package class8_3_Elevens; // MSOE. Dr. Yoder. 28 October 2015.

import class8_2_Elevens.Die;
// Use your Die from Lab7 in the place of class8_2_Elevens.Die.
// It follows the UML diagram defined in that lab.

/**
 * This class represents a player -- human or computer
 * in the game.
 *
 * The player holds two dice, and remembers the value last rolled on each die.
 *
 * The individual player will automatically win by rolling 11,
 * and automatically lose by rolling more than 11.
 * These conditions can be checked with isMidgameWinner() and isMidgameLoser().
 * At the end of the game, this player's total score also needs to be higher
 * than the opponent to win the game.
 */
public class Player {
    private int playerRoll1;                  //the roll of the player's six-sided die
    private int playerRoll2;                  //the roll of the player's ten-sided die
    private Die playerDie1 = new Die();       //the six-sided die
    private Die playerDie2 = new Die(10);     //the ten-sided die
    private String playerName;                //the player's name

    /**
     * Create a new player
     * @param playerName the name to display for this player. Should start with a capital letter
     */
    public Player(String playerName) {
        this.playerName = playerName;
    }

    /**
     * Compute the sum of the player's two dice.
     * @return the sum of the dice.
     */
    public int getTotal() {
        return playerRoll1 + playerRoll2;
    }

    /**
     * Determine if player has guaranteed a win by rolling 11.
     * @return true if player's score is 11.
     */
    public boolean isMidgameWinner() {
        return getTotal() == 11;
    }

    /**
     * Determine if player has already lost by rolling past 11
     * @return true if player's total is greater than 11.
     */
    public boolean isMidgameLooser() {
        return getTotal() > 11;
    }

    /**
     * Display the results of a roll
     */
    public void displayRolls() {
        System.out.println(playerName+" rolled " + playerRoll1 + " on the six-sided die, and " + playerRoll2 + " on the ten-sided die for a total of " + getTotal());
    }

    /**
     * Roll the dice the first time and display the results.
     */
    public void initialRoll() {
        playerRoll1 = playerDie1.roll();
        playerRoll2 = playerDie2.roll();
        displayRolls();
    }

    /**
     * Re roll one of the player's two dice
     * @param numDie The number of the die to re-roll. 1 - six-sided. 2 - ten-sided.
     */
    public void reRollOneDie(int numDie) {
        Die dieToReroll;
        if(numDie == 1) {
            dieToReroll = playerDie1;
        } else {
            dieToReroll = playerDie2;
        }
        int playerRoll = dieToReroll.roll();
        if(numDie == 1) {
            playerRoll1 = playerRoll;
        } else {
            playerRoll2 = playerRoll;
        }
        displayRolls();
    }
}