Hi Mike,
thanks for your reply...I've actually been keeping a very close eye on
core.matrix since day 1 and I have to admit I am very very tempted to
start contributing...My research is on Text-mining which as you probably
know is machine-learning on text (mainly sequence-labelling, HMM based
Hmmm... sounds like you might want to take a look at the latest development
version core.matrix:
https://github.com/clojure-numerics/core.matrix
You can construct nested vectors of arbitrary shape, e.g.
(new-array 2 3 4 5)
This creates a new 4-dimensional 2x3x4x5 matrix. core.matrix supports
Ok, I think I cracked it but as usual someone else might come up with a
cleaner approach...:-)
(defn matrix [dim & dim-lengths]
{:pre [(not (nil? dim))]} ;;cannot accept
(let [bindings (map #(vector (gensym) `(range ~%)) dim-lengths)
symbols (mapv first bindings)
counts (inc (coun
I do hate writing code on thunderbird!!! '(< counts 1)' should
obviously be '(> ~counts 1)'...
Jim
On 05/02/13 15:03, Jim foo.bar wrote:
Hi all,
I 'm a bit confused with this - I'm trying to think but I can't!!!
Probably cos I've not had any food yet!
Up till now I thought I could constru
Hi all,
I 'm a bit confused with this - I'm trying to think but I can't!!!
Probably cos I've not had any food yet!
Up till now I thought I could construct matrices with 'for'...So (for [i
(range 3)] i) gives us a 1d structure (a list)...
(for [i (range 3) j (range 4)] [i j]) gives us a 2d struc
