A repository with examples using MathJax version 3 in node applications.
See the MathJax Web Demos for examples of how to use MathJax in web pages. See the MathJax documentation for complete details of how to use MathJax in web browsers and node.
This repository contains examples of how to use MathJax v3 in your node projects. These are divided into three main categories: ones based on the MathJax v3 components and its loading system, ones based on the MathJax v3 components that you preload by hand (for easier synchronous use), and ones that use the base MathJax files directly without using the MathJax components.
All three groups include examples of conversion from the various input formats to the various output formats, both for individual expressions, and for complete pages containing math. Each category includes the following executables:
tex2chtmltex2svgtex2mmlmml2chtmlmml2svgam2chtmlam2mmltex2chtml-pagetex2svg-pagetex2mml-pagemml2chtml-pagemml2svg-pageam2chtml-page
The first seven convert an expression from either a TeX, MathML, or AsciiMath string (given as its first argument) to a CommonHTML, SVG, or MathML string. The ones ending in -page take an HTML file and convert the math in it from the given input format to the specified output format and output the modified page.
Use the --help option to get a list of all the possible options for each command.
The three categories of commands are stored in the directories called component, simple, preload, and direct. Both the component and simple directories are examples of the component-based approach, with the component directory containing versions that mirror the approach needed when MathJax is used in web pages, and the simple directory containing examples that take advantage of some simplifications available in node. Each of those directories contain additional information about the example files they contain.
There is also a directory speech that give examples of converters that add speech strings to their results, which illustrate more sophisticated operations in MathJax. This is described in more detail in that directory.
The custom-tex-extension directory contains an example of how to create your own custom TeX extension and load it as a component. Again, see the directory for more details.
The puppeteer directory contains an example of how to use the Puppeteer library to use a headless Chrome instance to do server-side conversion of mathematics using MathJax. This is useful in situations where you are using characters that are not included in the main MathJax fonts, as Chrome will be able to measure the widths of these characters so that they can be displayed more reliably.
In order to try out these examples, clone this repository, enter the directory, and install the dependencies:
git clone https://github.com/mathjax/MathJax-demos-node.git MathJax-demos-node
cd MathJax-demos-node
npm installThe examples should be executable files that you can run. On non-unix systems, you may need to call
node -r esm <example-name>where <example-name> is the name of the example file. Some examples take an argument (like a TeX string) that follows the <example-name> above.
React
Typescript
Django
Laravel
Facebook
Microsoft
Google
Alibaba
D3
Tencent