import math
def count(r):
count = 1+4*r+4*(sum(math.isqrt(r**2-a**2) for a in range(1,r)))
return count
def c_cir(r):
result = 0
for x in range(1, r):
ySquare = r*r - x*x
y = int(math.sqrt(ySquare))
if (y*y == ySquare):result += 4
return result
for _ in range(int(input())):
r = int(input())
print(count(r+1)-count(r)-c_cir(r+1)+c_cir(r))
1256A - Payment Without Change | 908B - New Year and Buggy Bot |
979A - Pizza Pizza Pizza | 731A - Night at the Museum |
742A - Arpa’s hard exam and Mehrdad’s naive cheat | 1492A - Three swimmers |
1360E - Polygon | 1517D - Explorer Space |
1230B - Ania and Minimizing | 1201A - Important Exam |
676A - Nicholas and Permutation | 431A - Black Square |
474B - Worms | 987B - High School Become Human |
1223A - CME | 1658B - Marin and Anti-coprime Permutation |
14B - Young Photographer | 143A - Help Vasilisa the Wise 2 |
320A - Magic Numbers | 1658A - Marin and Photoshoot |
514A - Chewbaсca and Number | 382A - Ksenia and Pan Scales |
734B - Anton and Digits | 1080A - Petya and Origami |
1642D - Repetitions Decoding | 1440A - Buy the String |
1658F - Juju and Binary String | 478A - Initial Bet |
981A - Antipalindrome | 365A - Good Number |