Código de Java - Juego del Othello (reversi)

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Juego del Othello (reversi)gráfica de visualizaciones


Java

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Publicado el 24 de Junio del 2013 por Administrador
6.839 visualizaciones desde el 24 de Junio del 2013. Una media de 42 por semana
Copia del juego Reversi de Greg Catwthorne traducido al castellano para consola.

Versión 1
estrellaestrellaestrellaestrellaestrella(3)

Publicado el 24 de Junio del 2013gráfica de visualizaciones de la versión: Versión 1
6.840 visualizaciones desde el 24 de Junio del 2013. Una media de 42 por semana
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Forma parte de Greg Cawthorne
 
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import java.io.BufferedReader;
import java.io.IOException;
import java.io.InputStreamReader;
 
public class reversi {
    static boolean inv = false;
    static int flipcount = 0;
    static int flips = 0;
    static String pone = "";
    static String ptwo = "";
    static String twogo = "";
    static String onego = "";
    static String f = "";
    static boolean start = true;
    static int turn = 0;
    static String one[] = new String[8];
    static String two[] = new String[8];
    static String three[] = new String[8];
    static String four[] = new String[8];
    static String five[] = new String[8];
    static String six[] = new String[8];
    static String seven[] = new String[8];
    static String eight[] = new String[8];
    static String onet[] = new String[8];
    static String twot[] = new String[8];
    static String threet[] = new String[8];
    static String fourt[] = new String[8];
    static String fivet[] = new String[8];
    static String sixt[] = new String[8];
    static String sevent[] = new String[8];
    static String eightt[] = new String[8];
    static int check[] = new int[100];
    static int xco = 0;
    static int yco = 0;
    static int turnt;
    static int counter = 0;
    static int[] direction = new int[8];
    static int[] boarder = { 10, -10, 1, -1, +11, -11, -9, +9 };
    static String blnk = "    ";
    static String blnk2 = "____";
    static String xtop = "\\__/";
    static String xbottom = "/  \\";
    static String o = "OOOO";
    static int tmp;
    static int y;
    static int z;
    static int h = 0;
 
    public static void main(String[] args) {
        start();
    }
 
    public static void start() {
        boolean c = true;
        int total = 0;
        int exes = 0;
        int ys = 0;
        for (int x = 0; x < 100; x++){
            if ((check[x] == 1) || (check[x] == 2) || (check[x] == 3)){
                total++;
            }
            if (check[x] == 1){
                exes++;
            }
            if (check[x] == 2){
                ys++;
            }
        }
        if (total == 100){
            System.out.println("Juego Finalizado! "+pone+" has "+exes+" cruces en la pizarra!\n"+ptwo+" has "+ys+" circulos en la pizarra!");
            if (ys < exes){
                f = readLine("Felicidades "+pone+"! Has ganado!\nTe gustaria jugar otra vez? ");
            } else if (ys > exes){
                f = readLine("Felicidades "+ptwo+"! Has ganado!\nTe gustaria jugar otra vez? ");
            } else if (ys == exes){
                f = readLine("Felicidades a ambos jugadores! has ganado!\nTe gustaria jugar otra vez? ");
            }
            do {
                if (f.equals("yes") || f.equals("y") || f.equals("YES")){
                    start = true;
                    start();
                } else if (f.equals("no") || f.equals("n") || f.equals("NO")){
                    System.out.println("Espero que hayas disfrutado Othello (Reversi) por Greg Cawthorne!");
                    System.exit(0);
                } else {
                    f = readLine("Lo siento, no entendi bien. Te gustaria jugar otra vez? ");
                    c = false;
                }
            } while (c == false);
        } else if ((start == false) && (turn != 0) && (inv == false)){
                System.out.print(pone+" has "+exes+" (X) recuadros!\n"+ptwo+" has "+ys+" (0) recuadros!\n");
        }
        inv = false;
        boolean chin = true;
        if (start == true) {
            pone = readLine("Bienvenido a Othello (Reversi) por Greg Cawthorne!\nPor favor, ingrese el nombre de un jugador! ");
            while (pone.equals("")) {
                pone = readLine("Por favor, entra el nombre del primer jugador :) ");
            }
            ptwo = readLine("El nombre del primer jugador es " + pone
                + ".\nPor favor, ingrese el nombre de dos jugadores! ");
            while (ptwo.equals("")) {
                ptwo = readLine("Por favor, entra el nombre del segundo jugador :) ");
            }
            f = readLine("El nombre del segundo jugador es "
                + ptwo
                + "\nSólo tiene que pulsar Intro para comenzar o presiona alguna tecla para cambiar los nombres de los jugadores: ");
            if (false == f.equals("")) {
                start();
            }
        }
        for (int x = 0; x < 100; x++) {
            check[x] = 3;
            if (x == 9) {
                x = 89;
            }
        }
        for (int x = 0; x < 100; x = x + 10) {
            check[x] = 3;
            if (x == 90) {
                x = 9;
            }
        }
        if (start == true) {
            for (int x = 0; x < 8; x++) {
                one[x] = blnk;
                two[x] = blnk;
                three[x] = blnk;
                five[x] = blnk;
                six[x] = blnk;
                seven[x] = blnk;
                eight[x] = blnk;
                onet[x] = blnk2;
                twot[x] = blnk2;
                threet[x] = blnk2;
                fivet[x] = blnk2;
                sixt[x] = blnk2;
                sevent[x] = blnk2;
                eightt[x] = blnk2;
                check[44] = 2;
                check[45] = 1;
                check[54] = 1;
                check[55] = 2;
                if (x == 3) {
                    five[x] = xtop;
                    fivet[x] = xbottom;
                    four[x] = o;
                    fourt[x] = o;
                } else if (x == 4) {
                    five[x] = o;
                    fivet[x] = o;
                    four[x] = xtop;
                    fourt[x] = xbottom;
                } else {
                    five[x] = blnk;
                    fivet[x] = blnk2;
                    four[x] = blnk;
                    fourt[x] = blnk2;
                }
            }// end for
 
        } else if (turn % 2 == 0) {
            turnt = 2;
            counter = 1;
            while (chin == true) {
 
                onego = readLine(pone
                    + ", Por favor, introduzca las coordenadas del lugar donde desea colocar una (X) (e.g. x,y) ");
                while ((false == onego.equals("1,1"))
                    && (false == onego.equals("1,2"))
                    && (false == onego.equals("1,3"))
                    && (false == onego.equals("1,4"))
                    && (false == onego.equals("1,5"))
                    && (false == onego.equals("1,6"))
                    && (false == onego.equals("1,7"))
                    && (false == onego.equals("1,8"))
                    && (false == onego.equals("2,1"))
                    && (false == onego.equals("2,2"))
                    && (false == onego.equals("2,3"))
                    && (false == onego.equals("2,4"))
                    && (false == onego.equals("2,5"))
                    && (false == onego.equals("2,6"))
                    && (false == onego.equals("2,7"))
                    && (false == onego.equals("2,8"))
                    && (false == onego.equals("3,1"))
                    && (false == onego.equals("3,2"))
                    && (false == onego.equals("3,3"))
                    && (false == onego.equals("3,4"))
                    && (false == onego.equals("3,5"))
                    && (false == onego.equals("3,6"))
                    && (false == onego.equals("3,7"))
                    && (false == onego.equals("3,8"))
                    && (false == onego.equals("4,1"))
                    && (false == onego.equals("4,2"))
                    && (false == onego.equals("4,3"))
                    && (false == onego.equals("4,4"))
                    && (false == onego.equals("4,5"))
                    && (false == onego.equals("4,6"))
                    && (false == onego.equals("4,7"))
                    && (false == onego.equals("4,8"))
                    && (false == onego.equals("5,1"))
                    && (false == onego.equals("5,2"))
                    && (false == onego.equals("5,3"))
                    && (false == onego.equals("5,4"))
                    && (false == onego.equals("5,5"))
                    && (false == onego.equals("5,6"))
                    && (false == onego.equals("5,7"))
                    && (false == onego.equals("5,8"))
                    && (false == onego.equals("6,1"))
                    && (false == onego.equals("6,2"))
                    && (false == onego.equals("6,3"))
                    && (false == onego.equals("6,4"))
                    && (false == onego.equals("6,5"))
                    && (false == onego.equals("6,6"))
                    && (false == onego.equals("6,7"))
                    && (false == onego.equals("6,8"))
                    && (false == onego.equals("7,1"))
                    && (false == onego.equals("7,2"))
                    && (false == onego.equals("7,3"))
                    && (false == onego.equals("7,4"))
                    && (false == onego.equals("7,5"))
                    && (false == onego.equals("7,6"))
                    && (false == onego.equals("7,7"))
                    && (false == onego.equals("7,8"))
                    && (false == onego.equals("8,1"))
                    && (false == onego.equals("8,2"))
                    && (false == onego.equals("8,3"))
                    && (false == onego.equals("8,4"))
                    && (false == onego.equals("8,5"))
                    && (false == onego.equals("8,6"))
                    && (false == onego.equals("8,7"))
                    && (false == onego.equals("8,8"))) {
                    onego = readLine("Posición incorrecta. "
                        + pone
                        + ", Por favor, introduzca las coordenadas del lugar donde desea colocar una (X) (e.g. x,y) ");
                }
                chin = false;
                String x = String.valueOf(onego.charAt(0));
                String y = String.valueOf(onego.charAt(2));
                xco = Integer.parseInt(x);
                yco = Integer.parseInt(y);
                tmp = check[xco + yco * 10];
                if ((yco == 1) && (check[xco + 10] == 0)) {
                    one[xco - 1] = xtop;
                    onet[xco - 1] = xbottom;
                    check[xco + 10] = 1;
                } else if ((yco == 2) && (check[xco + 20] == 0)) {
                    two[xco - 1] = xtop;
                    twot[xco - 1] = xbottom;
                    check[xco + 20] = 1;
                } else if ((yco == 3) && (check[xco + 30] == 0)) {
                    three[xco - 1] = xtop;
                    threet[xco - 1] = xbottom;
                    check[xco + 30] = 1;
                } else if ((yco == 4) && (check[xco + 40] == 0)) {
                    four[xco - 1] = xtop;
                    fourt[xco - 1] = xbottom;
                    check[xco + 40] = 1;
                } else if ((yco == 5) && (check[xco + 50] == 0)) {
                    five[xco - 1] = xtop;
                    fivet[xco - 1] = xbottom;
                    check[xco + 50] = 1;
                } else if ((yco == 6) && (check[xco + 60] == 0)) {
                    six[xco - 1] = xtop;
                    sixt[xco - 1] = xbottom;
                    check[xco + 60] = 1;
                } else if ((yco == 7) && (check[xco + 70] == 0)) {
                    seven[xco - 1] = xtop;
                    sevent[xco - 1] = xbottom;
                    check[xco + 70] = 1;
                } else if ((yco == 8) && (check[xco + 80] == 0)) {
                    eight[xco - 1] = xtop;
                    eightt[xco - 1] = xbottom;
                    check[xco + 80] = 1;
                } else {
                    chin = true;
                    System.out.print("Esta coordenada ya está llena. ");
                }// end else
            }
        } else {
            while (chin == true) {
                turnt = 1;
                counter = 2;
                twogo = readLine(ptwo
                                + ", Por favor, introduzca las coordenadas del lugar donde desea colocar una (O) (e.g. x,y) ");
                while ((false == twogo.equals("1,1"))
                    && (false == twogo.equals("1,2"))
                    && (false == twogo.equals("1,3"))
                    && (false == twogo.equals("1,4"))
                    && (false == twogo.equals("1,5"))
                    && (false == twogo.equals("1,6"))
                    && (false == twogo.equals("1,7"))
                    && (false == twogo.equals("1,8"))
                    && (false == twogo.equals("2,1"))
                    && (false == twogo.equals("2,2"))
                    && (false == twogo.equals("2,3"))
                    && (false == twogo.equals("2,4"))
                    && (false == twogo.equals("2,5"))
                    && (false == twogo.equals("2,6"))
                    && (false == twogo.equals("2,7"))
                    && (false == twogo.equals("2,8"))
                    && (false == twogo.equals("3,1"))
                    && (false == twogo.equals("3,2"))
                    && (false == twogo.equals("3,3"))
                    && (false == twogo.equals("3,4"))
                    && (false == twogo.equals("3,5"))
                    && (false == twogo.equals("3,6"))
                    && (false == twogo.equals("3,7"))
                    && (false == twogo.equals("3,8"))
                    && (false == twogo.equals("4,1"))
                    && (false == twogo.equals("4,2"))
                    && (false == twogo.equals("4,3"))
                    && (false == twogo.equals("4,4"))
                    && (false == twogo.equals("4,5"))
                    && (false == twogo.equals("4,6"))
                    && (false == twogo.equals("4,7"))
                    && (false == twogo.equals("4,8"))
                    && (false == twogo.equals("5,1"))
                    && (false == twogo.equals("5,2"))
                    && (false == twogo.equals("5,3"))
                    && (false == twogo.equals("5,4"))
                    && (false == twogo.equals("5,5"))
                    && (false == twogo.equals("5,6"))
                    && (false == twogo.equals("5,7"))
                    && (false == twogo.equals("5,8"))
                    && (false == twogo.equals("6,1"))
                    && (false == twogo.equals("6,2"))
                    && (false == twogo.equals("6,3"))
                    && (false == twogo.equals("6,4"))
                    && (false == twogo.equals("6,5"))
                    && (false == twogo.equals("6,6"))
                    && (false == twogo.equals("6,7"))
                    && (false == twogo.equals("6,8"))
                    && (false == twogo.equals("7,1"))
                    && (false == twogo.equals("7,2"))
                    && (false == twogo.equals("7,3"))
                    && (false == twogo.equals("7,4"))
                    && (false == twogo.equals("7,5"))
                    && (false == twogo.equals("7,6"))
                    && (false == twogo.equals("7,7"))
                    && (false == twogo.equals("7,8"))
                    && (false == twogo.equals("8,1"))
                    && (false == twogo.equals("8,2"))
                    && (false == twogo.equals("8,3"))
                    && (false == twogo.equals("8,4"))
                    && (false == twogo.equals("8,5"))
                    && (false == twogo.equals("8,6"))
                    && (false == twogo.equals("8,7"))
                    && (false == twogo.equals("8,8"))) {
                    twogo = readLine("Posición incorrecta. "
                        + ptwo
                        + ", Por favor, introduzca las coordenadas del lugar donde desea colocar una (O) (e.g. x,y) ");
                }
                chin = false;
                String x = String.valueOf(twogo.charAt(0));
                String y = String.valueOf(twogo.charAt(2));
                xco = Integer.parseInt(x);
                yco = Integer.parseInt(y);
                tmp = check[xco + yco * 10];
                if ((yco == 1) && (check[xco + 10] == 0)) {
                    one[xco - 1] = o;
                    onet[xco - 1] = o;
                    check[xco + 10] = 2;
                } else if ((yco == 2) && (check[xco + 20] == 0)) {
                    two[xco - 1] = o;
                    twot[xco - 1] = o;
                    check[xco + 20] = 2;
                } else if ((yco == 3) && (check[xco + 30] == 0)) {
                    three[xco - 1] = o;
                    threet[xco - 1] = o;
                    check[xco + 30] = 2;
                } else if ((yco == 4) && (check[xco + 40] == 0)) {
                    four[xco - 1] = o;
                    fourt[xco - 1] = o;
                    check[xco + 40] = 2;
                } else if ((yco == 5) && (check[xco + 50] == 0)) {
                    five[xco - 1] = o;
                    fivet[xco - 1] = o;
                    check[xco + 50] = 2;
                } else if ((yco == 6) && (check[xco + 60] == 0)) {
                    six[xco - 1] = o;
                    sixt[xco - 1] = o;
                    check[xco + 60] = 2;
                } else if ((yco == 7) && (check[xco + 70] == 0)) {
                    seven[xco - 1] = o;
                    sevent[xco - 1] = o;
                    check[xco + 70] = 2;
                } else if ((yco == 8) && (check[xco + 80] == 0)) {
                    eight[xco - 1] = o;
                    eightt[xco - 1] = o;
                    check[xco + 80] = 2;
                } else {
                    chin = true;
                    System.out.print("Esta coordenada ya está llena. ");
                }
            }
        }// end else
        if (start == true) {
            board(one, two, three, four, five, six, seven, eight, onet, twot,
                            threet, fourt, fivet, sixt, sevent, eightt);
            start = false;
            start();
        }
        check();
        board(one, two, three, four, five, six, seven, eight, onet, twot,
            threet, fourt, fivet, sixt, sevent, eightt);
    }
 
    public static void check() {
        for (int x = 0; x < 8 ; x++){
            direction[x] = 0;
        }
        int p = 0;
        if (check[xco + (yco * 10)] == counter) {
            for (int x = 0; x < 8; x++) {
                if (check[xco + (yco * 10) + boarder[x]] == turnt) {
                    direction[x] = boarder[x];
                }
            }
        }
        for (int x = 0; x < 8; x++) {
            if (direction[x] == 0) {
                p++;
            }
        }
        if (p == 8) {
            invalidturn();
        } else {
            extra();
        }
    }
 
    public static void invalidturn() {
        String pic = null;
        String pic2 = null;
        System.out.print("Este no es un turno valido ");
        check[xco + yco * 10] = tmp;
        if (tmp == 1){
            pic = xtop;
            pic2 = xbottom;
        } else if (tmp == 2){
            pic = o;
            pic2 = o;
        } else if (tmp == 0){
            pic = blnk;
            pic2 = blnk2;
        }
        if ((yco == 1)) {
            one[xco - 1] = pic;
            onet[xco - 1] = pic2;
        } else if ((yco == 2)) {
            two[xco - 1] = pic;
            twot[xco - 1] = pic2;
        } else if ((yco == 3)) {
            three[xco - 1] = pic;
            threet[xco - 1] = pic2;
        } else if ((yco == 4)) {
            four[xco - 1] = pic;
            fourt[xco - 1] = pic2;
        } else if ((yco == 5)) {
            five[xco - 1] = pic;
            fivet[xco - 1] = pic2;
        } else if ((yco == 6)) {
            six[xco - 1] = pic;
            sixt[xco - 1] = pic2;
        } else if ((yco == 7)) {
            seven[xco - 1] = pic;
            sevent[xco - 1] = pic2;
        } else if ((yco == 8)) {
            eight[xco - 1] = pic;
            eightt[xco - 1] = pic2;
        }
        inv = true;
        start();
 
    }
 
    public static void extra() {
        y = 0;
        z = 2;
        boolean end = false;
        for (h = h + 0; h <= 8; h++) {
            if (h == 8) {
                if (flipcount == 0){
                    flipcount = 0;
                    h = 0;
                    invalidturn();
                }
                flipcount = 0;
                h = 0;
                board(one, two, three, four, five, six, seven, eight, onet, twot,
                    threet, fourt, fivet, sixt, sevent, eightt);
            }
            if (direction[h] != 0) {
                for (y = 0; y < 8; y++) {
                    if (direction[h] == boarder[y]) {
                        if ((check[xco + (yco * 10) + boarder[y]] == turnt)) {
                            while (end == false) {
                                if ((check[xco + (yco * 10) + (boarder[y]) * z] == turnt)) {
                                    z++;
                                } else if ((check[xco + (yco * 10)
                                            + (boarder[y]) * z] == counter)) {
                                    flipcount++;
                                    h++;
                                    end = true;
                                    flip(z);
                                } else if ((check[xco + (yco * 10)
                                        + (boarder[y]) * z] == 3)
                                        || (check[xco + (yco * 10)
                                        + (boarder[y]) * z] == 0)) {
                                    h++;
                                    extra();
                                }
                            }
                        }
                    }
                }
            }
        }
    }
 
    public static void flip(int z) {
        String pic = null;
        String pic2 = null;
        int tmpy = yco;
        int tmpx = xco;
        if (counter == 2) {
            pic = o;
            pic2 = o;
        } else if (counter == 1) {
            pic = xtop;
            pic2 = xbottom;
        }
        for (int x = 0; x < z; x++) {
            check[xco + yco * 10 + boarder[y] * x] = counter;
 
            if (boarder[y] == 10) {
                tmpy = tmpy + 1;
            } else if (boarder[y] == -10) {
                tmpy = tmpy - 1;
            } else if (boarder[y] == 1) {
                tmpx = tmpx + 1;
            } else if (boarder[y] == -1) {
                tmpx = tmpx - 1;
            } else if (boarder[y] == 11) {
                tmpy = tmpy + 1;
                tmpx = tmpx + 1;
            } else if (boarder[y] == -11) {
                tmpy = tmpy - 1;
                tmpx = tmpx - 1;
            } else if (boarder[y] == 9) {
                tmpy = tmpy + 1;
                tmpx = tmpx - 1;
            } else if (boarder[y] == -9) {
                tmpy = tmpy - 1;
                tmpx = tmpx + 1;
            }
 
            if ((tmpy == 1)) {
                one[tmpx - 1] = pic;
                onet[tmpx - 1] = pic2;
            } else if ((tmpy == 2)) {
                two[tmpx - 1] = pic;
                twot[tmpx - 1] = pic2;
            } else if ((tmpy == 3)) {
                three[tmpx - 1] = pic;
                threet[tmpx - 1] = pic2;
            } else if ((tmpy == 4)) {
                four[tmpx - 1] = pic;
                fourt[tmpx - 1] = pic2;
            } else if ((tmpy == 5)) {
                five[tmpx - 1] = pic;
                fivet[tmpx - 1] = pic2;
            } else if ((tmpy == 6)) {
                six[tmpx - 1] = pic;
                sixt[tmpx - 1] = pic2;
            } else if ((tmpy == 7)) {
                seven[tmpx - 1] = pic;
                sevent[tmpx - 1] = pic2;
            } else if ((tmpy == 8)) {
                eight[tmpx - 1] = pic;
                eightt[tmpx - 1] = pic2;
            }
        }
        extra();
    }
 
    public static void board(String[] one, String[] two, String[] three,
                String[] four, String[] five, String[] six, String[] seven,
                String[] eight, String[] onet, String[] twot, String[] threet,
                String[] fourt, String[] fivet, String[] sixt, String[] sevent,
                String[] eightt) {
        System.out.println("._______________________________________");
        System.out.println("|" + eight[0] + "|" + eight[1] + "|" + eight[2]
                        + "|" + eight[3] + "|" + eight[4] + "|" + eight[5] + "|"
                        + eight[6] + "|" + eight[7] + "|");
        System.out.println("|" + eightt[0] + "|" + eightt[1] + "|" + eightt[2]
                        + "|" + eightt[3] + "|" + eightt[4] + "|" + eightt[5] + "|"
                        + eightt[6] + "|" + eightt[7] + "|8");
        System.out.println("|" + seven[0] + "|" + seven[1] + "|" + seven[2]
                        + "|" + seven[3] + "|" + seven[4] + "|" + seven[5] + "|"
                        + seven[6] + "|" + seven[7] + "|");
        System.out.println("|" + sevent[0] + "|" + sevent[1] + "|" + sevent[2]
                        + "|" + sevent[3] + "|" + sevent[4] + "|" + sevent[5] + "|"
                        + sevent[6] + "|" + sevent[7] + "|7");
        System.out.println("|" + six[0] + "|" + six[1] + "|" + six[2] + "|"
                        + six[3] + "|" + six[4] + "|" + six[5] + "|" + six[6] + "|"
                        + six[7] + "|");
        System.out.println("|" + sixt[0] + "|" + sixt[1] + "|" + sixt[2] + "|"
                        + sixt[3] + "|" + sixt[4] + "|" + sixt[5] + "|" + sixt[6] + "|"
                        + sixt[7] + "|6");
        System.out.println("|" + five[0] + "|" + five[1] + "|" + five[2] + "|"
                        + five[3] + "|" + five[4] + "|" + five[5] + "|" + five[6] + "|"
                        + five[7] + "|");
        System.out.println("|" + fivet[0] + "|" + fivet[1] + "|" + fivet[2]
                        + "|" + fivet[3] + "|" + fivet[4] + "|" + fivet[5] + "|"
                        + fivet[6] + "|" + fivet[7] + "|5");
        System.out.println("|" + four[0] + "|" + four[1] + "|" + four[2] + "|"
                        + four[3] + "|" + four[4] + "|" + four[5] + "|" + four[6] + "|"
                        + four[7] + "|");
        System.out.println("|" + fourt[0] + "|" + fourt[1] + "|" + fourt[2]
                        + "|" + fourt[3] + "|" + fourt[4] + "|" + fourt[5] + "|"
                        + fourt[6] + "|" + fourt[7] + "|4");
        System.out.println("|" + three[0] + "|" + three[1] + "|" + three[2]
                        + "|" + three[3] + "|" + three[4] + "|" + three[5] + "|"
                        + three[6] + "|" + three[7] + "|");
        System.out.println("|" + threet[0] + "|" + threet[1] + "|" + threet[2]
                        + "|" + threet[3] + "|" + threet[4] + "|" + threet[5] + "|"
                        + threet[6] + "|" + threet[7] + "|3");
        System.out.println("|" + two[0] + "|" + two[1] + "|" + two[2] + "|"
                        + two[3] + "|" + two[4] + "|" + two[5] + "|" + two[6] + "|"
                        + two[7] + "|");
        System.out.println("|" + twot[0] + "|" + twot[1] + "|" + twot[2] + "|"
                        + twot[3] + "|" + twot[4] + "|" + twot[5] + "|" + twot[6] + "|"
                        + twot[7] + "|2");
        System.out.println("|" + one[0] + "|" + one[1] + "|" + one[2] + "|"
                        + one[3] + "|" + one[4] + "|" + one[5] + "|" + one[6] + "|"
                        + one[7] + "|");
        System.out.println("|" + onet[0] + "|" + onet[1] + "|" + onet[2] + "|"
                        + onet[3] + "|" + onet[4] + "|" + onet[5] + "|" + onet[6] + "|"
                        + onet[7] + "|1");
        System.out.println("   1   2    3    4    5    6    7    8");
        if (start == false) {
            turn++;
            start();
        }
    }
 
    public static String readLine(String prompt) {
        String input = "";
        System.out.print(prompt);
        InputStreamReader isr = new InputStreamReader(System.in);
        BufferedReader br = new BufferedReader(isr);
        try {
 
            input = br.readLine();
 
        } catch (IOException ioe) {
        }
        return input;
    }
}



Comentarios sobre la versión: Versión 1 (3)

stephy
29 de Julio del 2013
estrellaestrellaestrellaestrellaestrella
cual es la funcion de evaluacion del juego?
Responder
Javier
30 de Mayo del 2016
estrellaestrellaestrellaestrellaestrella
Que código mas horrendo por favor, muere un gato cada vez que alguien programa así, desde luego se nota que ingeniero no eres xD lejos queda la expansibilidad y entendibilidad del código ajaja
Responder
Javier
30 de Mayo del 2016
estrellaestrellaestrellaestrellaestrella
Y en caso de que el codigo no sea tuyo , retiro lo dicho xD puesto que no voy a juzgar sin ver codigo
Responder

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