def pandigital_products():
lListG = []
for i in range(2, 1000):
lStrI = str(i)
if not is_digits_unique_19(lStrI):
continue
lFrom = 10 ** (4 - len(lStrI))
lTo = 9999 // i + 1
# print('i: ' + str(i) + ' from: ' + str(lFrom) + ' to: ' + str(lTo))
for j in range(lFrom, lTo):
lStrJ = lStrI + str(j)
if not is_digits_unique_19(lStrJ):
continue
k = i * j
lStrJ += str(k)
if not is_digits_unique_19(lStrJ):
continue
if not k in lListG:
# print(str(i) + ' x ' + str(j) + ' = ' + str(k))
lListG.append(k)
lSum = 0
for i in lListG:
lSum += i
return lSum
def pandigital_multiples():
lMax = 0
for i in range(2, 99999):
lStr = str(i)
for j in range(2, 7):
lStr += str(i * j)
if len(lStr) > 9:
break
if len(lStr) == 9:
if is_digits_unique_19(lStr):
lInt = int(lStr)
# print('p Int: ' + str(lInt))
if lInt > lMax:
# print('new Max: ' + str(lInt) + ' Base: ' + str(i))
lMax = lInt
return lMax