Boost LaTeX Productivity with Top Online Editing & Collaboration Tools

This article introduces several LaTeX-related tools that can greatly reduce the learning curve compared to Word, especially for inserting formulas and figures that require code-like syntax.

Overleaf: an online LaTeX writing and collaboration platform

latexlive.com: an online formula editor

tableconvert.com: an online table/figure converter

Mathpix: a formula recognizer

These tools can significantly improve LaTeX efficiency.

1 Overleaf

Overleaf allows you to write LaTeX content, compile it in real time, and provides a pre‑configured compilation environment that removes many obstacles for beginners. It also offers sharing, chat, and a large collection of official and community templates.

1.1 Sharing Feature

Click the “share” button in the top‑right corner, enter another Overleaf user's email (multiple collaborators are allowed for paid accounts; free accounts can share with one person). The invited user receives an email and can join the project for joint editing.

1.2 Chat

You can communicate in real time or asynchronously via the chat feature in the top‑right corner, facilitating collaboration.

2 Online LaTeX Editor

There are many online LaTeX editors similar to latexlive.com; this article uses it as an example. latexlive.com lets you input formulas via intuitive buttons (similar to Word's equation editor) and export them as LaTeX code, which is ideal for beginners who cannot remember exact commands.

3 Online Table Converter

tableconvert.com is a versatile site that converts various table formats into other types. Paste a table into its input box and export it in the desired format.

4 Formula Recognition Tool Mathpix

Mathpix uses OCR technology to extract mathematical formulas from images and convert them into LaTeX code, saving a lot of time when editing mathematical documents or creating slides. After installing, you can capture a formula image, and Mathpix returns the corresponding LaTeX code.

For example, capturing the standard form of a linear programming problem from Wikipedia yields the LaTeX code shown below, with text and formulas properly separated.

The rendered result in a LaTeX editor matches the original Wikipedia appearance, demonstrating high efficiency.