input = open("input", 'r')


d = [((p:= line.split(" "))[0], int(p[1]), p[2][2:-2])
     for line in input]

def drToC(dr):
    match dr:
        case "U" | "3":
            return 1
        case "D" | "1":
            return -1
        case "R" | "0":
            return 1j
        case "L" | "2":
            return -1j
    return 0

def fill(pos,s):
    q = {pos}
    while q:
        c = q.pop()
        if c in s: continue
        s.add(c)
        for dr in {1,-1,1j,-1j}:
            q.add(c+dr)

def run():
    cr = 0
    s = {0}
    for dr,ln,_ in d:
        drC = drToC(dr)
        for _ in range(ln):
            cr = cr + drC
            s.add(cr)
    fill(-1+1j,s)
    return len(s)

def run2():
    v = [0]
    cr = 0
    prev = 0
    area = 1

    for _,_,color in d:
        ln,dr = int(color[:-1],16), drToC(color[-1])
        area += ln
        prev += dr * ln
        v.append(prev)

    for v1,v2 in zip(v,(v[1:] + [v[0]])):
        area += (v1.real * v2.imag) - (v1.imag * v2.real)
    return int(area // 2)

print(run())
print(run2())