import random

class Cars:
    mileage = 0
    fuel = 100
    def __init__(self, model, economy, color):
        self.model = model
        self.economy = economy
        self.color = color
    def drive(self, destination):
        if
        # while destination:
        #     if self.fuel - self.economy >= 0:
        #         self.mileage += 1
        #         self.fuel -= self.economy
        #         destination -= 1
        #     else:
        #         return 'Not enough fuel to keep driving. You need {} more fuel to finish {} remaining miles'.format(
        #             int(destination * self.economy), destination)
    def distance_left(self):
        return int(self.fuel / self.economy)
        # return str(int(self.fuel * self.economy)) + ' miles we can drive with fuel remaining in cars tank.'
    def fuel_up(self):
        self.fuel = 100

cars_dic = {
    'Fiesta': 0.8,
    'Mustang': 2.0,
    'Lanos': 1.1,
    'Jeep': 2.5,
    'Micra': 1.0,
    'Mazda3': 1.5,
    'Matiz': 0.9,
    'BatMobile': 0.5,
}
cars_colors = ['red', 'green', 'orange', 'blue', 'white', 'red', 'pink', 'black', 'grey']
cars_list = []
for car_model, car_economy in cars_dic.items():
    cars_list.append(Cars(car_model, car_economy, random.choice(cars_colors)))

for car in cars_list:
    far_going = cars_list[0]
    car.drive(car.distance_left())
    car.fuel_up()
    car.drive(car.distance_left() // 2)
    print('{} crossed {} miles with {} fuel left'.format(car.model, car.mileage, car.fuel))
    if car.mileage > far_going.mileage:
        far_going = car
print('{} crossed {} miles and this is the longest distance out of all cars distances have been tested!'.format(
    far_going.model, far_going.mileage))