Create a class called Carprocon.which helps you decide between two cars

The class should have a class$-$wide $($member attribute$)$ variable called budget and set it to $50,000$

The class should have the following instance variables:

price $($a double$)$

model $($a string containing make and model$)$

pros $($a vector of strings$)$

cons $($a vector of strings$)$

propoints $($a vector of integers$)$

conpoints $($a vector of integers$)$

The class should have the following methods

$0.$ A constructor which takes the budget as argument, $[$For C$++$ only, make a second overloaded constructor that can also take the make and model $($a string$)$ and the price $($double$)$ and use the second constructor for the second instance so you don$$t have to call setcar for the second instance.$]$

setcar takes as input the make and model $($a string$)$ and the price $($double$)$

setpro takes as input a pro for example $$Great gas mileage$$ as well as an integer which $(1-10)$ ie: $10$ being high priority. It adds the pro to the pros list and adds the points to the propoints

setcon takes as input a pro for example $$No warranty$$ as well as an integer which $(1-10)$ ie: $10$ being high priority. It adds the con to the cons list and adds the points to the conpoints

A printit method that prints out the budget, price, model, pros, cons, propoints, conpoints out nicely.

A sum method that takes as argument an arraylist$/$or Python list of integers and returns the sum of them

A Compare method takes as input another car instance c and compares it to the data in this instance and decides what car you should buy. It does this by:

ctotal $=$ c$\_$propoints $-$ c$\_$conpoints and thistotal $=$ this$\_$propoints $-$ this$\_$conpoints

Is the best formula, This way the cons are deducted and whichever car is left with the higher amount of pros would win

$,$ Let the user know the totals, and the largest takes priority for c $($lets call it ctotal$).$ Add up the pro points of this, and add up the con points of this. Let the user know the totals, the largest takes priority for this $($let$$s call it thistotal$).$ Use your sum function to add up$.$

The larger of total and thistotal becomes the winner and the car you they should be$.$ Make sure to print out total, thistotal, ie:explain your final conclusion of what car make$/$model they should buy.

$30$ points

In your main create two car instances, for example car$1,$ and car$2.$ Populate the data in each $($in the interest of time you do not have to make a user interface. You can hard code the data into your method calls in main. For each instance you will call setcar, and setpro $($add five pros with priority$)$ and setcons $($add five cons with priority$).$

Call the printit method for the first car$1$

Call the printit method for the second car$2$

Now Call the compare method of the car$2$ and send in as an argument the first car$$s instance handle. The car$2$s compare method will compare car$1$ with its own data and decide which car is better for you to buy.