def get_sum_amicables(self):
somme = 0
for i in range(2, self.lim):
temp = eulerfun.d(i)
if temp < self.lim:
if temp == i:
self.list_amicable[i] = False
elif self.list_amicable[temp] is True:
continue
elif self.list_amicable[temp] is None:
temp1 = eulerfun.d(temp)
if temp1 == i:
somme += i + temp
self.list_amicable[i] = True
self.list_amicable[temp] = True
else:
self.list_amicable[i] = False
self.list_amicable[temp] = False
else:
continue
else:
temp1 = eulerfun.d(temp)
if temp1 == i:
somme += i
return somme
def get_sum_amicables(self):
somme = 0
for i in range(2, self.lim):
temp = eulerfun.d(i)
if temp < self.lim:
if temp == i:
self.list_amicable[i] = False
elif self.list_amicable[temp] is True:
continue
elif self.list_amicable[temp] is None:
temp1 = eulerfun.d(temp)
if temp1 == i:
somme += i + temp
self.list_amicable[i] = True
self.list_amicable[temp] = True
else:
self.list_amicable[i] = False
self.list_amicable[temp] = False
else:
continue
else:
temp1 = eulerfun.d(temp)
if temp1 == i:
somme += i
return somme
def init_abundants(self):
for i in range(1, self.lim):
if eulerfun.d(i) > i:
self.list_abundants.append(i)
def init_abundants(self):
for i in range(1, self.lim):
if eulerfun.d(i) > i:
self.list_abundants.append(i)
