from math import sqrt, log10

formula = {3:((1,1,0),(2,1),2),
           5:((3,-1,0),(6,-1),2),
           6:((2,-1,0),(4,-1),1),
           7:((5,-3,0),(10,-3),2),
           8:((3,-2,0),(6,-2),1)}


def poly(x, coef):
    out = 0
    for i in coef:
        out = x * out + i
    return out


def tt_ori(x, f, fd, flag):
    tmp = int(sqrt(flag * x))
    tmp_ = 0
    while tmp_ != tmp:
        tmp_ = tmp
        tmp -= (poly(tmp, f) - flag * x) / poly(tmp, fd)
    while poly(tmp, f) - flag * x > 0:
        tmp -= 1
    return tmp + 1

def tt(x, num):
    return tt_ori(x, formula.get(num)[0], formula.get(num)[1], formula.get(num)[2])

def test(x, num):
    return poly(x, formula.get(num)[0]) / formula.get(num)[2]

def sumri(num, n):
    out = []
    tmp = tt(num, n)
    while test(tmp, n) < num + 100:
        out.append(tmp)
        tmp += 1
    return out


def iter(num, lis, end, trap):
    for i in lis:
        trynum = sumri(num, i)
        for j in trynum:
            tmp = test(j, i)
            if str(tmp)[2] == '0':
                continue
            if len(lis) == 1 and str(tmp)[2:] == end:
                trap.append((tmp,j,i))
                total = 0
                for i in trap:
                    total += i[0]
                print total
                print trap
                quit()
            lis_ = lis[:]
            lis_.remove(i)
            trap.append((tmp, j,i))
            iter(tmp % 100 * 100, lis_, end, trap)
            trap.pop(-1)

def main():
    for i in xrange(32, 100):
        tmp = i ** 2
        if str(tmp)[2] == '0':
            continue
        ch = str(tmp)[0:2]
        iter(tmp % 100 * 100, [3,5,6,7,8], ch, [(tmp,i,4)])


main()