def print_carga_de_datos_info(catalog, elemets):
print("Cargando información de los archivos ....")
print_separador_gigante()
print("Se ha cargado un total de " +
str(gr.numEdges(catalog["connections"])) +
" de conexiones entre arcos")
print("Se ha cargado un total de " +
str(gr.numVertices(catalog["connections"])) +
" landing points conectados")
print("Se ha cargado un total de " +
str(controller.mpsize(catalog["info_countries"])) + " paises")
print_separador_sensillo()
print(("primer landing point cargado").upper())
print_separador_sensillo()
primer_elemeto = elemets[1][1]
print("-identificador: " + str(primer_elemeto["landing_point_id"]))
print("-nombre: " + str(primer_elemeto["name"]))
print("-latitud: " + str(primer_elemeto["latitude"]))
print("-longitud: " + str(primer_elemeto["longitude"]))
print_separador_sensillo()
elemento_final = elemets[1][2]
print(("La ultimo landing point cargado:").upper())
print_separador_sensillo()
print("-identificador: " + str(elemento_final["landing_point_id"]))
print("-nombre: " + str(elemento_final["name"]))
print("-latitud: " + str(elemento_final["latitude"]))
print("-longitud: " + str(elemento_final["longitude"]))
print_separador_gigante()
def totalConnections(analyzer):
"""
Retorna el total arcos del grafo
"""
return gr.numEdges(analyzer['connections'])
return analyzer
def req1(datos, a, b):
clusteres = gr.numEdges(datos['cables'])
try:
p = gr.getEdge(datos['cables'], a, b)
except:
p = "los landing point no se encuentran en el mismo clúster"
return (clusteres, p)
def req4(catalog):
grafo = catalog["connections"]
initSearch = prim.initSearch(grafo)
search = prim.prim(grafo, initSearch, "Washington, D.C.")
mst = gr.newGraph(datastructure="ADJ_LIST",
size=3000,
directed=False,
comparefunction=compareIds)
landing_points = mp.newMap(numelements=1249,
maptype="PROBING",
loadfactor=0.3)
vertices = mp.keySet(search["marked"])
for vertice in lt.iterator(vertices):
lp = vertice.split("|")[0]
mp.put(landing_points, lp, None)
gr.insertVertex(mst, vertice)
listaArcos = mp.keySet(search["edgeTo"])
pesoTotal = 0
for verticeB in lt.iterator(listaArcos):
verticeA = mp.get(search["edgeTo"], verticeB)["value"]["vertexA"]
peso = mp.get(search["edgeTo"], verticeB)["value"]["weight"]
gr.addEdge(mst, verticeA, verticeB, peso)
pesoTotal += peso
dfsSearch = dfs.DepthFirstSearch(mst, "Washington, D.C.")
maxArcos = 0
arcos = None
for vertice in lt.iterator(vertices):
pathTo = dfs.pathTo(dfsSearch, vertice)
if pathTo:
numArcos = lt.size(pathTo)
if numArcos > maxArcos:
maxArcos = numArcos
arcos = pathTo
numLanding_points = gr.numEdges(mst) + 1
return numLanding_points, pesoTotal, arcos
def crearsecuencia(strupa,LI,LF):
i=LI
lista=[]
while i <= gr.numEdges(strupa["uniones"]) and i<LF:
lista.append(str(i))
if 45 not in i:
i=i+15
elif 24 not in i and 45 in i:
i=i+100
i=i-45
elif 24 in i and 45 in i:
i=0
return lista
def sacar_info(analyzer):
vertices = gr.numVertices(analyzer['Arcos'])
arcos = gr.numEdges(analyzer['Arcos'])
paises = mp.keySet(analyzer["paises_nombre"])
Num_paises = lt.size(paises)
landings = mp.valueSet(analyzer['landing_points'])
landing = lt.firstElement(landings)
ciudades = mp.valueSet(analyzer['countries'])
ciudad = lt.lastElement(ciudades)
poblacion = ciudad["Population"]
usuarios = ciudad["Internet users"]
return vertices, arcos, Num_paises, landing, poblacion, usuarios
def cargar(analyzer):
landingpointsfile = cf.data_dir + "landing_points.csv"
input_file = csv.DictReader(open(landingpointsfile, encoding="utf-8"),
delimiter=",")
for point in input_file:
model.addLandingPoint(analyzer,point)
connectionsfile = cf.data_dir + "connections.csv"
input_file = csv.DictReader(open(connectionsfile, encoding="utf-8"),delimiter=",")
for connection in input_file:
model.addLP_cable(analyzer, connection)
countriesfile = cf.data_dir + "countries.csv"
input_file = csv.DictReader(open(countriesfile, encoding="utf-8"),
delimiter=",")
for country in input_file:
model.addCountry(analyzer,country)
countriesfile2 = cf.data_dir + "countries.csv"
input_file = csv.DictReader(open(countriesfile2, encoding="utf-8"),
delimiter=",")
for country2 in input_file:
model.addCapital_V_E(analyzer,country2)
model.edges_same_lp(analyzer)
num_lps = mp.size(analyzer["landing_points"])
num_conexiones = gr.numEdges(analyzer["connections_distance"])
num_paises = mp.size(analyzer["countries"])
return num_lps,num_conexiones,num_paises
def InfoCatalog(analyzer):
sizeCountries = lt.size(mp.keySet(analyzer['countriesInfo']))
totLandingPoints = lt.size(mp.keySet(analyzer['LandingPointI']))
totConections = gr.numEdges(analyzer['connectionsDistance'])
return sizeCountries, totLandingPoints, totConections
def totalConexiones(analyzer):
"""
Retorna el numero de arcos entre landing points
"""
cont = gr.numEdges(analyzer['connections'])
return cont
def totalConnections(citibike):
graph = citibike["graph"]
return gr.numEdges(graph)
def thread_cycle():
while True:
printMenu()
inputs = input('Seleccione una opción para continuar\n>')
if int(inputs[0]) == 1:
print("Cargando información de los archivos ....")
catalog = controller.loadData(connectionsfile, landingpointsfile,
countriesfile)
lps = lt.firstElement(mp.keySet(catalog["landingpoints"]))
lp_info = mp.get(catalog["landingpoints"], lps)['value']['info']
lp_infos = mp.get(catalog["landingpoints"],
lps)['value']['lstcables']
print("Cantidad de Landing Points: ",
mp.size(catalog["landingpoints"]))
print("Cantidad de conexiones entre Landing Points: ",
gr.numEdges(catalog["internet_graph"]))
print("Cantidad de paises: ", mp.size(catalog["countries"]))
lps = lt.firstElement(mp.keySet(catalog["landingpoints"]))
lp_info = mp.get(catalog["landingpoints"], lps)['value']['info']
print('Primer landingpoint')
print("Landing point id: ", lp_info['landing_point_id'], "id: ",
lp_info['id'], "name: ", lp_info['name'], "latitude: ",
lp_info['latitude'], "Longitude: ", lp_info["longitude"])
countries = lt.firstElement(mp.keySet(catalog["countries"]))
country_info = mp.get(catalog["countries"], countries)['value']
print('Primer pais')
print('CountryName: ', country_info['CountryName'], "Population: ",
country_info['Population'], "Internet users: ",
country_info['Internet users'])
elif int(inputs[0]) == 2:
lp1 = input('Ingrese el nombre del primer landing point: ')
lp2 = input('Ingrese el nombre del segundo landing point: ')
optionTwo(catalog, lp1, lp2)
elif int(inputs[0]) == 3:
optionThree(catalog)
elif int(inputs[0]) == 4:
country_1 = input('Ingrese el primer país: ')
country_2 = input('Ingrese el segundo país: ')
optionFour(catalog, country_1, country_2)
elif int(inputs[0]) == 5:
optionFive(catalog)
elif int(inputs[0]) == 6:
landingpoint = input('Ingrese el landinpoint: ')
optionSix(catalog, landingpoint)
elif int(inputs[0]) == 7:
optionSeven(catalog)
elif int(inputs[0]) == 8:
optionEight(catalog)
else:
sys.exit(0)
sys.exit(0)
def totalConnections(analyzer):
return gr.numEdges(analyzer['graph'])
def numEdges(graph):
return gr.numEdges(graph)
tracemalloc.start()
start_time = getTime()
start_memory = getMemory()
#***************************************
analyzer = controller.loadData(cont, filename, filename2, filename3)
#**************************************
stop_memory = getMemory()
stop_time = getTime()
tracemalloc.stop()
delta_time = round(stop_time - start_time, 2)
delta_memory = round(deltaMemory(start_memory, stop_memory), 2)
#-------------------------------------------------
print("El numero de landing points es de: " +
str(gr.numVertices(analyzer['connections'])))
print("El total de conexiones entre landing points es de: " +
str((gr.numEdges(analyzer['connections']))))
print("El total de paises es de: " +
str(mp.size(analyzer['countries'])))
interno = me.getValue(mp.get(analyzer['landing'], '3316'))
nombre = me.getValue(mp.get(interno, 'name'))
longitud = me.getValue(mp.get(interno, 'longitude'))
latitud = me.getValue(mp.get(interno, 'latitude'))
print('El primer landing point cargado es: codigo: 3316 nombre: ' +
nombre + ' longitud: ' + longitud + ' latitud: ' + latitud)
pais = lt.getElement(mp.keySet(analyzer['countries']), -1)
interno2 = me.getValue(mp.get(analyzer['countries'], pais))
poblacion = me.getValue(mp.get(interno2, 'Population'))
usuarios = me.getValue(mp.get(interno2, 'Internet users'))
print('El último país cargado es ' + pais + ' con una población de ' +
poblacion + ' y ' + usuarios + ' usuarios de internet.')
print("Tiempo [ms]:", delta_time)
pointFile = 'landing_points.csv'
connectFile = 'connections.csv'
countryFile = 'countries.csv'
"""
Menu principal
"""
while True:
printMenu()
inputs = input('Seleccione una opción para continuar\n')
if int(inputs[0]) == 1:
analyzer = controller.init()
print("\nCargando información de los archivos...")
analyzer = controller.loadData(analyzer, pointFile, connectFile,
countryFile)
LPs = gr.numVertices(analyzer['cables'])
ARCs = gr.numEdges(analyzer['cables'])
vertex = lt.firstElement(gr.vertices(analyzer['cables']))
infoV = me.getValue(mp.get(analyzer['landingPoints'], vertex))
last = lt.lastElement(mp.keySet(analyzer['paises']))
infoL = mp.get(analyzer['paises'], last)
infoL = infoL['value']
print(infoL)
print(f'El número total de Landing Points es {YELLOW}{LPs}{END}.')
print(f'El número total de conexiones es {YELLOW}{ARCs}{END}.')
print(
f'En primer Landing Point tiene el identificador {YELLOW}{vertex}{END}.\nNombre: {YELLOW}{infoV[2]}{END}.\nID: {YELLOW}{infoV[1]}{END}.\
\nLatitud: {YELLOW}{infoV[0][1]}{END}.\nLongitud: {YELLOW}{infoV[0][0]}{END}.'
)
print(
f'El último país cargado es: {YELLOW}{last}{END}. \nPoblación: {YELLOW}{infoL[2]}{END}. \nUsuarios de internet: {YELLOW}{infoL[1]}{END}.'
)
def totalConnections(Inite):
return gr.numEdges(Inite["Graph"])
def totalEdges(analyzer):
return gr.numEdges(analyzer['communityAreas'])
def totalcables(datos):
return gr.numEdges(datos['cables'])
def totalRoutes(analyzer):
"""
Retorna el total arcos del grafo
"""
return gr.numEdges(analyzer['graph'])
def num_edges(graph):
return gr.numEdges(graph["graph"])
def totalConnections(bikes):
"""
Retorna el total arcos del grafo
"""
return gr.numEdges(bikes["grafo"])
def totalConnections(taxis):
"""
Retorna el total arcos del grafo
"""
return gr.numEdges(taxis['graph'])
def totalConnections(analyzer):
return gr.numEdges(analyzer['cables'])
def TotalDeArcos(analyzer):
return gr.numEdges(analyzer["graph"])
def numConnections(citibike):
"""
Retorna el número de conexiones (arcos)
entre estaciones.
"""
return gr.numEdges(citibike['graph'])
def totalConnectionsLP(analyzer):
return gr.numEdges(analyzer['connections'])
def totalArcs(analyzer):
"Retorna elnúmero de Arcos"
return gr.numEdges(analyzer["connections"])
def totalConnections(catalog):
return gr.numEdges(catalog['connections'])
def totalConnections(citibike):
"""
Retorna el total arcos del grafo
"""
return gr.numEdges(citibike['graph'])
def buscar_arcos(graph):
return gr.numEdges(graph['grafo'])