Programming F(n) for benchmarking purposes is interesting. However, the fastest way of all is probably:Yes, but I'd like to understand for myself why various approaches are slower. Which means I have to find a number of independent approaches.F(n)= integer nearest (1/sqrt 5)[(1+sqrt 5)/2]^n
If n is extremely large, the exponentiation might become inaccurate, though.That's why you use arbitrary precision, like one of the Math::Big* modules.
-QM
--
Quantum Mechanics: The dreams stuff is made of
In reply to Re^4: OT: Finding Factor Closest To Square Root
by QM
in thread OT: Finding Factor Closest To Square Root
by QM
For: | Use: | ||
& | & | ||
< | < | ||
> | > | ||
[ | [ | ||
] | ] |