Thank you for your kind words! I'll give it a shot!
So we recursively walk down the list, whose elements may be a integer or a list (or a list of a list..etc).
If we come across an int, that means we can square it (hence l*l).
If not, that means we have a list on our hands, which we can iterator over, which we do in the
'recursion condition'.
The base condition is what we are recursively 'working towards' by traversing list inside lists until we hit the int 'jackpot'.
I didn't understand those explanations
Yeah, people need to learn the difference between unnecessarily complicated code that they think it looks cool and best practices
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you actually never really round, only check "if I rounded now, will it be bigger?"
but the continue working with un-rounded values
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Thank you for your kind words! I'll give it a shot!
So we recursively walk down the list, whose elements may be a integer or a list (or a list of a list..etc).
If we come across an int, that means we can square it (hence l*l).
If not, that means we have a list on our hands, which we can iterator over, which we do in the
'recursion condition'.
The base condition is what we are recursively 'working towards' by traversing list inside lists until we hit the int 'jackpot'.
A Python Youtuber has an excellent playlist on recursion implemented in Python. Please check it out for further understanding: https://www.youtube.com/playlist?list=PLGKQkV4guDKHyAbnx6w4eSTetVG2vVeDG
Read the description again, it's already there, you're doing the rounding where you shouldn't.
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It's called recursion.
Can't be changed.
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This comment is hidden because it contains spoiler information about the solution
This comment is hidden because it contains spoiler information about the solution