Nice solution man. Ive created a whole game class (including auto fight (robot va robot)) and Player vs Robot. Very interesting kata

I don't think my mathematical skills are enough to understand this yet, can someone give a brief outline?

Yeah its nice to see implementations not following the naive O(n!) approach

You used a scipy library function for LU factoring. I just directly implemented the Gaussian elimination, O(n^3). The LU implementation probably also does the same.

so that's how it works

oh my....
it may just be my lack of experience but it feels like this could be the code for eval function itself
it feels monumental(???)
looks extremely well made with all the comments and massive structure, complicated but flexible and open for quick modification in future

More like camelcase is not convention in Python. If this person added defensive programming concepts with "#--end function" and are using camelcase, I'd say Python isn't their regular language.

Nice!
Yet, I've never seen Python code which looks so much like Java :D

Love this solution with OOP

Is python code really that long that a comment "#---end function" needed to be added?
Also am I the only one who thinks camelcase is hard to read?

Wow.
Love the way you use class all the way down!
Good job thinking and doing all of this :))

Ty, helps a lot. Easy.

7 pages for something that can also be done in 3 ( rather less readable ) lines. :O

Deciphering those three lines is going to take me less time than scrolling through those seven pages ..

what?

@Harleigh, thanks for your comment! I appreciate the recognition for putting in all the details. I'm glad you enjoyed solving it as much as I enjoyed making it; I hope you may like my other kata. Cheers