Dice game help, a little cleanup

I've programmed a dice game for pig which utilizes a single die. The points are suppose to accumulate during your turn unless you hit a 1 and they are zeroed out and nothing added to your total or you can hold your turn points before a 1 is rolled and just add them to the total passing it to the next player. My turn total points and the accumlated points do not seem to hold up correctly. When I hit hold, it's only taking points from current turn. If I hit a 1 it adds it along with the rest of the turn and doesn't 0 out for that current turn. And the turn and total are remaining the same now. Everytime I change something I get a new problem. So I thought I would go ahead and post here before to much happened. Also for giggles, I need to use an array or arraylist somewhere, maybe to keep points? Is this possible, what would I need to do. Sorry so long winded, following is all my code.

Code :

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import java.util.Scanner;  //Imports scanner to be used for rolling / holding actions
 
public class Pig  // Begin Class Pig
{  
 
 // Declaring memory used in game
 int player1Total, player2Total; 
 int dice;  
 int player1TurnPoints, player2TurnPoints;    
 Boolean player1Turn = true;  
 Boolean player2Turn = true;  
 
 // Sets roll method and face value for dice, calls random
 public void roll()  
	 {  
	 dice = (int)(Math.random()*6) + 1;  
	 }  
 
 // Keeps track of points during current turn, dice value, plus turn points		   
 public int player1TurnScore()  
	 {  
		 {  
			 player1TurnPoints = dice + player1TurnPoints;  
			 System.out.println("Player 1 scored: " + player1TurnPoints + " in their turn.");  
		 } return player1TurnPoints;  
	 } 
 
//Keeps track of points during current turn, dice value, plus turn points	   
 public int player2TurnScore()  
	 {  
		 {  
			 player2TurnPoints = dice + player2TurnPoints;  
			 System.out.println("Player 2 scored: " + player2TurnPoints + " in their turn.");  
		 } return player2TurnPoints;  
	 }
 
 // Declares if points are "0" you lose turn
 public void player1TurnZero()
 {
 	//player1TurnPoints = 0;
 	System.out.println("Player 1 loses turn.");
 } 
 
//Declares if points are "0" you lose turn
 public void player2TurnZero()
 {
 	//player2TurnPoints = 0;
 	System.out.println("Player 2 loses turn.");
 } 
 
 
 
 // Declares whose turn it should be 
 public Pig()  
 {  
	player1();  
	 //if(!player1Turn)  
	 //{  
		// player2();  
	// }  
 }  
 
 // Starts the game and rolls die for player 1
 public int player1(){  
 
	 System.out.println("Player 1 hit 'r' to roll your die.");  
	 Scanner key = new Scanner(System.in);  
	 String start = key.nextLine();  
	 if(start.equalsIgnoreCase("r")){  
					 {  
					 System.out.println("The die has been rolled.");  
					 roll();  
					 }  
	 }  
	 do{  
		  roll();
 
 
			 if(dice == 1)  // Lose your turn when a 1 is rolled
			 {  
				 System.out.println("1 has been rolled, you lose your turn.");
				 player1TurnZero();			
				 player2();  
 
			 }  
			 else if(dice != 1)  // Shows what you rolled on your turn
			 {  
				 System.out.println(dice + " Has been rolled");
				 player1TurnScore();
				 System.out.println("Player 1 total score so far is: " + player1TurnPoints);    
				 System.out.println("Player 1 press 'r' to roll or 'h' to hold.");
 
				 Scanner keyboard = new Scanner(System.in);  
				 String choice = keyboard.nextLine();  
 
				 // What happens when you press r or h
				 if(choice.equalsIgnoreCase("r"))  
				 {					 
					 {    
					 System.out.println("Rolling again.");   
					 roll();  
					 }  
				 }  
				// What happens when you press r or h
				 if(choice.equalsIgnoreCase("h"))  
					 {						 
					 System.out.println("Player 1, your points thus far is " + player1Total);
					 player2();  // Switches to Player 2 Turn
					 }	 
 
			 }  
 
			 player1Total += player1TurnPoints; // Adds turn points to Total
			 if(player1Total >= 100)	 // You win once you beat 100 points
			 {  
				 System.out.println("Player 1 wins, way to go champ!");  
				 System.exit(0);  
			 }  
 
		}while(player1Turn);	 
	 return dice;  
 
 }  
 
 
//Starts the game and rolls die for player 2
 public int player2(){  
 
	 System.out.println("Player 2 hit 'r' to roll your die.");  
	 Scanner key = new Scanner(System.in);  
	 String start = key.nextLine();  
	 if(start.equalsIgnoreCase("r")){  
					 {  
					 System.out.println("The die has been rolled.");  
					 roll();  
					 }  
	 }  
	 do{  
		  roll();
 
 
		     if(dice == 1)  // Lose your turn when a 1 is rolled
			 {  
				 System.out.println("1 has been rolled, you lose your turn.");
				 player2TurnZero();			
				 player1();  
 
			 }  
			 else if(dice != 1)  // Shows what you rolled on your turn
			 {  
				 System.out.println(dice + " Has been rolled");
				 player2TurnScore();
				 System.out.println("Player 2 total score so far is: " + player2TurnPoints);   
				 System.out.println("Player 2 press 'r' to roll or 'h' to hold.");  
				 Scanner keyboard = new Scanner(System.in);  
				 String choice = keyboard.nextLine();  
 
				 // What happens when you press r or h
				 if(choice.equalsIgnoreCase("r"))  
				 {					 
					 {    
					 System.out.println("Rolling again.");   
					 roll();  
					 }  
				 }  
				// What happens when you press r or h
				 if(choice.equalsIgnoreCase("h"))  
					 {						 
					 System.out.println("Holding, your points thus far is " + player2Total);
					 player1();  // Switches to Player 1 Turn
					 }	 
 
			 }  
 
		     player2Total += player2TurnPoints; // Adds turn points to Total
			 if(player2Total >= 100)	 // You win once you beat 100 points
			 {  
				 System.out.println("Player 2 wins, way to go champ!");  
				 System.exit(0);  
			 }  
 
		}while(player2Turn);	 
	 return dice;  
 
 }  	 
 
public static void main(String[] args)  
{  
 new Pig();  
}  
}

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An array holds a bunch of objects, either primitives(int, float, double, etc) or objects(Object, String, Integer, Character, etc)

It has a fixed size

An int array of size 5 looks like this

int[] anArray = new int[5];

Note, indexing starts at 0 and ends at size -1.

You must set all values in array as they start out null.

anArray[0] = 5;
You cannot go beyond fixed size.

ArrayList is generic. It can keep expanding.

ArrayList<Integer> anArrayList = new ArrayList<Integer>();

anArrayList.add(5);

Thanks for the array info, I think I see how I"ll utilize those. However before I do any ideas on how to correct how the points are being passed?