def check_highest_2(x):
i = 31
while i >= 0:
if 2 ** i <= x:
return i
i -= 1
def recur(x, ans, isminus):
if x <= 0:
return True
temp = check_highest_2(x)
done = True
done2 = True
for num in ans:
if num[1] == temp+1:
done = False
if num[1] == temp+2 or num[1] == temp + 1:
done2 = False
if done:
if isminus:
ans.append((-1, temp))
else:
ans.append((1, temp))
if recur(x - 2 ** temp, ans, isminus) == True:
return True
ans.pop()
if done2:
if isminus:
ans.append((-1, temp+1))
else:
ans.append((1, temp+1))
if recur(2 ** (temp+1) - x, ans, not isminus) == True:
return True
ans.pop()
return False
def solve():
ans = []
x = int(input())
recur(x, ans, False)
temp_ans = [0] * (32)
for num in ans:
temp_ans[num[1]] = num[0]
print(32)
print(* temp_ans)
for i in range(int(input())):
solve()
1566B - MIN-MEX Cut | 678C - Joty and Chocolate |
1352E - Special Elements | 1520E - Arranging The Sheep |
1157E - Minimum Array | 1661D - Progressions Covering |
262A - Roma and Lucky Numbers | 1634B - Fortune Telling |
1358A - Park Lighting | 253C - Text Editor |
365B - The Fibonacci Segment | 75A - Life Without Zeros |
1519A - Red and Blue Beans | 466A - Cheap Travel |
659E - New Reform | 1385B - Restore the Permutation by Merger |
706A - Beru-taxi | 686A - Free Ice Cream |
1358D - The Best Vacation | 1620B - Triangles on a Rectangle |
999C - Alphabetic Removals | 1634C - OKEA |
1368C - Even Picture | 1505F - Math |
1473A - Replacing Elements | 959A - Mahmoud and Ehab and the even-odd game |
78B - Easter Eggs | 1455B - Jumps |
1225C - p-binary | 1525D - Armchairs |