@flawr It would probably be a bit streched. Anyway I ended up settling for a non-random approach, which is too slow and lengthy for me to post it in its current state
@NewMainPosts That makes me think of making a polyglot that supports all programming languages that have the starting characters from "A" to "N". Any ideas?
@Adám I have a script for TNBDE to get the number of messages per week. Then I import the data to matlab, compute a moving average over these numbers and use matlabs semilogy:)
(I iterate over the years to get a new color for each of them)
@Adám I got the data from @El'endiaStarman's TNB data explorer, I'm not sure, can we also access the chat data from the SE website?
I don't exactly know how it works, but the SE data explorer doesn't seem to allow access to the chat data. @El'endiaStarman Did you scrape all the data from the website?
@flawr Since the transcript rarely changes, just having a job fetch the new parts every day would allow their server to have all the data cached, and not need to fetch for each query.
Introduction
Your job is to write a function or program that detects if a number a is less than a number b. Simple, right?
But there's a catch. You are not allowed to use ==, ===, <, >, <=, >=, !, !=, !== or any similar operations in any language.
This challenge was inspired by this other chal...
The Levenshtein distance between two strings is the minimum number of single character insertions, deletions, or substitutions to convert one string into the other one.
The challenge is to compute the average Levenshtein distance between two independent and uniformly random chosen binary strings...
Introduction
Your challenge is to write a code that does...nothing!
But there's always a twist. Your code must follow a few rules...
Challenge
There is no input or output.
Rules
The code must be at least one character long. Otherwise, it's not even code!
It has to be grammatically correct....
Output a random triple \$(x,y,z)\$ of real numbers such that
\$x+y+z=\frac{3}{2}\$
Each of \$x,y,z\$, taken alone, is uniformly distributed from \$0\$ to \$1\$.
Please explain in your answer what distribution your code produces and why it meets these conditions. In particular, please include ...
Introduction
Your job is to write a function or program that detects if a number a is less than a number b. Simple, right?
But there's a catch. You are not allowed to use ==, ===, <, >, <=, >=, !, !=, !== or any similar operations in any language.
This challenge was inspired by this other chal...
Output a random triple \$(x,y,z)\$ of real numbers such that
\$x+y+z=\frac{3}{2}\$
Each of \$x,y,z\$, taken alone, is uniformly distributed from \$0\$ to \$1\$.
Please explain in your answer what distribution your code produces and why it meets these conditions. In particular, please include ...
