---

f = open("27_A_28946.txt")
from math import dist


def cen(cl):
    m = []
    for p in cl:
        s = sum(dist(p, p1) for p1 in cl)
        m.append([s, p])
    return min(m)[1]


a = [j.split() for j in f]
k = [[], []]
for i in a:
    x, y = float(i[0]), float(i[1])
    if y > 15:
        k[0].append([x, y])
    else:
        k[1].append([x, y])
print(k[0])
print(k[1])
print("123")

cnt = [cen(i) for i in k]
print(cnt)
a1=0
for i in k[0]:
    if i[1] < cnt[0][1]:
        a1+=1
print("ans to A:", (a1,int(abs(6.010521-8.770705)*10000)))

print("----------------------------------------")


f = open("27_B_28946.txt")
a = [j.split() for j in f]
k = [[], [],[]]
for i in a:
    x, y = float(i[0]), float(i[1])
    if x > 24:
        k[0].append([x, y])
    elif y < 22:
        k[1].append([x, y])
    else:
        k[2].append([x, y])
print(k[0])
print(k[1])
print(k[2])
print("123")
cnt = [cen(i) for i in k]
print(cnt)
b=0
for i in k[0]:
    if -0.9 < (abs(i[0]) - abs(cnt[0][0])) < 0.9:
        if -0.9 < (abs(i[1]) - abs(cnt[0][1])) < 0.9:
            b+=1
print("ans to B:", (b, int(abs(17.465685-28.182845)*10000)))