def balanced_num(number):

odd = False

if len(str(number)) % 2 == 0:

odd = False

else:

odd = True

if odd:

number_list = []

for i in str(number):

number_list.append(i)

length = (len(str(number)) -1) // 2

odd_middle_num = number_list[length]

first_part = number_list[:length]

second_part = number_list[length+1:]

for i in range(len(first_part)):

first_part[i] = int(first_part[i])

second_part[i] = int(second_part[i])

if sum(first_part) == sum(second_part):

return "Balanced"

else:

return "Not Balanced"

elif not odd:

number_list = []

for i in str(number):

number_list.append(i)

length = ((len(str(number))) // 2) - 1

# odd_middle_num = number_list[length], number_list[length+1]

first_part = number_list[:length]

second_part = number_list[length + 2:]

for i in range(len(first_part)):

first_part[i] = int(first_part[i])

second_part[i] = int(second_part[i])

if sum(first_part) == sum(second_part):

return "Balanced"

else:

return "Not Balanced"

number = 2232

print(balanced_num(number))