def __init__(self,make,model,mileage,price,door):
Automobile.__init__(self,make,model,mileage,price)
self.make=make
self.model=model
self.mileage=mileage
self.price=price
self.door=door
def test_engine_trans_frame_serial_build_in_any_order(self):
auto = Automobile('serialparallel', BuildAutoTest.rate)
auto.build_frame()
self.assertEqual("frame built", auto.build_state())
auto.build_transmission()
self.assertEqual("transmission built", auto.build_state())
auto.build_engine()
self.assertEqual("engine built", auto.build_state())
def add_vehicle(all_vehicles):
make = input('Enter make : ')
model = input('Enter model : ')
color = input('Enter color : ')
year = int(input('Enter year : '))
mileage = int(input('Enter mileage : '))
vehicle_id = len(all_vehicles)
automobile = Automobile(vehicle_id, make, model, color, year, mileage)
print('Vehice added with id : ' + str(vehicle_id))
all_vehicles.append(automobile)
x_change = 0
barrierList = []
joysticks = []
pygame.joystick.init()
c = Controller()
fl = Motor(4)
fr = Motor(17)
br = Motor(22)
bl = Motor(27)
auto = Automobile(fr, br, fl, bl)
angle = 0
rotation = ''
running = True
while running:
screen.fill((0,0,0))
for event in pygame.event.get():
if event.type == pygame.QUIT:
running = False
if event.type == pygame.JOYBUTTONDOWN:
#This will include all button actions
# 0 = A
# Automobile Example
# test2.py file
from automobile import Automobile
herbie = Automobile("VW Bug", "yellow")
christine = Automobile("Plymouth Fury", "red")
print(christine.color)
herbie.color = "white"
for i in range(0, 5):
herbie.accelerate()
christine.accelerate()
print("herbie", herbie.velocity)
print("christine", christine.velocity)
for i in range(0, 3):
herbie.brake()
print(christine.velocity, herbie.velocity)
print(herbie)
print(christine)
def test_Model(self):
model = Automobile(123, 'sedan', 'merceedes', 'red', 1994, 2000)
self.assertEqual(self.auto.get_model(), 'sedan')
from motor import Motor
from automobile import Automobile
fl = Motor(4)
fr = Motor(17)
br = Motor(22)
bl = Motor(27)
robot = Automobile(fr, br, fl, bl)
while True:
fl.forward()
#robot.drive()
def __init__(self, make_in, model_in, year_in, doors_in):
#Initializes the superclass
Automobile.__init__(self, make_in, model_in, year_in)
#Initializes its own field
self.doors = doors_in
def __init__(self, make, model, mileage, price, drive_type):
Automobile.__init__(self, make, model, mileage, price)
self.__drive_type = drive_type
self.velocity += 15
if self.velocity > 120.0:
self.velocity = 120.0
def brake(self):
self.velocity -= 20
if self.velocity < 0.0:
self.velocity = 0.0
# Automobile Example
# test1.py file
from automobile import Automobile
auto = Automobile("Ford Taurus", "red")
print(str(auto))
# Next line has same effect as preceding line.
# str method is automatically called when
# an object printed.
print(auto)
print(auto.model, auto.color)
auto.accelerate()
auto.accelerate()
auto.accelerate()
print(auto.velocity)
auto.brake()
auto.brake()
print(auto.velocity)
def __init__(self,make,model,mileage,price,drive_type):
auto.__init__(self,make,model,mileage,price)
def __init__(self,make,model,mileage,price,doors):
auto.__init__(self,make,model,mileage,price)
def __init__(self,make,model,mileage,price,pass_capacity):
auto.__init__(self,make,model,mileage,price)
def test_ID(self):
autoId = Automobile(123, 'sedan', 'merceedes', 'red', 1994, 2000)
self.assertEqual(self.auto.vehicle_id, autoId)
def __init__(self, __make, __model, __mileage, __price, __drive):
Automobile.__init__(self, __make, __model, __mileage, __price)
self.__drive = __drive
def __init__(self,make,model,mileage,price,doors):
Automobile.__init__(self,make,model,mileage,price)
self.__doors=doors
def __init__(self, make, model, mileage, price, pass_cap):
Automobile.__init__(self, make, model, mileage, price)
self.__pass_cap = pass_cap
def test_auto_factory(self):
auto = Automobile('serial', BuildAutoTest.rate)
self.assertEqual("not started", auto.build_state())
def test_build_auto(self):
auto = Automobile('serial', BuildAutoTest.rate)
auto.build_engine()
self.assertEqual("engine built", auto.build_state())
auto.build_transmission()
self.assertEqual("transmission built", auto.build_state())
auto.build_frame()
self.assertEqual("frame built", auto.build_state())
auto.build_chassis_part1()
self.assertEqual("chassis part 1 built", auto.build_state())
auto.build_chassis_part2()
self.assertEqual("chassis part 2 built", auto.build_state())
auto.build_chassis_part3()
self.assertEqual("chassis part 3 built", auto.build_state())
auto.post_chassis_assembly()
self.assertEqual("post chassis assembly complete", auto.build_state())
auto.add_fluids()
self.assertEqual("fluids added", auto.build_state())
auto.test_drive()
self.assertEqual("Beep Beep", auto.build_state())
def __init__(self, __make, __model, __mileage, __price, __doors):
Automobile.__init__(self, __make, __model, __mileage, __price)
self.__doors = __doors
def test_build_parallel(self):
auto = Automobile('parallel', BuildAutoTest.rate)
auto.build()
self.assertEqual("Beep Beep", auto.build_state())
def __init__(self, mode, rate):
Automobile.__init__(self, mode, rate)
self.type = "sports car"
def __init__(self, make_in, model_in, year_in, riders_in):
Automobile.__init__(self, make_in, model_in, year_in)
self.riders = riders_in
