Ecosyste.ms: Awesome

An open API service indexing awesome lists of open source software.

Awesome Lists | Featured Topics | Projects

https://github.com/mholson/mho_bespoke_notes

Explore my custom-curated notes collection! This repository is home to my public notes, complete with setup and styling resources, meticulously typeset in LaTeX, dynamically generated via Python scripts, and systematically managed with org denote for seamless organization. 🚧 WIP
https://github.com/mholson/mho_bespoke_notes

denote latex org-mode texmf

Last synced: about 1 month ago
JSON representation

Explore my custom-curated notes collection! This repository is home to my public notes, complete with setup and styling resources, meticulously typeset in LaTeX, dynamically generated via Python scripts, and systematically managed with org denote for seamless organization. 🚧 WIP

Awesome Lists containing this project

README 

        
![GitHub Banner](/assets/images/bespoke_notes.png)

# mho Bespoke Notes 



This repository serves as a collection of my public-facing notes which are currently typeset using LaTeX (often pronounced "Lay-tech" or "Lah-tech").  

It also contains the custom style files, the python scripts, some of the assets, and parts of my org-mode denote knowledge system that I use to annotate and link my notes.



In addition to my notes, you will also find the templates that I use to create slide decks, generate exams and produce worksheets. 



Please be aware that some of these files might not compile successfully right out-of-the-box. This is mainly due to certain assets, like images, that are required but not included in this repository due to size constrains.



I genuinely hope that my work sparks a bit of LaTeX inspiration in your projects. I've been greatly inspired by the generous contributions of the community, and I aim to give back in the same spirit.



As of November 2023, I am contemplating making the switch to [Typst](https://github.com/typst/typst), which is a markup-based typesetter built using Rust. While it has a much cleaner syntax, easier to program and is super fast to compile documents, I am waiting for the platform to mature a little more.



Happy TeX-ing!



# Scripts

## Generating TeX and Org Files

![mho Bespoke Script](/assets/images/mho_bespoke_script.png)

# Cheatsheets

## Doom Emacs Cheatsheet

![Doom Emacs Cheatsheet](/assets/images/latex-cheatsheet-doomEmacs.png)



**Dependencies**

- [mhocheatsheet.sty](/texmf/mhocheatsheet.sty)

- [mhocolorpalettesthlmnord.sty](/texmf/mhocolorpalettesthlmnord.sty)

- [mhominted.sty](/texmf/mhominted.sty)



 

**Files** 

- [0-reference_emacs_doom.tex](/main/0-reference_emacs_doom.tex)

- [0-reference_emacs_doom.pdf](/main/0-reference_emacs_doom.pdf)



# Notebooks



# Exams



# Generated Images



## Images Generated using TiKz



|   |   |

| :----: | :----: |

| ![058w](/assets/png/imgs_tikz-058w.png) | ![05wm](/assets/png/imgs_tikz-05wm.png) |

| [`058w.tex`](/assets/tikz/imgs_tikz-058w.tex) | [`05wm.tex`](/assets/tikz/imgs_tikz-05wm.tex) |

| ![059t](/assets/png/imgs_tikz-059t.png) | ![0136](/assets/png/imgs_tikz-0136.png) |

| [`059t.tex`](/assets/tikz/imgs_tikz-059t.tex) | [`0136.tex`](/assets/tikz/imgs_tikz-0136.tex) |

| ![05c9](/assets/png/imgs_tikz-05c9.png) | ![01pk](/assets/png/imgs_tikz-01pk.png) |

| [`05c9.tex`](/assets/tikz/imgs_tikz-05c9.tex) | [`01pk.tex`](/assets/tikz/imgs_tikz-01pk.tex) |

 

## Images Generated using TkZ



|   |   |

| :----: | :----: |

| ![05ee](/assets/png/imgs_tikz-05ee.png) | ![05ej](/assets/png/imgs_tikz-05ej.png) |

| [`05ee.tex`](/assets/tikz/imgs_tikz-05ee.tex) | [`05ej.tex`](/assets/tikz/imgs_tikz-05ej.tex) |



## Images Generated using PythonTex



### Generating Factor Trees



![mho_pythontex_prime_tree_generator](/assets/images/mho_pythontex_prime_tree_generator.png) 



The files `mho_primetree_texfile_generator.py` and `mho_pythontex_factortree.tex` need to be placed in the same directory.  For me this is `~/../assets/pytex`.  



**Step 1:** 



``` shell

python mho_primetree_textfile_generator.py

```



This will generate an individual tex file of the form `imgs_pytex_primetree-###.tex`

for each composite integer on a given range included in the script file (default: 4-1001). 

Each of these files need to be individually compiled and have `pythontex` run.  

In my workflow, this is automatically taken care of by the `tex_all.py` script that 

automates the compilation of all my LaTeX files.



The code used to generate the trees using pythontex, forest and python

was referenced from [Stack Exchange](https://tex.stackexchange.com/a/132145).



If you just want to create a specific factor tree, then you can create a tex file, 

such as the example given and place the following code in it.  Notice that the 

argument passed into the `PrimeTree{990}` command is the composite integer that 

you want to generate a tree that includes it's prime factors.



```latex

\documentclass[crop, varwidth]{standalone}

\input{mho_pythontex_factortree}

\begin{document}

\PrimeTree{990}

\end{document}



```



#### Dependencies 



##### LaTex



- [mhocolorpalettesthlmnord.sty](/texmf/mhocolorpalettesthlmnord.sty)

- [mhofonts.sty](/texmf/mhofonts.sty)

- [mhomacros.sty](/texmf/mhomacros.sty)

- [mhotikz.sty](/texmf/mhotikz.sty)

- [forest](https://ctan.org/pkg/forest) 

- [pythontex](https://ctan.org/pkg/pythontex)



##### Python



- math



#### Files



- [`mho_primetree_texfile_generator.py`](/assets/pytex/mho_primetree_texfile_generator.py)

- [`mho_pythontex_factortree.tex`](/assets/pytex/mho_pythontex_factortree.tex) 

- [`imgs_pytex_primetree-990.tex`](/assets/pytex/imgs_pytex_primetree-990.tex)