START_TIME = Time.utc.to_unix_ms
TL         = 900
RND        = Random.new(2)

macro debug(msg)
  {% if flag?(:local) %}
    STDERR.puts({{msg}})
  {% end %}
end

macro debugf(format_string, *args)
  {% if flag?(:local) %}
    STDERR.printf({{format_string}}, {{*args}})
  {% end %}
end

def crash(msg, caller_line = __LINE__)
  puts "[ERROR] line #{caller_line}: #{msg}"
  exit
end

macro assert(cond, msg = "", caller_line = __LINE__)
  {% if flag?(:local) %}
    if !({{cond}})
      crash({{msg}}, {{caller_line}})
    end
  {% end %}
end

class Solver
  def initialize
    @row_cnt = Array(Array(Int32)).new(6) { Array.new(6, 0) }
    @col_cnt = Array(Array(Int32)).new(6) { Array.new(6, 0) }
    @row_sum = Array(Array(Int32)).new(6) { Array.new(6, 0) }
    @col_sum = Array(Array(Int32)).new(6) { Array.new(6, 0) }
    @row_miss = Array(Array(Bool)).new(6) { Array.new(6, false) }
    @col_miss = Array(Array(Bool)).new(6) { Array.new(6, false) }
    @used = Array(Array(Bool)).new(6) { Array.new(6, false) }
  end

  def solve
    place = Array.new(36) { |i| i }
    35.times do |i|
      dices = read_line.split.map(&.to_i)
      ds = Array.new(6) { |i| dices.count(i + 1) }
      best_r = 0
      best_c = 0
      best_v = -10000000
      6.times do |r|
        6.times do |c|
          next if @used[r][c]
          v = 0
          6.times do |e|
            if ds[e] > 0
              v += @row_miss[r][e] ? -ds[e] : ds[e] + @row_sum[r][e]
              v += @col_miss[c][e] ? -ds[e] : ds[e] + @col_sum[c][e]
            else
              v += @row_miss[r][e] ? 0 : -@row_sum[r][e] - @row_cnt[r][e]
              v += @col_miss[c][e] ? 0 : -@col_sum[c][e] - @col_cnt[r][e]
            end
          end
          if v > best_v
            best_r = r
            best_c = c
            best_v = v
          end
        end
      end
      @used[best_r][best_c] = true
      6.times do |e|
        if ds[e] > 0
          @row_cnt[best_r][e] += 1
          @row_sum[best_r][e] += ds[e]
          @col_cnt[best_c][e] += 1
          @col_sum[best_c][e] += ds[e]
        else
          @row_miss[best_r][e] = true
          @col_miss[best_c][e] = true
        end
      end
      puts "#{best_r + 1} #{best_c + 1}"
      STDOUT.flush
    end
    {% if flag?(:local) %}
      score = calc_score()
      debug("final_score=#{score}")
    {% end %}
  end

  def calc_score
    mr = 0
    mc = 0
    6.times do |i|
      6.times do |j|
        if !@used[i][j]
          mr = i
          mc = j
        end
      end
    end
    calc_score_dfs(mr, mc, 0, Array.new(6, 0))
  end

  def calc_score_dfs(mr, mc, i, cnt)
    ret = 0
    if i == 6
      6.times do |e|
        if cnt[e] > 0
          @row_cnt[mr][e] += 1
          @row_sum[mr][e] += cnt[e]
          @col_cnt[mc][e] += 1
          @col_sum[mc][e] += cnt[e]
        end
        6.times do |j|
          if @row_cnt[j][e] == 6
            ret += @row_sum[j][e] - 3
          end
          if @col_cnt[j][e] == 6
            ret += @col_sum[j][e] - 3
          end
        end
        if cnt[e] > 0
          @row_cnt[mr][e] -= 1
          @row_sum[mr][e] -= cnt[e]
          @col_cnt[mc][e] -= 1
          @col_sum[mc][e] -= cnt[e]
        end
      end
      debug(ret)
    else
      6.times do |e|
        cnt[e] += 1
        ret += calc_score_dfs(mr, mc, i + 1, cnt)
        cnt[e] -= 1
      end
    end
    return ret
  end
end

def main
  solver = Solver.new
  solver.solve
end

main