not good, doesn't work for prime numbers
My idea was like Solution 1669655, that one is much better
The last test is not appropriate. 13916767508299776 exceeds flintmax, eg. 9.007199254740992e+15. It causes precision problem when it is passed to euler003.
I am failing to pass the last test of this code ,I am using max and factor ,any hint to pass last , 7th number test?
why it is not accepting the answer ;we cant make such small solutions we are not like professional coder
still something fishy with the 3rd problem, example:
x = uint64(321676750829977632);
num2str(x) -> 321676750829977600
rem(x,10) -> 0
euler003(x) -> 83653987
ok now, it seems this was only an issue with my matlab version (7.7) but was not present in the version running the solvers (which seems to have uint64 arithmetic supported!, man, I need an upgrade...)
You should pass the x values as a string. A double precision number cannot resolve all the digits that one needs to solve the test suite problems:
>> x = 321676750829977632;
>> x == x+1
I agree that there is an issue with the last test suite problem. passing it as a uint64 would work too.
Yep I got "Error: Out of memory. Type HELP MEMORY for your options." :-)
function y = euler003(x)
Sum of first n terms of a harmonic progression
Return 'on' or 'off'
5 Prime Numbers
Make a random, non-repeating vector.
Implement simple rotation cypher
Project Euler: Problem 8, Find largest product in a large string of numbers
Project Euler: Problem 2, Sum of even Fibonacci
Implement Solitaire cipher for N long deck.
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