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;
}
}
Crear cuenta
Comentarios sobre la versión: Versión 1 (3)