Solution #1794
Solution #1794
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Great job on implementing the Car and CarWashStation classes! 🎉 Your code meets the task requirements and constraints, and the methods are well-structured and functional. While there are minor suggestions to ensure the logic aligns perfectly with the task description, these do not significantly impact the functionality. Keep up the good work, and consider reviewing the conditions and formula to ensure they match the task requirements precisely. Happy coding! 😊
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| price = round( | ||
| (car.comfort_class * (self.clean_power - car.clean_mark) | ||
| * self.average_rating / self.distance_from_city_center), 1 |
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The formula for calculating the washing price seems correct, but ensure that it aligns with the task description: car's comfort class * difference between wash station's clean power and car's clean mark * car wash station rating / car wash station distance to the center of the city. Double-check that all variables are correctly used and calculated.
| for each_car in cars: | ||
| if each_car.clean_mark < self.clean_power: | ||
| price += round(self.calculate_washing_price(each_car), 1) | ||
| self.wash_single_car(each_car) |
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In the serve_cars method, ensure that the condition if each_car.clean_mark < self.clean_power correctly reflects the task requirement to wash only cars with clean_mark less than the station's clean_power. The logic seems correct, but verify with the task description to ensure compliance.
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