-- Try yukicoder
-- author: Leonardone @ NEETSDKASU

import Data.Char (digitToInt)
import Data.Word (Word64)
import Data.Bits
import Data.List (sortOn)

main = interact $ unlines . map format . solve . parse . lines

parse (nkstr:lsstr:tbstr) = ret where
    [n, k] = map read $ words nkstr
    ls = zip [0..] . map read $ words lsstr
    tb = zip [1..] $ map mf tbstr :: [(Int, Word64)]
    ret = (n, k, ls, tb)
    mf = fromInteger . foldl f 0
    f a b = shiftL a 1 .|. (toInteger $ digitToInt b)

format ((_, l), (y, x)) = unwords $ map show [y, x, y, x + l - 1]
    
solve (n, k, ls, tb) = ans where
    solve' = foldl (fix n) ([], tb)
    base = score tb
    nosol = map (\e -> (e, (1, 1))) ls
    sorted = sortOn snd ls
    sol1 = solve' ls
    sol2 = solve' $ reverse sorted
    sol3 = solve' $ sorted
    es = [sol1, sol2, sol3] ++ xs
    (ret, _) = foldl cmp (nosol, base) es
    ans = sortOn fst ret
    cmp o@(sol, sc) (sol', tb') = ret where
        sc' = score tb'
        ret = if sc < sc' then o else (sol', sc')
    xs = map (solve' . snd) . take 5 $ iterate shuffle (19831983, ls)

fullbits n = shiftL 1 n - 1
    
setbits t x s = t `xor` shiftL x s

getbits x (s, t) = shiftR t s .&. x

find n l t = ret where
    fb = fullbits l
    mf1 s = (s, setbits t fb s)
    mf2 nb = (popCount . getbits fb $ snd nb, nb)
    bs = map mf1 [0..n-l]
    nbs = zip [n-l+1-i | i <- [0..]] bs
    ret = foldl1 f $ map mf2 nbs
    f a b = if fst a < fst b then a else b

get tb n l = ret where
    ret = foldl1 f $ map mf tb
    mf (y, t) = (y, find n l t)
    f a b = if fst (snd a) < fst (snd b) then a else b
    
fix n (r, tb) li@(_, l) = ret where
    (y, (_, (x, (_, b)))) = get tb n l
    ret = ((li,(y, x)):r, swap b (y-1) tb)
    swap u 0 ((i, _):es) = (i, u) : es
    swap u p (e:es) = e : swap u (p-1) es
    
xorshift a = d :: Word64 where
    b = a `xor` shiftL a 13
    c = b `xor` shiftR b 7
    d = c `xor` shiftL c 17

shuffle (xsft, ls) = shake len xsft ls where
    len = fromInteger . toInteger $ length ls
    tohead 0 (x:xs) f = x : f xs
    tohead p (x:xs) f = tohead (p-1) xs (\es -> f $ x:es)
    shake 0 x es = (x, es)
    shake n x es = shake (n-1) x2 es2 where
        x2 = xorshift x
        p = x `mod` len
        es2 = tohead p es id
    
score tb = sc where
    sc = foldl1 (+) $ map (popCount . snd) tb