Q$1$ e $)(12$ pts $)$ Create the following class$$ Car

class Car extends Vehicle implements Comparable, Announcements

$$numDoors: int$$

$$numWindows: int

$$Car$($int numDoors, int numWindows$)//$SEE NOTE $1$

$$Car$($int numDoors, int numWindows, int numSeatsPerRow $)//$SEE NOTE $2$

$$Car$($int numDoors, int numWindows, int $[]$ numSeatsPerRow $)//$SEE NOTE $3$

$$Car$($int numDoors, int numWindows, Person driver, int $[]$ numSeatsPerRow$)//$SEE NOTE $4$

$$canOpenDoor$($Person p$)$: boolean $//$SEE NOTE $5$

$$canOpenWindow$($Person p$)$: boolean $//$SEE NOTE $6$

$$getNumDoors$()$: int

$$getNumWindows$()$: int

$$equals$($Object o$)$: boolean $//$SEE NOTE $7$

$$toString$()$: String $//$SEE NOTE $8$

$$compareTo$($Car c$)$: int $//$SEE NOTE $9$

Notes for Class Car:$$

This constructor calls the parent class$$s constructor, passing in $2$ for the numRows and $2$ for the numSeatsPerRow, before assigning the numDoors and numWindows values.

This constructor calls the parent class$$s constructor passing in $2$ for the numRows and the numSeatsPerRow argument, before assigning the numDoors and numWindows values.

This constructor calls the parent class$$s constructor passing in the numSeatsPerRow$[]$ array as an argument, before assigning the numDoors and numWindows values.

This constructor calls the parent class$$s constructor passing in the driver and the numSeatsPerRow$[]$ array, before assigning values to numDoors and numWindows.

This method returns true if the Person is seated in either of the exterior seats of a row that has a door $($column index $0$ or last index of that row$)$ and is over age $5.$ It returns false otherwise.

If the number of doors is less than $2*$ numberOfRows, the row$/$s past numDoors $/2$ has$/$have no doors.

This method returns true if the Person is seated in either of the exterior seats of a row that has a window $($column index $0$ or last index of that row$)$ and is over age $2.$ It returns false otherwise. If the number of windows is less than $2*$ numberOfRows, the row$/$s$$ past numWindows $/2$ has$/$have no windows.

Two Car objects are considered equal if they have the same numDoors, same numWindows, same numberOfRows, same maxSeatsPerRow, and the same seat configuration $($numSeatsPerRow$[$row$])$ at every row.

Return a string containing the Car$$s details formatted as follows:

$$Car: number of doors$=\%02$d $|$ number of windows $=\%02$d $|$ number of rows$=\%02$d $|$ seats per row$=\%$s $|$ names of people on board$=\%$s

$$

The seats per row will be from the array of numSeatsPerRow as $[$val$1,$val$2,$val$3,$ valn$]$

The names of people on board will be separated by commas with no trailing comma.

This method returns $-1$ if the calling object$$s total number of seats is less than the passed in object$$s total number of seats, $1$ if the calling object$$s total number of seats is greater than the passed in object$$s total number of seats, $0$ if they have the same total number of seats.

$$Be sure to implement the loadPassenger, and loadPassengers methods in the Car class.