Update the Town Class

In the initializer for the Town class, ensure that the value of the name attribute is stored with the first letter as a capital letter and every other letter in lower case, no matter what value is passed to the function.

Example: if the value of the name argument is $$bloomington$,$ the initializer should store $$Bloomington$$ in the self.name attribute

Create a Unit Test file for MonsterTown

Create a new file named test$\_$monstertown.py at the root of your project.

Import the unittest package, your MonsterTown module, and structure the file as demonstrated in the materials for this week. You will create at least one class that will inherit from the unittest.TestCase class. $($See the provided starter code for details.$)$

Add a Unit Test for the Town Class

In the unit test file, use the setUp$()$ method to create $3$ instances of class Town with various attributes.

Create a method named testTownInitializer$()$ that validates the format of the Town class name attribute $($check to see that a Town with the name of $$bloomington$$ is stored as $$Bloomington$).$

Test all three of the Town objects you created in the setUp$()$ method.

Run your unit test file and make modifications to your Town class until your program passes all tests.

Update the Monster Classes

Update all $3$ Monster classes $($Monster$,$ Mutant, and Vampire$)$ to add a property named mmi $($MMI stands for $$Monster Mass Index$.)$ This property will return a float.

In the Monster class:

$$ The implementation of the mmi property can simply be pass $($no logic is needed in the property$)$

In the Mutant class:

$$ The mmi is calculated as $($weight $/200)/($height $*\mathrm{.}10)$

In the Vampire class:

$$ The mmi is calculated as $($weight$/$height$)*\mathrm{.}45$

Add Unit Tests for Monster Classes

$1.$ In the unit test file setUp$()$ method, add the code to create two Mutant objects and two Vampire objects.

$2.$ Create a method named testMutantTerrorizeTown$()$ that uses the Town and Mutant objects created in the setUp$()$ method. Write tests that validate that the values for population, buildings, and stoplights will never go below zero no matter how many times the town is terrorized.

Hint: You can modify the Town or Mutant objects however you need to within this method. For example, you could set the town$$s population to just $5$ and terrorize the town $5$ times to see how your code behaves.

$3.$ Create a method named testVampireTerrorizeTown$()$ that uses the Town and Vampire objects created in the setUp$()$ method. Write tests that validate that the values for population will never go below zero no matter how many times the town is

terrorized. Also write tests to ensure that the values for buildings and stoplights never change after terrorizing.

$4.$ Create a method named testMutantMMI$()$ and write tests that validate the calculated value of a Mutant$$s mmi property.

a$.$ A Mutant with a height of $10$ and weight of $6000$ should have an mmi of $30.$

b$.$ A Mutant with a height of $2$ and weight of $200$ should have an mmi of $5.$

$5.$ Create a method named testVampireMMI$()$ and write tests that validate the calculated value of a Vampire$$s mmi property.

a$.$ A Vampire with a height of $3$ and weight of $170$ should have an mmi of $25\mathrm{.}5.$

b$.$ A Vampire with a height of $1\mathrm{.}5$ and weight of $90$ should have an mmi of $27.$