diff --git a/DESIGN.md b/DESIGN.md
index b581809..226cc97 100644
--- a/DESIGN.md
+++ b/DESIGN.md
@@ -7,41 +7,165 @@ CompSci 308 : RPS Design
 Initial Design
 =======
 
-###Class 1
+###Player Class
 
-* Bullets are made with asterisks
+Player class controls a user that plays the game, allowing for picking of a weapon and updating score
+Player knows its:
+* score
+* name
+* currentWeapon
 
-1. You can also order things with numbers
+Methods- 
+* chooseNextWeapon
+* public void setScore(int i) [Passing in the int to which the score is to be set]
+* public int getScore [outputs the score]
 
+###UserPlayer Class
 
-###Class 2
+UserClass will implement the player class.  It will be used for human users.  
 
+###ComputerPlayer Class
 
+ComputerPlayer will implement the player class.  It will be for cpu challengers.  In addition to the player
+class' capabilities it will need a decision making capability. 
+ComputerPlay has:
+* difficulty
+
+Methods-
+* makeNextMoveDecision
+
+###Weapon Class
+
+Defines the general structure for a weapon
+Contains:
+* name
+* Image
+* weaponID [constant that identifies the different type of weapons]
+
+Methods-
+* show [displays the image of the screen]
+
+###Main Class
+
+Initializes the game, passes the input data to the information engine to process and 
+generates a new GamePlay class (depending on whether the players are human or cpu) with the given information
+engine 
+
+methods-
+* readInput [gets the input]
+* main method
+* intializeNewGame
+* addNewGameType [sends a new file to the DataEngine, which generates a new Graph]
+
+###GamePlay Class
+
+The game class controls the game loop
+The game loop will:
+1. Update the player weapon choice
+2. play 
+3. updatePlayer
+
+Methods-
+* shoot/step [makes a choice on which players' weapon wins] 
+* updatePlayer [updates the player state] 
+
+The GamePlay Class will have:
+* 2 Players (it should be able to handle different type of players; both CPU and User)
+* DataEngine dataEngine
+
+
+##DataEngine 
+
+Loads the input data and creates the algorithm to determine which weapon beats another
+It will contain the instances of the weapons and give out information useful for the GamePlay Class
+
+Methods-
+* generateGraph
+* getWinner (Weapon1, weapon2) [Uses the graph to determine the winner between the two weapons]
 
 CRC Design
+
 =======
 
-###Class 1
+###Player
+
+Methods- 
+* public void chooseNextWeapon();
+* public void setScore(int i) [Passing in the int to which the score is to be set];
+* public int getScore [outputs the score];
+* public void getName();
+* public void setName(String name);
+
+Has-
+* private Weapon currentWeapon
+
+###Main 
+
+Methods- 
+* public void intializeNewGame(GameEngine e);
+* private GameEngine createGameType(File f);
+
+###Weapon 
+
+Methods- 
+* public int getID() [Each weapon has a constant int for identification purposes]
+* public Image getImage()
+
+##DataEngine
 
+Methods- 
+* private Map generateGraph()
+* public Map getGraph()
+* public  Map setGraph(Map m)
+* public Weapon determineWinner(Weapon w1, Weapon w2) //Returns winning weapon (null on tie)
 
-###Class 2
+##GamePlay
 
-You can add images as well:
+Methods- 
 
-![This is cool, too bad you can't see it](crc-example.png "Our CRC cards")
+* public void pause();
+* public void resume();
+* public void shoot(); -> essentially the game loop
 
+Has:
+*Players
+*DataEngine
 
 Use Cases
 =======
 
 You can put blocks of code in here like this:
+Starting a new game: in Main
 ```java
-    public int getTotal (Collection<Integer> data) {
-        int total = 0;
-        for (int d : data) {
-            total += d;
-        }
-        return total;
-    }
+
+    intializeNewGame()
+```
+Choosing a new weapon: in GamePlay class (somewhere in the shoot method)
+```java
+	
+	Player1.chooseNextWeapon();
+	Player2.chooseNextWeapon();
+		
 ```
+Chooses winner, outputs score: in GamePlay class (somewhere in the shoot method)
+```java
+	
+	Weapon choice1 = player1.getWeapon();
+	Weapon choice2 = player2.getWeapon();
+	Weapon winner = dataEngine.getWinner(choice1, choice2);
+	if (winner == null) {
+		//tie- do nothing
+	} else if(winner.getID() == choice1.getID()) {
+		//Player1 wins
+		Player1.setScore(Player1.getScore()++);
+	} else {
+		//Player2 wins
+		Player2.setScore(Player1.getScore()++);
+	}
+		
+```
+Adding a new game type - create a new game with its own data engine.  Each data engine will handle the 
+getWinner method differently depending on the graph set
+
+