日本综合一区二区|亚洲中文天堂综合|日韩欧美自拍一区|男女精品天堂一区|欧美自拍第6页亚洲成人精品一区|亚洲黄色天堂一区二区成人|超碰91偷拍第一页|日韩av夜夜嗨中文字幕|久久蜜综合视频官网|精美人妻一区二区三区

Java數(shù)獨游戲代碼

public class ShuDu {

創(chuàng)新互聯(lián)是一家專注于成都做網(wǎng)站、網(wǎng)站制作與策劃設(shè)計,米脂網(wǎng)站建設(shè)哪家好?創(chuàng)新互聯(lián)做網(wǎng)站,專注于網(wǎng)站建設(shè)十多年,網(wǎng)設(shè)計領(lǐng)域的專業(yè)建站公司;建站業(yè)務(wù)涵蓋:米脂等地區(qū)。米脂做網(wǎng)站價格咨詢:13518219792

/**存儲數(shù)字的數(shù)組*/

static int[][] n = new int[9][9];

/**生成隨機數(shù)字的源數(shù)組，隨機數(shù)字從該數(shù)組中產(chǎn)生*/

static int[] num = {1,2,3,4,5,6,7,8,9};

public static void main(String[] args) {

//生成數(shù)字

for(int i = 0;i 9;i++){

//嘗試填充的數(shù)字次數(shù)

int time = 0;

//填充數(shù)字

for(int j = 0;j 9;j++){

//產(chǎn)生數(shù)字

n[i][j] = generateNum(time);

//如果返回值為0，則代表卡住，退回處理

//退回處理的原則是：如果不是第一列，則先倒退到前一列，否則倒退到前一行的最后一列

if(n[i][j] == 0){

//不是第一列，則倒退一列

if(j 0){

j-=2;

continue;

}else{//是第一列，則倒退到上一行的最后一列

i--;

j = 8;

continue;

}

}

//填充成功

if(isCorret(i,j)){

//初始化time，為下一次填充做準(zhǔn)備

time = 0;

}else{ //繼續(xù)填充

//次數(shù)增加1

time++;

//繼續(xù)填充當(dāng)前格

j--;

}

}

}

//輸出結(jié)果

for(int i = 0;i 9;i++){

for(int j = 0;j 9;j++){

System.out.print(n[i][j] + " ");

}

System.out.println();

}

}

/**

* 是否滿足行、列和3X3區(qū)域不重復(fù)的要求

* @param row 行號

* @param col 列號

* @return true代表符合要求

*/

public static boolean isCorret(int row,int col){

return (checkRow(row) checkLine(col) checkNine(row,col));

}

/**

* 檢查行是否符合要求

* @param row 檢查的行號

* @return true代表符合要求

*/

public static boolean checkRow(int row){

for(int j = 0;j 8;j++){

if(n[row][j] == 0){

continue;

}

for(int k =j + 1;k 9;k++){

if(n[row][j] == n[row][k]){

return false;

}

}

}

return true;

}

/**

* 檢查列是否符合要求

* @param col 檢查的列號

* @return true代表符合要求

*/

public static boolean checkLine(int col){

for(int j = 0;j 8;j++){

if(n[j][col] == 0){

continue;

}

for(int k =j + 1;k 9;k++){

if(n[j][col] == n[k][col]){

return false;

}

}

}

return true;

}

/**

* 檢查3X3區(qū)域是否符合要求

* @param row 檢查的行號

* @param col 檢查的列號

* @return true代表符合要求

*/

public static boolean checkNine(int row,int col){

//獲得左上角的坐標(biāo)

int j = row / 3 * 3;

int k = col /3 * 3;

//循環(huán)比較

for(int i = 0;i 8;i++){

if(n[j + i/3][k + i % 3] == 0){

continue;

}

for(int m = i+ 1;m 9;m++){

if(n[j + i/3][k + i % 3] == n[j + m/3][k + m % 3]){

return false;

}

}

}

return true;

}

/**

* 產(chǎn)生1-9之間的隨機數(shù)字

* 規(guī)則：生成的隨機數(shù)字放置在數(shù)組8-time下標(biāo)的位置，隨著time的增加，已經(jīng)嘗試過的數(shù)字將不會在取到

* 說明：即第一次次是從所有數(shù)字中隨機，第二次時從前八個數(shù)字中隨機，依次類推，

* 這樣既保證隨機，也不會再重復(fù)取已經(jīng)不符合要求的數(shù)字，提高程序的效率

* 這個規(guī)則是本算法的核心

* @param time 填充的次數(shù)，0代表第一次填充

* @return

*/

public static int generateNum(int time){

//第一次嘗試時，初始化隨機數(shù)字源數(shù)組

if(time == 0){

for(int i = 0;i 9;i++){

num[i] = i + 1;

}

}

//第10次填充，表明該位置已經(jīng)卡住，則返回0，由主程序處理退回

if(time == 9){

return 0;

}

//不是第一次填充

//生成隨機數(shù)字，該數(shù)字是數(shù)組的下標(biāo)，取數(shù)組num中該下標(biāo)對應(yīng)的數(shù)字為隨機數(shù)字

int ranNum = (int)(Math.random() * (9 - time));

//把數(shù)字放置在數(shù)組倒數(shù)第time個位置，

int temp = num[8 - time];

num[8 - time] = num[ranNum];

num[ranNum] = temp;

//返回數(shù)字

return num[8 - time];

}

}

c++或java 寫一個解3階數(shù)獨的程序

123456789101112131415161718192021public static Geocache[] createGeocaches(int a) { if(a = 0) return new Geocache[0]; Random rand = new Random(); Geocache[] result = new Geocache[a]; for(int i = 0; i a; i++) { //因為題目沒有描述，這里假設(shè)x, y是隨機整數(shù)，Geocache有a href=";tn=44039180_cprfenlei=mv6quAkxTZn0IZRqIHckPjm4nH00T1dhrjIWn1D4n19hmWDzm1R0IAYqnWm3PW64rj0d0AP8IA3qPjfsn1bkrjKxmLKz0ZNzUjdCIZwsrBtEXh9GuA7EQhF9pywdQhPEUiqkIyN1IA-EUBtkPWm4rjR4rHbLPWR1nH63P16L" target="_blank" class="baidu-highlight"構(gòu)造函數(shù)/a(int, int) int x = rand.nextInt(); int y = rand.nextInt(); result[i] = new Geocache(x, y); } return result; }

求編寫一個超級簡單的Java的程序源代碼

import java.awt.*;

import java.awt.event.*;

import javax.swing.*;

class ConstructFrame extends JFrame

{

private static final long serialVersionUID = 1L;

String value1="",result,value2="";

int flag=0,fix=0,sum=1;

Boolean happy;

JTextField text=new JTextField(30);

int flagsum=0;

Container c=getContentPane();

JButton buttonx;

ConstructFrame()

{ super("計算器");

c.setLayout(null);

c.setBackground(Color.blue);

this.setSize(400, 400);

c.add(text);

text.setHorizontalAlignment(JTextField.RIGHT);

final JButton buttonx=new JButton("BackSpace");

c.add(buttonx);

buttonx.addMouseListener(new MouseAdapter()

{

public void mousePressed(MouseEvent e)

{

int count=0;

String temp;

if(flag==0)

{

count=value1.length();

if(count!=1)

temp=value1.substring(0, count-1);

else

temp="0";

value1=temp;

}

else

{

count=value2.length();

if(count!=1)

temp=value2.substring(0, count-1);

else

temp="0";

value2=temp;

}

text.setText(temp);

}

});

final JButton buttony=new JButton("CE");

c.add(buttony);

buttony.addMouseListener(new MouseAdapter()

{

public void mousePressed(MouseEvent e)

{

value1="";

value2="";

flag=0;

text.setText("0");

}

});

final JButton button1=new JButton("1");

c.add(button1);

button1.addMouseListener(new MouseAdapter()

{

public void mousePressed(MouseEvent e)

{

String temp;

if(flag==0)

{

value1=value1+1;

temp=value1;

}

else

{

value2=value2+1;

temp=value2;

}

text.setText(temp);

}

});

final JButton button2=new JButton(" 2 ");

c.add(button2);

button2.addMouseListener(new MouseAdapter()

{

public void mousePressed(MouseEvent e)

{

String temp;

if(flag==0)

{

value1=value1+2;

temp=value1;

}

else

{

value2=value2+2;

temp=value2;

}

text.setText(temp);

}

});

final JButton button3=new JButton("3");

c.add(button3);

button3.addMouseListener(new MouseAdapter()

{

public void mousePressed(MouseEvent e)

{

String temp;

if(flag==0)

{

value1=value1+3;

temp=value1;

}

else

{

value2=value2+3;

temp=value2;

}

text.setText(temp);

}

});

final JButton button4=new JButton("4");

c.add(button4);

button4.addMouseListener(new MouseAdapter()

{

public void mousePressed(MouseEvent e)

{

String temp;

if(flag==0)

{

value1=value1+4;

temp=value1;

}

else

{

value2=value2+4;

temp=value2;

}

text.setText(temp);

}

});

final JButton button5=new JButton("5");

c.add(button5);

button5.addMouseListener(new MouseAdapter()

{

public void mousePressed(MouseEvent e)

{

String temp;

if(flag==0)

{

value1=value1+5;

temp=value1;

}

else

{

value2=value2+5;

temp=value2;

}

text.setText(temp);

}

});

final JButton button6=new JButton("6");

c.add(button6);

button6.addMouseListener(new MouseAdapter()

{

public void mousePressed(MouseEvent e)

{

String temp;

if(flag==0)

{

value1=value1+6;

temp=value1;

}

else

{

value2=value2+6;

temp=value2;

}

text.setText(temp);

}

});

final JButton button7=new JButton("7");

c.add(button7);

button7.addMouseListener(new MouseAdapter()

{

public void mousePressed(MouseEvent e)

{

String temp;

if(flag==0)

{

value1=value1+7;

temp=value1;

}

else

{

value2=value2+7;

temp=value2;

}

text.setText(temp);

}

});

final JButton button8=new JButton("8");

c.add(button8);

button8.addMouseListener(new MouseAdapter()

{

public void mousePressed(MouseEvent e)

{

String temp;

if(flag==0)

{

value1=value1+8;

temp=value1;

}

else

{

value2=value2+8;

temp=value2;

}

text.setText(temp);

}

});

final JButton button9=new JButton("9");

c.add(button9);

button9.addMouseListener(new MouseAdapter()

{

public void mousePressed(MouseEvent e)

{

String temp;

if(flag==0)

{

value1=value1+9;

temp=value1;

}

else

{

value2=value2+9;

temp=value2;

}

text.setText(temp);

}

});

final JButton button0=new JButton("0");

c.add(button0);

button0.addMouseListener(new MouseAdapter()

{

public void mousePressed(MouseEvent e)

{

String temp;

if(flag==0)

{

value1=value1+0;

temp=value1;

}

else

{

value2=value2+0;

temp=value2;

}

text.setText(temp);

}

});

final JButton buttonadd=new JButton(" + ");

c.add(buttonadd);

buttonadd.addMouseListener(new MouseAdapter()

{

public void mousePressed(MouseEvent e)

{

flag=1;

fix=1;

flagsum=0;

}

});

final JButton buttonsubtract=new JButton(" - ");

c.add(buttonsubtract);

buttonsubtract.addMouseListener(new MouseAdapter()

{

public void mousePressed(MouseEvent e)

{

flag=1;

fix=2;

flagsum=0;

}

});

final JButton buttoncheng=new JButton(" * ");

c.add(buttoncheng);

buttoncheng.addMouseListener(new MouseAdapter()

{

public void mousePressed(MouseEvent e)

{

flag=1;

fix=3;

flagsum=0;

}

});

final JButton buttonchu=new JButton(" / ");

c.add(buttonchu);

buttonchu.addMouseListener(new MouseAdapter()

{

public void mousePressed(MouseEvent e)

{

flag=1;

flagsum=0;

fix=4;

}

});

final JButton buttonequal=new JButton(" = ");

c.add(buttonequal);

buttonequal.addMouseListener(new MouseAdapter()

{

public void mousePressed(MouseEvent e)

{

double temp1,temp2;

double temp=0;

flagsum=0;

temp1=Double.parseDouble(value1);

temp2=Double.parseDouble(value2);

flag=0;

switch(fix)

{

case 1: temp=temp1+temp2;break;

case 2: temp=temp1-temp2;break;

case 3: temp=temp1*temp2;break;

case 4: temp=temp1/temp2;break;

}

result=Double.valueOf(temp).toString();

value1=result;

value2="";

flag=1;

text.setText(result);

}

});

final JButton buttonpoint=new JButton(".");

c.add(buttonpoint);

buttonpoint.addMouseListener(new MouseAdapter()

{

public void mousePressed(MouseEvent e)

{ if(flagsum==0)

{

String temp;

if(flag==0 )

{

value1=value1+".";

temp=value1;

}

else

{

value2=value2+".";

temp=value2;

}

flagsum=1;

text.setText(temp);

}

}

});

JButton buttonz=new JButton("Start");

c.add(buttonz);

buttonz.addMouseListener(new MouseAdapter()

{

public void mousePressed(MouseEvent e)

{ if(sum%2==1)

{

happy=true;

text.setText("0.");

flag=0;

}

else

{

happy=false;

value1="";

value2="";

text.setText("");

}

text.setEnabled(happy);

button1.setEnabled(happy);

button2.setEnabled(happy);

button3.setEnabled(happy);

button4.setEnabled(happy);

button5.setEnabled(happy);

button6.setEnabled(happy);

button7.setEnabled(happy);

button8.setEnabled(happy);

button9.setEnabled(happy);

button0.setEnabled(happy);

buttonx.setEnabled(happy);

buttony.setEnabled(happy);

buttonadd.setEnabled(happy);

buttonsubtract.setEnabled(happy);

buttonpoint.setEnabled(happy);

buttonequal.setEnabled(happy);

buttoncheng.setEnabled(happy);

buttonchu.setEnabled(happy);

sum++;

}

});

button1.setEnabled(false);

button2.setEnabled(false);

button3.setEnabled(false);

button4.setEnabled(false);

button5.setEnabled(false);

button6.setEnabled(false);

button7.setEnabled(false);

button8.setEnabled(false);

button9.setEnabled(false);

button0.setEnabled(false);

buttonx.setEnabled(false);

buttony.setEnabled(false);

buttonadd.setEnabled(false);

buttonsubtract.setEnabled(false);

buttonpoint.setEnabled(false);

buttonequal.setEnabled(false);

buttoncheng.setEnabled(false);

buttonchu.setEnabled(false);

text.setEnabled(false);

text.setBounds(20, 20, 200, 40);

buttonx.setBounds(20, 60,100, 40);

buttony.setBounds(140, 60,100, 40);

buttonz.setBounds(260, 60,80, 40);

button1.setBounds(20, 120,60, 40);

button2.setBounds(100, 120,60, 40);

button3.setBounds(180, 120,60, 40);

buttonadd.setBounds(260, 120,60, 40);

button4.setBounds(20, 180,60, 40);

button5.setBounds(100, 180,60, 40);

button6.setBounds(180, 180,60, 40);

buttonsubtract.setBounds(260, 180,60, 40);

button7.setBounds(20, 240,60, 40);

button8.setBounds(100, 240,60, 40);

button9.setBounds(180, 240,60, 40);

buttoncheng.setBounds(260,240,60,40);

button0.setBounds(20, 300,60, 40);

buttonpoint.setBounds(100, 300, 60, 40);

buttonequal.setBounds(180,300,60, 40);

buttonchu.setBounds(260, 300,60, 40);

setVisible(true);

}

class MYMouseEvent extends MouseAdapter

{

public void mousePressed(MouseEvent e)

{

value1=e.toString();

text.setText(value1);

}

}

}

class Calutator

{

public static void main(String[] args)

{

new ConstructFrame();

}

}

你自己慢慢的看吧！

本文名稱：簡單數(shù)獨java源代碼 數(shù)獨代碼Java
當(dāng)前路徑：http://www.dlmjj.cn/article/doddpje.html