Funny enough, I live in the US and almost exclusively listen to a UK podcast, Past Present Future with David Runciman: https://www.ppfideas.com/. I’ve learned a lot of history that I probably wouldn’t have otherwise.

The problem is that a lot of the people that attend sporting events come from the 905 areas outside of TTC service. There are commuter trains to those areas, but they taper off as the limits of “working late” are hit.

Oh, maybe! I didn’t understand how it chose the points, but it does look like the random convergence approach.

Nice, thanks!

I’m disappointed that none of them seem to have gone with the random convergence approach.

Set the three corners of an equilateral triangle. Pick a random starting point on the canvas. Every iteration, pick a random corner from the triangle and your next point is the midpoint between the current point and that corner. While the original point is almost guaranteed not to be a point in Sierpinski’s triangle, each iteration cuts the distance between the new point and the nearest Sierpinski point in half.

If you start plotting points starting with (say) the 50th one, every pixel is “close enough” to a Sierpinski point that you see the triangle materialize out of nothing. The whole thing could be programmed in about 20 lines of QBasic on DOS 30 years ago.

FFS, “between Lando and me”. Grammar, folks. Use it.

They installed efficiency modules to reduce biter expansion?

So when you zip some files and then unzip them, some of the bytes are missing? Really?!

As a maintainer on an open source project, I assume the sticks are PRs coming in right before code freeze, right? Right?!

It’s a wonderful comparison going back at least thirty years: https://www.gocomics.com/doonesbury/1994/07/15

To be fair, Avril Lavigne signed away the movie rights to Sk8ter Boi to Paramount in 2003, and we still don’t have that movie.

Selling IP rights into another medium is not the same as a guarantee that it will be developed (though it is a first step).