def create_supports(self, l_id):
for i in range(random.randint(1, 10)):
s_id = Choices.e_id_gen("SUPPORTS",
len(self.graph.tuples["SUPPORTS"]))
lieu = util.create_location(self.graph.boundaries)
self.graph.tuples["EQUIPEMENTS"].append([s_id])
self.graph.tuples["SUPPORTS"].append([
s_id, l_id,
util.create_location(self.graph.boundaries),
random.choice(Choices.supports)[0]
])
def add_tuples(self):
self.categorie = self.random_categorie()
self.p_id = Choices.e_id_gen(self.categorie,
len(self.graph.tuples[self.categorie]))
lieu = util.create_location(self.graph.boundaries)
self.graph.tuples["EQUIPEMENTS"].append([self.p_id])
self.graph.tuples["POSTES"].append([self.p_id, lieu])
self.graph.tuples[self.categorie].append([self.p_id])
if self.categorie == "POINTSRACCORDEMENT":
a_id = gen_abonnnes(self.p_id, self.graph)
self.graph.tuples[self.categorie][-1] += [a_id]
def add_tuple(self, init_node):
dest_node = self.graph.add_node(init_node)
l_id = Choices.e_id_gen("LIGNES", len(self.graph.tuples["LIGNES"]))
self.create_supports(l_id)
self.graph.tuples["EQUIPEMENTS"].append([l_id])
self.graph.tuples["LIGNES"].append([
l_id,
random.randint(500, 10000),
random.randint(500, 10000),
random.randint(10, 10000), init_node, dest_node,
random.choice(Choices.lignes)
])
def create_ids(self):
c_id = Choices.e_id_gen("CENTRALES",
len(self.graph.tuples["CENTRALES"]))
s_id = Choices.e_id_gen("SOURCES", len(self.graph.tuples["SOURCES"]))
p_id = s_id
return c_id, s_id, p_id
