def main(args):
m = set()
for p in permute.all_perms([1, 2, 3, 4, 5, 6, 7, 8, 9]):
n = check(p)
if (n > 0):
m.add(n)
logging.info(sum(m))
def ispanprime(d, prime):
mp = 0
for p in permute.all_perms(d):
n = 0
for i in p:
n = n*10 + i
if (prime.IsPrime(n) and n > mp):
mp = n
return mp
def main(args):
s = 0
for p in permute.all_perms('0123456789'):
if (check(p)):
s += int(p)
logging.info(s)
def main(args):
p3 = []
p4 = []
p5 = []
p6 = []
p7 = []
p8 = []
n = 10
temp = n * (n + 1) // 2
while (temp < 10000):
if (temp > 1000): p3.append(temp)
temp = n * n
if (temp > 1000 and temp < 10000): p4.append(temp)
temp = n * (3 * n - 1) // 2
if (temp > 1000 and temp < 10000): p5.append(temp)
temp = n * (2 * n - 1)
if (temp > 1000 and temp < 10000): p6.append(temp)
temp = n * (5 * n - 3) // 2
if (temp > 1000 and temp < 10000): p7.append(temp)
temp = n * (3 * n - 2)
if (temp > 1000 and temp < 10000): p8.append(temp)
n += 1
temp = n * (n + 1) // 2
p = [p3, p4, p5, p6, p7, p8]
for idx in permute.all_perms(list(range(1, 6))):
for n1 in p3:
for n2 in p[idx[0]]:
if (not IsCyclic(n1, n2)): continue
for n3 in p[idx[1]]:
if (not IsCyclic(n2, n3)): continue
for n4 in p[idx[2]]:
if (not IsCyclic(n3, n4)): continue
for n5 in p[idx[3]]:
if (not IsCyclic(n4, n5)): continue
for n6 in p[idx[4]]:
if (not IsCyclic(n5, n6)): continue
if (IsCyclic(n6, n1)):
logging.info((n1, n2, n3, n4, n5, n6))
logging.info(idx)
logging.info(sum([n1, n2, n3, n4, n5, n6]))
def FormExpression(my_str):
three_ops = Form3Ops()
expressions = []
for n in permute.all_perms(my_str):
a = str(n[0])
b = str(n[1])
c = str(n[2])
d = str(n[3])
for op in three_ops:
my_express = a + op[0] + b + op[1] + c + op[2] + d
expressions.append(my_express)
my_express = '(' + a + op[0] + b + ')' + op[1] + c + op[2] + d
expressions.append(my_express)
my_express = '(' + a + op[0] + b + op[1] + c + ')' + op[2] + d
expressions.append(my_express)
my_express = a + op[0] + '(' + b + op[1] + c + ')' + op[2] + d
expressions.append(my_express)
my_express = a + op[0] + '(' + b + op[1] + c + op[2] + d + ')'
expressions.append(my_express)
my_express = a + op[0] + b + op[1] + '(' + c + op[2] + d + ')'
expressions.append(my_express)
my_express = '(' + a + op[0] + b + ')' + op[1] + '(' + c + op[
2] + d + ')'
expressions.append(my_express)
my_express = '((' + a + op[0] + b + ')' + op[1] + c + ')' + op[
2] + d
expressions.append(my_express)
my_express = '(' + a + op[0] + '(' + b + op[1] + c + '))' + op[
2] + d
expressions.append(my_express)
my_express = a + op[0] + '((' + b + op[1] + c + ')' + op[
2] + d + ')'
expressions.append(my_express)
my_express = a + op[0] + '(' + b + op[1] + '(' + c + op[
2] + d + '))'
expressions.append(my_express)
return expressions