def test_fitness_calculation(self):
# Make sure out fitness calculation returns
# what we expect.
locations = []
locations.append(Location("A", 20, 20))
locations.append(Location("B", 60, 20))
locations.append(Location("C", 60, 30))
salesman = Salesman(locations)
fitness = salesman.calculate_fitness()
self.assertEqual(fitness, 50)
def InitSalesmen(self, salesmen):
self.salesmen = []
index = 0
for salesman in salesmen:
self.salesmen.append(
Salesman(salesman["position"], self.colors[index]))
index = index + 1
self.map_panel.salesmen = self.salesmen
def main(argv):
number_of_cities = stdin.readline()
salesman = Salesman(int(number_of_cities))
salesman.getCities()
salesman.mountMap()
tour, distance = salesman.travel()
stdout.write("%.2f\n" % distance)
for city in tour:
stdout.write("%d " % city)
stdout.write("\n")
return 0
def main():
parser = ArgumentParser(description="Check all links")
parser.add_argument("action", type=str, choices=["visit", "explore"],
help=("What action Salesman should take"))
parser.add_argument("url", type=str, help="Absolute URL")
args = parser.parse_args()
willy_lowman = Salesman()
print "Traveling your website. This could take O(n^2*2^n) time"
if args.action == "visit":
if os.path.isfile(args.url):
urls = open(args.url).readlines()
willy_lowman.verify(*urls)
else:
willy_lowman.verify(args.url)
else:
willy_lowman.explore(args.url)
print "Tested {} urls".format(len(willy_lowman.visited_urls))
status = "fail"
if val_1 == 1 and val_2 == 0:
status = "ok"
print message
print "1: {} -- 2: {} -- status: {}".format(val_1, val_2, status)
print "\n\n"
####################################
########## salesman.py #############
####################################
sales_man = Salesman()
print "salesman testing"
print "error : "
print sales_man.InitByEmail("*****@*****.**")
sales_man.name = "test"
sales_man.password = "******"
sales_man.email = "*****@*****.**"
sales_man.identifier = "1"
## save and load
print "save: {}".format(sales_man.Save())
print "cnt : {}".format(db.salesman.find().count())
print "load: {}".format(sales_man.InitByEmail("*****@*****.**"))
def create_salesman(nodenum):
salesman = Salesman(np.arange(1, nodenum))
np.random.shuffle(salesman.route)
return salesman
type=str,
help='Set the output filename(json).')
args = parser.parse_args()
# Check argument by standard output
print(args)
# Set arguments to variables
problem = args.problem
filename = args.filename
crossover_prob = args.crossover_prob
mutation_prob = args.mutation_prob
popSize = args.population_size
generation = args.generation
# Traveling Salesman Problem Dataset
dataset = Salesman(filename)
dataset.read()
gene_size = len(dataset.location)
# Generate each GA instance
tspga = GeneticAlgorithm(gene_size, popSize, crossover_prob, mutation_prob)
best_fitness = []
mean_fitness = []
print('Ranking', end=' ')
tspga.initialization()
bf, mf = tspga.calculateFitness(dataset)
best_fitness.append(bf)
mean_fitness.append(mf)
from magazine import Magazine
from storage import Storage
from item import Item
from salesman import Salesman
# --------------------------- Sandbox ----------------------------
seller_r2d2 = Salesman("r2d2")
seller_2 = Salesman("Petya")
seller_r2d2.show_sales()
cabbage = Item("cabbage", 10, 15)
carrot = Item("carrot", 4, 8)
rabbit_breast = Item("rabbit_breast", 80, 110)
storage = Storage()
storage.add_item(cabbage, 50)
storage.add_item(carrot, 130)
storage.add_item(rabbit_breast, 20)
storage.item_balance(item=carrot)
storage.withdraw_item(carrot, 20)
storage.item_balance()
storage.item_balance()
magazine = Magazine()
magazine.write_off(carrot, 20, storage)
magazine.show_income()