C#使用二维数组模拟斗地主

package com.pb.demo;
import java.util.Arrays;
import java.util.Random;
/**
 * 扑克牌随机发牌♠♥♣♦ 二维数组实现
 * 
 */
public class Puker {
 public static void main(String[] args) {
  // 定义数组
  String[][] puker = new String[5][];
  puker[0] = new String[] { "♠A","♠2","♠3","♠4","♠5","♠6","♠7","♠8","♠9","♠10","♠J","♠Q","♠K" };
  puker[1] = new String[] { "♥A","♥2","♥3","♥4","♥5","♥6","♥7","♥8","♥9","♥10","♥J","♥Q","♥K" };
  puker[2] = new String[] { "♣A","♣2","♣3","♣4","♣5","♣6","♣7","♣8","♣9","♣10","♣J","♣Q","♣K" };
  puker[3] = new String[] { "♦A","♦2","♦3","♦4","♦5","♦6","♦7","♦8","♦9","♦10","♦J","♦Q","♦K" };
  puker[4] = new String[] { "大王","小王" };
  // 定义3个玩家和底牌
  String[] player1 = new String[17];
  String[] player2 = new String[17];
  String[] player3 = new String[17];
  String[] temp = new String[3];
  // 二维数据洗牌
  Random random = new Random();
  int i1 = 0,i2 = 0,j1 = 0,j2 = 0;// 定义４个变量，用来存放数组的下标
  // 洗牌1000次
  for (int i = 0; i < 1000; i++) {
   // 下标i1等于,随机0~4的整数 一维的下标
   i1 = random.nextInt(5); // 0~4之间
   if (i1 == 4) {
    // 如果一维的下标是4，则2维的的元素只有2个大王和小王,只有2个元素
    j1 = random.nextInt(2);
   } else {
    // 如果不是4，则有13张牌
    j1 = random.nextInt(13); // 0~12 共13个元素
   }
   // 因为最短的数组是2个元素,所以要2次，如果是多个就要多次
   i2 = random.nextInt(5);
   if (i2 == 4) {
    j2 = random.nextInt(2);
   } else {
    j2 = random.nextInt(13);
   }
   // 开始洗牌
   String tmp = puker[i1][j1];
   puker[i1][j1] = puker[i2][j2]; // 洗牌法，交换，打乱顺序
   puker[i2][j2] = tmp;
  }
  // 洗牌后的牌
  System.out.println("===========洗牌后的顺序============");
  for (int i = 0; i < puker.length; i++) {
   for (int j = 0; j < puker[i].length; j++) {
    System.out.print(puker[i][j] + " ");
   }
  }
  // 开始发牌
  for (int i = 0; i < 54; i++) {
   int p = i % 3; // 定义发给哪个玩家
   int k = i / 3 - 1; // 定义轮次
   if (i < 3) {
    // 先扣下三张底牌
    temp[i] = puker[i / 13][i % 13]; // 从前向回取3张，估做底牌
   } else if (p == 0) {
    player1[k] = puker[i / 13][i % 13];
   } else if (p == 1) {
    player2[k] = puker[i / 13][i % 13];
   } else if (p == 2) {
    player3[k] = puker[i / 13][i % 13];
   }
  }
  System.out.println("n==========发牌完成=============");
  // 玩家一
  System.out.println("玩家一" + Arrays.toString(player1));
  // 玩家二
  System.out.println("玩家二" + Arrays.toString(player2));
  // 玩家三
  System.out.println("玩家三" + Arrays.toString(player3));
  // 底牌
  System.out.println("底牌" + Arrays.toString(temp));
 }
}