java模拟实现斗地主（超简单的发牌理牌思路） |
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java语言模拟实现斗地主
用数组以及随机数模拟实现，超简单~~~ 一、初始化牌 众所周知，纸牌共有54张，将这54张牌放入到字符串数组里面，进行初始化操作，注意：这个顺序很重要，后面理牌的时候要用。相当于一个模板 以下是我声明的字符串数组。 String[] pai = { "3♠", "3♥", "3♦", "3♣", "4♠", "4♥", "4♦", "4♣", "5♠", "5♥", "5♦", "5♣", "6♠", "6♥", "6♦", "6♣", "7♠", "7♥", "7♦", "7♣", "8♠", "8♥", "8♦", "8♣", "9♠", "9♥", "9♦", "9♣", "10♠", "10♥", "10♦", "10♣", "J♠", "J♥", "J♦", "J♣", "Q♠", "Q♥", "Q♦", "Q♣", "K♠", "K♥", "K♦", "K♣", "A♠", "A♥", "A♦", "A♣", "2♠", "2♥", "2♦", "2♣", "大♚", "小♔" };二、建数组 //设置一个boolean数组，来对应下标，检查牌是否出现过 boolean[] isTrue = new boolean[54]; //用来存随机生成的下标,最重要，理牌时候也用到 int[] xiaBiao = new int[54]; //建3个int数组存下标，表示三个玩家， int[] zhao = new int[17]; int[] liu = new int[17]; int[] zhang = new int[17]; //用一个int数组存地主牌 int[] diZhuPai = new int[3];根据牌的下标去字符串里面取牌（值），如果这个值有了就对应的boolean数组的对应的设为true。 三、用随机数生成下标 用随机数生成一个(0,53]的随机数，其实生成的随机数就是字符数组（pai数组）的下标，根据生成的数去取值。 public void xiPai(String[] pai, boolean[] isTrue, int[] xiaBiao) { System.out.println("\n洗牌"); int temp = 0;//用来计数，看是否够54张牌， while (temp //执行的话证明还没有这个牌（下标） xiaBiao[temp] = p;//把值存到数组里面 temp++;//牌数加一 System.out.print(pai[p] + " "); //每27张牌换行一次 if (temp % 27 == 0) System.out.println(); isTrue[p] = true;//对应的boolean数组设为true，证明这张牌已经有了 } } }发牌 发牌就是将存好的数组下标分成4份（3份17个代表17张牌，一个3个，代表地主牌），可以直接用数组拷贝方法，都可以，只要达到目的就行。 //发牌 public void faPai(String[] pai, int[] xiaBiao, int[] zhang, int[] liu, int[] zhao, int[] dizhupai) { System.out.print("\n开始发牌："); int k = 0; int j = 0; while (j System.out.print(pai[zhang[i]] + " "); } System.out.print("\n赵云的牌为："); for (int i =0; i System.out.print(pai[liu[i]] + " "); } int q=0; System.out.print("\n底牌："); for (int i = 51; i System.out.print("\n\n理牌"); //把下标排序，根据下标取值 Arrays.sort(zhang); Arrays.sort(zhao); Arrays.sort(liu); System.out.print("\n张飞的牌为："); for (int i = 0; i System.out.print(pai[zhao[i]] + " "); } System.out.print("\n刘备的牌为："); for (int i = 0; i public static void main(String[] args) { String[] pai = { "3♠", "3♥", "3♦", "3♣", "4♠", "4♥", "4♦", "4♣", "5♠", "5♥", "5♦", "5♣", "6♠", "6♥", "6♦", "6♣", "7♠", "7♥", "7♦", "7♣", "8♠", "8♥", "8♦", "8♣", "9♠", "9♥", "9♦", "9♣", "10♠", "10♥", "10♦", "10♣", "J♠", "J♥", "J♦", "J♣", "Q♠", "Q♥", "Q♦", "Q♣", "K♠", "K♥", "K♦", "K♣", "A♠", "A♥", "A♦", "A♣", "2♠", "2♥", "2♦", "2♣", "大♚", "小♔" }; boolean[] isTrue = new boolean[54];//设置一个boolean数组，来对应下标， int[] xiaBiao = new int[54]; int[] zhao = new int[17]; int[] liu = new int[17]; int[] zhang = new int[17]; int[] diZhuPai = new int[3]; DouDiZhu d = new DouDiZhu(); d.chushipai(pai); d.xiPai(pai, isTrue, xiaBiao); d.faPai(pai, xiaBiao, zhang, liu, zhao, diZhuPai); d.liPai(pai, zhang, zhao, liu); } //初始化牌，其实就是给输出一下pai[]数组 public void chushipai(String[] p) { System.out.print("初始化新牌:"); for (int i = 0; i System.out.println(); } System.out.print(p[i] + "\t"); } System.out.println(); } //洗牌 public void xiPai(String[] pai, boolean[] isTrue, int[] xiaBiao) { System.out.println("\n洗牌"); int temp = 0;//用来计数，看是否够54张牌， while (temp //执行的话证明还没有这个牌（下标） xiaBiao[temp] = p; temp++; System.out.print(pai[p] + " "); if (temp % 27 == 0) System.out.println(); isTrue[p] = true; } } } //发牌 public void faPai(String[] pai, int[] xiaBiao, int[] zhang, int[] liu, int[] zhao, int[] dizhupai) { System.out.print("\n开始发牌："); int k = 0; int j = 0; while (j System.out.print(pai[zhang[i]] + " "); } System.out.print("\n赵云的牌为："); for (int i =0; i System.out.print(pai[liu[i]] + " "); } int q=0; System.out.print("\n底牌："); for (int i = 51; i System.out.print("\n\n理牌"); //把下标排序，根据下标取值 Arrays.sort(zhang); Arrays.sort(zhao); Arrays.sort(liu); System.out.print("\n张飞的牌为："); for (int i = 0; i System.out.print(pai[zhao[i]] + " "); } System.out.print("\n刘备的牌为："); for (int i = 0; i |
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