def distribution_population(population, min_wealth):
    dif_wealth = 0

    for x in sequence_of_population:
        while x < min_wealth:
            max_wealth = max(sequence_of_population)
            max_element_index = sequence_of_population.index(max_wealth)
            dif_wealth = min_wealth - x
            position = sequence_of_population.index(x)

            if max_wealth - dif_wealth >= min_wealth:
                sequence_of_population.remove(x)
                sequence_of_population.insert(position, min_wealth)
                x = min_wealth
                max_wealth -= dif_wealth
                del sequence_of_population[max_element_index]
                sequence_of_population.insert(max_element_index, max_wealth)

            elif max_wealth - dif_wealth < min_wealth:
                sequence_of_population.remove(x)
                dif = max_wealth - min_wealth
                x += dif
                sequence_of_population.insert(position, x)
                if dif == 0:
                    break
                del sequence_of_population[max_element_index]
                sequence_of_population.insert(max_element_index, max_wealth - dif)
                max_wealth = 0
                max_wealth = max(sequence_of_population)
                max_element_index = sequence_of_population.index(max_wealth)
            dif_wealth = 0
    return population


input_line = input()
sequence_of_population = list(map(int, input_line.split(",")))
min_wealth = int(input())
all_max_less_than_min = []

distribution_population(sequence_of_population, min_wealth)
# List comprehension to check if elements are less than the specified value
result = [num for num in sequence_of_population if num < min_wealth]

if result:
    print("No equal distribution possible")
else:
    print(sequence_of_population)