def tryAddCommande(self, plan, commande):
#Recherche si la station est deja dans la tournee
station = plan.clients[commande.noeud].stationProche
#copie de la tournee pour tester l'ajout
cpCheminReseau = copy.copy(self.cheminReseau)
cpCheminStations = copy.deepcopy(self.cheminStations)
if station in cpCheminReseau :
#Si la station est dans la tournee, ajout de la commande a la
#sous-tournee
distance = tsp.insertNodeTSP(plan.mDistancesVille, commande.noeud, cpCheminStations[station], self.distance)
else:
#Sinon
#ajout de la station a la tournee
distance = tsp.insertNodeTSP(plan.mDistancesReseau, station, cpCheminReseau, self.distance)
#creation de la sous-tournee
(cpCheminStations[station], d) = tsp.greedyTSP(plan.mDistancesVille, [station, commande.noeud])
distance += d
diffDist = distance - self.distance
poids = self.poids + commande.poids
volume = self.volume + commande.vol
"""
print "resultat de l'ajout try"
print cpCheminReseau
print pprint(cpCheminStations)
print pprint(self.cheminStations)
"""
return (distance, diffDist, poids, volume)
def addCommande(self, plan, commande):
#Recherche si la station est deja dans la tournee
station = plan.clients[commande.noeud].stationProche
if station in self.cheminReseau :
#Si la station est dans la tournee, ajout de la commande a la
#sous-tournee
self.distance = tsp.insertNodeTSP(plan.mDistancesVille, commande.noeud, self.cheminStations[station], self.distance)
else:
#Sinon
#ajout de la station a la tournee
self.distance = tsp.insertNodeTSP(plan.mDistancesReseau, station, self.cheminReseau, self.distance)
#creation de la sous-tournee
(self.cheminStations[station], d) = tsp.greedyTSP(plan.mDistancesVille, [station, commande.noeud])
self.distance += d
self.poids += commande.poids
self.volume += commande.vol
stations = (11,41,70,72)
plan.createClients()
(longueur, chemin) = plusCourtChemin(grapheVille, 0, 30)
"""
print "distances"
for ligne in plan.mDistances:
print str(ligne).strip('[]')
"""
print "clients : stations"
for client in plan.clients:
print str(plan.clients[client].idClient) + " : " + str(plan.clients[client].stationProche)
cycle = tsp.greedyTSP(plan.mDistancesVille, [0,2,1,4,5,6,7])
print "cycle tsp : ",
print cycle
max_x = max([n.x for k,n in plan.plan.nodes.iteritems()])
max_y = max([n.y for k,n in plan.plan.nodes.iteritems()])
propor_x = (WIDTH - 3 * decalage_w) / max_x
propor_y = (HEIGHT - 3 * decalage_h) / max_y
effacer(plan)
while 1 :
pygame.display.update()
for event in pygame.event.get():
if event.type == pygame.QUIT:
pygame.quit(); sys.exit();
