return False
string = str(number)
for x in xrange(1, 8):
num1 = int(string[x] + string[x + 1] + string[x + 2])
prime = listOfPrimes[x]
if (num1 % prime != 0):
return False
return True
pandigital = 1234567890
combos = eu.getCombinationsOfNumberAsString(pandigital)
print "Combo Size: %d" % len(combos)
f = open("/tmp/combos.txt", 'w+')
for foo in combos:
f.write("%s\n" % foo)
f.close()
listOfPans = []
for pan in combos:
if (pan == '1406357289'):
print "You Rock."
if (checkForPrimeCraziness(pan)):
print "Ooooooo Yeah. Found it baby: %s" % pan
listOfPans.append(pan)
import eulerutils as eu
number = 6070
for combo in eu.getCombinationsOfNumberAsString(number):
print combo
import eulerutils as eu
number=6070
for combo in eu.getCombinationsOfNumberAsString(number):
print combo
if(number < 1000000000):
return False
string = str(number)
for x in xrange(1,8):
num1 = int(string[x]+string[x+1]+string[x+2])
prime = listOfPrimes[x]
if(num1 % prime != 0):
return False
return True
pandigital = 1234567890
combos = eu.getCombinationsOfNumberAsString(pandigital)
print "Combo Size: %d" % len(combos)
f = open ("/tmp/combos.txt", 'w+')
for foo in combos:
f.write("%s\n" % foo)
f.close()
listOfPans = []
for pan in combos:
if(pan == '1406357289'):
print "You Rock."
if(checkForPrimeCraziness(pan)):
print "Ooooooo Yeah. Found it baby: %s" % pan
listOfPans.append(pan)