Here is a Java Guessing game built for COP 2006.

To create a Guessing Game: In a Nutshell:

Determine and build documentation of:

Determine Initial Actors (use-cases)

Build alpha Procedural version of project

Turn-in: Basic version of number guessing game

Determine Object Structures (Classes) to be used in beta

Turn-in: Class UML

Build a command-line OOP beta version of program

Turn-in: OOP beta version of program

Add file handling for storage

Add nested structures, overrides, and overloads as needed (i.e. clean up)

test, test, test SHIP!

Turn-in: Final project with file "top scorers!"

Phase 1

1. plan project

2. ensure artifacts due and due dates are known

3. build plan for alpha program (first deliverable: Flowchart)

Phase 2

1. Build procedural Alpha Version which:

2. Randomly generate a number between 1 and 15

3. Track each round's score (which starts at 10)

4. Track the player's total score

5. Take in input:

6. Player Name (First/Last/MI but get full) I.e. I would enter: "Josiah S Greenwell"

7. Player's DoB (get as MM/DD/YYYY) Store as 3 separate variables

8. Player's guess

9. Validate Player guess (should be between..)

10. Determine if Player guess is high/low/correct

11. If correct: output score

12. If incorrect: Subtract 1 from score Determine if score is 0 Return a "You lose" message with computer's number

13. If Score >0: Determine if high/low and output correct message for these If the Player did not lose: Ask Player if they want to play again and repeat game or exit based on answer If new game: add round score to total If exit or they lost: output total score

14. Turn-in: Alpha Version of Program

Phase 3

1. Add appropriate classes

2. Single Responsibility Principle should be followed

3. Ensure methods and properties are created and follow DRY Principle

4. Turn-in: Class UML created for planning

Final Phase

1. Refactor Procedural Alpha Project to OOP Beta

2. Add appropriate overrides, overloads, and nested collections

3. Add file handling to record the top 5 high scores!

4. And read/print them at start of the game.

5. Turn-in: Beta Version of project