Engine $($Class$)$:

Layout $($Straight$,$ Inline, V$,$ Electric$)$

Amount of Cylinders $($Electric $=0)$

Transmission $($Class$)$

Type $($Manual$/$Automatic$)$

Wheel $($Class$)$:

Tire $($Class$)$:

Brand

Recommended PS

Breaks $($Class$)$:

Brand

Last time it was replaced $($Date$)$

A vehicle's VIN can give you many pieces of information. When creating an object,

these pieces of information can automatically fill in certain variables in the classes. If it

cannot be filled in from the breakdown below, have the user manually enter it$.$

Below is the breakdown of a VIN by characters:

$1-3$: WM

$1$: Where the car was built

$2-3$: Make and body type

$4-8$: Vehicle Descriptor

$9$: Security code

$10$: Year

$11$: Which plant assembled the vehicle

$12-17$: Serial Number

Let's make some generalized rules we can follow.

Location of Manufacturer

Type

Example:

Example:

$5$YJSA$1$E$62$NF$016329$

Location: USA, Make: Tesla, Body Type: Sedan, Year: $2022$

We can make more inferences about the car with the above information. For example:

Tesla $->$ Electric Engine

Sports Car & Year $>2005->$ V$6$ engine $($V$-$Layout$)$ and $(6$ Cylinders$)$

Including the two above, you should make at least five more inferences about vehicle

engines based on the information from the VIN number. These inferences do not have

to be correct but should cover all types of cars that can be entered.

Submission notes:

Submit all files from your src folder, including all $.$java and input files, the $.$project

file, classpath file, and optionally, the settings folder.

Be sure that your project compiles on CS Department computers before

submission.

Zip the entire folder and name it as "Assg#$\_$firstName$\_$lastName.zip".

Submit the zipped file in the respective Canvas link.

Example Output: