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04:37
I can't get over how thrilled Sam Lake looks to perform his masterpiece live
In his official capacity as Sam Lake, the actor who plays Sam Lake, the actor who plays Alex Casey
05:15
Today's AoC is really easy. I already completed it
 
9 hours later…
14:41
@murgatroid99 It's a trivial puzzle in a number of languages, but I couldn't find a library to make it trivial in C++. Had to do all the partial differences.
 
1 hour later…
16:02
@MBraedley I don't think I used any functionality specific to my language to do it. It's just a simple recursive function with a loop.
Yeah, I did the same thing, but you can use numpy to do all of that.
Never mind doing this in something like Maple, Matlab, or R
I haven't had a chance to do today yet. I'll take care of it when I get home.
17:09
OKay yeah today was indeed quite easy.
@MBraedley I didn't bother with numpy
Cool to know it cna do that. I need to start using numpy more.
buyt part 2 was literally just 1 more line. I just called list.reverse().
I feel like today is intended to prep us for a future problem though.
It's sadly been only a short while since I had to do high school math, the last time being for work.
@Wipqozn I just inserted the partial diffs at the front. Then switched the vectors to deques so I just had to push_back and push_front
@Wipqozn In this particular case, I think it's polynomial.fit and use input.length-1 as the order of the polynomial.
 
1 hour later…
18:21
Anyone try Lethal Company yet?
18:58
@MBraedley From what I saw on the subreddit, people actually had trouble getting polynomial.fit to work with those inputs
@murgatroid99 Maybe you have to give the actual order, in which case you might as well calculate the partial diffs yourself.
 
4 hours later…
23:00
My most wanted sequel to a game series: Ace Attorney 7.
Come on, Kristoph, what were you hiding!?

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