Any recs for moving this into Anki? I already use Anki for cards I created while going through Genki with my tutor, and world capitals.
Although there is a CSS rule for manipulating how fonts are anti-aliased, it was never standardized, and Firefox doesn't implement the vital no-smoothing option: https://developer.mozilla.org/en-US/docs/Web/CSS/font-smooth
Maybe with enough retro revivals it will receive attention.
Shameless plug, feel free to copy my setup! https://github.com/jdan/try-j
I use Obsidian and the Spaced Repetition plugin, which I highly recommend if you want a super simple markdown format for flashcards and use Obsidian:
https://www.stephenmwangi.com/obsidian-spaced-repetition/
There are pre-made Geoguessr decks for Anki. However, I wouldn't recommend using them. In my experience, a fundamental part of spaced repetition's efficacy is in creating the flashcards yourself.
For example I have a random location flashcard section where I will screenshot a location which is very unique looking, and I missed in game. When I later review my deck I'm way more likely to properly recall it because I remember the context of making the card. And when that location shows up in game, I will 100% remember it, which has won me several games.
If there's interest I can write a post about this.
+1 to this, have found the same when going through the Genki Japanese-language textbook.
I'm assuming you're finding your workflow is just a little too annoying with Anki? I haven't yet strayed from it, but may check out your Obsidian setup.
First, I'm going to use an implicit even step after the odd step, as 3*odd + 1 always equals even. If you look at the path a number takes to its next lowest number, for example 5->8->4, visualize it by just looking at the even and odd steps like so: 5->10, you will see that other numbers follow a similar pattern:
9->10
13->10
17->10
What do these number have in common? They follow the pattern 5 + k(2^n) where n is the number of even steps (with the implicit even step, two in this case).
For another example, look at 7:
7->1110100
Seven even steps, so the next number will be 7 + 2^7 = 135:
135->1110100
I'd love to hear if this has been found and documented somewhere. If not, I have additional ramblings to share.
For example, there’s a component called “InlineStack” which is just a javascript wrapper for a div with flex. This stuff drives me nuts.
[0]: https://github.com/Shopify/polaris/blob/eb6161f6b4e02679b5e8...
In particular, the scale of the universe just hurts my brain: If you were to scale down the Sun to the size of a coarse grain of sand (1 mm), then the orbit of the Earth would be about 20 cm across, with the planet itself being microscopic at this scale (10 micrometers). Jupiter would be a barely visible speck 55cm from the Sun.
At this incredibly tiny scale, the next nearest star in the galaxy is about 30 kilometers (18 miles) away! That's roughly the same as a trip across a typical city, but our Voyager probes at this scale have gone only 15 meters over a period of 45 years! That's comparable to the rate at which hair grows (1 mm/day).
Hence, a good mental model for thinking about the scale of our galaxy is: Stars are grains of sand separated by tens of kilometers on average across a circular space the size of the orbit of the Moon.
Impressive!