I give back what I recieve just as the law requiresSivecano@lemmy.dbzer0.com to 196@lemmy.blahaj.zone – 229 points – 11 months ago38Post a CommentPreviewYou are viewing a single commentView all commentsYour meme doesn't work in the age of floating point numbers. Suggestion: "1.0/x for x>0→0.0 goes against infinity, so 1.0/0.0 is infinity."[TREE(TREE)] ↑↑↑ (Busy Beaver) Any sufficiently large number is indistinguishable from infinity. Wait. Something's wrong...O(n^m^) = O(1) for all n,m < infinity.You messed up your formatting there buddyIt's maths there's no syntax rules only rough guidelines.Floats are actually fairly limited in what they can do and you lose a lot of accuracy at some point
Your meme doesn't work in the age of floating point numbers. Suggestion: "1.0/x for x>0→0.0 goes against infinity, so 1.0/0.0 is infinity."[TREE(TREE)] ↑↑↑ (Busy Beaver) Any sufficiently large number is indistinguishable from infinity. Wait. Something's wrong...O(n^m^) = O(1) for all n,m < infinity.You messed up your formatting there buddyIt's maths there's no syntax rules only rough guidelines.Floats are actually fairly limited in what they can do and you lose a lot of accuracy at some point
[TREE(TREE)] ↑↑↑ (Busy Beaver) Any sufficiently large number is indistinguishable from infinity. Wait. Something's wrong...O(n^m^) = O(1) for all n,m < infinity.You messed up your formatting there buddyIt's maths there's no syntax rules only rough guidelines.
Any sufficiently large number is indistinguishable from infinity. Wait. Something's wrong...O(n^m^) = O(1) for all n,m < infinity.You messed up your formatting there buddyIt's maths there's no syntax rules only rough guidelines.
O(n^m^) = O(1) for all n,m < infinity.You messed up your formatting there buddyIt's maths there's no syntax rules only rough guidelines.
Your meme doesn't work in the age of floating point numbers.
Suggestion: "1.0/x for x>0→0.0 goes against infinity, so 1.0/0.0 is infinity."
[TREE(TREE)] ↑↑↑ (Busy Beaver)
Wait. Something's wrong...
O(n^m^) = O(1) for all n,m < infinity.
You messed up your formatting there buddy
It's maths there's no syntax rules only rough guidelines.
Floats are actually fairly limited in what they can do and you lose a lot of accuracy at some point