What is a brief overview of LaTeX?

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Discussion Overview

The discussion centers around resources and tools for learning and using LaTeX, particularly for those who are new or looking to enhance their skills. It includes links to tutorials, guides, and platforms that facilitate LaTeX usage.

Discussion Character

  • Exploratory
  • Technical explanation
  • Homework-related

Main Points Raised

  • One participant shares links to various LaTeX resources, including a WYSIWYG editor and a short math guide.
  • Another participant mentions the "Not so Short Introduction to LaTeX 2ε" as a useful resource for beginners and intermediate users.
  • Several participants highlight Overleaf as a valuable platform with tutorials and articles for learning LaTeX.
  • A participant promotes the Physics Forums' own LaTeX help guide as a resource for users.
  • Discussion includes a mention of MathJax as the rendering engine used by the forum, with a link to its website and a test page for users to experiment with LaTeX.

Areas of Agreement / Disagreement

Participants generally agree on the usefulness of the resources shared, but there is no explicit consensus on which resource is the best or most comprehensive.

Contextual Notes

Some resources mentioned may have varying levels of detail and accessibility, and participants have not discussed the specific content or quality of each resource.

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For those that are new to \(\LaTeX\) or beginning and intermediate users who need to expand their knowledge, there is the Not so Short Introduction to \(\LaTeX 2\varepsilon\).

It isn't exactly short but definitely isn't as long as a formal book on \(\TeX\) or \(\LaTeX\)
 
Our site uses MathJax as the Latex rendering engine. You can learn more about MathJax here at their website:

https://www.mathjax.org/

Here's a LATEX test page in case you wanted to play with LATEX before you post anything.

https://arachnoid.com/latex/

area = \pi r^2

into the box and you should see the following

##area = \pi r^2##

or try Einstein's equation:

E = m c^2

and see

## E = m c^2##
 
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