table = '[<>,.-+]'
def numerate(s):
    a=s #a=input().lstrip('[')
    b=a.rstrip(']')
    c,d=0,0
    for e in b:
     d=d*8+'[<>,.-+]'.find(e)
     c+=(d>0!=e=='[')-(c>0!=e>'[')
    return -~d*8**(len(a)-len(b)-c)

def denumerate(number):
    number -= 1
    oct_encoded = oct(number)[2:]
    if oct_encoded == "0":
        return ""
    program = ""
    for digit in oct_encoded:
        program += table[int(digit)]
    temp = program.rstrip(']')
    outside_loops = len(program) - len(temp)
    program = temp
    unmatched_left = 0
    unmatched_right = 0
    depth = 0
    for op in program:
        if op == '[':
            depth += 1
        if op == ']':
            if not depth:
                unmatched_right += 1
            else:
                depth -= 1
    unmatched_left = depth
    return '[' * (unmatched_right + outside_loops) + program + ']' * (unmatched_left + outside_loops)

for x in range(1,1000):
    temp = denumerate(x)
    try:
        assert x == numerate(temp)
    except AssertionError:
        print(x, ":", temp)