I NEED HELP WITH THIS CODE, I NEED TO BE ABLE TO STORE THE DATA ...

AND PRINT IT OUT THE STORE DATA . I BELIEVE I WAS ABLE TO DO PART 1 BUT I NEED HELP IN....

PAR 2 OF THE PROGRAM.

PLEASE HELP.

THE PROGRAM DESCRIPTION:

You are writing a simple application to help Ernies Car Consignment, to keep track of his inventory. Ernie sells cars and truck for their owner

Part I (20 points)

You will first need to code Person, Vehicle, Car and Truck class. As you can see, Vehicle is the base class from which the Truck and Auto classes inherit. The two derived classes describe two types of Vehicle. Note that the owner field is of class Person described by the diagram:

The Vehicle class provides a constructor which initializes its instance data variables, in addition to accessor methods for each instance variable. Each of the subclasses provide additional data members specific to the type of Vehicle, plus additional methods needed to maintain the object. The desiredPrice is the price that the owner wants for the Vehicle.

Each of these classes provides a specific regCost method to compute the price the vehicle. Ernies pricing works as follows: each vehicle cost computation begins with the amount the owner wants for the vehicle. Ernie then adds 33% if it is a Car and 25% if it is a Truck. The totalCost for any vehicle is its regCost plus tax, which is 8.25%.

PART 2:

You are to write an application that will allow the user to store vehicle information. Your program should allow the user to do any of the following, until the user decides to exit.

enter a new Car

enter a new Truck

print out all Cars currently stored

print out all Trucks currently stored

accept a price as input, and output all Cars which are available under that price (before tax)

accept a price as input, and output all Trucks which are available under that price (before tax)

accept a price as input, and output all vehicles which are available for that price (before tax)

accept a car manufacturer, and output all Vehicles which are made by that manufacturer

Each object created must be stored for the remainder of the program, so you must have ONE list to store all vehicles.

CODE:

class Person: def __init__(self, name = "No Name"): self.name = name def __str__(self): return self.name

def setName(self, name): self.name = name

def getName(self): return self.name

# add the Vehicle class definition here class Vehicle: def __init__(self,manu,esize,name,price): self.manufacturer = manu self.engineSize = esize self.owner = name self.desiredPrice = price

def __str__(self): return self.name

def setManu(self, manu): self.manufacturer = manu

def setEng(self,esize): self.engineSize = esize

def setOwner(self,name): self.owner = name

def setPrice(self,price): self.price = price

def getManu(self): return self.manufacturer

def getSize(self): return self.engineSize

def getOwner(self): return self.owner

def regCost(self): return self.desiredPrice

def totalCost(self): return self.regCost() * 1.0825

# add the Truck class definition here.

class Truck(Vehicle): def __init__(self,manu,esize,name,load,tow,price): self.LoadCapacity = load self.TowCapacity = tow super().__init__(manu,esize,name,price)

def __str__(self): return self.owner

def setLoad(self,Load): self.LoadCapacity = Load

def setTow(self,tow): self.TowCapacity = tow

def getLoad(self): return self.LoadCapacity

def getTow(self): return self.TowCapacity

def regCost(self): return self.desiredPrice*(1.33)

# add the Car class definition here. class Car(Vehicle): def __init__(self,manu,esize,name,doors,price): self.Door = doors super().__init__(manu,esize,name,price)

def setDoor(self,door): self.Door = door

def getDoor(self): return self.Door

def regCost(self): return self.desiredPrice*(1.25)

def __str__(self): return self.owner def addCar(): print("Please enter car info:") owner = input("Owner: ") manu = input("Manufacturer: ") doors = input("Number of Doors: ") engineSize = input("Engine Size: ") desiredPrice = input("Price: ") human = Person(owner) newCar = Car(manu,int(engineSize),human,int(doors),float(desiredPrice)) return newCar def addTruck(): print("Please enter truck info:") owner = input("Owner: ") manu = input("Manufacturer: ") Load = input("Load Capacity: ") Tow = input("Tow Capacity: ") engineSize = input("Engine Size: ") desiredPrice = input("Price: ") human = Person(owner) newTruck = Truck(manu,int(engineSize),human,float(Load),float(Tow),float(desiredPrice)) return newTruck

def printCars(carList): # remove pass statement and add code here for car in carList: print ("owner: ",car.getOwner().getName()) print ("Manufacturer: ",car.getManu()) print ("Price: ",car.regCost()) print ("Engine Size: ",car.getSize()) print ("Doors: ",car.getDoor())

def printTrucks(TruckList): # remove pass statement and add code here for truck in TruckList: print ("owner: ",truck.getOwner().getName()) print ("Manufacturer: ",truck.getManu()) print ("Price: ",truck.regCost()) print ("Engine Size: ",truck.getSize()) print ("Load Capacity: ",truck.getLoad()) print ("Tow Capacity: ",truck.getTow())

def printCarPrice(CarList,price): # remove pass statement and add code here for car in CarList: if car.regCost() <= price: print ("owner: ",car.getOwner().getName()) print ("Manufacturer: ",car.getManu()) print ("Price: ",car.regCost()) print ("Engine Size: ",car.getSize()) print ("Doors: ",car.getDoor()) print ("") print ("******************************************************")

def printTruckPrice(TruckList,price): # remove pass statement and add code here for truck in TruckList: if truck.regCost() <= price: print ("owner: ",truck.getOwner().getName()) print ("Manufacturer: ",truck.getManu()) print ("Price: ",truck.regCost()) print ("Engine Size: ",truck.getSize()) print ("Load Capacity: ",truck.getLoad()) print ("Tow Capacity: ",truck.getTow()) print ("") print ("******************************************************") def printAllPrice(VehicleList,price): # remove pass statement and add code here for Vehicle in VehicleList: if Vehicle.regCost() <= price: print ("owner: ",Vehicle.getOwner().getName()) print ("Manufacturer: ",Vehicle.getManu()) print ("Price: ",Vehicle.regCost()) print ("Engine Size: ",Vehicle.getSize()) print ("") print ("******************************************************") def printVehicleManu(VehicleList,manufacturer): # remove pass statement and add code here for Vehicle in VehicleList: if Vehicle.getManu() == manufacturer: print ("owner: ",Vehicle.getOwner().getName()) print ("Manufacturer: ",Vehicle.getManu()) print ("Price: ",Vehicle.regCost()) print ("Engine Size: ",Vehicle.getSize()) print ("") print ("******************************************************") def main(): CarList = [] TruckList = [] VehicleList= [] more = True

while more: print("Welcome to Ernie's Car Consignment Program.") print("(1) Enter a new car") print("(2) Enter a new truck") print("(3) Print out all cars currently stored") print("(4) Print out all trucks currently stored") print("(5) Print out all cars avalaible under the entered price") print("(6) Print out all trucks avalaible under the entered price") print("(7) Print out all vehicles avalaible under the entered price") print("(8) Print out all vehicles made by the entered manufacturer") print("") choice = input("Please enter your choice (1-8): ") if choice == "1": newCar = addCar() CarList.append(newCar) VehicleList.append(newCar) elif choice == "2": newTruck = addTruck() TruckList.append(newTruck) VehicleList.append(newTruck) elif choice == "3": printCars(CarList) elif choice == "4": printTrucks(TruckList) elif choice == "5": price = input("Enter the desired price: ") printCarPrice(CarList,float(price)) elif choice == "6": price = input("Enter the desired price: ") printTruckPrice(TruckList,float(price)) elif choice == "7": price = input("Enter the desired price: ") printAllPrice(VehicleList,float(price)) elif choice == "8": Manufacturer = input("Enter the Manufacturer Name: ") printVehicleManu(VehicleList,Manufacturer) else: more = False

main()