import sys
from grid import *

L = sys.stdin.read().strip().split("\n")
G = [list(map(int,l)) for l in L]

def walk(grid, x, y, p=-1):
    v = get_in_grid(G, x, y)
    if v is None or v != p + 1: # wrong way
        return
    if v == 9:  # end of trail
        yield (x, y)
    for dx, dy in MOVE4:
        yield from walk(grid, x+dx, y+dy, p+1)

U = R = 0
for (x0,y0) in ((x,y) for y,row in enumerate(G) for x,v in enumerate(row) if v == 0):
    s = set()
    for ends in walk(G, x0, y0):
        s.add(ends)
        R += 1
    U += len(s)
print(U, R)