Have you ever been sitting in a mathematics lecture and thought to yourself "I wish this LaTeX document looked more like a physical notebook?" No? Just me? Ok.
🚧 Under Construction 🚧
$ git clone [https://github.com/rosehaze/LaTeX-Notebook.git]
I recommend downloading this notebook into it's own directory in order to more neatly contain this document's contents.
This code is large, and as such, runs most effectively with a full installation of TeX suite and complied with latexmk. As the graphics are complex, compilation time varies.
To use this notebook effectively, it is imparative that the links are configured correctly in the main .tex document.
% Sections
\import{Sections}{Test_Section_1.tex}
\import{Sections}{Test_Section_2.tex}
\import{Sections}{Test_Section_3.tex}When compiled, this code will often give the error:
Underfull \hbox (badness 10000) detected
This is due to using \hfill as a way to space paragraphs, and does not affect the code compilation.
When I was initially introduced to LaTeX, I wanted to find a way to personalize my notebooks in the form of a bullet journal.
According to The LaTeX Project:
"LaTeX is not a word processor! Instead, LaTeX encourages authors not to worry too much about the appearance of their documents but to concentrate on getting the right content"
With this in mind, creating a notebook that is heavily stylized to look like a notebook with LaTeX would appear to be in direct conflict with the goal of the language. However, as a computer science enthusiast, LaTeX seemed like the perfect oppertunity to design a notebook that I could love, while also having the ability to create beautiful mathematics equations natively in my document.
It was after reading this article, and this post that I decided to make my own. This project is so much fun and I hope you enjoy this template as much as I do. Feel free to customize this template to your heart's content and show me your work!