def fx(x):
    print(1, x, 0, flush=True)
    d = int(input())
    return d

def fy(y):
    print(1, 0, y, flush=True)
    d = int(input())
    return d

import sys
input = sys.stdin.readline
N = int(input())
INF = 10**8+1
left = -INF
right = INF
limit = 3
while left + limit < right:
    c1 = left + (right-left)//3
    c2 = right - (right-left)//3
    #print(left, right, c1, c2)
    #更新を行う
    if fx(c1) < fx(c2):
        right = c2
    else:
        left = c1
tmp_x = fx(left)
ans_x = left
for x in range(left+1, right+1):
    ret = fx(x)
    if tmp_x>ret:
        tmp_x = ret
        ans_x = x

left = -INF
right = INF
limit = 3
while left + limit < right:
    c1 = left + (right-left)//3
    c2 = right - (right-left)//3
    #更新を行う
    if fy(c1) < fy(c2):
        right = c2
    else:
        left = c1
tmp_y = fy(left)
ans_y = left
for y in range(left+1, right+1):
    ret = fy(y)
    if tmp_y>ret:
        tmp_y = ret
        ans_y = y


print(2, ans_x, ans_y, flush=True)