This scoring method leads to horrible coding. This is teaching horrible coding. No actual code should ever use ans.
Second thought: I believe this algorithm is not bullet-proof. what if a = [4,6,12,18]?
Yes, I found this problem, too
I am passing all test suit case in MATLAB 207b but I am getting this message:
While evaluating the solution, the server encountered an error caused by long running MATLAB code. Edit the code if needed and then submit.
Based on Gangyi's solution (Solution 57169). (And with thanks to Alfonso for directing my attention towards it. :-)
Flawed solution; it fails when (for example) a = [2 10 20 30] .
This solution just confirms my belief that the code size measure needs to count code executed within a regexp.
This Solution is a little difficult to obtain,but seems like an approach.
This iterationg is good indeed.
Yes, the size matters for this scoring, but using m(a)=0 makes for a grossly large vector. I'm not a big fan of this type of solution, which seems to make up the shortest solutions.
If you do not care about Cody-'size' solution 66088 implements the same algorithm more efficiently (using sparse vectors instead of a 'grossly large' matrix)...
my personal favourite nevertheless is Gangyi's 57169 solution, which seems to run typically twice as fast a my version...
Sum all integers from 1 to 2^n
Back to basics 10 - Max Float
Rotate input square matrix 90 degrees CCW without rot90
Find nearest prime number less than input number
Return area of square
Who Has the Most Change?
Return the 3n+1 sequence for n
Return the largest number that is adjacent to a zero
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