Convert Typst to ORG

Why Convert Typst to ORG?

Converting Typst to Org-mode format brings your typeset content into the powerful Emacs ecosystem, where documents become living, interactive resources. Org-mode is more than a markup language -- it is a comprehensive system for note-taking, task management, literate programming, and reproducible research. By converting your Typst documents to Org format, you unlock these capabilities while preserving your document's content and structure.

Researchers who work in Emacs benefit greatly from this conversion. A Typst document converted to Org format can be enhanced with executable code blocks (using Org Babel), TODO items for tracking research tasks, scheduling and deadline information, and properties for metadata. This transforms a static document into an interactive research notebook that combines prose, data analysis, and project management.

Org-mode's export system is another compelling reason for conversion. Once in Org format, your document can be exported to HTML, LaTeX, PDF, Markdown, OpenDocument, and many other formats through Org's built-in exporters. This makes Org a powerful hub format: convert your Typst content to Org once, then export to whatever format you need.

For personal knowledge management, converting Typst documents to Org enables integration with systems like org-roam (a Zettelkasten implementation for Emacs), making your typeset content part of a searchable, interlinked knowledge base. Notes, references, and ideas from your Typst documents become discoverable nodes in your personal knowledge graph.

Key Benefits of Converting Typst to ORG:

• Emacs Integration: Work with your content in the powerful Emacs editing environment
• Literate Programming: Add executable code blocks to your documents with Org Babel
• Task Management: Add TODO items, schedules, and deadlines to document sections
• Multi-Format Export: Export from Org to HTML, LaTeX, PDF, and many other formats
• Reproducible Research: Combine narrative text with executable analysis code
• Knowledge Management: Integrate with org-roam for connected note-taking
• Plain Text: Version control friendly format that works with git

Practical Examples

Example 1: Research Notes with Task Tracking

Input Typst file (research.typ):

= Machine Learning Study
== Literature Review
*Key papers* to review:
- Attention Is All You Need (2017)
- BERT: Pre-training (2019)
- GPT-3: Language Models (2020)

== Experiment Design
The model uses _cross-entropy loss_:
$ L = -sum_(i=1)^C y_i log(p_i) $

== Results
#table(
  columns: 3,
  [Model], [F1 Score], [Accuracy],
  [Baseline], [0.82], [85.3%],
  [Proposed], [0.91], [93.7%],
)

Output ORG file (research.org):

* Machine Learning Study
** Literature Review
*Key papers* to review:
- Attention Is All You Need (2017)
- BERT: Pre-training (2019)
- GPT-3: Language Models (2020)

** Experiment Design
The model uses /cross-entropy loss/:
\(L = -\sum_{i=1}^{C} y_i \log(p_i)\)

** Results
| Model    | F1 Score | Accuracy |
|----------+----------+----------|
| Baseline |     0.82 |    85.3% |
| Proposed |     0.91 |    93.7% |

Example 2: Project Documentation

Input Typst file (project.typ):

= API Development Project
== Architecture
The system uses a *microservices*
architecture with _RESTful_ APIs.

== Components
- Authentication service
- Data processing pipeline
- Storage backend
- API gateway

== Timeline
#table(
  columns: 2,
  [Milestone], [Date],
  [Design], [Q1 2026],
  [Development], [Q2 2026],
  [Testing], [Q3 2026],
)

Output ORG file (project.org):

* API Development Project
** Architecture
The system uses a *microservices*
architecture with /RESTful/ APIs.

** Components
- Authentication service
- Data processing pipeline
- Storage backend
- API gateway

** Timeline
| Milestone   | Date    |
|-------------+---------|
| Design      | Q1 2026 |
| Development | Q2 2026 |
| Testing     | Q3 2026 |

Example 3: Lecture Notes for Knowledge Base

Input Typst file (lecture.typ):

= Differential Equations
== First-Order ODEs
A *first-order ODE* has the form:
$ (d y) / (d x) = f(x, y) $

=== Separable Equations
If $f(x,y) = g(x) h(y)$, the equation
is _separable_.

=== Linear Equations
Standard form: $ y' + P(x)y = Q(x) $
Integrating factor: $ mu = e^(integral P(x) d x) $

Output ORG file (lecture.org):

* Differential Equations
** First-Order ODEs
A *first-order ODE* has the form:
\(\frac{dy}{dx} = f(x, y)\)

*** Separable Equations
If \(f(x,y) = g(x)h(y)\), the equation
is /separable/.

*** Linear Equations
Standard form: \(y' + P(x)y = Q(x)\)
Integrating factor: \(\mu = e^{\int P(x)\,dx}\)

Frequently Asked Questions (FAQ)

Q: What is Org-mode?

A: Org-mode is a major mode for GNU Emacs that provides a rich system for document authoring, note-taking, task management, and literate programming. Created by Carsten Dominik, it uses a plain text format with * headings, supports LaTeX math, executable code blocks, TODO tracking, and can export to many formats including HTML, PDF, and LaTeX.

Q: Do I need Emacs to use the ORG output?

A: Emacs provides the best Org-mode experience, but there are alternatives. VS Code has Org-mode extensions, Neovim has orgmode.nvim, and mobile apps like Orgzly (Android) and beorg (iOS) support Org files. Pandoc can also process Org files without Emacs. However, advanced features like code execution and agenda views require Emacs.

Q: How are Typst math expressions handled in ORG?

A: Typst math is converted to LaTeX notation wrapped in Org's math delimiters: \(...\) for inline math and \[...\] for display math. Emacs renders these inline using org-latex-preview, and they export correctly to PDF (via LaTeX) and HTML (via MathJax). The mathematical content is fully preserved.

Q: Can I add TODO items to the converted document?

A: Yes! Once in Org format, you can add TODO keywords to any heading. For example, change "** Literature Review" to "** TODO Literature Review". Org-mode then tracks these tasks in its agenda view, supports deadline scheduling, and provides progress tracking across all your Org files.

Q: How are Typst tables converted to Org tables?

A: Typst's #table() function is converted to Org's pipe-based table syntax with horizontal rules. Org tables have built-in spreadsheet capabilities, so after conversion you can add formulas to cells. The table structure and content are preserved, and Org's table editor in Emacs makes further modifications easy.

Q: Can I export the ORG file to other formats?

A: Yes, Org-mode has a powerful export dispatcher (C-c C-e in Emacs) that can produce HTML, LaTeX, PDF, Markdown, OpenDocument, plain text, and more. This makes Org an excellent hub format: convert from Typst to Org, then export to whatever output format you need.

Q: Will the conversion preserve Typst's document metadata?

A: Yes, Typst metadata from #set document() is converted to Org file headers. Title becomes #+TITLE:, author becomes #+AUTHOR:, and date becomes #+DATE:. These headers are used by Org's export system to populate title pages and document metadata in output formats.

Q: Can I use the ORG file with org-roam?

A: Absolutely. Once converted, the Org file can be placed in your org-roam directory to become part of your interconnected knowledge base. You can add org-roam ID properties, create links to other notes, and the file becomes searchable and navigable within the org-roam graph view.