Description

### Motivation
* Demonstrate your ability to program using interfaces and inner classes in the Java programming language.

### Instructions
* There are two tasks to complete – Implement Time Travel!
– Implement
[MadScientist](src/main/java/edu/nyu/cs9053/homework5/MadScientist.java) as detailed by its comments
– Use anonymous classes to implement
[TimeTravelCallback](src/main/java/edu/nyu/cs9053/homework5/TimeTravelCallbac
k.java) when invoked by the
[MadScientist](src/main/java/edu/nyu/cs9053/homework5/MadScientist.java) when using her
[TimeMachine](src/main/java/edu/nyu/cs9053/homework5/TimeMachine.java)
– All implementations of
[TimeTraveler](src/main/java/edu/nyu/cs9053/homework5/TimeTraveler.java) start with 100 years of time traveling ability
– Make an implementation of
[TimeTraveler](src/main/java/edu/nyu/cs9053/homework5/TimeTraveler.java) which linearly decays (one year of time travel results in one year of time travel ability loss)
– Make an implementation of
[TimeTraveler](src/main/java/edu/nyu/cs9053/homework5/TimeTraveler.java) which decays doubly (one year of time travel results in two years of time travel ability loss)
– Make an implementation of
[TimeTraveler](src/main/java/edu/nyu/cs9053/homework5/TimeTraveler.java) which exponentially decays with a decay constant passed into its constructor; see [wiki](http://en.wikipedia.org/wiki/Exponential_decay)
– Fix the leaky
[Faucet](src/main/java/edu/nyu/cs9053/homework5/memory/Faucet.java) such that you eliminate the inner class leak.

### Implementation
* Ensure your code is correct by compiling and testing it
* A portion of your grade will be based upon readability and organization of your code.
– Follow the naming guidelines of lecture
– Break large functions into multiple functions based on logical organizations