5 repositorios
The ability to render mobile-first components within web browsers using compatible rendering libraries.
Distinct from Web Component Renderers: Distinct from generic web deployment as it specifically handles the rendering of mobile primitives on the web.
Explore 5 awesome GitHub repositories matching web development · Cross-Platform Rendering. Refine with filters or upvote what's useful.
This project is a cross-platform UI toolkit and universal UI framework providing a collection of pre-styled interface components for building mobile and web applications. It functions as a mobile design system and themed component library, allowing developers to maintain a cohesive visual language across different screens and devices using a shared codebase. The toolkit centers on a themed component architecture that supports global and component-level style configurations. This enables the definition of colors and property defaults in a central location to ensure consistent branding and a un
Enables the rendering of mobile user interface components within web browsers using web-focused libraries.
This is a bottom sheet component library for React Native that provides gesture-driven panels sliding up from the bottom of the screen. The library is built around configurable snap points, dynamic sizing, keyboard awareness, modal presentation, and synchronized scrolling, with native driver animation offloaded to the native thread for smooth performance. The library distinguishes itself through deep gesture and animation control, including custom gesture handler overrides, scroll-gesture synchronization, and dynamic snap point recalculation when content size or keyboard visibility changes. I
Renders bottom sheets on web mobile platforms using the same API without code changes.
Background Removal JS is a client-side neural matting library that runs a lightweight AI model directly in the browser to compute alpha mattes, removing image backgrounds without uploading any data to a server. It functions as a browser-based image background removal SDK and client-side image matting library, keeping all processing on the user's device to eliminate server costs and preserve privacy. The project provides a cross-platform creative editing engine that produces identical image and video output across web, mobile, desktop, and server environments from a single codebase. It offers
Uses a single creative engine to produce identical output on web, mobile, desktop, and server.
Turbulenz Engine es un motor de juegos multiplataforma y framework HTML5 diseñado para renderizar gráficos y simular física en entornos de escritorio, móviles y web. Funciona como un motor de gráficos WebGL y un motor de física basado en web, proporcionando las herramientas necesarias para construir juegos 2D y 3D que se ejecutan dentro de los navegadores. El proyecto incluye un framework multijugador en tiempo real que sincroniza los estados del juego y las interacciones de los jugadores entre múltiples usuarios a través de la comunicación del lado del servidor. Esto permite la coordinación de acciones tanto en tiempo real como por turnos asincrónicos para mantener un estado compartido consistente. El motor cubre una amplia gama de capacidades, incluyendo renderizado de gráficos basado en sombreadores (shaders), simulación de colisiones y el procesamiento de la entrada del usuario desde teclados, ratones, pantallas táctiles y gamepads. También gestiona activos multimedia mediante la carga asincrónica de modelos 3D, texturas y reproducción de audio-video. El framework está organizado en componentes modulares para facilitar la integración de varios sistemas de juego y la distribución de contenido en diferentes tipos de dispositivos.
Targets multiple device types using HTML5 standards to render interactive content across browsers and mobile views.
Duelyst is a turn-based strategy game engine and multiplayer framework designed for collectible card games. It provides a dedicated architecture for managing tactical combat and card-driven interactions across both web and desktop environments. The platform distinguishes itself through a self-hosted infrastructure that utilizes containerized environments to deploy private game sessions. This approach grants players full access to game content and ensures consistent deployment across local and remote systems. The engine also features a data-driven localization system that separates game text i
Renders mobile-first game interfaces within web browsers to provide a unified visual experience across desktop and mobile.