from itertools import combinations
input = open("input", 'r')

# d = [line for line in input]
# d = [[val for val in line.strip()] for line in input]
d = {}
h = 0
w = 0
for y,line in enumerate(input):
    h = max(h,y)
    for x,c in enumerate(line.strip()):
        w = max(w, x)
        if c == ".":
            continue
        if c in d:
            d[c].append(complex(x,y))
        else:
            d[c] = [complex(x,y)]

h += 1
w += 1

def run(p2=False):
    chk = lambda cmp: (0 <= cmp.real < w) and (0 <= cmp.imag < h)
    antinodes = set()
    for fr,frp in d.items():
        for frp1, frp2 in combinations(frp,2):
            dif = frp1 - frp2
            if not p2 and chk(frp1+dif):
                antinodes.add(frp1+dif)
            if not p2 and chk(frp2-dif):
                antinodes.add(frp2-dif)

            frp = frp1
            while p2 and chk(frp):
                antinodes.add(frp)
                frp += dif
            frp = frp1
            while p2 and chk(frp):
                antinodes.add(frp)
                frp -= dif
    return len(antinodes)



print(run())
print(run(True))