def test():
t0 = time.clock()
for example in examples:
print()
print(13 * ' ', example)
print('%6.4f sec: %s ' % timer.timedcall(faster_solve, example))
print('%6.4f tot.' % (time.clock() - t0))
def main():
puzzle = "ODD + ODD == EVEN"
print(timedcall(solve, puzzle))
def main():
puzzle = "ODD + ODD == EVEN"
# no big difference vs. crypto
# 0.44s vs. 0.59s
print(timedcall(solve, puzzle))
def zebra_puzzle():
houses = [first, _, middle, _, _] = [1, 2, 3, 4, 5]
orderings = list(itertools.permutations(houses))
return [(WATER, ZEBRA)
for(red, green, ivory, yellow, blue) in orderings
if imright(green, ivory) # 6
for (Englishman, Spaniard, Ukranian, Japanese, Norwegian) in orderings
if Englishman is red # 2
if Norwegian is first # 10
if nextto(Norwegian, blue) # 15
for (cofee, tea, milk, oj, WATER) in orderings
if cofee is green # 4
if Ukranian is tea # 5
if milk is middle # 9
for (OldGold, Kools, Chesterfields, LuckyStrike, Parliaments) in orderings
if Kools is yellow # 8
if LuckyStrike is oj # 13
if Japanese is Parliaments # 14
for (dog, snails, fox, horse, ZEBRA) in orderings
if Spaniard is dog # 3
if OldGold is snails # 7
if nextto(Chesterfields, fox)
if nextto(Kools, horse)]
print timer.timedcall(zebra_puzzle)
def nextto(h1, h2):
"Two houses are next to each other if they differ by 1."
return abs(h1 - h2) == 1
def zebra_puzzle():
houses = [first, _, middle, _, _] = [1, 2, 3, 4, 5]
orderings = list(itertools.permutations(houses))
return [
(WATER, ZEBRA) for (red, green, ivory, yellow, blue) in orderings
if imright(green, ivory) # 6
for (Englishman, Spaniard, Ukranian, Japanese, Norwegian) in orderings
if Englishman is red # 2
if Norwegian is first # 10
if nextto(Norwegian, blue) # 15
for (cofee, tea, milk, oj, WATER) in orderings if cofee is green # 4
if Ukranian is tea # 5
if milk is middle # 9
for (OldGold, Kools, Chesterfields, LuckyStrike,
Parliaments) in orderings if Kools is yellow # 8
if LuckyStrike is oj # 13
if Japanese is Parliaments # 14
for (dog, snails, fox, horse, ZEBRA) in orderings
if Spaniard is dog # 3
if OldGold is snails # 7
if nextto(Chesterfields, fox) if nextto(Kools, horse)
]
print timer.timedcall(zebra_puzzle)
def main():
puzzle = "ODD + ODD == EVEN"
# no big difference vs. crypto
# 0.44s vs. 0.59s
print(timedcall(solve, puzzle))
def main():
puzzle = "ODD + ODD == EVEN"
print(timedcall(solve, puzzle))