elif i in self.stations and j in self.clients.keys():
if self.clients[j].distStation > l:
self.clients[j].stationProche = i
self.clients[j].distStation = l
def addReseauUrbain(self, reseau):
#Graphe du reseau urbain
self.reseau = graph.Graph()
for idReseau in reseau:
self.reseau.addNodeObject(self.plan.nodes[idReseau])
if __name__ == '__main__':
#recuperation du plan et des commandes des fichiers XML
(grapheVille, grapheReseau) = readXML.lecturePlanXML(XML_PLAN)
"""
for n1 in grapheVille.nodes.values():
for n2 in grapheVille.nodes.values():
print("%s - %s : %s" % (n1.idNode, n2.idNode, distance(n1,n2)))
"""
plan = Plan()
#reseau = list(set(range(100))-set(plan.clients))
#plan.addReseauUrbain(reseau)
drones = [Drone(plan) for x in range(0,CLUSTERS)]
stations = (11,41,70,72)
plan.createClients()
elif i in self.stations and j in self.clients.keys():
if self.clients[j].distStation > l:
self.clients[j].stationProche = i
self.clients[j].distStation = l
def addReseauUrbain(self, reseau):
#Graphe du reseau urbain
self.reseau = graph.Graph()
for idReseau in reseau:
self.reseau.addNodeObject(self.plan.nodes[idReseau])
if __name__ == '__main__':
#recuperation du plan et des commandes des fichiers XML
grapheVille = readXML.lecturePlanXML(XML_PLAN)
"""
for n1 in grapheVille.nodes.values():
for n2 in grapheVille.nodes.values():
print("%s - %s : %s" % (n1.idNode, n2.idNode, distance(n1,n2)))
"""
plan = Plan()
reseau = list(set(range(100))-set(plan.clients))
plan.addReseauUrbain(reseau)
drones = [Drone(plan)]
stations = list(set(reseau) - set([plan.idEntrepot]) - set((range(10,30))))
plan.createClients()
(longueur, chemin) = plusCourtChemin(grapheVille, 0, 30)
