import math


def get_probs_and_ds(calc_string, probs, ds):
    for i in range(len(calc_string)):
        if calc_string[i] == "d":
            n_end = i + 1
            while calc_string[n_end].isdigit():
                n_end += 1
                if n_end == len(calc_string):
                    break
            prob = 1 / int(calc_string[i+1:n_end])
            probs[i] = prob
            ds.append(int(calc_string[i+1:n_end]))


def get_all_strings(ds, rem_string, results, acc=[]):
    if not ds:
        acc.append(rem_string)
        res = eval("".join(acc))
        if res == False:
            res = 0
        elif res == True:
            res = 1
        if res not in results:
            results[res] = 1
        else:
            results[res] += 1
        acc.pop()
        return
    fst = ds[0]

    d_index = rem_string.index("d")

    first_part = rem_string[:d_index]
    last_part = rem_string[d_index + len(str(fst))+1:]

    acc.append(first_part)

    for i in range(fst):
        cur = str(i+1)
        acc.append(cur)
        get_all_strings(ds[1:], last_part, results, acc)
        acc.pop()
    acc.pop()


def main():
    calc_string = input()

    if calc_string == "":
        return

    probs = [1] * len(calc_string)

    ds = []

    get_probs_and_ds(calc_string, probs, ds)

    if not ds:
        res = eval(calc_string)
        if res == False:
            res = 0
        elif res == True:
            res = 1
        print(res, "100.00")
        return

    all_prob = math.prod(probs) * 100

    results = {}

    get_all_strings(ds, calc_string, results)

    for key in sorted(results.keys()):
        print(key, "{:.2f}".format(round(all_prob * results[key], 2)))


if __name__ == "__main__":
    main()