So using this back end approach, need to draw a sinusoid vertical waive similar to the above...

also, this needs to be a functional one statement code...

I need a vertical sinusoid plotted with dots or dashes witb back emd using lambdas!!!!

whats your name Boss? i am canceling my chegg. Ur idiots here.

The wave/plot should be plotted with dots or dashes like here!!

I didnt say there is a wave here. It should be plotted using this concept.

if there was a sinu wave on the pic, Id already had a sinu wave and would not be wasting my time here on Chegg. Having plotted the wave using dashes is the assignment.

[VRoYolotehills - ]$ python3 MaryCookvo.py IP [vkorolof@hills - ] $ python3 MaryCookve.py from random import random def move_cars(): for i, - in enumerate(car_positions): if random() > 0.3: car_positions[i] += 1 def draw_car(car_position): print ('-'* car_position) def run_step_of_race(): . global time time -= 1 move_cars() def draw(): print ('') for car_position in car_positions: draw_car (car_position) time = 5 car_positions = (1, 1, 1] while time: run_step_of_race() draw This is a functional version of the car race code: from random import random def move_cars(car_positions): return map (lambda x: x + 1 if r car_positions) def output_car(car_position): return '.' * car_position def run_step_of_race(state): return {'time': state['time'] - 'car_positions': move_c def draw(state): print print ' '.join(map(output car, def race(state): draw(state) if state['time'] : race(run_step_of_race (state race({'time': 5, 'car_positions': [1, 1, 1]}) [VRoYolotehills - ]$ python3 MaryCookvo.py IP [vkorolof@hills - ] $ python3 MaryCookve.py from random import random def move_cars(): for i, - in enumerate(car_positions): if random() > 0.3: car_positions[i] += 1 def draw_car(car_position): print ('-'* car_position) def run_step_of_race(): . global time time -= 1 move_cars() def draw(): print ('') for car_position in car_positions: draw_car (car_position) time = 5 car_positions = (1, 1, 1] while time: run_step_of_race() draw This is a functional version of the car race code: from random import random def move_cars(car_positions): return map (lambda x: x + 1 if r car_positions) def output_car(car_position): return '.' * car_position def run_step_of_race(state): return {'time': state['time'] - 'car_positions': move_c def draw(state): print print ' '.join(map(output car, def race(state): draw(state) if state['time'] : race(run_step_of_race (state race({'time': 5, 'car_positions': [1, 1, 1]})