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So I made this tool using python on GitHub. It's really cool and a work in progress. It's realy helps to keep on track with ur work and assignments and not get distracted. Give it a try ;)

How it works: It basically uses python code to execute it. Make sure you have python installed on ur windows. Just download the zip and run the python file using python/cmd. It's very RAM minimal usage and has cool features like changing the colour, size, text,etc. Check the readme for more info! Feel free to give feedback here!

https://github.com/DanYell0038/Reminder-Tool

Hi everyone!

I wanted to share with you a repo that I just published. It basically replicates how a stock exchange works, and you can add multiple agents (traders, market-makers, HFTs), each with its own custom behavior, and analyze how they interact with each other through the pricing mechanism of an order book.

It is a pretty niche topic, and I think that its applications are mostly academic, but since some of you are at the intersection of computer science and financial markets, I thought you might be one of the few people that could be interested! Needless to say, I would really appreciate your feedback also! https://github.com/QMResearch/qmrExchange

Hello pythoncoding!

I want to showcase my pet project on 3D rendering using python. I stumbled upon Fabien Sanglard's post about "Deciphering the business card raytracer" long ago. He explained step-by-step an extremely short but advanced C++ code that renders a complete 3D scene using ray casting and producing advanced 3D effects.

I ported this code to python, introduced changes in the scene graphics, and added new functionality - now the scene is animated! I hope the code and 3D rendering math used there is advanced enough for you to enjoy :-) I doubt it is useful, but I hope you find it fun!

I described how I have done it on Medium and put the source code on GitHub. You can read about the code in two Medium posts, experiment with it, and enjoy rendering your initials in 3D using this code. Although to make the code more understandable, I had to add comments and give variables meaningful names. So, my code is much longer, so it won't fit on the business card or even an A4 paper.

The idea of ElectriPy is to get familiar with electric forces between point charges. To do that I make a simple "game" where you can place electrons and protons and visualize the electric forces and the electric field.

The installation is straight forward and the controls are super easy and intuitive. You can get more information at ElectriPy README.md. I have also added a document explaining the physics used for making this project, you can check it out HERE.