Problem: X and A are integers between 0 and 9 (inclusive).  If X is less than A, print 0; if X is not less than A, print 10.

Submission attempts (in order):
import sys
input = sys.stdin.readline
n = int(input())
xyd = [list(input().split()) for i in range(n)]
xmax,ymax = [-10**18,-10**18,-10**18],[-10**18,-10**18,-10**18]
xmin,ymin = [10**18,10**18,10**18],[10**18,10**18,10**18]
#xmax: max(x1-t,x2,x3+t)
#xmin: min(x1+t,x2,x3-t)


def chp(ls,a,flg1,i):
  if flg1:
    ls[i] = max(ls[i],a)
  else:
    ls[i] = min(ls[i],a)
def area(t):
  x = max(xmax[0]-t,xmax[1],xmax[2]+t)-min(xmin[0]+t,xmin[1],xmin[2]-t)
  y = max(ymax[0]-t,ymax[1],ymax[2]+t)-min(ymin[0]+t,ymin[1],ymin[2]-t)
  return x*y
for x,y,d in xyd:
  x,y = int(x),int(y)
  if d in ("L","R"):
    chp(ymax,y,1,1)
    chp(ymin,y,0,1)
    if d == "R":
      chp(xmin,x,0,0)
      chp(xmax,x,1,2)
    if d == "L":
      chp(xmin,x,0,2)
      chp(xmax,x,1,0)
  elif d in ("U","D"):
    chp(xmax,x,1,1)
    chp(xmin,x,0,1)
    if d == "U":
      chp(ymax,y,1,2)
      chp(ymin,y,0,0)
    if d == "D":
      chp(ymin,y,0,2)
      chp(ymax,y,1,0)
l = 0
r = 10**12
for _ in range(10000):
  ml = l*2/3+r*1/3
  mr = l*1/3+r*2/3
  if area(ml) <= area(mr):
    r = mr
  else:
    l = ml
print(area(ml))

n = int(input())
xyd = [list(input().split()) for i in range(n)]
xmax,ymax = [-10**18,-10**18,-10**18],[-10**18,-10**18,-10**18]
xmin,ymin = [10**18,10**18,10**18],[10**18,10**18,10**18]
#xmax: max(x1-t,x2,x3+t)
#xmin: min(x1+t,x2,x3-t)


def chp(ls,a,flg1,i):
  if flg1:
    ls[i] = max(ls[i],a)
  else:
    ls[i] = min(ls[i],a)
def area(t):
  x = max(xmax[0]-t,xmax[1],xmax[2]+t)-min(xmin[0]+t,xmin[1],xmin[2]-t)
  y = max(ymax[0]-t,ymax[1],ymax[2]+t)-min(ymin[0]+t,ymin[1],ymin[2]-t)
  return x*y
for x,y,d in xyd:
  x,y = int(x),int(y)
  if d in ("L","R"):
    chp(ymax,y,1,1)
    chp(ymin,y,0,1)
    if d == "R":
      chp(xmin,x,0,0)
      chp(xmax,x,1,2)
    if d == "L":
      chp(xmin,x,0,2)
      chp(xmax,x,1,0)
  elif d in ("U","D"):
    chp(xmax,x,1,1)
    chp(xmin,x,0,1)
    if d == "U":
      chp(ymax,y,1,2)
      chp(ymin,y,0,0)
    if d == "D":
      chp(ymin,y,0,2)
      chp(ymax,y,1,0)

event = [0]
for ls in xmax,ymax:
  event.append(ls[0]-ls[1])
  event.append((ls[0]-ls[2])/2)
  event.append(ls[1]-ls[2])
for ls in xmin,ymin:
  event.append(ls[1]-ls[0])
  event.append((ls[2]-ls[0])/2)
  event.append(ls[2]-ls[1])
ans = 10**20

for i in event:
  if i>=0:
    for j in range(-10,10):
      if i+j*0.5 >= 0:
        ans = min(ans,area(i+j*0.5))
l = 0
r = 10**9
for _ in range(10000):
  ml = l*2/3+r*1/3
  mr = l*1/3+r*2/3
  if area(ml) <= area(mr):
    r = mr
  else:
    l = ml
print(min(ans,int(area(ml)*2*0.5)/2))

n = int(input())
xyd = [list(input().split()) for i in range(n)]
xmax,ymax = [-10**18,-10**18,-10**18],[-10**18,-10**18,-10**18]
xmin,ymin = [10**18,10**18,10**18],[10**18,10**18,10**18]
#xmax: max(x1-t,x2,x3+t)
#xmin: min(x1+t,x2,x3-t)


def chp(ls,a,flg1,i):
  if flg1:
    ls[i] = max(ls[i],a)
  else:
    ls[i] = min(ls[i],a)
def area(t):
  x = max(xmax[0]-t,xmax[1],xmax[2]+t)-min(xmin[0]+t,xmin[1],xmin[2]-t)
  y = max(ymax[0]-t,ymax[1],ymax[2]+t)-min(ymin[0]+t,ymin[1],ymin[2]-t)
  return x*y
for x,y,d in xyd:
  x,y = int(x),int(y)
  if d in ("L","R"):
    chp(ymax,y,1,1)
    chp(ymin,y,0,1)
    if d == "R":
      chp(xmin,x,0,0)
      chp(xmax,x,1,2)
    if d == "L":
      chp(xmin,x,0,2)
      chp(xmax,x,1,0)
  elif d in ("U","D"):
    chp(xmax,x,1,1)
    chp(xmin,x,0,1)
    if d == "U":
      chp(ymax,y,1,2)
      chp(ymin,y,0,0)
    if d == "D":
      chp(ymin,y,0,2)
      chp(ymax,y,1,0)

event = [0]
for ls in xmax,ymax:
  event.append(ls[0]-ls[1])
  event.append((ls[0]-ls[2])/2)
  event.append(ls[1]-ls[2])
for ls in xmin,ymin:
  event.append(ls[1]-ls[0])
  event.append((ls[2]-ls[0])/2)
  event.append(ls[2]-ls[1])
ans = 10**20

for i in event:
  if i>=0:
    for j in range(-10,10):
      if i+j*0.5 >= 0:
        ans = min(ans,area(i+j*0.5))
l = 0
r = 10**9
for _ in range(10000):
  ml = l*2/3+r*1/3
  mr = l*1/3+r*2/3
  if area(ml) <= area(mr):
    r = mr
  else:
    l = ml
print(min(ans,area(ml)))

import sys
input = sys.stdin.readline
n = int(input())
xyd = [list(input().split()) for i in range(n)]
xmax,ymax = [-10**18,-10**18,-10**18],[-10**18,-10**18,-10**18]
xmin,ymin = [10**18,10**18,10**18],[10**18,10**18,10**18]
#xmax: max(x1-t,x2,x3+t)
#xmin: min(x1+t,x2,x3-t)


def chp(ls,a,flg1,i):
  if flg1:
    ls[i] = max(ls[i],a)
  else:
    ls[i] = min(ls[i],a)
def area(t):
  x = max(xmax[0]-t,xmax[1],xmax[2]+t)-min(xmin[0]+t,xmin[1],xmin[2]-t)
  y = max(ymax[0]-t,ymax[1],ymax[2]+t)-min(ymin[0]+t,ymin[1],ymin[2]-t)
  return x*y
for x,y,d in xyd:
  x,y = int(x),int(y)
  if d in ("L","R"):
    chp(ymax,y,1,1)
    chp(ymin,y,0,1)
    if d == "R":
      chp(xmin,x,0,0)
      chp(xmax,x,1,2)
    if d == "L":
      chp(xmin,x,0,2)
      chp(xmax,x,1,0)
  elif d in ("U","D"):
    chp(xmax,x,1,1)
    chp(xmin,x,0,1)
    if d == "U":
      chp(ymax,y,1,2)
      chp(ymin,y,0,0)
    if d == "D":
      chp(ymin,y,0,2)
      chp(ymax,y,1,0)
l = 0
r = 10**15
for _ in range(10000):
  ml = l*2/3+r*1/3
  mr = l*1/3+r*2/3
  if area(ml) <= area(mr):
    r = mr
  else:
    l = ml
print(int(area(ml)*2+0.5)/2)

import sys
input = sys.stdin.readline
n = int(input())
xyd = [list(input().split()) for i in range(n)]
xmax,ymax = [-10**18,-10**18,-10**18],[-10**18,-10**18,-10**18]
xmin,ymin = [10**18,10**18,10**18],[10**18,10**18,10**18]
#xmax: max(x1-t,x2,x3+t)
#xmin: min(x1+t,x2,x3-t)


def chp(ls,a,flg1,i):
  if flg1:
    ls[i] = max(ls[i],a)
  else:
    ls[i] = min(ls[i],a)
def area(t):
  x = max(xmax[0]-t,xmax[1],xmax[2]+t)-min(xmin[0]+t,xmin[1],xmin[2]-t)
  y = max(ymax[0]-t,ymax[1],ymax[2]+t)-min(ymin[0]+t,ymin[1],ymin[2]-t)
  return x*y
for x,y,d in xyd:
  x,y = int(x),int(y)
  if d in ("L","R"):
    chp(ymax,y,1,1)
    chp(ymin,y,0,1)
    if d == "R":
      chp(xmin,x,0,0)
      chp(xmax,x,1,2)
    if d == "L":
      chp(xmin,x,0,2)
      chp(xmax,x,1,0)
  elif d in ("U","D"):
    chp(xmax,x,1,1)
    chp(xmin,x,0,1)
    if d == "U":
      chp(ymax,y,1,2)
      chp(ymin,y,0,0)
    if d == "D":
      chp(ymin,y,0,2)
      chp(ymax,y,1,0)
l = 0
r = 10**15
for _ in range(10000):
  ml = l*2/3+r*1/3
  mr = l*1/3+r*2/3
  if area(ml) <= area(mr):
    r = mr
  else:
    l = ml
print(area(ml))

a,b=map(int,input().split())
if a>=b:
  print(10)
else:
  print(0)

Verdicts: Runtime Error

Runtime Error

Runtime Error

Runtime Error

Runtime Error

Accepted