To begin, LaTeX class file for lecture notes you can find the class file I wrote for my notes. Just put it in you LaTeX tree (or in the directory of your document), with the sty file, and write a document with the following structure.
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To begin, LaTeX class file for lecture notes you can find the class file I wrote for my notes. Just put it in you LaTeX tree (or in the directory of your document), with the sty file, and write a document with the following structure. Obviously you have to replace the values, or, when appropriate, delete some line.
For writing text and mathematical formulas in LaTeX, I use Vim. Vim is a powerful general purpose text editor that’s very extensible. I use it for writing code, LaTeX, markdown, … basically everything that’s text-based.
More importantly depends on how many graphics, formulas you have in the notes and how quickly you are at typing those up (since typing those is the slowest of all). I personally did take notes in latex using just report class. I would it great to type up syllabus beforehand for the whole year such that I can predict headings more precisely.
Just put it in you LaTeX tree (or in the directory of your document), with the sty file, and write a document with the following structure. Obviously you have to replace the values, or, when appropriate, delete some line. Note that “author” and “email” are name and e-mail of the notes taker. The options (see the first line) are these:
To make note taking using LaTeX viable, I had four goals in mind: Writing text and mathematical formulas in LaTeX should be as fast as the lecturer writing on a blackboard: no delay is acceptable. Drawing figures should be almost as fast as the lecturer.
18:0021:40Digital Note Taking Tutorial (Setting up Atom and LaTeX) - YouTubeYouTubeStart of suggested clipEnd of suggested clipAnd you can see me doing that in my recording. However it's it's pretty difficult especially to doMoreAnd you can see me doing that in my recording. However it's it's pretty difficult especially to do it in real time and you have to press a lot of buttons really.
To write a document class, all you need (really) is to create a file, say, myclass. cls , and put it in the same place as your document; then it can be loaded with \documentclass{myclass} and any macros defined in it will be available to the document.
The documentclass sets up what type of document you are working with, loads many default styles and sets the overall look and feel of your document. There are also class specific commands which have are only valid in certain document classes.
You can insert a footnote marker using the \verb|\footnotemark|\footnotemark{} command and later, when you're ready, typeset the footnote text by writing \verb|\footnotetext{Here's the footnote.} |. \footnotetext{Here's the footnote.}
Here are a couple of tips for taking notes in the class.Listen in Class. Do not just write down what you see on the board. ... Write Down Explanatory Remarks. ... Note Important Formulas/Concepts. ... Question Your Instructor. ... Note Topics You Don't Understand. ... Review/Edit Your Notes. ... Review Regularly.
The three most commonly used standard document-classes in LaTeX include: article , report and book . A number of global options allows customization of certain elements of the document by the author. Different document-classes might have different default settings.
LaTeX is most commonly used to create documents for academia, such as academic journals. In LaTeX, the author doesn't stylize the document directly, like in a word processor such as Microsoft Word, LibreOffice Writer, or Apple Pages; instead they write code in plain text that must be compiled to produce a PDF document.
File written in LaTeX, a document markup language often used for typesetting academic papers; stores a class with a predefined typeset configuration that can be imported into a . TEX document; used for storing templates for articles, forms, and other types of documents.
A “book” is always 2-sided whereas in a “report” or “article” you have to specify it by using the “twoside” option. In addition, in a “book” and “report” the “titlepage” and “abstract” will take a whole page each, which is not the case for “article”. In an “article”, you can use the options “titlepage” and “abstract”.
LaTeX documents are a mixture of text and commands. The commands start with a backslash and sometimes have arguments in curly braces (or sometimes optional arguments in square brackets). Then you get an output PDF by telling LaTeX to typeset your file.
Document classesEditarticleFor articles in scientific journals, presentations, short reports, program documentation, invitations, ...memoirFor sensibly changing the output of the document. It is based on the book class, but you can create any kind of document with it [1]letterFor writing letters.7 more rows
Simply drop the .cls and .sty files into your LaTeX document tree. On UNIX systems this is usually ~/texmf/ and is C:\Users\user_name\texmf\ on Windows.
Your documents based on this lecture class must adhere to the following blueprint:
This project is licensed under the MIT License. See the LICENSE.md file for details.
For writing text and mathematical formulas in LaTeX, I use Vim. Vim is a powerful general purpose text editor that’s very extensible. I use it for writing code, LaTeX, markdown, … basically everything that’s text-based.
A snippet is a short reusable piece of text that can be triggered by some other text. For example, when I type sign and press Tab, the word sign will be expanded to a signature:
Using snippets, writing LaTeX is a lot faster than writing it by hand. Especially some of the more complex snippets can save you a lot of time and frustration. Let’s begin with some simple snippets.
While inserting mathematics is an important part of my note-taking setup, most of the time I’m typing English. At about 80 words per minute, my typing skills are not bad, but I still make a lot of typos. This is why I added a keybinding to Vim that corrects the spelling mistakes, without interrupting my flow.
Using snippets in Vim, writing LaTeX is no longer an annoyance, but rather a pleasure. In combination with spell check on the fly, it allows for a comfortable mathematical note-taking setup. A few pieces are missing though, for example drawing figures digitally and embedding them in a LaTeX document.
Let’s first talk about the file structure of my lecture notes. Currently, it’s organized as follows:
As mentioned earlier, the active course changes automatically based on my schedule. The script that’s in control for that also shows some relevant information to my status bar, for which I’m using polybar . It turned out to be quite useful, especially knowing what room the next lecture is in.
In this blog post, I’ve discussed a number of things, all of which somehow contribute to my lecture management: shared preamble, current-course symlink, info.yaml, bundling up and creating lectures, my figure and snippet setup, and my status bar. Altogether they allow for a smooth and efficient note-taking experience.