def main():
# create Drone object
drone = Drone()
# set choice to 5
choice = 5
while(choice != 0):
# input choice
choice = int(input(
"Enter 1 for accelerate, 2 for decelerate, 3 for ascend, 4 for descend, 0 for exit: "))
# if choice is 1, call accelerate method of drone object
if(choice == 1):
drone.accelerate()
# if choice is 2, call decelerate method of drone object
if(choice == 2):
drone.decelerate()
# if choice is 3, call ascend method of drone object
if(choice == 3):
drone.ascend()
# if choice is 4, call descend method of drone object
if(choice == 4):
drone.descend()
if(choice == 0):
exit()
# display speed and height of drone object
print(drone.__str__())
from drone import Drone
if __name__ == '__main__':
possible_options = {0, 1, 2, 3, 4}
rq21 = Drone()
while True:
try:
innie = int(
input(
"Enter 1 for accelerate, 2 for decelerate, 3 for ascend, 4 for descend, 0 for exit: "
))
if innie == 0:
print(rq21.__str__())
break
elif innie == 1:
rq21.accelerate()
elif innie == 2:
rq21.decelerate()
elif innie == 3:
rq21.ascend()
elif innie == 4:
rq21.descend()
else:
raise ValueError
print(rq21.__str__())
except ValueError:
print("Please enter one of the follow integers:", possible_options)
continue
my_drone = Drone()
x = 0
while x < 25:
i = random.randint(1, 4)
if i == 1:
my_drone.accelerate()
elif i == 2:
my_drone.decelerate()
elif i == 3:
my_drone.ascend()
elif i == 4:
my_drone.descend()
my_drone.__str__()
x += 1
time.sleep(0.5)
print("Drone is beginning landing procedure...")
time.sleep(3)
speed = my_drone.getSpeed()
height = my_drone.getHeight()
while speed != 0 or height != 0:
if speed < 0:
my_drone.accelerate()
elif speed > 0:
my_drone.decelerate()
elif height > 0:
