class Tower:
__flightClearance = False
flightList = ["0001a", '0001b', '0001c', '0001d', '0001e']
flightNum = ""
__fuelCheck = False
# Testing airplane codes are correct and adding them to a list of correct codes.
# Codes can be added also.
def __init__(self):
self.anAirplane = Aircraft()
def currentFlightList(self):
for plane in self.flightList:
print(plane)
def updateFlightList(self, flightNum):
# testing new flight codes are of correct format
while True:
if len(flightNum) == 5:
if flightNum not in self.flightList:
print("Flight code", flightNum, "does not appear to be on our system.")
self.add_to_system = input("Do you wish to be added to the updated system?")
else:
print("Flight code", flightNum, " is in our system.")
break
if self.add_to_system == "y":
self.flightList.append(flightNum)
self.currentFlightList()
break
else:
print("Flight number not added to system.")
break
# Checks flight codes are correct.
def checkFlightList(self):
print("")
while True:
for plane in self.flightList:
print(plane)
check = input("Flight list check correct?")
if check == "y":
print("Flight list authorization complete.")
break
else:
removeFlight = input("Enter flight number that you wish to remove:")
if removeFlight in self.flightList:
self.flightList.remove(removeFlight)
print("Flight number", removeFlight, "was deleted from flight list system.")
else:
print("Invalid flight number entered.")
print("Please enter a authorized flight code.")
def requestFlightCheck(self):
self.anAirplane.flightNum = input("Enter flight number: ")
if len(self.anAirplane.flightNum) == 5:
if self.anAirplane.flightNum not in self.flightList:
print("Flight code", self.anAirplane.flightNum, "does not appear to be on our system.")
self.add_to_system = input("Do you wish to be added to the updated system?")
if self.add_to_system == "y":
self.flightList.append(self.anAirplane.flightNum)
self.currentFlightList()
else:
print("Flight number not added to system.")
else:
# Create anAirplane object and grant clearance
print("Flight code", self.anAirplane.flightNum, "is in our system.")
#check fuel
self.anAirplane.fuelCheck()
if self.__fuelCheck == False:
print("Refueling in process .. ")
self.anAirplane.addFuel(15000)
self.anAirplane.__flightClearance = self.anAirplane.fuelCheck()
self.anAirplane.preFlightCheck()
else:
self.anAirplane.__flightClearance = self.anAirplane.fuelCheck()
self.anAirplane.preFlightCheck()
from Aircraft import *
from tower import *
myAirplane = Aircraft()
myAirplane.addFuel(500)
myAirplane.printStatus()
myAirplane.takeOff()
print("---")
dublinTower = Tower()
dublinTower.requestFlightCheck()
class Itinerary:
route = []
permutationlist = []
distancesDict = {}
costDict = {}
refuelCostDict = {}
def __init__(self, myAirportList, myAircraft, atlas):
self.route = [
atlas.getAirport(myAirportList[0]),
atlas.getAirport(myAirportList[1]),
atlas.getAirport(myAirportList[2]),
atlas.getAirport(myAirportList[3]),
atlas.getAirport(myAirportList[4])
]
self.aircraft = Aircraft(myAircraft)
def permutateRoute(self):
permutations = list(
itertools.permutations(
[self.route[1], self.route[2], self.route[3], self.route[4]]))
for route in permutations:
self.permutationlist.append(
((self.route[0], ) + route + (self.route[0], )))
return self.permutationlist
def getCosts(self, atlas):
for route in self.permutationlist:
totCost = 0
for i in range(len(route) - 1):
rate = float(route[i + 1].country.rateFrom())
cost = atlas.getDistBetween(route[i].code,
route[i + 1].code) * rate
totCost += cost
self.costDict[route] = round(totCost, 2)
return self.costDict
def getLowestCostRoute(self):
return min(self.costDict, key=self.costDict.get)
def getDistances(self, atlas):
for route in self.permutationlist:
totDistance = 0
for i in range(len(route) - 1):
dist = atlas.getDistBetween(route[i].code, route[i + 1].code)
totDistance += dist
self.distancesDict[route] = round(totDistance, 2)
return self.distancesDict
def getLowestDistRoute(self):
return min(self.distancesDict, key=self.distancesDict.get)
def getRefuelCosts(self, atlas):
for route in self.permutationlist:
self.aircraft.addFuel(self.aircraft.MIN_FUEL)
totCost = self.aircraft.MIN_FUEL
for i in range(len(route) - 1):
if atlas.getDistBetween(
route[i].code,
route[i + 1].code) <= self.aircraft.getRange():
if self.aircraft.fuel < (atlas.getDistBetween(
route[i].code, route[i + 1].code)) * 1.1:
rate = float(route[i].country.rateFrom())
cost = ((atlas.getDistBetween(
route[i].code, route[i + 1].code)) * 1.1 -
self.aircraft.fuel) * rate
totCost += cost
self.aircraft.addFuel(((atlas.getDistBetween(
route[i].code, route[i + 1].code)) * 1.1) -
self.aircraft.fuel)
self.aircraft.fly(
atlas.getDistBetween(route[i].code,
route[i + 1].code))
else:
self.aircraft.fly(
atlas.getDistBetween(route[i].code,
route[i + 1].code))
else:
totCost = 99999999999.99
self.refuelCostDict[route] = round(totCost, 2)
return self.refuelCostDict
def getRefuelCostRoute(self):
if self.refuelCostDict.get(
min(self.refuelCostDict,
key=self.refuelCostDict.get)) > 9999999999.99:
return "ERROR"
else:
return min(self.refuelCostDict, key=self.refuelCostDict.get)
def costMinCalculator(self):
return self.costDict.get(min(self.costDict, key=self.costDict.get))
def distMinCalculator(self):
return self.distancesDict.get(
min(self.distancesDict, key=self.distancesDict.get))
def refuelMinCalculator(self):
if self.refuelCostDict.get(
min(self.refuelCostDict,
key=self.refuelCostDict.get)) > 9999999999.99:
return "Plane range too short for this route"
else:
return self.refuelCostDict.get(
min(self.refuelCostDict, key=self.refuelCostDict.get))
class Itinerary:
route = []
permutationlist = []
distancesDict = {}
costDict = {}
refuelCostDict = {}
def __init__(self, myAirportList, myAircraft, atlas):
self.route = [atlas.getAirport(myAirportList[0]), atlas.getAirport(myAirportList[1]),
atlas.getAirport(myAirportList[2]),atlas.getAirport(myAirportList[3]),
atlas.getAirport(myAirportList[4])]
self.aircraft = Aircraft(myAircraft)
def permutateRoute(self):
permutations = list(itertools.permutations([self.route[1], self.route[2], self.route[3], self.route[4]]))
for route in permutations:
self.permutationlist.append(((self.route[0],) + route + (self.route[0],)))
return self.permutationlist
def getCosts(self, atlas):
for route in self.permutationlist:
totCost = 0
for i in range(len(route)-1):
rate = float(route[i+1].country.rateFrom())
cost = atlas.getDistBetween(route[i].code, route[i+1].code)*rate
totCost += cost
self.costDict[route] = round(totCost,2)
return self.costDict
def getLowestCostRoute(self):
return min(self.costDict, key=self.costDict.get)
def getDistances(self, atlas):
for route in self.permutationlist:
totDistance = 0
for i in range(len(route)-1):
dist = atlas.getDistBetween(route[i].code, route[i+1].code)
totDistance += dist
self.distancesDict[route]=round(totDistance,2)
return self.distancesDict
def getLowestDistRoute(self):
return min(self.distancesDict, key=self.distancesDict.get)
def getRefuelCosts(self, atlas):
for route in self.permutationlist:
self.aircraft.addFuel(self.aircraft.MIN_FUEL)
totCost = self.aircraft.MIN_FUEL
for i in range(len(route)-1):
if atlas.getDistBetween(route[i].code, route[i+1].code) <= self.aircraft.getRange():
if self.aircraft.fuel < (atlas.getDistBetween(route[i].code, route[i+1].code))*1.1:
rate = float(route[i].country.rateFrom())
cost = ((atlas.getDistBetween(route[i].code, route[i+1].code))*1.1-self.aircraft.fuel)*rate
totCost += cost
self.aircraft.addFuel(((atlas.getDistBetween(route[i].code, route[i+1].code))*1.1)-self.aircraft.fuel)
self.aircraft.fly(atlas.getDistBetween(route[i].code, route[i+1].code))
else:
self.aircraft.fly(atlas.getDistBetween(route[i].code, route[i+1].code))
else:
totCost = 99999999999.99
self.refuelCostDict[route] = round(totCost, 2)
return self.refuelCostDict
def getRefuelCostRoute(self):
if self.refuelCostDict.get(min(self.refuelCostDict, key=self.refuelCostDict.get)) > 9999999999.99:
return "ERROR"
else:
return min(self.refuelCostDict, key=self.refuelCostDict.get)
def costMinCalculator(self):
return self.costDict.get(min(self.costDict, key=self.costDict.get))
def distMinCalculator(self):
return self.distancesDict.get(min(self.distancesDict, key=self.distancesDict.get))
def refuelMinCalculator(self):
if self.refuelCostDict.get(min(self.refuelCostDict, key=self.refuelCostDict.get)) > 9999999999.99:
return "Plane range too short for this route"
else:
return self.refuelCostDict.get(min(self.refuelCostDict, key=self.refuelCostDict.get))
