def part2():
'''Completes one pass of homework 6's part 2.'''
write("Executing part 2")
runDict = {}
for i in range(100):
sol, steps = mc.min_conflicts(vars, domains, constraints, neighbors)
points = bonusPoints(sol)
runDict[points] = (sol, steps)
highest = None
for k in runDict:
if highest == None or highest < k:
highest = k
print ""
print "The solution with least violations/most preferences was found"
display(runDict[highest][0], runDict[highest][1], highest)
def part2():
'''Completes one pass of homework 6's part 2.'''
write("Executing part 2")
runDict = {}
for i in range(100):
sol, steps = mc.min_conflicts(vars, domains, constraints, neighbors)
points = bonusPoints(sol)
runDict[points] = (sol, steps)
highest = None
for k in runDict:
if highest == None or highest < k:
highest = k
print ""
print "The solution with least violations/most preferences was found"
display(runDict[highest][0], runDict[highest][1], highest)
def part1():
'''Completes one pass of homework 6's part 1.'''
write("Executing part 1")
sol, steps = mc.min_conflicts(vars, domains, constraints, neighbors)
write(sol), write(len(sol))
display(sol, steps)
def part1():
'''Completes one pass of homework 6's part 1.'''
write("Executing part 1")
sol, steps = mc.min_conflicts(vars, domains, constraints, neighbors)
write(sol), write(len(sol))
display(sol, steps)
