executablebooks/jupyter-book

Features

• Digital Book Generation - Converts Jupyter notebooks and markdown files into interactive web-based books and publication-quality PDF documents.
• Notebook-to-Static-Site Generators - Converts Jupyter notebooks and markdown files into a collection of linked static HTML pages for web hosting.
• Jupyter Notebook Publishing - Creates interactive web books or PDFs from Jupyter notebooks and Markdown by embedding live code execution results.
• Academic Authoring - Supports authoring academic papers and textbooks with LaTeX mathematics, bibliography citations, and professional typesetting.
• Build-Time Computational Execution - Runs embedded computational cells during the build process and caches the resulting outputs for static display.
• Computational Book Publishers - Serves as a system for creating publication-quality documents that execute embedded code and cache resulting outputs.
• Markdown Extensions - Extends standard markdown with custom block and inline directives to generate structured HTML or PDF content.
• Cross-Publication Referencing - Tracks unique labels across pages and files to generate automatic hyperlinks and citations within the final publication.
• Document Cross-Referencing - Implements linking between sections, figures, tables, and code objects within and across technical projects.
• Computational Web Books - Converts notebooks and markdown into a structured website that preserves computational interactivity and formatting.
• Markdown Conversions - Transforms Markdown, notebooks, and LaTeX files into professional web books or PDF documents.
• Page Structure Definitions - Defines the hierarchical nesting and sequence of pages to control the navigation sidebar.
• Semantic Markup Extensions - Extends standard Markdown with roles and directives to add structured semantics to inline text and block elements.
• Technical Content Sites - Organizes complex sets of notebooks and markdown files into structured, hierarchical digital publications.
• Interactive Technical Documents - Builds technical websites where readers can explore data via embedded widgets and remote notebook execution.
• Markdown Documentation Tools - Provides a generator that extends standard Markdown with roles and directives for academic and technical documentation.
• Interactive Computing Platforms - Provides a platform for building websites that embed live computational widgets and link to remote execution environments.
• Notebook Code Execution - Runs code within notebooks and markdown files during the build process to generate and display computational results.
• Interactive Data Renderers - Displays rich, interactive outputs and widgets within the rendered website for a dynamic user experience.
• Interactive Widgets - Integrates custom UI components into pages using a standardized specification for interactive elements.
• Interactive Execution Environments - Publishes websites with live widgets and browser-based execution environments for interactive data exploration.
• Content Generation Directives - Defines new block-level or inline elements that process arguments to generate specific structured content.
• Publication Cross-Referencing - Creates rich cross-references between different publications featuring hover-previews of target content.
• Interactive Solution Toggles - Authors exercises with solutions that can be toggled between hidden and visible states.
• Compilation Workflow Customizers - Adds custom functionality to the build process through a plugin system to modify how content is handled.
• Academic Content Formatting - Integrates rich syntax for citations, cross-references, and numbered equations into computational documents.
• Computational Output Referencing - Provides the ability to assign unique labels to specific code execution results for cross-referencing and embedding.
• Document Exporting - Transforms digital book content into fixed-format files such as PDFs for offline distribution.
• AST Transformations - Implements programmatic modification of document structure by manipulating an abstract syntax tree during the rendering phase.
• Static Hosting Deployments - Converts computational material into publication-quality static websites for online distribution.
• Bibliography Formatters - Provides automated rendering and styling of bibliographies from BibTeX files throughout the document.
• LaTeX Publishing - Transforms structured digital content into professionally typeset, print-ready PDF documents using LaTeX.
• Equation Numbering - Assigns unique labels to equations to enable automatic numbering and cross-page hyperlinking.
• PDF Document Generation - Converts computational projects into typeset PDF files using templates for journals or preprints.
• PDF Exports - Transforms notebooks and Markdown files into a print-ready PDF format for offline distribution.
• Decoupled Table of Contents - Stores the table of contents in a separate dedicated file to isolate project configuration from hierarchy.
• Publication Plugin Systems - Creates custom directives and roles using compatible scripts to add new content types or modify document structure.
• Reusable Content Fragments - Embeds fragments from other pages or external sources to avoid duplicating content.
• Static Report Generation - Transforms computational workflows into static documents by running code at build time and caching outputs.
• Computational Result Caching - Embeds results generated in one notebook across multiple pages to avoid redundant calculations.
• Content Node Transformers - Implements transforms that operate on the abstract syntax tree to programmatically alter page content during build.
• Project Metadata Configurations - Uses centralized project-level metadata files to define settings, author information, and site branding.
• Build Pipeline Extensions - Adds custom directives and transforms via scripts or plugins to modify document structure during the build.
• Single-File Site Configurations - Defines project-wide information like authors and licenses via a single configuration file for consistent branding.
• In-Browser Code Execution - Includes live computational results in documentation by running various programming languages at build time.
• Theorem and Proof Formatting - Creates numbered, referenceable theorems, lemmas, and proofs using academic formatting.
• LaTeX Embeddings - Integrates raw LaTeX for complex mathematical formulas and academic typesetting.
• Mathematical Typesetting - Renders LaTeX-style mathematics in web and PDF formats for high-quality typesetting of complex formulas.
• Document Processing Pipelines - Provides a plugin system that allows external scripts to inject custom logic and transforms into the document processing workflow.
• Computational Content Caching - Runs code cells within documents and caches outputs to automate the generation of computational material.
• Interactive Layout Management - Organizes content into collapsible dropdowns, card grids, and tabbed panels to manage information density.
• Rich Text Formatting Extensions - Extends standard Markdown with typographic formatting extensions like footnotes and definition lists.
• Documentation and Processing - Tool for building books from Jupyter notebooks.
• Publishing and Conversion - Builds publication-quality books from computational notebook content.
• Documentation et connaissances - Builds publication-quality documents from Jupyter Notebooks.

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