def main():
service_dict = {}
name = input("Enter customer name: ")
address = input("Enter Address: ")
phone = input("Enter customer phone: ")
customer_info = CustomerClass.Customer(name, address, phone)
make = input(" car make: ")
model = input("car model: ")
year = input("car year: ")
car_info = CarClass.Car(make, model, year)
pcharges = int(input("parts charges: "))
lcharges = int(input("labor charges: "))
taxrate = float(input("Enter salestax rate: "))
service_quote = ServiceQuoteClass.ServiceQuote(pcharges, lcharges, taxrate)
service_dict[customer_info.get_name()] = [
customer_info.get_address(),
customer_info.get_phone(),
car_info.get_make(),
car_info.get_model(),
car_info.get_year(),
service_quote.get_lcharges(),
service_quote.get_pcharges(),
service_quote.get_salestax(),
service_quote.get_totalcharges(),
]
print("Tax charges: ", (service_quote.get_salestax()))
print("Total charges: ", (service_quote.get_totalcharges()))
def main():
# Initialize the year and make of the car
year = "1994"
make = "Audi"
# Create an object of the Car class
car = cc.Car(year, make)
print("Car Speedometer")
print("-------------")
# Accelerate the car 5 times
for speed in range(5):
# Call the accelerate() method
car.accelerate()
# Display the current speed as car accelerates
print("Car Speed at:", car.get_speed(), "miles/hr")
# Display the total speed reached
print("-----------------------------")
print("The total speed reached is:", car.get_speed(), "miles/hr")
print("-----------------------------")
print("Car decelerating.......... ")
print()
# Decelerate the car 5 times
for speed in range(5):
# Call the brake() method
car.brake()
# Display the current speed as car decelerates
print("Car decelerated to:", car.get_speed(), "miles/hr")
def car_info():
print("Hello! Please input your vehicle's information below.")
year_model = input(
"What is your vehicle's YEAR and MODEL? (Format: 'YYYY, MODEL') ")
make = input("What is your vehicle's MAKE? ")
speed = 0
car_info = cc.Car(year_model, make, speed)
car_speed_montoring(year_model, make, speed, car_info)
def main():
lightningMcqueen = c.Car(2012, "rdx")
for i in range(5):
lightningMcqueen.accelerate()
print("Speed is " + str(lightningMcqueen.getSpeed()) + " mph")
for i in range(5):
lightningMcqueen.brake()
print("Speed is " + str(lightningMcqueen.getSpeed()) + " mph")
def main():
my_car = c1.Car(2020, "Ford")
for i in range(5):
my_car.accelerate()
print(
"Acceleration ", i + 1, ", the new speed is: ", my_car.get_speed(), sep=""
)
for i in range(5):
my_car.brake()
print("Brake ", i + 1, ", the new speed is: ", my_car.get_speed(), sep="")
def main():
my_car = c.Car(2019, "Toyota")
for x in range(5):
my_car.accelerate()
print("Current accelerating speed is", my_car.get_speed())
print()
for x in range(5):
my_car.brake()
print("Current braking speed is", my_car.get_speed())
def main():
import CarClass as c
myCar = c.Car("1990 Honda", "Civic")
print("Accelerating 5 times")
for i in range(5):
myCar.accelerate()
print(myCar.get_speed(myCar))
print("Decelerating 5 times")
for i in range(5):
myCar.brake()
print(myCar.get_speed(myCar))
def main():
# Prompt for the year model and make
year_model = input('Enter the Year/Model of the vehicle: ')
make = input('Enter the make of the vehicle: ')
# create the Car class object
auto = car.Car(year_model, make)
# call the accelerate method 5x
for _ in range(5):
auto.accelerate()
print('Current speed is', auto.get_speed())
# call the brake method 5x
for _ in range(5):
auto.brake()
print('Current speed is', auto.get_speed())
def main():
year_model = input("Enter the car's model year. ")
make = input("Enter the car's make. ")
car = CarClass.Car(year_model, make)
acc_count = 1
while acc_count <= 5:
car.accelerate()
print(car.get_speed())
acc_count += 1
brake_count = 1
while brake_count <= 5:
car.brake()
print(car.get_speed())
brake_count += 1
import CarClass as c
Car = c.Car(2018, "Chevy")
Car.get_speed()
for i in range(5):
Car.accelerate()
Car.get_speed()
for i in range(5):
Car.brake()
Car.get_speed()
import CarClass as c
Ferarri = c.Car(2020, "California")
for n in range(1, 6):
Ferarri.accelerate()
print("The car is moving", Ferarri.get_speed(), "mph")
for k in range(1, 6):
Ferarri.brake()
print("The car is moving", Ferarri.get_speed(), "mph")