def total_journey_time():
t = Train("Express One", 50, 100)
c1 = City("City 1", 0, 3, 300)
j = Journey(t, [c1], 200)
print(j.total_journey_time()) #,300)
t = Train("Express One", 50, 10)
c1 = City("City 1", 0, 3, 300)
c2 = City("City 2", 0, 3003, 300)
j = Journey(t, [c1, c2], 200)
print(j.total_journey_time()) #,900)
def check_timetable(timetables: dict, last_check: int) -> int:
file_name = f"tt-{NAME}"
try:
stat_info = os.stat(file_name)
if stat_info.st_mtime > last_check:
last_check = int(time.time())
# Clear all the old entries
timetables.clear()
with open(file_name, "r") as in_file:
# We are not interested in the header info
lines = in_file.readlines()[1:]
for line in lines:
line = line.strip("\n")
info = line.split(",")
journey = Journey(line, info[-1], info[0], info[-2])
if journey.destination not in timetables.keys():
timetables[journey.destination] = []
timetables[journey.destination].append(journey)
except FileNotFoundError:
print(f"{file_name} for node {NAME} not found, exiting")
sys.exit(0)
return last_check
def city_arrival_time():
#t = Train("Express One", 50, 100)
#c1 = City("City 1",0,3,300)
#j = Journey(t,[c1],200)
#print(j.city_arrival_time(c1)) # 200
#t = Train("Express One", 50, 10)
#c1 = City("City 1",0,3,300)
#c2 = City("City 2",0,3003,300)
#j = Journey(t,[c1,c2],200)
#print(j.city_arrival_time(c2)) # 800
#t = Train("Express One", 50, 10)
#c1 = City("City 1",100,3,120)
#c2 = City("City 2",78,300,300)
#j = Journey(t,[c1,c2],1000)
#print(j.city_arrival_time(c1)) #,1000
##print(j.city_arrival_time(c2)) # 1149
t = Train("Express One", 50, 10)
c1 = City("City 1", 100, 3, 120)
c2 = City("City 2", 78, 300, 300)
c3 = City("City 3", 50, 100, 240)
j = Journey(t, [c1, c2, c3], 1000)
print(j.city_arrival_time(c3)) # 1469
def CityInJourney():
t = Train("Express One", 50, 100)
c1 = City("City 1", 5, 10, 600)
cities = [c1, City("City 2", 2, 3, 900), City("City 3", 0, 0, 300)]
j = Journey(t, cities, 200)
r = j.city_in_journey(c1)
print(r)
print(j.city_in_journey("City 1"))
def AddDest():
t = Train("Express One", 50, 100)
c1 = City("City 1", 5, 10, 600)
c2 = City("City 2", 2, 3, 900)
j = Journey(t, [c1, c2], 200)
print(j)
ct = City("City 3", 8, 4, 440)
j.add_destination(ct)
print(j)
def TotalJourneyDistance():
#t = Train("Express One", 50, 100)
#c1 = City("City 1",0,3,300)
#j = Journey(t,[c1],200)
#print(j.total_journey_distance()) # 0
t = Train("Express One", 50, 100)
c1 = City("City 1", 0, 3, 300)
c2 = City("City 2", 0, 8, 300)
j = Journey(t, [c1, c2], 200)
print(j.total_journey_distance()) # 5
def JourneyTestSTR():
t = Train("Express One", 50, 100)
c1 = City("City 1", 5, 10, 600)
c2 = City("City 2", 2, 3, 900)
c3 = City("City 3", 0, 0, 300)
c4 = City("City 4", 12, 4, 1000)
j = Journey(t, [c1, c2, c3, c4], 200)
#MyTrain = Train("Norman", 324, 65) #(name, max passengers, fps)
#Journey1 = Journey(MyTrain, ["aaa", "bbb", "ccc", "ddd", "eee", "fff"], 4060)
print(j)
def NewJourney():
#MyTrain = Train("Norman", 100, 22) #(name, max passengers, fps)
#Journey1 = Journey(MyTrain, ["xxx", "yyy"], 4000)
#print(Journey1)
#MyTrain1 = ""
#Journey2 = Journey(MyTrain1, ["aaa", "bbb"], 4000)
#print(Journey2)
t = Train("Express One", 50, 100)
j = Journey(t, [], 0)
print(j.__str__())
def CheckJourney():
#t = Train("Express One", 50, 100)
#c1 = City("City 1",5,10,600)
#c2 = City("City 2",2,3,900)
#c3 = City("City 3", 0,0,300)
#c4 = City("City 4", 12,4,1000)
#c5 = City("City 5", 12,4,1000)
#j = Journey(t,[c1,c2,c3,c4],200)
#print(j.check_journey_includes(c5,c2))
t = Train("Express One", 50, 100)
c1 = City("City 1", 5, 10, 600)
c2 = City("City 2", 2, 3, 900)
c3 = City("City 3", 0, 0, 300)
c4 = City("City 4", 12, 4, 1000)
j = Journey(t, [c1, c2, c3, c4], 200)
print(j.check_journey_includes(c3, c2))
def get_journeys(departure_point, arrival_point, departure_date, region):
mode = 'journeys?'
starting_from = 'from=' + departure_point
going_to = 'to=' + arrival_point
at_time = 'datetime=' + departure_date
url_final = ROOT_URL + region + mode + starting_from + '&' + going_to + '&' + at_time
data = requests.get(
url=url_final,
auth=(get_tokens('navitia'),
'')) #url = recherche vers navitia et auth = notre username/pwd
print(url_final)
data = data.json()["journeys"][
0] #on stock dans la variable data la partie du json intéréssante pour la suite du processus
#je crée un objet journey et je lui donne les données json
journey = Journey(
data["sections"][1]["from"]
["name"], #je récupère le nom du point de départ
data["sections"][1]["to"]
["name"], #je récupère le nom du point d'arrivée
data[
"requested_date_time"], #je récupère la date demandé par l'utilisateur
data["departure_date_time"], #je récupère la date de départ du trajet
data["arrival_date_time"], #je récupère la date d arrivée du trajet
data["duration"], #je récupère le temps du trajet
data["sections"][1]["display_informations"]
["physical_mode"], #je récupère le type de transport en commun
data["sections"][1]["display_informations"]
["name"], #je récupère le nom du trajet
data["sections"][1]["display_informations"]
["network"], #je récupère le nom du réseau de transport
data["sections"][1]["display_informations"]
["trip_short_name"], #je récupère l'ID du trajet
data["sections"][1]["stop_date_times"]
) #je récupère le tableau de tout les arrets du trajet
return journey
def AllPassengersAccommodated():
#t = Train("Express One", 50, 100)
#c1 = City("City 1",0,3,300)
#j = Journey(t,[c1],200)
#print(j.all_passengers_accommodated([5],[5])) # False #no passenger to be unloaded
#t = Train("Express One", 50, 100)
#c1 = City("City 1",0,3,300)
#j = Journey(t,[c1],200)
#print(j.all_passengers_accommodated([0],[100])) # False) #too many to load
#t = Train("Express One", 50, 10)
#c1 = City("City 1",0,3,300)
#j = Journey(t,[c1],200)
#print(j.all_passengers_accommodated([0],[30])) # ,True)
t = Train("Express One", 50, 10)
c1 = City("City 1", 0, 3, 300)
c2 = City("City 2", 78, 300, 300)
j = Journey(t, [c1, c2], 200)
print(j.all_passengers_accommodated([0, 40], [30, 10])) #,False)
def aa_test():
MyTrain = Train("Chuggington", 100, 22) #(name, max passengers, fps)
MyCity1 = City("Philly", 9, 20, 50)
name = MyTrain.name
MyTrain.num_passengers = 60
#LoadPassengers = MyTrain.load_passengers(5)
#TimeTravel = MyTrain.time_to_travel(2200)
UnloadPassengers = MyTrain.unload_passengers(50)
#print(name)
#print(MyTrain)
# print(LoadPassengers)
#print(TimeTravel)
#print(TrainCapacityException(5,"full"))
#print(TrainCapacityException(15,"empty"))
#print(UnloadPassengers)
#print(MyCity.distance_to_city("fairfax"))
#MyCity2 = City("Vegas", 9, 22, 100)
#print(MyCity1.__eq__(MyCity2))
#MyTrain1 = ""
Journey1 = Journey(MyTrain1, "gfagfgagf", 4000)
def __init__(self, builder):
self.builder = builder
Journey(builder.startCharacterJourney())
