import random
import time
from math import exp
def isvalid(tree):
    return e[tree[3]]<a[tree[0]] and a[tree[0]]<c[tree[1]] and a[tree[0]]<c[tree[2]]

def high(tree):
    return b[tree[0]]+d[tree[1]]+d[tree[2]]+f[tree[3]]

def row_score(trees):
    global mini_pos,maxi_pos
    mini=40000
    maxi=0
    cnt=0
    for i in trees:
        now=high(i)
        if now<mini:
            mini=now
            mini_pos=cnt
        if now>maxi:
            maxi=now
            maxi_pos=cnt
        cnt+=1
    return maxi-mini

def score(trees):
    wa=0
    use=[]
    for i in trees:
        use.append(high(i))
        wa+=use[-1]
    ret=0
    for i in use:
        ret+=((i*N)-wa)**2
    return ret

st=time.time()
N,M=map(int,input().split())
a=list(map(int,input().split()))
b=list(map(int,input().split()))
c=list(map(int,input().split()))
d=list(map(int,input().split()))
e=list(map(int,input().split()))
f=list(map(int,input().split()))
tip=list(zip(a,b,range(N)))
center=list(zip(c,d,range(N*2)))
stem=list(zip(e,f,range(N)))
tip.sort(reverse=True)
center.sort(reverse=True)
stem.sort(reverse=True)
tip_stock=set(range(N))
center_stock=set(range(N*2))
stem_stock=set(range(N))
tree=[]
for i in range(M):
    while stem[-1][0]>=tip[-1][0]:
        tip.pop()
    while tip[-1][0]>=center[-1][0]:
        center.pop()
    tree.append([tip[-1][2],center[-1][2],center[-2][2],stem[-1][2]])
    tip_stock.discard(tip[-1][2])
    center_stock.discard(center[-1][2])
    center_stock.discard(center[-2][2])
    stem_stock.discard(stem[-1][2])
    center.pop()
    center.pop()
    tip.pop()
    stem.pop()
tip_stock=list(tip_stock)
center_stock=list(center_stock)
stem_stock=list(stem_stock)
mini_pos=-1
maxi_pos=-1
now=row_score(tree)
t_st=20000
t_gl=5
count=0
best=now
fin=[i[:] for i in tree]
while time.time()-st<1.1:
    count+=1
    now_temp=t_st*(t_gl/t_st)**(time.time()-st)
    befmi=mini_pos
    befma=maxi_pos
    if random.random()<0.1:
        if random.random()<0.5:
            lf=mini_pos
        else:
            lf=maxi_pos
        ri=random.randint(0,M-1)
        if lf==ri:
            ri=(ri+1)%M
        if random.random()<0.25:
            tree[lf][0],tree[ri][0]=tree[ri][0],tree[lf][0]
            if not(isvalid(tree[lf]) and isvalid(tree[ri])):
                tree[lf][0],tree[ri][0]=tree[ri][0],tree[lf][0]
            else:
                sc=row_score(tree)
                if not(sc<now or random.random()<exp((now-sc)/now_temp)):
                    maxi_pos=befma
                    mini_pos=befmi
                    tree[lf][0],tree[ri][0]=tree[ri][0],tree[lf][0]
                else:
                    now=sc
        elif random.random()<0.3333:
            tree[lf][2],tree[ri][2]=tree[ri][2],tree[lf][2]
            if not(isvalid(tree[lf]) and isvalid(tree[ri])):
                tree[lf][2],tree[ri][2]=tree[ri][2],tree[lf][2]
            else:
                sc=row_score(tree)
                if not(sc<now or random.random()<exp((now-sc)/now_temp)):
                    maxi_pos=befma
                    mini_pos=befmi
                    tree[lf][2],tree[ri][2]=tree[ri][2],tree[lf][2]
                else:
                    now=sc
        else:
            if random.random()<0.5:
                tree[lf][1],tree[lf][2]=tree[lf][2],tree[lf][1]
            if random.random()<0.5:
                tree[ri][1],tree[ri][2]=tree[ri][2],tree[ri][1]
            tree[lf][1],tree[ri][1]=tree[ri][1],tree[lf][1]
            if not(isvalid(tree[lf]) and isvalid(tree[ri])):
                tree[lf][1],tree[ri][1]=tree[ri][1],tree[lf][1]
            else:
                sc=row_score(tree)
                if not(sc<now or random.random()<exp((now-sc)/now_temp)):
                    maxi_pos=befma
                    mini_pos=befmi
                    tree[lf][1],tree[ri][1]=tree[ri][1],tree[lf][1]
                else:
                    now=sc
    else:
        if random.random()<0.5:
            lf=mini_pos
        else:
            lf=maxi_pos
        if random.random()<0.25:
            pos=random.randint(0,len(tip_stock)-1)
            tree[lf][0],tip_stock[pos]=tip_stock[pos],tree[lf][0]
            if not(isvalid(tree[lf])):
                tree[lf][0],tip_stock[pos]=tip_stock[pos],tree[lf][0]
            else:
                sc=row_score(tree)
                if not(sc<now or random.random()<exp((now-sc)/now_temp)):
                    maxi_pos=befma
                    mini_pos=befmi
                    tree[lf][0],tip_stock[pos]=tip_stock[pos],tree[lf][0]
                else:
                    now=sc
        elif random.random()<0.33333:
            pos=random.randint(0,len(stem_stock)-1)
            tree[lf][3],stem_stock[pos]=stem_stock[pos],tree[lf][3]
            if not(isvalid(tree[lf])):
                tree[lf][3],stem_stock[pos]=stem_stock[pos],tree[lf][3]
            else:
                sc=row_score(tree)
                if not(sc<now or random.random()<exp((now-sc)/now_temp)):
                    maxi_pos=befma
                    mini_pos=befmi
                    tree[lf][3],stem_stock[pos]=stem_stock[pos],tree[lf][3]
                else:
                    now=sc
        else:
            if random.random()<0.5:
                tree[lf][1],tree[lf][2]=tree[lf][2],tree[lf][1]
            pos=random.randint(0,len(center_stock)-1)
            tree[lf][2],center_stock[pos]=center_stock[pos],tree[lf][2]
            if not(isvalid(tree[lf])):
                tree[lf][2],center_stock[pos]=center_stock[pos],tree[lf][2]
            else:
                sc=row_score(tree)
                if not(sc<now or random.random()<exp((now-sc)/now_temp)):
                    maxi_pos=befma
                    mini_pos=befmi
                    tree[lf][2],center_stock[pos]=center_stock[pos],tree[lf][2]
                else:
                    now=sc
    if best>now:
        fin=[i[:] for i in tree]
        best=now
for i in fin:
    print(*(map(lambda x:x+1,i)))