direction = [10, 1]
position = [0, 0]

def D(x, y):
    def mv(n):
        direction[0] += x*n
        direction[1] += y*n
    return mv

def F(n):
    position[0] += direction[0]*n
    position[1] += direction[1]*n

def R90():
    global direction
    direction = [direction[1], -1 * direction[0]]

def R(d):
    def rt(n):
        count = int(d*(n/90))
        count = 4 + count if count < 0 else count
        [R90() for a in range(0, count)]
    return rt
    
methods = {"N": D(0, 1), "S": D(0, -1), "E": D(1, 0), "W": D(-1, 0), "L": R(-1), "R": R(1), "F": F}

[methods[s[0]](int(s[1:])) for s in open("input", "r").read().split("\n") if s]

print(position)
print(abs(position[0]) + abs(position[1]))