Hi Andreas,
I recently discovered a wiki of Clojure Euler solutions, thought you
might be interested:
http://clojure-euler.wikispaces.com/
On Feb 16, 1:15 am, Andreas Kostler
wrote:
> Thanks for everyone who commented on my solution for Euler 28 yesterday.
> Euler 40 is a bit easier, even more
Hi Marek,
I think the (inc) in (decimal-fraction-digits) and the (dec) in
(solution) cancel each other out, so the two functions can be
simplified a bit to:
(defn decimal-fraction-digits []
"Returns the lazy sequence of digits in irrational fraction created
by concatenating the positive inte
On Wed, Feb 16, 2011 at 9:15 AM, Andreas Kostler
wrote:
> Thanks for everyone who commented on my solution for Euler 28 yesterday.
> Euler 40 is a bit easier, even more so I'm disappointed with the performance
> of my solution:(defn euler-40 [n-max]
>
> (reduce #(* (Integer/valueOf (str %1)) (Int
