softuniada_1_2019

problem_1.py

# n1 = int(input())
# n2 = int(input())
# n3 = int(input())

unsorted_list = [3, 3, 4]
# unsorted_list.append(n1)
# unsorted_list.append(n2)
# unsorted_list.append(n3)

sorted_to_min = sorted(unsorted_list)
sorted_to_max = list(reversed(sorted_to_min))
start = ''.join(map(str, sorted_to_min))
end = ''.join(map(str, sorted_to_max))
# start = int(start)
# end = int(end)

# RESULTS
print(int(start) % sum(unsorted_list))
# if __name__ == '__main__':
#     print(f'The sum of the digits is {sum(unsorted_list)}. We start forming the numbers:')
#     for num in range(start, end + 1):
#         num = str(num)
#         if str(unsorted_list[0]) in num and \
#                 str(unsorted_list[1]) in num and \
#                 str(unsorted_list[2]) in num:
#             num = int(num)
#             print(f'{num} / {sum(unsorted_list)} = {num / sum(unsorted_list)}')