java简易小程序--打扑克

对牌进行处理:
package wed.poke; import wed.Clear; import java.awt.*; import
java.awt.event.InputEvent; import java.util.*; import java.util.ArrayList;
import java.util.Scanner; import java.util.Random; import java.util.HashMap;
public class 牌库 { private char[] hs={'♤' ,'♧' ,'♡' ,'♢'}; private String[]
sum={"3","4","5","6","7","8","9","10","J","Q","K","A","2"}; private
ArrayList<String> ay=new ArrayList(); private ArrayList<String> rk=new
ArrayList(); public ArrayList<String> p1=new ArrayList(); public
ArrayList<String> p2=new ArrayList(); public ArrayList<String> p3=new
ArrayList(); private Random r=new Random(); Scanner sc=new Scanner(System.in);
HashMap<String,Integer> pz = new HashMap(); public static void clear() { try {
Robot r = new Robot(); r.mouseMove(500, 750);
r.mousePress(InputEvent.BUTTON3_DOWN_MASK);
r.mouseRelease(InputEvent.BUTTON3_DOWN_MASK); r.mouseMove(510, 810);
r.mousePress(InputEvent.BUTTON1_DOWN_MASK);
r.mouseRelease(InputEvent.BUTTON1_DOWN_MASK); } catch (AWTException e) {
e.printStackTrace(); } } public void setup(){ int t; for(int i=0;i<4;i++) {
for(int x=0;x<13;x++) { ay.add(hs[i]+sum[x]); pz.put(hs[i]+sum[x],x+1); } }
ay.add("Queen"); pz.put("Queen",14); ay.add("King"); pz.put("King",15);
pz.put("0",0); } public void re(){ int i=54; String a,b; while(i!=0){
a=ay.remove(r.nextInt(53)); b=ay.remove(r.nextInt(53)); ay.add(a); ay.add(b);
i--; } } public void see(){ for(int i=0;i<54;i++){ System.out.printf("%s
",ay.get(i)); } } public void setplay(){ int i=54; String s; while(i!=0){
s=ay.remove(r.nextInt(i)); p1.add(s); i--; s=ay.remove(r.nextInt(i));
p2.add(s); i--; s=ay.remove(r.nextInt(i)); p3.add(s); i--; } } public void
start(){ int i=2; String[] s={"0","0"}; String[] pl={"p1","p2"}; while(true){
Clear.cls(); System.out.println("\np1: "+p1); System.out.printf("\np1: ");
s[i%2]=sc.next(); pl[i%2]="p1"; if(s[i%2].equals("过")){
System.out.printf("\n请重新出牌: "); continue; } if(pl[i%2].equals(pl[(i-1)%2])){
i++; break; } else{ if(p1.contains(s[i%2])){
if(pz.get(s[i%2])>pz.get(s[(i-1)%2])){ p1.remove(s[i%2]); i++; break; } else{
System.out.printf("\n请重新出牌: "); } } else{ System.out.printf("\n请重新出牌: "); } } }
while(!p1.isEmpty()||!p2.isEmpty()&&!p3.isEmpty()){ while(true&&!p2.isEmpty()){
Clear.cls(); System.out.println("\np2: "+p2);
System.out.println("\n"+pl[(i-1)%2]+": "+s[(i-1)%2]); System.out.printf("\np2:
"); s[i%2]=sc.next(); pl[i%2]="p2"; if(s[i%2].equals("过")){
if(pl[i%2].equals(pl[(i-1)%2])){ System.out.printf("\n请重新出牌: "); continue; }
break; } if(pl[i%2].equals(pl[(i-1)%2])){ if(!p2.remove(s[i%2])){
System.out.printf("\n请重新出牌: "); continue; } if(p2.isEmpty()) { rk.add("p2");
if(p1.isEmpty()){ rk.add("p3"); p3.clear(); } if(p3.isEmpty()){ rk.add("p1");
p1.clear(); } pl[i%2]="p3"; } i++; break; } else{ if(p2.contains(s[i%2])){
if(pz.get(s[i%2])>pz.get(s[(i-1)%2])){ p2.remove(s[i%2]); if(p2.isEmpty()) {
rk.add("p2"); if(p1.isEmpty()){ rk.add("p3"); p3.clear(); } if(p3.isEmpty()){
rk.add("p1"); p1.clear(); } pl[i%2]="p3"; } i++; break; } else{
System.out.printf("\n请重新出牌: "); } } else{ System.out.printf("\n请重新出牌: "); } } }
while(true&&!p3.isEmpty()){ Clear.cls(); System.out.println("\np3: "+p3);
System.out.println("\n"+pl[(i-1)%2]+": "+s[(i-1)%2]); System.out.printf("\np3:
"); s[i%2]=sc.next(); pl[i%2]="p3"; if(s[i%2].equals("过")){
if(pl[i%2].equals(pl[(i-1)%2])){ System.out.printf("\n请重新出牌: "); continue; }
break; } if(pl[i%2].equals(pl[(i-1)%2])){ if(!p3.remove(s[i%2])){
System.out.printf("\n请重新出牌: "); continue; } if(p3.isEmpty()) { rk.add("p3");
if(p1.isEmpty()){ rk.add("p2"); p2.clear(); } if(p2.isEmpty()){ rk.add("p1");
p1.clear(); } pl[i%2]="p1"; } i++; break; } else{ if(p3.contains(s[i%2])){
if(pz.get(s[i%2])>pz.get(s[(i-1)%2])){ p3.remove(s[i%2]); if(p3.isEmpty()) {
rk.add("p3"); if(p1.isEmpty()){ rk.add("p2"); p2.clear(); } if(p2.isEmpty()){
rk.add("p1"); p1.clear(); } pl[i%2]="p1"; } i++; break; } else{
System.out.printf("\n请重新出牌: "); } } else{ System.out.printf("\n请重新出牌: "); } } }
while(true&&!p1.isEmpty()){ Clear.cls(); System.out.println("\np1: "+p1);
System.out.println("\n"+pl[(i-1)%2]+": "+s[(i-1)%2]); System.out.printf("\np1:
"); s[i%2]=sc.next(); pl[i%2]="p1"; if(s[i%2].equals("过")){
if(pl[i%2].equals(pl[(i-1)%2])){ System.out.printf("\n请重新出牌: "); continue; }
break; } if(pl[i%2].equals(pl[(i-1)%2])){ if(!p1.remove(s[i%2])){
System.out.printf("\n请重新出牌: "); continue; } if(p1.isEmpty()) { rk.add("p1");
if(p2.isEmpty()){ rk.add("p3"); p3.clear(); } if(p3.isEmpty()){ rk.add("p2");
p2.clear(); } pl[i%2]="p2"; } i++; break; } else{ if(p1.contains(s[i%2])){
if(pz.get(s[i%2])>pz.get(s[(i-1)%2])){ p1.remove(s[i%2]); if(p1.isEmpty()) {
rk.add("p1"); if(p2.isEmpty()){ rk.add("p3"); p3.clear(); } if(p3.isEmpty()){
rk.add("p2"); p2.clear(); } pl[i%2]="p2"; } i++; break; } else{
System.out.printf("\n请重新出牌: "); } } else{ System.out.printf("\n请重新出牌: "); } } }
} } public void end(){ Clear.cls(); System.out.println("\nFirst: "+rk.get(0));
System.out.println("\nSecond: "+rk.get(1)); System.out.println("\nThird:
"+rk.get(2)); } }
用到的清屏操作：

编译器idea      控制台清空快捷键  ctrl+alt+backspace
package wed; import java.awt.*; import java.awt.event.InputEvent; import
java.awt.event.KeyEvent; public class Clear { public static void cls(){ try{
Robot r=new Robot(); r.setAutoDelay(100); r.mouseMove(500,700);
r.mousePress(KeyEvent.BUTTON1_DOWN_MASK);
r.mouseRelease(KeyEvent.BUTTON1_DOWN_MASK); r.setAutoDelay(50);
r.keyPress(KeyEvent.VK_CONTROL); r.keyPress(KeyEvent.VK_ALT);
r.keyPress(KeyEvent.VK_BACK_SPACE); r.keyRelease(KeyEvent.VK_CONTROL);
r.keyRelease(KeyEvent.VK_ALT); r.keyRelease(KeyEvent.VK_BACK_SPACE);
}catch(AWTException e){ e.printStackTrace(); } } }
主体程序：
package wed.poke; import wed.Clear; import java.util.Scanner; public class 发牌员
{ public static void main(String[] args){ Scanner sc=new Scanner(System.in); 牌库
pk=new 牌库(); pk.setup(); pk.re(); pk.setplay(); System.out.printf("\np1: ");
for(int i=0;i<18;i++){ System.out.printf("%s ",pk.p1.get(i)); }
System.out.printf("\np2: "); for(int i=0;i<18;i++){ System.out.printf("%s
",pk.p2.get(i)); } System.out.printf("\np3: "); for(int i=0;i<18;i++){
System.out.printf("%s ",pk.p3.get(i)); } Clear.cls(); pk.start(); pk.end(); try
{ Thread.sleep( 10000 ); } catch (Exception e){ System.exit( 0 ); //退出程序 } } }

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