https://www.codingame.com/training/easy/the-hooch-clash-grouch
Send your feedback or ask for help here!
Created by @JBM,validated by @Zorg1,@Niako and @BenjaminUrquhart.
If you have any issues, feel free to ping them.
https://www.codingame.com/training/easy/the-hooch-clash-grouch
Send your feedback or ask for help here!
Created by @JBM,validated by @Zorg1,@Niako and @BenjaminUrquhart.
If you have any issues, feel free to ping them.
@Zorg1 @Niako @BenjaminUrquhart I’m only trying now, and I’m having a much harder time than expected solving it in Haskell. Would you mind if we bumped difficulty to Medium?
I would be OK with that. Let’s see what the other approvers think.
No problem.
Bumped to Medium difficulty.
Waiting a bit for more people to try it before assessing whether that “Your mind is floating” case ought to be nerfed somewhat.
Reading Comprehension
^^ Well played!
Hello, I am facing problem with C++, in the IDE all tests are passed and I am not hard-coding anything.
May we have the Validator to “Whee” and “Much Higher” which is OK in the IDE and not there.
I may be able to test it in Expert Mode and understand what is happening :o
i could not solve this problem in c++. timeout
how long did it set timeout?
i guess it did set about 100 ms.
This is a simple I/O problem, there’s no author-settable specific timeout there, it’s the same as all the other I/O puzzles.
(and I don’t know it by heart, I suppose you could find it out by writing a { delay(N); print “SUCCESS” } kind of program if you’re so inclined)
I got it.
Can I solve this problem using a O(N^2) time complexity solution?
Assuming N = orbSizeMax - orbSizeMin
, O(N^2), or even O(N^2 log N), is the intended solution complexity.