#!/usr/bin/env python
# coding: utf-8
#from sys import stdin
import time
#import itertools,sys
#import time,copy
#import math
#from math import factorial
#from itertools import product, permutations
#NUM="0123456789"
#A2Z="abcdefghijklmnopqrstuvwxyz"
#import math,sys,time
#import numpy as np

#from q000 import xxxx

# coding: utf-8

#Q042 Coded triangle numbers
import math,sys,time

def read_data():
#  f=open('in.txt')
#  n=int(f.readline())
  n=input()
  x=[]
#  for line in f:
#    x.append(map(int,line.split()))
  for i in range(10):
    x.append(map(int,raw_input().split()))
  return n, x

def is_area3(x,y):
  if x>8 or y>6: return False
  for dx in [0,1,2,1,0]:
    A = P[y][x-dx:x+dx+1]
    if A.count(0)>0: return False
    y += 1
  return True
      
def is_area2(x,y):
  if x>7 or y>7: return False
  for dy in [0,1,2]:
    A = P[y+dy][x:x+3]
    if A.count(0)>0: return False
  return True

def is_area1(x,y):
  if x>8 or y>8: return False
  for dx in [0, 1, 0]:
    A = P[y][x-dx:x+dx+1]
    if A.count(0)>0: return False
    y += 1
  return True

def ink(x,y,s,m):
  global P
  for dy,dx in [[0,0],[1,0],[-1,0],[0,1],[0,-1]]:
    P[y+dy][x+dx]+=m
  if s==1: return
  for dy,dx in [[1,1],[1,-1],[-1,1],[-1,-1]]:
    P[y+dy][x+dx]+=m
  if s==2: return
  for dy,dx in [[2,0],[-2,0],[0,2],[0,-2]]:
    P[y+dy][x+dx]+=m
  return

drops, P = read_data()
M=[]
i=-1
step =3
while i<99:
  i+=1
  y = i / 10
  x = i % 10
  if P[y][x]==0: continue
#  print
#  print "i=",i
#  print "Pi=",P
#  print "Mi=",M

  if step==3:
#    print "step 3"
    while is_area3(x,y):
      M.append([x,y,3])
      ink(x,y+2,3,-1)
    if P[y][x]==0:
      step = 3
#      print "Po=",P
#      print "Mo=",M
      continue
    else: step = 2

  if step==2:
#    print "step 2"
    while is_area2(x,y):
      M.append([x,y,2])
      ink(x+1,y+1,2,-1)
    if P[y][x]==0:
      step = 3
#      print "Po=",P
#      print "Mo=",M
      continue
    else: step = 1

  if step==1:
#    print "step 1"
    while is_area1(x,y):
      M.append([x,y,1])
      ink(x,y+1,1,-1)
    if P[y][x]==0:
      step = 3
#      print "Po=",P
#      print "Mo=",M
      continue
    else: step = 0

  dx=0
  dy=1
  if step==0 and len(M)>0:
    x,y,tmp = M.pop()
    if tmp==3: dy=2
    elif tmp==2: dx=1
    ink(x+dx,y+dy,tmp,1)
    i = y*10+x-1
    step = tmp-1
  else:
#    print "unsolvable"
    break
#  print "changed io=",i+1
#  print "Mo=",M
#  print "Po=",P
#  print
for x,y,s in M:
  dx=0
  dy=1
  if s==3: dy=2
  elif s==2: dx=1
  print x+dx,y+dy,s

#start_time = time.clock() 

#print time.clock() - start_time, "seconds"

### FIXED CODE ###

def read_data():
  n=input()
  x=[]
  for i in range(10):
    x.append(map(int,raw_input().split()))
  return n, x
 
def is_area3(x,y):
  if x>7 or y>5: return False
  for dx in [0,1,2,1,0]:
    A = P[y][x-dx:x+dx+1]
    if A.count(0)>0: return False
    y += 1
  return True
       
def is_area2(x,y):
  if x>7 or y>7: return False
  for dy in [0,1,2]:
    A = P[y+dy][x:x+3]
    if A.count(0)>0: return False
  return True
 
def is_area1(x,y):
  if x>8 or y>7: return False
  for dx in [0, 1, 0]:
    A = P[y][x-dx:x+dx+1]
    if A.count(0)>0: return False
    y += 1
  return True
 
def ink(x,y,s,m):
  global P
  dx = [0,1,-1,0,0,1,1,-1,-1,2,-2,0,0]
  dy = [0,0,-0,1,-1,1,-1,1,-1,0,0,2,-2]
  for i in range([5,9,13][s-1]):
    P[y+dy[i]][x+dx[i]]+=m
  return
 
drops, P = read_data()
M=[]
i=-1
step =3
while i<99:
  i+=1
  y = i / 10
  x = i % 10
  if P[y][x]==0: continue
 
  if step==3:
    while is_area3(x,y):
      M.append([x,y,3])
      ink(x,y+2,3,-1)
    if P[y][x]==0:
      step = 3
      continue
    else: step = 2
 
  if step==2:
    while is_area2(x,y):
      M.append([x,y,2])
      ink(x+1,y+1,2,-1)
    if P[y][x]==0:
      step = 3
      continue
    else: step = 1
 
  if step==1:
    while is_area1(x,y):
      M.append([x,y,1])
      ink(x,y+1,1,-1)
    if P[y][x]==0:
      step = 3
      continue
    else: step = 0
 
  dx=0
  dy=1
  if step==0 and len(M)>0:
    x,y,tmp = M.pop()
    if tmp==3: dy=2
    elif tmp==2: dx=1
    ink(x+dx,y+dy,tmp,1)
    i = y*10+x-1
    step = tmp-1
  else: break
if drops <=12 and len(M)==drops:
  for x,y,s in M:
    dx=0
    dy=1
    if s==3: dy=2
    elif s==2: dx=1
    print x+dx,y+dy,s