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我需要編寫一個程序：模擬一個名爲Ognib的雙人遊戲。在Ognib中，每個玩家都會得到一個5x5的格子，他們會在其中放置數字令牌。令牌用1到100之間的整數進行編號，它們都是不同的，並按升序排列。玩家不能看到他們的對手的網格 - 只有他們自己的網格。一次一個，每個玩家「調用」一個整數，並且如果任何玩家在他們的網格上有這個令牌，他們將令牌面朝下放在他們的網格上。遊戲的目標是讓玩家在對手所做的事情之前，將所有代幣連續或者在一列或者兩個對角線中的任何一個朝下。
使用一維數組。陣列，Ognib遊戲
我在我的程序中有一些問題， 首先我不知道如何在一個程序中使用兩個類，實際上我的程序在一個類中被壓縮，我覺得有點混亂。第二，如果玩家有一個0的對角線，我的獲勝條件是行不通的......而我不知道爲什麼...... 第三，有25輪的遊戲輪的限制，它是陣列，但我不知道如何改變這...
import java.util.Random;
import java.util.Scanner;
public class Ognib {
public static void main (String[] args) {
Scanner keyboard = new Scanner (System.in);
final int ROWS = 5;
final int COLUMNS = 5;
final int LENGTH = ROWS*COLUMNS;
final int MIN_VALUE = 1; // represents the minimum value in the board
final int MAX_VALUE = 100; // represents the maximun value in the board
int number = 0;
int[] board1 = new int[LENGTH]; // represents the board as a 1-D array
Random rand = new Random();
int randomNumber = 0; // an integer to be chosen at random
boolean isDuplicate; // to indicate is randomNumber has already been picked or not
// for every cell i in the board
for (int i = 0; i < board1.length; ++i)
{
do
{ // Generate a random number between MAX_VALUE and MIN_VALUE inclusive
randomNumber = rand.nextInt((MAX_VALUE - MIN_VALUE) + 1) + MIN_VALUE;
isDuplicate = false; // initialy, let's assume this is not a duplicate
// check if this random value has already been inserted in the array in a previous cell
for (int j = 0; j < i; ++j) {
if (board1[j] == randomNumber) {
isDuplicate = true;
}
}
}
while (isDuplicate); // pick a new random number until we pick a non-duplicate
board1[i] = randomNumber; // this random number is not a duplicate, assign it to the ith cell
}
int indexOfMin;
int temp; // for every element (except the last)
for (int index = 0; index < board1.length-1; index++) {
indexOfMin = index; // find the index of the smallest element between index and the last
for (int scan = index+1; scan < board1.length; scan++)
if (board1[scan] < board1[indexOfMin])
indexOfMin = scan; // Swap the smallest element with the one at position ‘index’
temp = board1[indexOfMin];
board1[indexOfMin] = board1[index];
board1[index] = temp; }
int[] board2 = new int[LENGTH];
for (int i = 0; i < board2.length; ++i)
{
do
{ // Generate a random number between MAX_VALUE and MIN_VALUE inclusive
randomNumber = rand.nextInt((MAX_VALUE - MIN_VALUE) + 1) + MIN_VALUE;
isDuplicate = false; // initialy, let's assume this is not a duplicate
// check if this random value has already been inserted in the array in a previous cell
for (int j = 0; j < i; ++j) {
if (board2[j] == randomNumber) {
isDuplicate = true;
}
}
}
while (isDuplicate); // pick a new random number until we pick a non-duplicate
board2[i] = randomNumber; // this random number is not a duplicate, assign it to the ith cell
}
for (int index = 0; index < board2.length-1; index++) {
indexOfMin = index; // find the index of the smallest element between index and the last
for (int scan = index+1; scan < board2.length; scan++)
if (board2[scan] < board2[indexOfMin])
indexOfMin = scan; // Swap the smallest element with the one at position ‘index’
temp = board2[indexOfMin];
board2[indexOfMin] = board2[index];
board2[index] = temp; }
boolean win;
// the array now contains all unique random values
System.out.print("Enter your name: ");
String name = keyboard.next();
do
{
win=false;
System.out.println("Player Name: " + name);
System.out.println("=====================================================================================================");
for (int h = 0; h < board1.length && h < board2.length; ++h) {
if ((h % 5)==0 && (h != 0))
System.out.println ("|");
System.out.print ("|");
System.out.print(" "+ board1[h] + " ");}
System.out.println("|");
System.out.print("=====================================================================================================");
System.out.println();
for (int e = 1 ; e<=3 ; e++) {
randomNumber = rand.nextInt((MAX_VALUE - MIN_VALUE) + 1) + MIN_VALUE ;
System.out.println ("Computer's Value: " + randomNumber);
for (int k = 0; k < board1.length && k < board2.length; ++k){
if (board1[k] == randomNumber)
board1[k] = 0;
if (board2[k] == randomNumber)
board2[k] = 0; }
}
for (int f=1 ; f<=1 ; f++){
System.out.print (name + "'s Value: ");
number = keyboard.nextInt();
for (int j = 0; j < board1.length && j < board2.length; ++j){
if (board1[j]== number)
board1[j] = 0;
if (board2[j] == number)
board2[j] = 0; }
System.out.println(); }
if ((board1[1]==0 && board1[7]==0 && board1[13]==0 && board1[19]==0 && board1[25]==0) ||
(board1[5]==0 && board1[9]==0 && board1[13]==0 && board1[17]==0 && board1[21]==0) ||
(board2[1]==0 && board2[7]==0 && board2[13]==0 && board2[19]==0 && board2[25]==0) ||
(board2[5]==0 && board2[9]==0 && board2[13]==0 && board2[17]==0 && board2[21]==0)){
System.out.println("Diagonal win detected...");
win=true;
break; }
if (board1[1]==0 && board1[6]==0 && board1[11]==0 && board1[16]==0 && board1[21]==0 ||
board1[2]==0 && board1[7]==0 && board1[12]==0 && board1[17]==0 && board1[22]==0 ||
board1[3]==0 && board1[8]==0 && board1[13]==0 && board1[18]==0 && board1[23]==0 ||
board1[4]==0 && board1[9]==0 && board1[14]==0 && board1[19]==0 && board1[24]==0 ||
board1[5]==0 && board1[10]==0 && board1[15]==0 && board1[20]==0 && board1[25]==0||
board2[1]==0 && board2[6]==0 && board2[11]==0 && board2[16]==0 && board2[21]==0 ||
board2[2]==0 && board2[7]==0 && board2[12]==0 && board2[17]==0 && board2[22]==0 ||
board2[3]==0 && board2[8]==0 && board2[13]==0 && board2[18]==0 && board2[23]==0 ||
board2[4]==0 && board2[9]==0 && board2[14]==0 && board2[19]==0 && board2[24]==0 ||
board2[5]==0 && board2[10]==0 && board2[15]==0 && board2[20]==0 && board2[25]==0){
System.out.println("Colum win detected...");
win = true;
break;}
if (board1[1]==0 && board1[2]==0 && board1[3]==0 && board1[4]==0 && board1[5]==0 ||
board1[6]==0 && board1[7]==0 && board1[8]==0 && board1[9]==0 && board1[10]==0 ||
board1[11]==0 && board1[12]==0 && board1[13]==0 && board1[14]==0 && board1[15]==0 ||
board1[16]==0 && board1[17]==0 && board1[18]==0 && board1[19]==0 && board1[20]==0 ||
board1[21]==0 && board1[22]==0 && board1[23]==0 && board1[24]==0 && board1[25]==0||
board2[1]==0 && board2[2]==0 && board2[3]==0 && board2[4]==0 && board2[5]==0 ||
board2[6]==0 && board2[7]==0 && board2[8]==0 && board2[9]==0 && board2[10]==0 ||
board2[11]==0 && board2[12]==0 && board2[13]==0 && board2[14]==0 && board2[15]==0 ||
board2[16]==0 && board2[17]==0 && board2[18]==0 && board2[19]==0 && board2[20]==0 ||
board2[21]==0 && board2[22]==0 && board2[23]==0 && board2[24]==0 && board2[25]==0){
System.out.println("Row win detected...");
win=true;
break; }
}
while (!win);
if (win=true)
System.out.println("===Final Results===");
System.out.println("Player Name: " + name);
for (int h = 0; h < board1.length; ++h) {
if ((h % 5)==0 && (h != 0))
System.out.println ("|");
System.out.print ("|");
System.out.print(" "+ board1[h] + " "); }
System.out.println();
if (board1[1]==0 && board1[6]==0 && board1[11]==0 && board1[16]==0 && board1[21]==0 ||
board1[2]==0 && board1[7]==0 && board1[12]==0 && board1[17]==0 && board1[22]==0 ||
board1[3]==0 && board1[8]==0 && board1[13]==0 && board1[18]==0 && board1[23]==0 ||
board1[4]==0 && board1[9]==0 && board1[14]==0 && board1[19]==0 && board1[24]==0 ||
board1[5]==0 && board1[10]==0 && board1[15]==0 && board1[20]==0 && board1[25]==0||
board1[1]==0 && board1[2]==0 && board1[3]==0 && board1[4]==0 && board1[5]==0 ||
board1[6]==0 && board1[7]==0 && board1[8]==0 && board1[9]==0 && board1[10]==0 ||
board1[11]==0 && board1[12]==0 && board1[13]==0 && board1[14]==0 && board1[15]==0 ||
board1[16]==0 && board1[17]==0 && board1[18]==0 && board1[19]==0 && board1[20]==0 ||
board1[21]==0 && board1[22]==0 && board1[23]==0 && board1[24]==0 && board1[25]==0||
board1[1]==0 && board1[7]==0 && board1[13]==0 && board1[19]==0 && board1[25]==0 ||
board1[5]==0 && board1[9]==0 && board1[13]==0 && board1[17]==0 && board1[21]==0){
System.out.println(name + "has a winning card!");
System.out.println();}
System.out.println("Player Name: Computer");
for (int h = 0; h < board2.length; ++h) {
if ((h % 5)==0 && (h != 0))
System.out.println ("|");
System.out.print ("|");
System.out.print(" "+ board2[h] + " "); }
System.out.println();
if (board2[1]==0 && board2[6]==0 && board2[11]==0 && board2[16]==0 && board2[21]==0 ||
board2[2]==0 && board2[7]==0 && board2[12]==0 && board2[17]==0 && board2[22]==0 ||
board2[3]==0 && board2[8]==0 && board2[13]==0 && board2[18]==0 && board2[23]==0 ||
board2[4]==0 && board2[9]==0 && board2[14]==0 && board2[19]==0 && board2[24]==0 ||
board2[5]==0 && board2[10]==0 && board2[15]==0 && board2[20]==0 && board2[25]==0||
board2[1]==0 && board2[2]==0 && board2[3]==0 && board2[4]==0 && board2[5]==0 ||
board2[6]==0 && board2[7]==0 && board2[8]==0 && board2[9]==0 && board2[10]==0 ||
board2[11]==0 && board2[12]==0 && board2[13]==0 && board2[14]==0 && board2[15]==0 ||
board2[16]==0 && board2[17]==0 && board2[18]==0 && board2[19]==0 && board2[20]==0 ||
board2[21]==0 && board2[22]==0 && board2[23]==0 && board2[24]==0 && board2[25]==0 ||
board2[1]==0 && board2[7]==0 && board2[13]==0 && board2[19]==0 && board2[25]==0 ||
board2[5]==0 && board2[9]==0 && board2[13]==0 && board2[17]==0 && board2[21]==0) {
System.out.println("Computer has a winning card!"); }
}
}
謝謝！