Learn Latex Code: Best Sources to Get Started

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Discussion Overview

The discussion centers around finding effective resources and methods for learning LaTeX code, particularly for posting homework problems and mathematical expressions. Participants share their experiences and suggest tools and websites that may aid in the learning process.

Discussion Character

  • Exploratory
  • Technical explanation
  • Debate/contested

Main Points Raised

  • One participant expresses frustration with using paint for homework problems and seeks better ways to learn LaTeX.
  • Another suggests looking at others' LaTeX code as a practical way to learn, mentioning a program called texaide that generates code from input equations.
  • Some participants recommend using online LaTeX editors for copying and pasting code.
  • A specific website is provided as a resource for learning LaTeX, particularly for mathematical content, along with a suggestion to download a text editor for document creation.
  • One participant notes that while LaTeX has a steep learning curve, it is ultimately more effective than Word for documents involving math.
  • Another participant mentions a tool called mathtype as a replacement for texaide, raising questions about its availability and potential copyright issues.
  • There is a suggestion to consider a book, such as Kopka and Daly's Guide to LaTeX, for a comprehensive understanding if one intends to write papers.
  • Participants agree that examining existing code can simplify the learning process, especially for basic expressions.

Areas of Agreement / Disagreement

Participants generally agree on the utility of looking at others' code and using specific tools to learn LaTeX. However, there is some uncertainty regarding the availability and functionality of texaide and mathtype, as well as the necessity of formal resources like books for learning.

Contextual Notes

Some participants mention that texaide may no longer be available and that mathtype could be a paid alternative. There are also references to specific websites that may not be functional, indicating potential limitations in the resources discussed.

Who May Find This Useful

This discussion may be useful for students and individuals looking to learn LaTeX for academic purposes, particularly in fields involving mathematics and engineering.

Nano-Passion
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What good sources are there to learn latex code? Because I'm finding it frustrating trying to post up homework problems and trying to use paint with my laptop is equally frustrating.
 
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The best thing to do in my opinion is just look at other people's code for what they print themselves. I also have a program called texaide that let's you put down the equations you want and it'll generate the code for you for the most part. Give it a quick google.
 
I use online latex editor and I just copy and paste
 
There's this website:

http://www.maths.tcd.ie/~dwilkins/LaTeXPrimer/

The math sections would be mainly what you want. However, if you're going to actually spend the time to learn latex, you may as well download the text editor and learn how to make documents too. The whole thing is a steep learning curve, but once you get it it's way better than Word if you ever have to make a document that involves math. Word does have an equation editor, but I find it's really frustrating to use, especially as you start adding more and more formulas or you want to do multi-line equations. Latex is a little more complicated to learn, but it'll do exactly what you want it to do after a good day or two playing around with it.
 
I second Pengwuino's suggestion. If you want to learn enough LaTeX so you can post a few expressions here, you don't need to know all that much. By looking at what others did, you can usually figure out how it works.

If you ever get to the point where you want to learn LaTeX to write papers, it's worth getting a book, like Kopka and Daly's Guide to LaTeX, that explains LaTeX concepts. You can find a lot of the same information on the web in bits and pieces, but it's nice to have it all in one place.
 
Pengwuino said:
The best thing to do in my opinion is just look at other people's code for what they print themselves. I also have a program called texaide that let's you put down the equations you want and it'll generate the code for you for the most part. Give it a quick google.

This site says texaide is no longer available and they replaced it with mathtype.

http://www.dessci.com/en/products/texaide/

How do you feel about this?

On a serious note though, is mathtype also yours? Its pretty much the same but with a little helpful tweak... I sense a copyright issue. :o

http://code.google.com/p/utmthesis/wiki/InstallTexaide#Install_Texaide_4.0a

and this site doesn't work. =/
 
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I downloaded texaide a LONG time ago and always kept the installer around somewhere. You can use mathtype but I'm not sure if it's free.

Definitely just look at what people have already written, it's very simple. It's not like you need to know anything about alignments or any fancy typesetting abilities. You probably only want to know how to write simple things like [itex]\vec{B}\over{c}[/itex] which is very obvious when you see the code.

In fact, all that is is "\vec{B}\over{c}"
 

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