On Aug 18, 7:34 am, Michael Jaaka
wrote:
> For list reduction it is said to remove every third solder but just
> with 1 step they remove 1 soldier. There is something wrong Scully.
The author knows, and says that "variant" seemed more interesting.
(It should be easy enough to factor out the d
On Aug 18, 6:50 am, David Nolen wrote:
> The Clojure code posted there is pretty awful and shows a gross, gross
> misunderstanding of Clojure data types. I submitted one improved version
> already, but didn't spend the time to make it really, really fast.
>
> For this particular kind of pointles
Below is a Clojure solution that runs in 8.58 microseconds on my
machine. I only did it for the 40, 3 case. Records are linked. The
list reduction solution runs in 23.4 and the element recursion in 27.3
--art
(defrecord Soldier [val r])
(def v (vec (map #(Soldier. % (inc %)) (range 40
(def v2
For list reduction it is said to remove every third solder but just
with 1 step they remove 1 soldier. There is something wrong Scully.
On Aug 18, 3:50 pm, David Nolen wrote:
> The Clojure code posted there is pretty awful and shows a gross, gross
> misunderstanding of Clojure data types. I submi
On Thu, Aug 18, 2011 at 7:40 AM, Paulo Pinto wrote:
> Maybe Clojure code needs some type annotations.
Type annotations will not help this code at all.
David
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The Clojure code posted there is pretty awful and shows a gross, gross
misunderstanding of Clojure data types. I submitted one improved version
already, but didn't spend the time to make it really, really fast.
For this particular kind of pointless benchmark it's not hard to get
identical Java per
Maybe Clojure code needs some type annotations.
On Aug 18, 9:40 am, Roberto Mannai wrote:
> Hello,
> I recently stumbled upon this
> page:http://java.dzone.com/articles/contrasting-performance
> They are comparing several languages (Java, Scala, Python, Erlang,
> Clojure, Ruby, Groovy, Javascrip
