RISE is an interactive notebook presentation tool and slideshow manager designed to transform Jupyter and IPython notebooks into structured slide decks. It functions as an extension that allows a user to toggle between a standard editable notebook view and a full-screen slideshow format during live demonstrations.
الميزات الرئيسية لـ damianavila/rise هي: Computational Slide Decks, Interactive Presentations, Dynamic Technical Demos, Presentation Interfaces, Slideshow Managers, Notebook-to-Slideshow Converters, Kernel Communication Routers, Presentation Frameworks.
تشمل البدائل مفتوحة المصدر لـ damianavila/rise: mljar/mercury — Mercury is a framework for transforming Jupyter notebooks into interactive web applications, a notebook execution API,… quantstack/voila. nteract/papermill — Papermill is a Jupyter notebook execution engine and parameterization framework designed to run notebooks… aholachek/mobile-first-animation — Mobile-first-animation is a mobile web animation library and touch gesture animation toolkit designed to create fluid,… mfontanini/presenterm — Presenterm is a CLI presentation framework and tool used to create interactive slide decks directly in the terminal.… slidevjs/slidev — Slidev is a markdown-based presentation framework designed for creating interactive, web-based slide decks. It…
Mercury is a framework for transforming Jupyter notebooks into interactive web applications, a notebook execution API, and a static site generator. It functions as a self-hosted application server that allows users to deploy password-protected notebooks as functional user interfaces without writing frontend code. The system distinguishes itself by mapping notebook widgets to a reactive web interface and synchronizing live application sessions across multiple users in real time. It enables remote execution of notebooks via an API to retrieve computation results as structured data and supports
Papermill is a Jupyter notebook execution engine and parameterization framework designed to run notebooks programmatically. It allows users to inject custom input values into notebooks to execute the same logic across different datasets, transforming interactive notebooks into reproducible data science pipelines. The project functions as a language-agnostic notebook runner and orchestrator, supporting kernels for Python, R, Julia, and Scala. It is distinguished by its cloud-integrated runner capabilities, featuring built-in handlers to read and write notebooks directly to storage providers su
Mobile-first-animation is a mobile web animation library and touch gesture animation toolkit designed to create fluid, gesture-driven animations and spring physics interactions. It provides a spring physics simulation engine that calculates realistic motion dynamics, responding naturally to user velocity and release points. The library features a gesture-driven animation pipeline that binds raw touch input directly to animation drivers, alongside a declarative animation interpolation system that maps continuous touch coordinate ranges to visual style properties. It applies hardware-accelerate