Wayland compositor

Sway is a Wayland compositor and tiling window manager for Linux. It functions as a display server that manages window placement and input handling, organizing application windows into logical grids to maximize screen space. The project is designed for a keyboard-driven workflow, allowing users to manage workspaces and window geometry without relying on a mouse. It provides a modular environment for desktop customization and includes translation layers to support legacy applications, facilitating the replacement of older window management systems. The compositor utilizes hardware-accelerated

Qtile is a programmable tiling window manager and compositor written and configured in Python. It organizes application windows into non-overlapping tiles or floating modes to maximize screen real estate and supports both X11 and Wayland display server protocols. The environment is defined by executing Python scripts, allowing the programmatic customization of keybindings, visual styles, and system behaviors. This approach enables a personalized workspace where the entire user interface and layout logic are managed through a script-based configuration. The project covers broad capability are

Hyprland is a Wayland compositor and tiling window manager for Linux systems. It functions as a display server protocol implementation that coordinates communication between hardware and graphical applications, while automatically organizing open windows into non-overlapping layouts to maximize screen space. The project distinguishes itself through a dynamic tiling engine that utilizes a binary space partitioning algorithm to calculate window geometry in real time. It provides a highly customizable workspace platform where users define system behavior and visual aesthetics through declarative

Wayfire is a modular Wayland compositor for Linux that functions as a graphical session controller and window manager. It provides the core infrastructure for a desktop environment by managing window placement, input device handling, and display output configurations. The compositor utilizes hardware-accelerated rendering to manage the desktop state and coordinate the interaction between client applications and the display server. The project is distinguished by its plugin-based architecture, which allows for the dynamic extension of core functionality through modular components. It offers ex

Niri is a Wayland compositor that provides a desktop environment for Linux. Its primary purpose is to implement a scrollable tiling window management system, which organizes application windows in a non-overlapping layout that allows horizontal scrolling to access content beyond the screen edge. The compositor features multi-monitor workspace coordination, managing window arrangements and fractional scaling across displays with different resolutions and pixel densities. It supports a dynamic workspace organization model where independent vertical workspace stacks are maintained per monitor.

Niri is a Wayland compositor and tiling window manager designed for Linux systems. It functions as a display server that organizes application windows into a scrollable, column-based layout, providing a structured environment for managing graphical sessions, input routing, and hardware output. The project distinguishes itself through a declarative configuration engine that enables live-reloading of settings, allowing users to modify window rules, input bindings, and visual appearance without restarting the session. It features a physics-based animation system that uses spring-based curves to

Material Shell is a tiling window manager and Linux desktop environment that replaces traditional window management with a grid-based organizer. It functions as a spatial layout engine that automatically arranges application windows into non-overlapping grids to maximize screen space. The system acts as a desktop session manager, recording and restoring window positions and workspace assignments to preserve the exact state of a previous session after a restart. It employs a coordinate-based layout engine to map applications to specific rows and cells for consistent placement. The project cov

i3 is an X11 tiling window manager for Linux that organizes application windows into a non-overlapping grid to maximize screen space. It functions as a configurable window layout engine and a desktop environment component that interfaces with the X Window System to handle window placement and input events. The manager specifically provides the ability to add configurable visual spacing and gaps between windows and screen edges. It determines window borders and spacing by parsing a text configuration file at startup or during runtime. The system covers workspace layout optimization and interf

Gamescope is a Wayland micro-compositor that manages frame rates, resolution upscaling, shader application, and virtual displays. It functions as a system to isolate applications within a sandboxed session and control their display output. The project provides a virtual display manager that spoofs resolution and refresh rates to create a consistent screen environment independent of physical hardware. It includes a GPU post-processing wrapper to apply visual shaders and filters to an application stream and a game resolution upscaler to improve visual clarity on larger displays. The system man

Hyprdots is a collection of configuration files and installation scripts designed to set up and customize a Hyprland tiling window manager environment on Linux. It provides an automated system for deploying a personalized desktop interface, including pre-configured themes, styles, and keyboard shortcuts. The project utilizes a modular dotfiles management workflow to organize system settings into discrete files for visual styles and keybindings. It employs shell-scripted installation to automate dependency deployment and uses symbolic links to map a centralized configuration directory to syste

This project is a configuration suite for the Hyprland Wayland compositor, providing a set of automated scripts and files to deploy a consistent desktop environment across Linux distributions. It functions as an automation tool that synchronizes system settings, software packages, and interface themes to ensure a uniform workspace state. The environment distinguishes itself through deep integration with language models, allowing users to access local or cloud-based AI assistants directly from the desktop interface for tasks such as text translation and content generation. Visual consistency i

This project is a collection of configuration files for managing a personalized Linux desktop environment. It provides a comprehensive bundle for a tiling window manager, a Zsh shell environment, and a Neovim editor setup to synchronize software settings across different machines. The configuration focuses on unified system theming, utilizing a cross-application theme suite to sync color palettes and visual styles across the terminal, browser, and system utilities. It includes a visual settings editor for immediate theme switching and wallpaper management without requiring session restarts.