sound synthesis and algorithmic composition.

SuperCollider requires jackd to be installed in your user profile and your user must be allowed to access the realtime features of the kernel. Search for "realtime" in the index of the Guix manual to learn how to achieve this using Guix System.

This package provides a SuperCollider client for Common Lisp.

SuperCollider is a synthesis engine (scsynth or supernova) and programming language (sclang). It can be used for experimenting with sound synthesis and algorithmic composition.

SuperCollider requires jackd to be installed in your user profile and your user must be allowed to access the realtime features of the kernel. Search for "realtime" in the index of the Guix manual to learn how to achieve this using Guix System.

Community collection of unit generator plugins for SuperCollider. An installation extends the functionality of SuperCollider by additional UGens that run on scsynth, the SuperCollider audio synthesis server.

This package provides a SuperCollider client for Common Lisp.

This package provides a SuperCollider client for Common Lisp.

SuperCollider is a synthesis engine (scsynth or supernova) and programming language (sclang). It can be used for experimenting with sound synthesis and algorithmic composition.

SuperCollider requires jackd to be installed in your user profile and your user must be allowed to access the realtime features of the kernel. Search for "realtime" in the index of the Guix manual to learn how to achieve this using Guix System.

This package provides a tiny (1 module, <500 lines) property-based (and unit) testing library with minimal dependencies. . Instead of reinventing the wheel (<https://xkcd.com/927>), we use a RSpec/HSpec-like DSL and run tests with QuickCheck. . For many use-cases, microspec is a drop-in replacement for hspec. . > import Test.Microspec > > main :: IO () > main = microspec $ do > describe "replicate" $ do > it "doubles with 2" $ > replicate 2 x === "xx" > it "creates a list of the right size" $ > \(Positive n) -> length (replicate n x') === n > > describe "reverse" $ do > it "reverse . reverse === id" $ \l -> > reverse (reverse l) === (l :: [Int]) > > describe "tail" $ > it "length is -1" $ \(NonEmpty l) -> > length (tail l :: [Int]) === length l - 1 > > describe "solve the halting problem" $ > pending

Tidal is a domain specific language for live coding patterns.