import sys
from grid import *

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

def build_zone(G, x:int, y:int, zone:set[tuple[int,int]]):
    zone.add((x, y))
    v = get_in_grid(G, x, y)
    for dx, dy in MOVE4:
        xn = x +dx
        yn = y + dy
        if (xn, yn) not in zone:
            if get_in_grid(G, xn, yn) == v:
                build_zone(G, xn, yn, zone)

def perimeter(zone:set[tuple[int,int]]) -> int:
    return sum (
        (x+dx, y+dy) not in zone
        for (x,y) in zone
        for (dx, dy) in MOVE4)

def corners(zone:set[tuple[int,int]]) -> int:
    corners = 0
    for x,y in zone:
        # define tile neighbourhood
        [N,E,S,W] = [(x+dx,y+dy)in zone for (dx,dy) in MOVE4]
        [SE,NW,NE,SW] = [(x+dx,y+dy)in zone for (dx,dy) in DIAG4]
        # alone == no adjacent
        if not (W or N or E or S): corners+=4
        # touches zone on just 1 side
        if (W+N+E+S==1): corners+=2
        # outside corners
        if (S and E and not N and not W): corners+=1
        if (S and W and not N and not E): corners+=1
        if (N and E and not S and not W): corners+=1
        if (N and W and not S and not E): corners+=1
        # inside corners
        if (E and N and not NE): corners+=1
        if (E and S and not SE): corners+=1
        if (W and N and not NW): corners+=1
        if (W and S and not SW): corners+=1
    return corners

T1 = T2 = 0
checked = set()
W, H = grid_geom(G)
for y in range(W):
    for x in range(H):
        if (x,y) in checked: continue
        zone = set()
        build_zone(G, x, y, zone)
        area = len(zone)
        T1 += area * perimeter(zone)
        T2 += area * corners(zone)
        checked |= zone
print(T1, T2)