Class Attribute

budget $($class$-$wide variable$)$: Set to $50,000.$

Instance Variables

price $($double$)$: Car price.model $($string$)$: Car make and model.pros $($list of strings$)$: List of pros $($e$.$g$.,$ "Great gas mileage"$).$cons $($list of strings$)$: List of cons $($e$.$g$.,$ "Expensive repairs"$).$propoints $($list of integers$)$: Priority points for pros $(110).$conpoints $($list of integers$)$: Priority points for cons $(110).$

Methods

Constructor:

Initializes the budget.Optionally accepts the model and price for initialization.

setcar: Sets the car$$s model and price.setpro: Adds a pro and its priority to the pros and propoints lists.setcon: Adds a con and its priority to the cons and conpoints lists.printit: Displays the budget, price, model, pros, cons, and their points in a formatted output.sum: Takes a list of integers $($e$.$g$.,$ propoints$)$ and returns the sum.compare:

Compares two car instances based on pros and cons.Formula:

ctotal $=$ c$\_$propoints $-$ c$\_$conpointsthistotal $=$ this$\_$propoints $-$ this$\_$conpoints

Determines which car has the higher total.Prints totals and the recommended car to buy.

Main Program $(30$ pts$)$

Create Car Instances

Create two instances $($e$.$g$.,$ car$1$ and car$2)$ of the Carprocon class.

Populate Data

Use the setcar method to set the model and price for each car.Add five pros and their priorities using the setpro method.Add five cons and their priorities using the setcon method.

Display Details

Use the printit method to display details of each car.

Compare Cars

Call the compare method for car$2,$ passing car$1$ as the argument.The method determines which car is better and outputs the final recommendation.