cross-posted from: programming.dev/post/8653164
Transcript:
Cueball: Hey, check it out: e^π^−π is 19.999099979. That’s weird.
Black Hat: Yeah. That’s how I got kicked out of the ACM in college.
Cueball: …what?Black Hat: During a competition, I told the programmers on our team that e^π^−π was a standard test of floating-point handlers – it would come out to 20 unless they had rounding errors.
Cueball: That’s awful.
Black Hat: Yeah, they dug through half their algorithms looking for the bug before they figured it out.
Hover text:
Also, I hear the 4th root of (9^2^ + 19^2^/22) is pi.
lowleveldata@programming.dev 9 months ago
There’s no way I’d believe that e^π^−π is an integer without seeing a proof
blargerer@kbin.social 9 months ago
e^iπ tricks you into thinking e is magic.
piecat@lemmy.world 9 months ago
It… Kinda is?
marcos@lemmy.world 9 months ago
Nature has quite a nice place for the basis of the natural logarithm.