Description

### Motivation
* Demonstrate your ability to program in an object-orientated fashion within the Java programming language

### Instructions
* There are two tasks to complete
– Fix all compilation errors within the
[FixMe](src/main/java/edu/nyu/cs9053/homework3/FixMe.java) class (and dependent classes) and ensure it is coded to standards outlined in lecture.
– Create classes (they do not currently exist)
[DanceCat](src/main/java/edu/nyu/cs9053/homework3/dance/DanceCat.java) and
[DanceMove](src/main/java/edu/nyu/cs9053/homework3/dance/DanceMove.java) according to the instructions below. – You **must not** modify classes
[DanceMagic](src/main/java/edu/nyu/cs9053/homework3/dance/DanceMagic.java) and [DanceOff](src/main/java/edu/nyu/cs9053/homework3/dance/DanceOff.java)
### 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

### DanceCat and DanceMove Instructions
* Create a `DanceCat` class placed in
[directory](src/main/java/edu/nyu/cs9053/homework3/dance). * Create a `DanceMove` class placed in
[directory](src/main/java/edu/nyu/cs9053/homework3/dance).
* The `DanceCat` class needs the following constructors
– One taking `String unparsedMoves` and `String[] idealMoves`
– This should parse `unparsedMoves` and call the second constructor – Note, parsing `unparsedMoves` should always create an array with 18 elements, if the `unparsedMoves` is less than 18, put the empty String [ `””`
] as a placeholder.
– Second taking `String[] moves` and `String[] idealMoves` – This should create `DanceMove` objects and pass to the third constructor
– Third taking `DanceMove[] danceMoves`
– This should delegate to the fourth with a default name (either a single default or one randomly selected between some number of default names).
– Fourth taking `String name` and `DanceMove[] danceMoves`
* The `DanceCat` class should have two instance variables
– `String name`
– `DanceMove[] danceMoves`
* The `DanceCat` class should have the following three instance methods
– a getter returning the `name`
– a getter returning the `danceMoves`
– a method named `getNumberOfCorrectMoves` which counts the number of correct moves (see `correctMove` in `DanceMove` below) and returns the value as an `int`
* The `DanceCat` class should have a static method returning a value between
0 – 100 which controls the competitor cat’s skill level
– it returns type `int`
– Note, `DanceCat` will likely have other static methods to assist in parsing moves.
* The `DanceMove` class should have a single constructor taking `String idealMove` and `String userMove`
* The `DanceMove` class should have two instance variables
– `String idealMove`
– `String userMove`
* The `DanceMove` class should have the following three instance methods
– a getter returning the `idealMove`
– a getter returning the `userMove`
– a method which determines is the user move equals the ideal move, returning a boolean result and named `correctMove`
* Enjoy your dancing cats!
– Run via main method in `edu.nyu.cs9053.homework3.dance.DanceOff`

### Issues
* Output will not be colored in lame terminal (i.e., Windows machines without running via Cygwin)
* Invoke `java` from this directory; i.e., week3, when testing.