class Vehicle:

def init(self, name):
self.__name = name
self.speed = 1.0


@property
def name(self):
return self.__name


def move(self, distance):
print(“Moving”)
return distance / self.speed


def describe(self):
return ""


class Vehicle:

def init(self, name):
self.__name = name
self.speed = 1.0


@property
def name(self):
return self.__name


def move(self, distance):
print(“Moving”)
return distance / self.speed


def describe(self):
return “"

class Vehicle:

def init(self, name):
self.__name = name
self.speed = 1.0


@property
def name(self):
return self.__name


def move(self, distance):
print(“Moving”)
return distance / self.speed


def describe(self):
return “"


from Vehicle import *

class Airplane(Vehicle):


def init(self, name, wingspan, capacity):
self.__name = name
self.__wingspan = wingspan
self.__capacity = capacity

from Vehicle import *

class Airplane(Vehicle):


def init(self, name, wingspan, capacity):
self.__name = name
self.__wingspan = wingspan
self.__capacity = capacity
from Airplane import *


class Main:


@staticmethod
def main():
a = Airplane(“Test”, 123, 45)
print(a.name)


main guard


if name == “main":
Main.main()

from Vehicle import *

class Airplane(Vehicle):


def init(self, name, wingspan, capacity):
self.__name = name
self.__wingspan = wingspan
self.__capacity = capacity
from Airplane import *


class Main:


@staticmethod
def main():
a = Airplane(“Test”, 123, 45)
print(a.name)


main guard


if name == “main":
Main.main()

class Vehicle:

def init(self, name):
self.__name = name
self.speed = 1.0


@property
def name(self):
return self.__name


def move(self, distance):
print(“Moving”)
return distance / self.speed


def describe(self):
return "”


class Vehicle:

def init(self, name):
self.__name = name
self.speed = 1.0


@property
def name(self):
return self.__name


def move(self, distance):
print(“Moving”)
return distance / self.speed


def describe(self):
return "”


from Vehicle import *

class Airplane(Vehicle):


def init(self, name, wingspan, capacity):
self.__name = name
self.__wingspan = wingspan
self.__capacity = capacity

from Vehicle import *

class Airplane(Vehicle):


def init(self, name, wingspan, capacity):
super().init(name)
self.__wingspan = wingspan
self.__capacity = capacity

from Vehicle import *

class Airplane(Vehicle):


def init(self, name, wingspan, capacity):
super().init(name)
self.__wingspan = wingspan
self.__capacity = capacity

from Vehicle import *

class Airplane(Vehicle):


def init(self, name, wingspan, capacity):
super().init(name)
self.__wingspan = wingspan
self.__capacity = capacity


def __landing_gear(self, set):
if set:
print(“Landing gear down”)
else:
print(“Landing gear up”)


from Vehicle import *

class Airplane(Vehicle):


def init(self, name, wingspan, capacity):
super().init(name)
self.__wingspan = wingspan
self.__capacity = capacity


def __landing_gear(self, set):
if set:
print(“Landing gear down”)
else:
print(“Landing gear up”)


def move(self, distance):
self.__landing_gear(False)
print(“Moving”)
self.__landing_gear(True)
return distance / self.speed


from Vehicle import *

class Airplane(Vehicle):


def init(self, name, wingspan, capacity):
super().init(name)
self.__wingspan = wingspan
self.__capacity = capacity


def __landing_gear(self, set):
if set:
print(“Landing gear down”)
else:
print(“Landing gear up”)


def move(self, distance):
self.__landing_gear(False)
print(“Moving”)
self.__landing_gear(True)
return distance / self.speed


from Vehicle import *

class Airplane(Vehicle):


def init(self, name, wingspan, capacity):
super().init(name)
self.__wingspan = wingspan
self.__capacity = capacity


def __landing_gear(self, set):
if set:
print(“Landing gear down”)
else:
print(“Landing gear up”)


def move(self, distance):
self.__landing_gear(False)
print(“Moving”)
self.__landing_gear(True)
return distance / self.speed


def describe(self):
return “I am an airplane with a wingspan of {}
and capacity {}".format(self.__wingspan,
self.__capacity)


from Vehicle import *

class Airplane(Vehicle):


def init(self, name, wingspan, capacity):
super().init(name)
self.__wingspan = wingspan
self.__capacity = capacity


def __landing_gear(self, set):
if set:
print(“Landing gear down”)
else:
print(“Landing gear up”)


def move(self, distance):
self.__landing_gear(False)
print(“Moving”)
self.__landing_gear(True)
return distance / self.speed


def describe(self):
return “I am an airplane with a wingspan of {}
and capacity {}".format(self.__wingspan,
self.__capacity)


from Vehicle import *
from Airplane import *

class Main:


@staticmethod
def main():
vehicle = Vehicle(“Boat”)
airplane = Airplane(“Plane”, 175, 53)
print(vehicle.move(10))
print(airplane.move(10))
print(vehicle.describe())
print(airplane.describe())


main guard


if name == “main":
Main.main()


from Vehicle import *
from Airplane import *

class Main:


@staticmethod
def main():
vehicle = Vehicle(“Boat”)
airplane = Airplane(“Plane”, 175, 53)
print(vehicle.move(10))
print(airplane.move(10))
print(vehicle.describe())
print(airplane.describe())


main guard


if name == “main":
Main.main()

Moving
10.0
Landing gear up
Moving
Landing gear down
10.0


I am an airplane with a wingspan of 175 and capacity 53

from Vehicle import *
from Airplane import *

class Main:


@staticmethod
def main():
vehicle = Vehicle(“Boat”)
airplane = Airplane(“Plane”, 175, 53)
print(vehicle.move(10))
print(airplane.move(10))
print(vehicle.describe())
print(airplane.describe())


main guard


if name == “main":
Main.main()

Moving
10.0
Landing gear up
Moving
Landing gear down
10.0


I am an airplane with a wingspan of 175 and capacity 53

from Vehicle import *
from Airplane import *

class Main:


@staticmethod
def main():
vehicle = Vehicle(“Boat”)
airplane = Airplane(“Plane”, 175, 53)
print(vehicle.move(10))
print(airplane.move(10))
print(vehicle.describe())
print(airplane.describe())


main guard


if name == “main":
Main.main()

Moving
10.0
Landing gear up
Moving
Landing gear down
10.0


I am an airplane with a wingspan of 175 and capacity 53

from Vehicle import *
from Airplane import *

class Main:


@staticmethod
def main():
vehicle = Vehicle(“Boat”)
airplane = Airplane(“Plane”, 175, 53)
print(vehicle.move(10))
print(airplane.move(10))
print(vehicle.describe())
print(airplane.describe())


main guard


if name == “main":
Main.main()

Moving
10.0
Landing gear up
Moving
Landing gear down
10.0


I am an airplane with a wingspan of 175 and capacity 53

from Vehicle import *
from Airplane import *

class Main:


@staticmethod
def main():
vehicle = Vehicle(“Boat”)
airplane = Airplane(“Plane”, 175, 53)
print(vehicle.move(10))
print(airplane.move(10))
print(vehicle.describe())
print(airplane.describe())


main guard


if name == “main":
Main.main()

Moving
10.0
Landing gear up
Moving
Landing gear down
10.0


I am an airplane with a wingspan of 175 and capacity 53

from Vehicle import *
from Airplane import *

class Main:


@staticmethod
def main():
vehicle = Vehicle(“Boat”)
airplane = Airplane(“Plane”, 175, 53)
print(vehicle.move(10))
print(airplane.move(10))
print(vehicle.describe())
print(airplane.describe())


main guard


if name == “main":
Main.main()

Moving
10.0
Landing gear up
Moving
Landing gear down
10.0
 
I am an airplane with a wingspan of 175 and capacity 53

from Vehicle import *
from Airplane import *

class Main:


@staticmethod
def main():
vehicle = Vehicle(“Boat”)
airplane = Airplane(“Plane”, 175, 53)
print(vehicle.move(10))
print(airplane.move(10))
print(vehicle.describe())
print(airplane.describe())


main guard


if name == “main":
Main.main()

Moving
10.0
Landing gear up
Moving
Landing gear down
10.0


I am an airplane with a wingspan of 175 and capacity 53

from Vehicle import *
from Airplane import *

class Main:


@staticmethod
def main():
vehicle = Vehicle(“Boat”)
airplane = Airplane(“Plane”, 175, 53)
print(vehicle.move(10))
print(airplane.move(10))
print(vehicle.describe())
print(airplane.describe())


main guard


if name == “main":
Main.main()

Moving
10.0
Landing gear up
Moving
Landing gear down
10.0


I am an airplane with a wingspan of 175 and capacity 53

from Vehicle import *

class MotorVehicle(Vehicle):


def init(self, name):
super().init(name)
self.number_of_wheels = 2
self.engine_volume = 125


def honk_horn():
return “"

"/js/highlight.pack.js"