电脑单机斗地主-安装包-哪个好

Time:2023-07-09 04:40:16

关于电脑单机斗地主的问题，我们总结了以下几点，给你解答：

1、电脑单机斗地主
2、电脑单机斗地主哪个好
3、电脑单机斗地主安装包

电脑单机斗地主

本文实现了android端单机版的斗地主, 一共三个玩家(一个地主，二个农民) 游戏进入后，针对上家出的牌，如果本家有大的牌，可以出牌，如果没有相应的牌，可以选择不要牌, 在组合牌型时，如果不符合斗地主的牌型要求，是不能出牌的，如果组合的牌型不能大过上家的牌，也是不能出牌的

本示例提供源码，需要源码的朋友可以下载

android开发环境配置 http://www.wisdomdd.cn/Wisdom/resource/articleDetail.htm?resourceId=1028

本项目是一个单机的斗地主项目源码，不过这个项目的分辨率有点问题，我在真机和模拟器的480*800上无论是横屏还是竖屏游戏都只能显示一部分画面，可能项目是使用的更低分辨率创建的，不过我玩了玩这个项目的却比javaapk.com以前发的斗地主项目算法要好一些，分配地主发牌都是随机的，根据谁的牌数先为0就是谁赢，再根据他的Id判断他是农民还是地主，每个人自动生成3分，结束后赢家加分输家扣分源码有注释，编码GBK默认编译版本4.4.2，需要的朋友可以下载研究一下

源码介绍:

扑克牌

public class Card { int value=0; int pokeType=0; int[] pokes; Bitmap pokeImage; int personID; public Card(int[] pokes,Bitmap pokeImage,int id) { this.personID=id; this.pokes=pokes; this.pokeImage=pokeImage; pokeType=Poke.getPokeType(pokes); value=Poke.getPokeTypeValue(pokes, pokeType); //显示的正确排列// 如果有炸弹牌出现，分数翻倍 if(pokeType==PokeType.huojian||pokeType==PokeType.zhadan) { Desk.currentScore*=2; } } public void paint(Canvas canvas,int left,int top,int dir) { Rect src = new Rect(); Rect des = new Rect(); for (int i = 0; i < pokes.length; i++) { int row = Poke.getImageRow(pokes[i]); int col = Poke.getImageCol(pokes[i]); if (dir == PokeType.dirV) { row = Poke.getImageRow(pokes[i]); col = Poke.getImageCol(pokes[i]); src.set(col * 35, row * 52, col * 35 + 35, row * 52 + 52); des.set(left, top + i * 13, left + 35, top + 52 + i * 13); } else { row = Poke.getImageRow(pokes[i]); col = Poke.getImageCol(pokes[i]); int select = 0; src.set(col * 35, row * 52, col * 35 + 35, row * 52 + 52); des.set(left + i * 13, top - select, left + 35 + i * 13, top - select + 52); } canvas.drawBitmap(pokeImage, src, des, null); } }}

牌桌:Desk

public class Desk { public static int winId = -1; Bitmap pokeImage; Bitmap tishi; Bitmap buyao; Bitmap chupai; public static int[] personScore = new int[3]; public static int threePokes[] = new int[3];// 三张底牌 private int threePokesPos[][] = new int[][] { { 170, 17 }, { 220, 17 }, { 270, 17 } }; private int[][] rolePos = { { 60, 310 }, { 63, 19 }, { 396, 19 }, }; public static Person[] persons = new Person[3];// 三个玩家 public static int[] deskPokes = new int[54];// 一副扑克牌 public static int currentScore = 3;// 当前分数 public static int boss = 0;// 地主 /** * -2:发牌<br> * -1:随机地主<br> * 0:游戏中 <br> * 1:游戏结束，重新来，活退出<br> */ private int op = -1;// 游戏的进度控制 public static int currentPerson = 0;// 当前操作的人 public static int currentCircle = 0;// 本轮次数 public static Card currentCard = null;// 最新的一手牌 public int[][] personPokes = new int[3][17]; // gaming private int timeLimite = 310; private int[][] timeLimitePos = { { 130, 205 }, { 118, 76 }, { 327, 76 } }; private int opPosX = 240; private int opPosY = 200; DDZ ddz; public Desk(DDZ ddz) { this.ddz = ddz; pokeImage = BitmapFactory.decodeResource(ddz.getResources(), R.drawable.poker3552); tishi = BitmapFactory .decodeResource(ddz.getResources(), R.drawable.cp0); buyao = BitmapFactory .decodeResource(ddz.getResources(), R.drawable.cp1); chupai = BitmapFactory.decodeResource(ddz.getResources(), R.drawable.cp2); // init(); } public void gameLogic() { switch (op) { case -2: break; case -1: init(); op = 0; break; case 0: gaming(); break; case 1: break; case 2: break; } } // 存储当前一句的胜负得分信息 int rs[] = new int[3]; private void gaming() { for (int k = 0; k < 3; k++) { // 当三个人中其中一个人牌的数量为0，则游戏结束 if (persons[k].pokes.length == 0) { // 切换到游戏结束状态 op = 1; // 得到最先出去的人的id winId = k; // 判断哪方获胜 if (boss == winId) { // 地主方获胜后的积分操作 for (int i = 0; i < 3; i++) { if (i == boss) { // 地主需要加两倍积分 rs[i] = currentScore * 2; personScore[i] += currentScore * 2; } else { // 农民方需要减分 rs[i] = -currentScore; personScore[i] -= currentScore; } } } else { // 如果农民方胜利 for (int i = 0; i < 3; i++) { if (i != boss) { // 农民方加分 rs[i] = currentScore; personScore[i] += currentScore; } else { // 地主方减分 rs[i] = -currentScore * 2; personScore[i] -= currentScore * 2; } } } return; } } // 游戏没有结束，继续。 // 如果本家ID是NPC，则执行语句中的操作 if (currentPerson == 1 || currentPerson == 2) { if (timeLimite <= 300) { // 获取手中的牌中能够打过当前手牌 Card tempcard = persons[currentPerson].chupaiAI(currentCard); if (tempcard != null) { // 手中有大过的牌，则出 currentCircle++; currentCard = tempcard; nextPerson(); } else { // 没有打过的牌，则不要 buyao(); } } } // 时间倒计时 timeLimite -= 2; } public void init() { deskPokes = new int[54]; personPokes = new int[3][17]; threePokes = new int[3]; winId = -1; currentScore = 3; currentCard = null; currentCircle = 0; currentPerson = 0; for (int i = 0; i < deskPokes.length; i++) { deskPokes[i] = i; } Poke.shuffle(deskPokes); fenpai(deskPokes); randDZ(); Poke.sort(personPokes[0]); Poke.sort(personPokes[1]); Poke.sort(personPokes[2]); persons[0] = new Person(personPokes[0], 234, 96, PokeType.dirH, 0, this, ddz); persons[1] = new Person(personPokes[1], 54, 28, PokeType.dirV, 1, this, ddz); persons[2] = new Person(personPokes[2], 54, 417, PokeType.dirV, 2, this, ddz); persons[0].setPosition(persons[1], persons[2]); persons[1].setPosition(persons[2], persons[0]); persons[2].setPosition(persons[0], persons[1]); AnalyzePoke ana = AnalyzePoke.getInstance(); for (int i = 0; i < persons.length; i++) { boolean b = ana.testAnalyze(personPokes[i]); if (!b) { init(); System.out.println("chongqinglaiguo"); break; } } for (int i = 0; i < 3; i++) { StringBuffer sb = new StringBuffer(); sb.append("chushipai---" + i + ":"); for (int j = 0; j < personPokes[i].length; j++) { sb.append(personPokes[i][j] + ","); } System.out.println(sb.toString()); } } // 随机地主，将三张底牌给地主 private void randDZ() { boss = Poke.getDZ(); currentPerson = boss; int[] newPersonPokes = new int[20]; for (int i = 0; i < 17; i++) { newPersonPokes[i] = personPokes[boss][i]; } newPersonPokes[17] = threePokes[0]; newPersonPokes[18] = threePokes[1]; newPersonPokes[19] = threePokes[2]; personPokes[boss] = newPersonPokes; } public void fenpai(int[] pokes) { for (int i = 0; i < 51;) { personPokes[i / 17][i % 17] = pokes[i++]; } threePokes[0] = pokes[51]; threePokes[1] = pokes[52]; threePokes[2] = pokes[53]; } public void result() { } public void paint(Canvas canvas) { switch (op) { case -2: break; case -1: break; case 0: paintGaming(canvas); break; case 1: paintResult(canvas); break; case 2: break; } } private void paintResult(Canvas canvas) { Paint paint = new Paint(); paint.setColor(Color.WHITE); paint.setTextSize(20); canvas.drawText("本局得分总分 ", 110, 66, paint); for (int i = 0; i < 3; i++) { canvas.drawText(i + ":本局得分:" + rs[i] + " 总分：" + personScore[i], 110, 96 + i * 30, paint); } } private void paintGaming(Canvas canvas) { persons[0].paint(canvas); persons[1].paint(canvas); persons[2].paint(canvas); paintThreePokes(canvas); paintRoleAndScore(canvas); if (currentPerson == 0) { Rect src = new Rect(); Rect dst = new Rect(); src.set(0, 0, chupai.getWidth(), chupai.getHeight()); dst.set(opPosX, opPosY, opPosX + chupai.getWidth(), opPosY + chupai.getHeight()); canvas.drawBitmap(chupai, src, dst, null); if (currentCircle != 0) { src.set(0, 0, tishi.getWidth(), tishi.getHeight()); dst.set(opPosX + 40, opPosY, opPosX + tishi.getWidth() + 40, opPosY + tishi.getHeight()); canvas.drawBitmap(tishi, src, dst, null); src.set(0, 0, buyao.getWidth(), buyao.getHeight()); dst.set(opPosX - 40, opPosY, opPosX + buyao.getWidth() - 40, opPosY + buyao.getHeight()); canvas.drawBitmap(buyao, src, dst, null); } } if (persons[0].card != null) { persons[0].card.paint(canvas, 130, 140, PokeType.dirH); } if (persons[1].card != null) { persons[1].card.paint(canvas, 73, 56, PokeType.dirV); } if (persons[2].card != null) { persons[2].card.paint(canvas, 365, 56, PokeType.dirV); } paintTimeLimite(canvas); Paint paint = new Paint(); paint.setTextAlign(Align.LEFT); paint.setStyle(Style.FILL_AND_STROKE); paint.setTextSize(14); canvas.drawText("当前底分：" + currentScore, 165, 308, paint); } private void paintTimeLimite(Canvas canvas) { Paint paint = new Paint(); paint.setColor(Color.BLUE); paint.setTextSize(16); for (int i = 0; i < 3; i++) { if (i == currentPerson) { canvas.drawText("" + (timeLimite / 10), timeLimitePos[i][0], timeLimitePos[i][1], paint); } } } private void paintRoleAndScore(Canvas canvas) { Paint paint = new Paint(); for (int i = 0; i < 3; i++) { if (boss == i) { paint.setColor(Color.RED); canvas.drawText("地主(得分：" + personScore[i] + ")", rolePos[i][0], rolePos[i][1], paint); } else { paint.setColor(Color.WHITE); canvas.drawText("农民(得分：" + personScore[i] + ")", rolePos[i][0], rolePos[i][1], paint); } } } private void paintThreePokes(Canvas canvas) { Rect src = new Rect(); Rect dst = new Rect(); for (int i = 0; i < 3; i++) { int row = Poke.getImageRow(threePokes[i]); int col = Poke.getImageCol(threePokes[i]); src.set(col * 35, row * 52, col * 35 + 35, row * 52 + 52); dst.set(threePokesPos[i][0], threePokesPos[i][1], threePokesPos[i][0] + 35, threePokesPos[i][1] + 52); canvas.drawBitmap(pokeImage, src, dst, null); } } public void onTuch(View v, MotionEvent event) { for (int i = 0; i < persons.length; i++) { StringBuffer sb = new StringBuffer(); sb.append(i + " : "); for (int j = 0; j < persons[i].pokes.length; j++) { sb.append(persons[i].pokes[j] + (persons[i].pokes[j] >= 10 ? "" : " ") + ","); } System.out.println(sb.toString()); } if (op == 1) { System.out.println("ddz.handler:" + ddz.handler); init(); op = 0; // ddz.handler.sendEmptyMessage(DDZActivity.MENU); } if (currentPerson != 0) { return; } int x = (int) event.getX(); int y = (int) event.getY(); if (Poke.inRect(x, y, opPosX, opPosY, 38, 23)) { System.out.println("chupai"); Card card = persons[0].chupai(currentCard); if (card != null) { currentCard = card; currentCircle++; nextPerson(); } } if (currentCircle != 0) { if (Poke.inRect(x, y, opPosX - 40, opPosY, 38, 23)) { System.out.println("buyao"); buyao(); } } if (Poke.inRect(x, y, opPosX + 40, opPosY, 38, 23)) { System.out.println("tishi"); tishi(); } persons[0].onTuch(v, event); } private void tishi() { } //不要牌的操作 private void buyao() { // 轮到下一个人 currentCircle++; // 清空当前不要牌的人的最后一手牌 persons[currentPerson].card = null; // 定位下一个人的id nextPerson(); // 如果已经转回来，则该人继续出牌，本轮清空，新一轮开始 if (currentCard != null && currentPerson == currentCard.personID) { currentCircle = 0; currentCard = null;// 转回到最大牌的那个人再出牌 persons[currentPerson].card = null; } } // 定位下一个人的id并重新倒计时 private void nextPerson() { switch (currentPerson) { case 0: currentPerson = 2; break; case 1: currentPerson = 0; break; case 2: currentPerson = 1; break; } timeLimite = 310; }}

胡牌分析器:AnalyzePoke

package com.peiandsky;import java.util.Vector;public class AnalyzePoke { private int[] pokes; private int[] countPokes = new int[12]; private int count2; private int countWang; private Vector<int[]> card_zhadan = new Vector<int[]>(3); private Vector<int[]> card_sanshun = new Vector<int[]>(3); private Vector<int[]> card_shuangshun = new Vector<int[]>(3); private Vector<int[]> card_sanzhang = new Vector<int[]>(3); private Vector<int[]> card_danshun = new Vector<int[]>(3); private Vector<int[]> card_duipai = new Vector<int[]>(3); private Vector<int[]> card_danpai = new Vector<int[]>(5); public int[] getCountPokes() { return countPokes; } public int getCount2() { return count2; } public int getCountWang() { return countWang; } public Vector<int[]> getCard_zhadan() { return card_zhadan; } public Vector<int[]> getCard_sanshun() { return card_sanshun; } public Vector<int[]> getCard_shuangshun() { return card_shuangshun; } public Vector<int[]> getCard_sanzhang() { return card_sanzhang; } public Vector<int[]> getCard_danshun() { return card_danshun; } public Vector<int[]> getCard_duipai() { return card_duipai; } public Vector<int[]> getCard_danpai() { return card_danpai; } private AnalyzePoke() { } public static AnalyzePoke getInstance() { // if (analyzePoke == null) { // analyzePoke = new AnalyzePoke(); // } // return analyzePoke; return new AnalyzePoke(); } private void init() { for (int i = 0; i < countPokes.length; i++) { countPokes[i] = 0; } count2 = 0; countWang = 0; card_zhadan.clear(); card_sanshun.clear(); card_shuangshun.clear(); card_sanzhang.clear(); card_danshun.clear(); card_duipai.clear(); card_danpai.clear(); } public boolean lastCardTypeEq(int pokeType) { if (remainCount() > 1) { return false; } switch (pokeType) { case PokeType.sanzhang: return card_sanzhang.size() == 1; case PokeType.duipai: return card_duipai.size() == 1; case PokeType.danpai: return card_danpai.size() == 1; } return false; } public int[] getPokes() { return pokes; } public void setPokes(int[] pokes) { Poke.sort(pokes); this.pokes = pokes; try { this.analyze(); } catch (Exception e) { e.printStackTrace(); } } public int remainCount() { return card_zhadan.size() + card_sanshun.size() + card_shuangshun.size() + card_sanzhang.size() + card_danshun.size() + card_duipai.size() + card_danpai.size(); } public int[] getMinType(Person last, Person next) { AnalyzePoke lastAna = AnalyzePoke.getInstance(); lastAna.setPokes(last.pokes); AnalyzePoke nextAna = AnalyzePoke.getInstance(); nextAna.setPokes(next.pokes); int lastCount = lastAna.remainCount(); int nextCount = nextAna.remainCount(); int needSmart = -1; if (Desk.boss == next.id || (Desk.boss != next.id && Desk.boss != last.id)) { // 是对手 if (next.pokes.length <= 2) { needSmart = next.pokes.length; } } // TODO int pokeType = -1; int minValue = 55; int pokeIdx = 0; int size; Vector<int[]> temp; temp = card_sanshun; size = temp.size(); for (int i = 0; i < size; i++) { int[] p = temp.elementAt(i); if (minValue > p[0]) { pokeType = PokeType.sanshun; minValue = p[0]; pokeIdx = i; } } temp = card_shuangshun; size = temp.size(); for (int i = 0; i < size; i++) { int[] p = temp.elementAt(i); if (minValue > p[0]) { pokeType = PokeType.shuangshun; minValue = p[0]; pokeIdx = i; } } temp = card_danshun; size = temp.size(); for (int i = 0; i < size; i++) { int[] p = temp.elementAt(i); if (minValue > p[0]) { pokeType = PokeType.danshun; minValue = p[0]; pokeIdx = i; } } temp = card_sanzhang; size = temp.size(); for (int i = 0; i < size; i++) { int[] p = temp.elementAt(i); if (minValue > p[0]) { pokeType = PokeType.sanzhang; minValue = p[0]; pokeIdx = i; } } if (needSmart == 2) { if (pokeType != -1) { return new int[] { pokeType, pokeIdx }; } else { temp = card_duipai; size = temp.size(); int min2 = -1; for (int i = 0; i < size; i++) { int[] p = temp.elementAt(i); if (min2 <= p[0]) { pokeType = PokeType.duipai; minValue = p[0]; min2 = p[0]; pokeIdx = i; } } } } else { temp = card_duipai; size = temp.size(); for (int i = 0; i < size; i++) { int[] p = temp.elementAt(i); if (minValue > p[0]) { pokeType = PokeType.duipai; minValue = p[0]; pokeIdx = i; } } } if (needSmart == 1) { if (pokeType != -1) { return new int[] { pokeType, pokeIdx }; } else { int min1 = -1; for (int i = 0; i < size; i++) { int[] p = temp.elementAt(i); if (min1 <= p[0]) { pokeType = PokeType.danpai; minValue = p[0]; min1 = p[0]; pokeIdx = i; } } } } else { temp = card_danpai; size = temp.size(); for (int i = 0; i < size; i++) { int[] p = temp.elementAt(i); if (minValue > p[0]) { pokeType = PokeType.danpai; minValue = p[0]; pokeIdx = i; } } } return new int[] { pokeType, pokeIdx }; } public boolean testAnalyze(int pokes[]) { try { init(); for (int i = 0; i < pokes.length; i++) { int v = Poke.getPokeValue(pokes[i]); if (v == 16 || v == 17) { countWang++; } else if (v == 15) { count2++; } else { countPokes[v - 3]++; } } // System.out.println(" analyze sanshun"); // 三顺 int start = -1; int end = -1; for (int i = 0; i <= countPokes.length - 1; i++) { if (countPokes[i] == 3) { if (start == -1) { start = i; } else { end = i; } } else { if (end != -1 && start != -1) { int dur = end - start + 1; int[] ss = new int[dur * 3]; int m = 0; for (int j = 0; j < pokes.length; j++) { int v = Poke.getPokeValue(pokes[j]) - 3; if (v >= start && v <= end) { ss[m++] = pokes[j]; } } if (m == dur * 3 - 1) { System.out.println("sanshun is over!!!"); } else { System.out.println("sanshun error!!!"); } card_sanshun.addElement(ss); for (int s = start; s <= end; s++) { countPokes[s] = -1; } start = end = -1; continue; } else { start = end = -1; } } } // System.out.println(" analyze shuangshun"); // shuangshun int sstart = -1; int send = -1; for (int i = 0; i < countPokes.length; i++) { if (countPokes[i] == 2) { if (sstart == -1) { sstart = i; } else { send = i; } } else { if (sstart != -1 && send != -1) { int dur = send - sstart + 1; if (dur < 3) { sstart = send = -1; continue; } else { int shuangshun[] = new int[dur * 2]; int m = 0; for (int j = 0; j < pokes.length; j++) { int v = Poke.getPokeValue(pokes[j]) - 3; if (v >= sstart && v <= send) { shuangshun[m++] = pokes[j]; } } card_shuangshun.addElement(shuangshun); for (int s = sstart; s <= send; s++) { countPokes[s] = -1; } sstart = send = -1; continue; } } else { sstart = send = -1; } } } // System.out.println(" analyze danshun"); // danshun int dstart = -1; int dend = -1; for (int i = 0; i < countPokes.length; i++) { if (countPokes[i] >= 1) { if (dstart == -1) { dstart = i; } else { dend = i; } } else { if (dstart != -1 && dend != -1) { int dur = dend - dstart + 1; if (dur >= 5) { int m = 0; int[] danshun = new int[dur]; for (int j = 0; j < pokes.length; j++) { int v = Poke.getPokeValue(pokes[j]) - 3; if (v == dend) { danshun[m++] = pokes[j]; countPokes[dend]--; dend--; } if (dend == dstart - 1) { break; } } card_danshun.addElement(danshun); } dstart = dend = -1; } else { dstart = dend = -1; } } } // System.out.println(" analyze sanzhang"); // sanzhang for (int i = 0; i < countPokes.length; i++) { if (countPokes[i] == 3) { countPokes[i] = -1; int[] sanzhang = new int[3]; int m = 0; for (int j = 0; j < pokes.length; j++) { int v = Poke.getPokeValue(pokes[j]) - 3; if (v == i) { sanzhang[m++] = pokes[j]; } } card_sanzhang.addElement(sanzhang); } } // System.out.println(" analyze duipai"); // duipai for (int i = 0; i < countPokes.length; i++) { if (countPokes[i] == 2) { int[] duipai = new int[2]; for (int j = 0; j < pokes.length; j++) { int v = Poke.getPokeValue(pokes[j]) - 3; if (v == i) { duipai[0] = pokes[j]; duipai[1] = pokes[j + 1]; card_duipai.addElement(duipai); break; } } countPokes[i] = -1; } } // System.out.println(" analyze danpai"); // danpai for (int i = 0; i < countPokes.length; i++) { if (countPokes[i] == 1) { for (int j = 0; j < pokes.length; j++) { int v = Poke.getPokeValue(pokes[j]) - 3; if (v == i) { card_danpai.addElement(new int[] { pokes[j] }); countPokes[i] = -1; break; } } } } // System.out.println(" analyze 2 "); switch (count2) { case 4: card_zhadan.addElement(new int[] { pokes[countWang], pokes[countWang + 1], pokes[countWang + 2], pokes[countWang + 3] }); break; case 3: card_sanzhang.addElement(new int[] { pokes[countWang], pokes[countWang + 1], pokes[countWang + 2] }); break; case 2: card_duipai.addElement(new int[] { pokes[countWang], pokes[countWang + 1] }); break; case 1: card_danpai.addElement(new int[] { pokes[countWang] }); break; } // System.out.println(" analyze zhadan"); // 炸弹 for (int i = 0; i < countPokes.length - 1; i++) { if (countPokes[i] == 4) { card_zhadan.addElement(new int[] { i * 4 + 3, i * 4 + 2, i * 4 + 1, i * 4 }); countPokes[i] = -1; } } // System.out.println(" analyze wang"); if (countWang == 1) { card_danpai.addElement(new int[] { pokes[0] }); } else if (countWang == 2) { card_zhadan.addElement(new int[] { pokes[0], pokes[1] }); } } catch (Exception e) { e.printStackTrace(); return false; } return true; } // 分析几大主要牌型 private void analyze() { // 初始化牌型容器 init(); // 分析王，2，普通牌的数量 for (int i = 0; i < pokes.length; i++) { int v = Poke.getPokeValue(pokes[i]); if (v == 16 || v == 17) { countWang++; } else if (v == 15) { count2++; } else { countPokes[v - 3]++; } } // 分析三顺牌型 int start = -1; int end = -1; for (int i = 0; i <= countPokes.length - 1; i++) { if (countPokes[i] == 3) { if (start == -1) { start = i; } else { end = i; } } else { if (end != -1 && start != -1) { int dur = end - start + 1; int[] ss = new int[dur * 3]; int m = 0; for (int j = 0; j < pokes.length; j++) { int v = Poke.getPokeValue(pokes[j]) - 3; if (v >= start && v <= end) { ss[m++] = pokes[j]; } } if (m == dur * 3 - 1) { System.out.println("sanshun is over!!!"); } else { System.out.println("sanshun error!!!"); } card_sanshun.addElement(ss); for (int s = start; s <= end; s++) { countPokes[s] = -1; } start = end = -1; continue; } else { start = end = -1; } } } // 分析双顺牌型 int sstart = -1; int send = -1; for (int i = 0; i < countPokes.length; i++) { if (countPokes[i] == 2) { if (sstart == -1) { sstart = i; } else { send = i; } } else { if (sstart != -1 && send != -1) { int dur = send - sstart + 1; if (dur < 3) { sstart = send = -1; continue; } else { int shuangshun[] = new int[dur * 2]; int m = 0; for (int j = 0; j < pokes.length; j++) { int v = Poke.getPokeValue(pokes[j]) - 3; if (v >= sstart && v <= send) { shuangshun[m++] = pokes[j]; } } card_shuangshun.addElement(shuangshun); for (int s = sstart; s <= send; s++) { countPokes[s] = -1; } sstart = send = -1; continue; } } else { sstart = send = -1; } } } // 分析单顺牌型 int dstart = -1; int dend = -1; for (int i = 0; i < countPokes.length; i++) { if (countPokes[i] >= 1) { if (dstart == -1) { dstart = i; } else { dend = i; } } else { if (dstart != -1 && dend != -1) { int dur = dend - dstart + 1; if (dur >= 5) { int m = 0; int[] danshun = new int[dur]; for (int j = 0; j < pokes.length; j++) { int v = Poke.getPokeValue(pokes[j]) - 3; if (v == dend) { danshun[m++] = pokes[j]; countPokes[dend]--; dend--; } if (dend == dstart - 1) { break; } } card_danshun.addElement(danshun); } dstart = dend = -1; } else { dstart = dend = -1; } } } // 分析三张牌型 for (int i = 0; i < countPokes.length; i++) { if (countPokes[i] == 3) { countPokes[i] = -1; int[] sanzhang = new int[3]; int m = 0; for (int j = 0; j < pokes.length; j++) { int v = Poke.getPokeValue(pokes[j]) - 3; if (v == i) { sanzhang[m++] = pokes[j]; } } card_sanzhang.addElement(sanzhang); } } // 分析对牌 for (int i = 0; i < countPokes.length; i++) { if (countPokes[i] == 2) { int[] duipai = new int[2]; for (int j = 0; j < pokes.length; j++) { int v = Poke.getPokeValue(pokes[j]) - 3; if (v == i) { duipai[0] = pokes[j]; duipai[1] = pokes[j + 1]; card_duipai.addElement(duipai); break; } } countPokes[i] = -1; } } // 分析单牌 for (int i = 0; i < countPokes.length; i++) { if (countPokes[i] == 1) { for (int j = 0; j < pokes.length; j++) { int v = Poke.getPokeValue(pokes[j]) - 3; if (v == i) { card_danpai.addElement(new int[] { pokes[j] }); countPokes[i] = -1; break; } } } } // 根据2的数量进行分析 switch (count2) { case 4: card_zhadan.addElement(new int[] { pokes[countWang], pokes[countWang + 1], pokes[countWang + 2], pokes[countWang + 3] }); break; case 3: card_sanzhang.addElement(new int[] { pokes[countWang], pokes[countWang + 1], pokes[countWang + 2] }); break; case 2: card_duipai.addElement(new int[] { pokes[countWang], pokes[countWang + 1] }); break; case 1: card_danpai.addElement(new int[] { pokes[countWang] }); break; } // 分析炸弹 for (int i = 0; i < countPokes.length - 1; i++) { if (countPokes[i] == 4) { card_zhadan.addElement(new int[] { i * 4 + 3, i * 4 + 2, i * 4 + 1, i * 4 }); countPokes[i] = -1; } } // 分析火箭 if (countWang == 1) { card_danpai.addElement(new int[] { pokes[0] }); } else if (countWang == 2) { card_zhadan.addElement(new int[] { pokes[0], pokes[1] }); } }}

电脑单机斗地主哪个好

欢乐斗地主腾讯出品能移到sd卡中，只占1.几MB
请采纳答案，支持我一下。
我觉得最好玩的单机游戏是“植物大战僵尸”