MangoWM is a modern, lightweight, high-performance Wayland compositor built on dwl — crafted for speed, flexibility, and a customizable desktop experience.

Normally, when you copy something on Wayland and then close the application you copied from, the copied data (e.g. text) disappears and you cannot paste it anymore. If you run wl-clip-persist in the background, however, the copied data persists.

Change output power modes in wlroots compositors

This is a stripped-down version of UNSIO - Universal Nbody Snapshot Input/Output library, forked from https://projets.lam.fr/projects/unsio and repackaged to simplify the compilation procedure.

Package for investigating galactic models in action-angle space.

AGAMA in a library for galaxy modelling. Its main tasks include:

• Computation of gravitational potential and forces;

• Orbit integration and analysis;

• Conversion between position/velocity and action/angle coordinates;

• Distribution functions;

• Self-consistent multi-component galaxy models;

• Framework for finding best-fit parameters of a model from data;

CVXOPT is a package for convex optimization based on the Python programming language. Its main purpose is to make the development of software for convex optimization applications straightforward by building on Python’s extensive standard library and on the strengths of Python as a high-level programming language.

BBarolo 3D fitting tool to derive the kinematics of galaxies from emission-line observations.

NAIF is a pure-python package for numerical analysis of frequencies. It implements the NAFF algorithm introduced by Laskar (1990, 1999) and further developed by Valluri & Merritt (1998) – see also Price-Whelan et al (2016) and their released package SuperFreq. It is based on the Fortran implementation of Valluri & Merritt (1998), but it introduces a few improvements. It is also intended to be a transparent, well documented and easy-to-use implementation.

pytreegrav is a package for computing the gravitational potential and/or field of a set of particles. It includes methods for brute-force direction summation and for the fast, approximate Barnes-Hut treecode method. For the Barnes-Hut method we implement an oct-tree as a numba jitclass to achieve much higher peformance than the equivalent pure Python implementation, without writing a single line of C or Cython.

code of the method described in Dehnen W., Semczuk M., Schönrich R., 2022, MNRAS, 518, 2712

PortableXDR is an implementation of External Data Representation (XDR) Library. It is a standard data serialization format, for uses such as computer network protocols. It allows data to be transferred between different kinds of computer systems.

NEMO is a toolbox for stellar dynamics, particle simulations, stellar orbits, image processing and tabular data manipulation.

NEMO is a toolbox for stellar dynamics, particle simulations, stellar orbits, image processing and tabular data manipulation.

The aim of this version is just to get the core library libnemo.a and a few binaries right, so many scripts and tools were already (or would be eventually) removed.

PowerBin: package provides a Python implementation of the PowerBin algorithm — a modern alternative to the classic Voronoi binning method. Like Voronoi binning, it performs 2D adaptive spatial binning to achieve a nearly constant value per bin of a chosen capacity (e.g., signal‑to‑noise ratio or any other user‑defined function of the bin spaxels). Key advances over the classic method include:

• Centroidal Power Diagram: Produces bins that are nearly round, convex, and connected, and eliminates the disconnected or nested bins that could occur with earlier approaches.

• Scalability: The entire algorithm scales with O(N log N) complexity, removing the O(N^2) bottleneck previously present in both the bin-accretion and regularization steps. This makes processing million‑pixel datasets practical.

• Stable CPD construction: Generates the tessellation via a heuristic inspired by packed soap bubbles, avoiding the numerical fragility of formal CPD solvers with realistic non-additive capacities (e.g., correlated noise).

The algorithm combines a fast initial bin-accretion phase with iterative regularization, and is described in detail in Cappellari (2025).

The PlotBin package contains utilities to plot binned maps and various other general plotting utilities for two-dimensional maps.

VorBin package is a Python implementation of the two-dimensional adaptive spatial binning method of Cappellari & Copin (2003). It uses Voronoi tessellations to bin data to a given minimum signal-to-noise ratio.

UNSIO ( U niversal N body S napshot I nput O utput) is an API which perform input/output operations in a generic way, and on different kind of nbody files format (nemo, gadget, sqlite3 etc).

UNSIO ( U niversal N body S napshot I nput O utput) is an API which perform input/output operations in a generic way, and on different kind of nbody files format (nemo, gadget, sqlite3 etc). This package provides unsio itself as well as python wrapper for it.

Mirim is an embedded SQL database encrypted at rest with XChaCha20-Poly1305 and Argon2id. It supports ML-KEM-768 sealed exports, ML-DSA-87 detached signatures and a durable write-ahead log. This package installs the mirim command line interface and mirim-sign.

guixvis indexes every GNU Guix package and exposes the set through a keyboard-first terminal UI and a local web application. It fuzzy-searches name and synopsis, shows package details, licenses and source locations, browses dependency and reverse-dependency trees, and draws a force-directed dependency graph whose bubbles open the selected package. The web UI (guixvis web) serves the same graph on 127.0.0.1 with clickable bubbles, deep links and browser history.

Zupt is a pure-C11 backup compressor with post-quantum hybrid encryption. Since 4.1.0 it is a source-only build with no vendored binary SDKs: recipient modes are the native ML-KEM-768 + X25519 hybrid (--pq, recommended) and pure ML-KEM-768 with no classical component (--pq-only, for CNSA 2.0-style postures); the SDK-backed --pq-sdk and --pq-box modes are unsupported stubs, and password mode uses PBKDF2-SHA256. 5.0.0 makes the ML-KEM-768 implementation genuinely FIPS 203-conformant (earlier releases shipped round-3 CRYSTALS-Kyber under that label), cross-validated byte-for-byte against OpenSSL 3.5 during this package's build; BREAKING: --pq/--pq-only keys and archives from 4.2.1 or earlier no longer decrypt — regenerate keys and re-encrypt (password mode and plain compression are unaffected). 4.2.0 fixed a critical AES-CTR keystream-reuse flaw in --dedup archives (re-encrypt any written by 4.1.0 or earlier). Payload protection is AES-256-CTR + HMAC-SHA256 Encrypt-then-MAC with measured constant-time tag comparison and runtime AES-NI/SHA-NI dispatch; it embeds the VaptVupt LZ+ANS codec, which is a codec component rather than a compatibility command.

Loopback web GUI that forces one local user's traffic through Tor's TransPort and DNSPort and drops everything else from that user (a fail-closed killswitch). It automates the upstream torando iptables rules together with torrc and resolv.conf management, adds an ip6tables IPv6 killswitch so v6 cannot leak around Tor, and reports live bootstrap, DNS-leak and exit status. Built from source (pure Python); the shims and systemd unit are rewired to the store, so the package is self-contained. This is the Linux build of a project that also targets macOS, the BSDs and Windows.

Client, server, agent, and key tools from the official Evelin x86_64 musl-static release: ML-KEM-1024 key exchange, ML-DSA-87 authentication, ChaCha20-Poly1305 AEAD. Binaries are fully static and carry no runtime dependencies.