import sys, os
import numpy
import time

class display:
    def __init__(self):
        self.w, self.h = tuple(os.get_terminal_size())
        #self.h -= 1
        border = "o"
        self.delta = numpy.array((self.w//2, self.h//2))
        top = border * (self.w)
        line = border + " " * (self.w - 2) + border
        self.background = top + "".join(
            line for _ in range(self.h - 2)) + top

    def __call__(self, knots):
        print("\033[0;0H", end='')
        x, y = self.delta + knots[0]
        J = 20
        if x <= 0:
            self.delta[0] += J
        if x >= self.w-1:
            self.delta[0] -= J
        if y <= 0:
            self.delta[1] += J
        if y >= self.h-1:
            self.delta[1] -= J
        txt = [c for c in self.background]
        for i,knot in enumerate(reversed(knots)):
            x, y = knot + self.delta
            txt[int(x + y * self.w)] = str(9-i)
        print("".join(txt),end='')
        time.sleep(.008)

d = display()

def input():
    for l in sys.stdin:
        m, q = l.split()
        m = dict(U=(0,1), D=(0,-1), L=(-1,0), R=(1, 0))[m]
        for _ in range(int(q)):
            yield m

def follow(head, tail):
    delta = head - tail
    if max(abs(delta)) <= 1:  # no move
        return
    if delta[0]:
        tail[0] += 1 if delta[0] > 0 else -1
    if delta[1]:
        tail[1] += 1 if delta[1] > 0 else -1

knots = [numpy.array((0, 0)) for _ in range(10)]
visits = [ {(0,0)} for _ in range(10)]
for direction in input():
    knots[0] += direction
    for n in range(1, 10):
        follow(knots[n-1], knots[n])
        d(knots)
        visits[n].add(tuple(knots[n]))
print(" ".join(str(len(v)) for v in visits))