def ejecuta(self):
for f in self.ficheros:
print(f)
g = Greedy(f, self.semilla)
antes = time.time()
gs = g.greedy()
despues = time.time()
self.tiempos.append(despues - antes)
self.valores.append(g.evalua_sol(gs))
self.imprime()
def reducer(self, key, dataset):
config = configparser.ConfigParser()
config_file = ops.get_local_path('ConfigFile.ini')
config.read(config_file)
i = 0
data_set = {}
# Prepare the data for the greedy
for data in dataset:
i += 1
for axe in data:
data_set[i] = data[axe]
i += 1
medoids = Greedy.greedy(data_set, int(config['DEFAULT']['GREEDY_2']))
# Yield all the medoids
for medoid in medoids.values():
data_str = ""
for axe in medoid:
if data_str == "":
data_str = str(axe)
else:
data_str = data_str + " " + str(axe)
yield "", data_str
def mapper_final(self):
config = configparser.ConfigParser()
config_file = ops.get_local_path('ConfigFile.ini')
config.read(config_file)
yield 1, Greedy.greedy(self.data_set,
int(config['DEFAULT']['GREEDY_1']))
exit(0)
else:
for x in range(0, length):
if x != length:
pancake.append(user_in[x])
# Test Cases
# print(pancake[x], type(pancake[x]))
p1 = pk.Pancake(pancake)
# d is for DFS
if p1.choice == "d":
dfs.add_path(p1)
p1.update_h()
dfs.print_dfs(p1)
while p1.h != 0:
dfs.compare_update(p1)
p1.update_h()
dfs.print_dfs(p1)
# This part is for UCS
elif p1.choice == "u":
ucs.ucs(p1)
# This part is for Greedy
elif p1.choice == "g":
p1.update_h()
gdy.greedy(p1, p1.visited, 0)
# This part is for A-Star
elif p1.choice == "a":
p1.update_h()
astar.astar(p1, p1.visited, 0)