Latest commit was this month, co-authored by 12 people, and touched src/ and remade how builds work.

That's seems a resounding proof of life.

When I was considering selling, they were worth about five times that. 😅

Galaria is a region inspired by the UK and the industrial revolution, that's why their coral is all bleached out and ghostly.

@Bonkers Corsola is a coral pokemon. 😊

Mainline Corsola:

db.pokemongohub.net/pokemon/22…

Galarian Corsola:

db.pokemongohub.net/pokemon/22…

Now imagine the latter one with pink-eye. But apparently they were glasses, I just didn't look closely.

https://db.pokemongohub.net/_next/image?url=%2Fimages%2Fofficial%2Ffull%2F222.webp&w=640&q=75
https://db.pokemongohub.net/_next/image?url=%2Fimages%2Fofficial%2Ffull%2F222_galar.webp&w=640&q=75

There's a problem with this explanation. The Kollam Era, which is the era of the calendar, starts in the year 825 CE, which is much more recent than 1900 years. Was there an existing older equinox celebration that it was attached to, or is the explanation bogus and the almost-equinox date a coincidence?

This is similar but also entirely different to why Swedes celebrate "the longest night of the year" on December 13th and have St. Lucy bring light to the winter darkness on that day. That's not because of a misalignment between tropical and sidereal, it's because the Julian calendar is bad at being a tropical calendar. Its year is just a little bit too long compared to the actual equinox-to-equinox year -- the Julian calendar is an average of 365.25 days, while the new and improved Gregorian calendar is an average of 365.2425 days per year.*

Over the course of ~1000 years, the equinoxes and solstices kept slipping until the winter solstice was on December 13th rather than December 21st (or the 25th in the days of Caesar himself). By the time Sweden switched to the Gregorian calendar, the solstice occurred on December 10th in the Julian calendar, but by then tradition had cemented the celebration of light on the 13th, and it remained there even in the new calendar.

* The tropical year we're trying to align with is 365.24219 days. The Orthodox Church has an even better calendar that is an average of 365.2422 days per year. It is currently in sync with the Gregorian calendar, but will diverge in the year 2800, when the Gregorian calendar has a leap day, but the Revised Julian calendar does not.

en.wikipedia.org/wiki/Saint_Lu…
en.wikipedia.org/wiki/December…
en.wikipedia.org/wiki/Revised_…

Oh, this is interesting. Why April 14th? Because it's a sidereal calendar!

~1900 years ago the New Year was on the equinox, but the equinox has since moved three and a half weeks.

The Gregorian calendar is a tropical calendar, so it keeps in sync with the equinoxes, not with the zodiac and the fixed* stars, and that's why in that calendar, the zodiac has moved instead, and that's why your astrology friends say you're not born in the starsign you think you are.

TIL we have cultures with sidereal calendars.

* of course nothing is "fixed": they're very far away and slow in terms of angular velocity as seen from Earth

Can't find info on whether GNAT was bootstrapped from Ed/Ada or something else.