![]() In large documents, with a large number of notes, it can be very time consuming and frustrating to continually shift back and forth between the text and end of the document.Īn abbreviated sample of typical text is shown below: Note: Lower case Roman numerals (e.g.,, and Note i, Note ii) can also be used to identify the reference note ID and enumerator. Typically the revised document text will be flagged with numbered markers referencing the note (e.g.,, , etc.) and the fixed notes will be enumerated using a prefix (e.g., Note 1:, PDF format file, any dynamic references (i.e., footnotes/endnotes) are typically converted to fixed text reference identifiers, and the notes are place at the end of the document as fixed text reference notes. When technical articles, journals, or other documents are converted to plain text files for storage in a database file or. We will continue to spin out useful plugins like prosemirror-autocomplete and prosemirror-codemark.This Microsoft Word Tips & Microsoft Word Help page will show you how you can convert fixed reference notes located at the end of a document into dynamic document footnotes (or endnotes). We use this editor at Curvenote where we have worked on it for the last few years. The project will enable a larger audience to create publication-quality, standards-friendly documents through Jupyter, without having to learn a new syntax. - client-side reactivity built on reduxĪ collaborative, rich text editor for interactive technical & scientific content., implementing the MyST Markdown, and integrating with JupyterLab, JupyterBook and Sphinx.- interactive widgets and web-components.- CSS and styling components and document layout.sidenotes - Reactive placement of comments, with hooks for multiple inline references.prosemirror-docx - Export from a ProseMirror schema to Microsoft Word.prosemirror-codemark - A plugin for ProseMirror that handles manipulating and navigating inline code marks.prosemirror-autocomplete - A plugin for ProseMirror that adds triggers for #hashtags, /menus, and other more complex autocompletions.- the schema for this editor, focused on interactive content, also deals with translation and export.The editor package is a monorepo that is built with turborepo. Prosemirror plugins for technical writing, comments, etc.Integration points for collaboration, citations, and interactivity/reactivity.A stand alone scientific editor that can be integrated into other applications, React will be supported first-class.Scope of RepositoryĪ WYSIWYG editor for technical content and documents (papers, reports, documentation, etc.), and support computational into the narrative (c.f. To us, that means deep integrations with the Jupyter ecosystem and providing ways to support traditional export as well. We think the best explanations are explorable and promote active reading, and would love to see this style of writing more widely adopted in scientific teaching, writing and education. These syntaxes or development environments are often beyond the reach of many contributors and collaborative editing and review is often difficult. RMarkdown, MyST Markdown, idyll-lang, MDX) that add flavours (usually) on top of CommonMark to allow for more complex documents and various degrees of interactivity. There are many Markdown syntax variants and extensions (e.g. ![]() Overlap with is the editor that is used in Curvenote, a scientific writing platform that connects to Jupyter. ![]() ![]() git, md, notebooks, javascript, aims to bridge the gap between expressiveness and writing accessibility by developing a rich, WYSIWYG, collaborative editor with a focus on interactivity that integrates with LaTeX, various flavours of Markdown, and the Jupyter and Sphinx ecosystems. Writing often requires collaborators that may not be comfortable with some combination of the tools required for computational narratives (e.g.when writing and reviewing papers & reports, slide decks, etc.) To enable collaborators and reviewers who don't use these tools (e.g.CommonMark markdown does not support, for example, citations, cross-references, and even simple formatting like callouts (see various alternatives below).The need for more expressive components, formatting or referencing.Today, narrative is often moved out of computational notebooks into static document creation tools (Microsoft Word, Google Docs, LaTeX, Slides/PPT). We aim to lower the barriers to writing computational narratives. Writing technical documents is hard enough already, and choosing to make that writing interactive is beyond the reach or time-commitment of most communicators. We think that creating beautiful reactive documents and explorable explanations should be easy. Interactive scientific editor built with ProseMirror, React and Redux - by Curvenote.
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