mnemosyne VS PythonStdioGames

I wonder if there is plan for this to land in Mnemosyne[1]. I prefer Mnemosyne over Anki because I can self-host the web-sync server.

1: https://mnemosyne-proj.org/

I have tried using spaced repetition with Mnemosyne for math, specifically for learning Category Theory. It did help. Spaced repetition seems to work better for me if the answers to the questions are short (like learning Spanish vocabulary). When doing math, you often want to remember an entire definition, which might be too long to use spaced repetition flash cards effectively.

I've had good luck with spaced repetition using mnemosyne for lots of other stuff but haven't tried it for knots yet

Also, take the time to learn everyone's name and face. I use a flash card program like Mnemosyne to copy people's photos from the corporate directory. Learn them all the first week or even in the first couple of days.

https://mnemosyne-proj.org/ use this, make every relevant term a flash card and event a flash card. It takes forever to populate, but you learn on entry in addition to “study”.

[15] https://mnemosyne-proj.org/ - OS alternative to Anki

Anki is a spaced-repetition system based on Mnemosyne for studying flashcards in such a way that optimally loads facts into and maintains them in long-term memory. During daily study sessions, Anki shows flash cards, and you self-rate your ability to recall each correct answer. You review easier cards on a maintenance schedule, and Anki schedules the ones you have trouble with more frequently.

Some time ago I saw several posts about a machine learning based scheduler for Anki. There is another project known as mnemosyne that conducts research into long term learning. Do you want similar changes to Anki's scheduler?

Side note: My latest book, The Big Book of Small Python Projects, is out. It's a collection of short but complete games, animations, simulations, and other programming projects. They're more than code snippets, but also simple enough for beginners/intermediates to read the source code of to figure out how they work. The book is released under a Creative Commons license, so it's free to read online. (I'll be uploading it this week when I get the time.) The projects come from this git repo.

I prefer doing several small projects. I have a list of games/puzzles/art/simulation programs in Python here that are under 300 lines: https://github.com/asweigart/pythonstdiogames

So far I found only https://github.com/asweigart/PythonStdioGames/tree/main/src/gamesbyexample

You can also look at the code in this GitHub repo.

Side note: My latest book, The Big Book of Small Python Projects, is out. It's a collection of short but complete games, animations, simulations, and other programming projects. They're more than code snippets, but also simple enough for beginners/intermediates to read the source code of to figure out how they work. The book is released under a Creative Commons license, so it's free to read online. (I'll be uploading it this week when I get the time.) The projects come from this git repo.

You should do whatever the person in the video does. You can make a Tic Tac Toe game with just text. (I have such a program here in Python).

The src/gamesbyexample folder in this git repo has examples of several simple games made in Python. These are short programs designed for beginners; projects like Tic Tac Toe, Guess the Number, and other simple games. Go ahead and play around with them, and then try to recreate them from scratch yourself: https://github.com/asweigart/pythonstdiogames