import sys
import math
from random import randint,seed
import re

# Auto-generated code below aims at helping you parse
# the standard input according to the problem statement.

expr = input()
#print(expr)
def multiply(exp):
    mult =  re.findall(r'(\d*\*\d*)', exp)
    #print(mult)
    for ii, ex in enumerate(mult):
        NewEX = eval(ex)
        rep = f'{ex}'
        exp = exp.replace(rep, str(NewEX) )
    return exp
def Compare(exp):
    cp = re.findall(f'(\d*[><]\d*)', exp)
    for c in cp:
        new = 1 if eval(c) else 0
        exp = exp.replace(c, str(new))
    return exp


def ReadExpr(expr):
    #print('InReadExpr', expr)
    parenthiseMatch = re.findall(r'\((.*?)\)',expr)
    if parenthiseMatch:
        for i, ex in enumerate(parenthiseMatch):
            if '*' in ex:
                NewEX = multiply(ex)
            elif '+' in ex:
                NewEX = add(ex)
            elif '-' in ex:
                NewEX = substract(ex)
            elif '>' in ex or '<' in ex:
                NewEX = 1 if eval(ex) else 0
            #parenthiseMatch[i] = NewEX
            rep = f'({ex})'
            expr = expr.replace(rep, str(NewEX) )

    return expr



def isNumber( check):
    try:
        int(check)
        float(check)
        return True
    except:
        return False
def ReplaceDice(exp):
    alldice = re.findall(f'(d\d*)', exp)
    #print(alldice)
    for dice in alldice:
        dd = CheckDice(dice)
        #print(dd)
        exp = exp.replace(dice, str(dd) , 1 )
    #print(exp)
    return exp

def CheckDice(dice):
    seed()
    return randint(1, int(dice[1:]))

def add(exp: str):
    exp = str(exp)
    toAdd = re.findall(f'(\d*\+\d*)', exp)
    #print('ToAdd', toAdd)
    ls =''
    for i, elem in enumerate(toAdd):
        #print(f'{ls}{elem}')
        new = eval(f'{ls}{elem}')
        exp = exp.replace(f'{ls}{elem}', str(new))
        ls = new
    return exp

def substract(exp):
    exp = str(exp)
    toAdd = re.findall(f'(\d*\-\d*)', exp)
    #print('sub', toAdd)
    ls = ''
    for i, elem in enumerate(toAdd):
        #print(f'{ls}{elem}')
        new = eval(f'{ls}{elem}')
        #print('substrac', new)
        exp = exp.replace(f'{ls}{elem}', str(new))
        ls = new
    return exp


distribution = {}
Sample = 10000
for a in range(Sample):
    expr1 = ReplaceDice(expr)
    #print('replaceDice',expr1, file=sys.stderr, flush=True)
    expr1 = ReadExpr(expr1)
    expr1 = multiply(expr1)
    expr1 = add(expr1)
    expr1 = substract(expr1)
    expr1 = Compare(expr1)

    if expr1 in distribution:
        distribution[expr1] += 1
    else:
        distribution[expr1] = 1
Outcom = list(distribution.keys())
Outcom.sort()

for k in Outcom:
    print(k, '{:.2f}'.format( round( (distribution[k]/ Sample) *10000 )/100  ))