Class,

Based on the examples from slides $6-20,$ create an Automobile SuperClass and then create make, model, mileage and price attributes.$$ Make sure you import the vehicles.py superclass script into the new script called car$\_$demo.py then begin creating the Used Car Inventory based on the car, truck and SUV subclasses that you need to create.$$ You are welcome to get creative with the input data.

FYI on Slide $11,$ slide $11$ isn't really part of the vehicles.py homework, it acts as more of a way for your to test what you have worked on using a script called car$\_$demo.py to do some practice.$($for the lab you may omit this slide if you like$)$

$$

I want to see screen captures of the code and the final output result of the used car inventory such as from the example in slide $20.$

Please upload for credit.

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The result should look like this:

cludwick@cludwick$-$VirtualBox: $/$Chapter$11\backslash$$ python$3$ car$\_$truck$\_$suv$\_$demo.py USED CAR INVENTORY

$=================$

The following car is in inventory:

Make: BMW

Model: $2001$

Mileage: $70000$

Price: $150000\mathrm{.}0$

Number of doors: $4$

The following pickup truck is in inventory.

Make: Toyota

Model: $2002$

Mileage: $40000$

Price: $12000\mathrm{.}0$

Drive type: $4$WD

The following SUV is in inventory.

Make Volvo

Model: $2000$

Mileage: $30000$

Price: $18500\mathrm{.}0$

Passenger Capacity: $5$ Let's put the prior example to work with a script called vehicles.py

$\backslash$# This Automobile Superclass will hold data

$\backslash$# about an automobile within the inventory

class Automobile:

$\backslash$# The $\_\_$init$\_\_$ method accepts arguments for the

$\backslash$# make, model, mileage, and price. It initializes

$\backslash$# the data attributes with these values.

def $\_\_$init$\_\_($self$,$ make, model, mileage, price$)$:

self. make $=$ make

self. model $=$ model

self. mileage $=$ mileage

self. price $=$ price Script Continued...

$```$

# The following methods are mutators for the

# class's data attributes.

def set$\_$make$($self$,$ make$)$:

self.$\_\_$make $=$ make

def set$\_$model$($self$,$ model$)$:

self.$\_\_$model $=$ model

def set$\_$mileage$($self$,$ mileage$)$:

self.$\_\_$mileage $=$ mileage

def set$\_$price$($self$,$ price$)$:

self.$\_\_$price $=$ price

$```$ Script Continued...

$\backslash$# The following methods are the accessors

$\backslash$# for the class's data attributes.

def get$\_$make$($self$)$:

return self.$\_-$make

def get$\_$model$($self$)$:

return self.$\_\_$model

def get$\_$mileage$($self$)$:

return self.$\_\_$mileage

def get$\_$price$($self$)$:

return self. price Script Continued...

$```$

# The set$\_$doors method is the mutator for the

# $\_\_$doors attribute.

def set$\_$doors$($self$,$ doors$)$:

self.$\_\_$doors $=$ doors

# The get$\_$doors method is the accessor for the

# $\_\_$doors attribute.

def get$\_$doors$($self$)$:

return self.$\_\_$doors

$```$