java遊戲代碼,java遊戲代碼怎麼運行

本文目錄一覽：

• 1、java代碼猜拳遊戲相關代碼請教
• 2、運行在Eclipse環境下的java掃雷遊戲的初級代碼是什麼？
• 3、基於Java語言的打地鼠的小遊戲源代碼是什麼？
• 4、求一份抽獎遊戲（Java寫的代碼）
• 5、求java小遊戲源代碼

java代碼猜拳遊戲相關代碼請教

comp是電腦產生的隨機數字（電腦出的拳），people 是人出的拳。 因為剪刀石頭布只有 1 2 3

。如果電腦的數字比的你剛好大1，就是它比你的大。 如21，32對應就是（石頭大於剪刀，布大於石頭）。 但也有可能是剪刀大於布 。 那麼剪刀的位子是1 ，布的位子是3. 所以當電腦數字減你的數字等於2時 就是（電腦出的布 ，你出的石頭這樣的情況了）。

所以是if((comp-people)==-1||(comp-people)==2) 這兩者結合就是你贏的時候

運行在Eclipse環境下的java掃雷遊戲的初級代碼是什麼？

import java.awt.Button;\x0d\x0aimport java.util.Set;\x0d\x0a// 每一個小方塊類\x0d\x0apublic class Diamond extends Button {\x0d\x0aprivate Diamond[] diamonds;\x0d\x0a\x0d\x0a// 該小方塊周圍的八個方向上的小方塊\x0d\x0aprivate Diamond east;\x0d\x0aprivate Diamond north;\x0d\x0aprivate Diamond northEast;\x0d\x0aprivate Diamond northWest;\x0d\x0aprivate Diamond south;\x0d\x0aprivate Diamond southEast;\x0d\x0aprivate Diamond southWest;\x0d\x0aprivate Diamond west;\x0d\x0a\x0d\x0aprivate boolean isBomb;// 是否是雷\x0d\x0aprivate boolean isChange;// 又沒有被翻過\x0d\x0aprivate int no;// 產生的方塊的編號\x0d\x0a\x0d\x0a// 持有所有小方塊的引用,方便進行操作\x0d\x0apublic Diamond(Diamond[] diamonds) {\x0d\x0athis.diamonds = diamonds;\x0d\x0a}\x0d\x0a\x0d\x0a// 按鍵時方塊發生改變\x0d\x0apublic boolean change() {\x0d\x0athis.isChange = true;// 說明已經翻過了\x0d\x0aif(isBomb) {// 觸雷\x0d\x0a//this.setBackground(Color.red);\x0d\x0areturn true;\x0d\x0a} else {// 不是雷,就顯示周圍雷的數目\x0d\x0a//this.setLabel(this.getNearBombNo() + “”);\x0d\x0athis.setLabel(this.getNearBombNo() + “”);\x0d\x0a//if(this.getNearBombNo() == 0) {\x0d\x0a//this.moveon();\x0d\x0a//}\x0d\x0areturn false;\x0d\x0a}\x0d\x0a}\x0d\x0a\x0d\x0a// 獲得該小方塊周圍雷的數量\x0d\x0apublic int getNearBombNo() {\x0d\x0aint no = 0;\x0d\x0aif(this.northWest != null this.northWest.isBomb) no++;\x0d\x0aif(this.north != null this.north.isBomb) no++;\x0d\x0aif(this.northEast != null this.northEast.isBomb) no++;\x0d\x0aif(this.east != null this.east.isBomb) no++;\x0d\x0aif(this.southEast != null this.southEast.isBomb) no++;\x0d\x0aif(this.south != null this.south.isBomb) no++;\x0d\x0aif(this.southWest != null this.southWest.isBomb) no++;\x0d\x0aif(this.west != null this.west.isBomb) no++;\x0d\x0a\x0d\x0areturn no;\x0d\x0a}\x0d\x0a\x0d\x0a// 獲得該小方塊周圍的小方塊\x0d\x0apublic Diamond getNearDimaond(int i) {\x0d\x0aint index = -1;\x0d\x0aswitch (i) {\x0d\x0acase 1:// 1表示西北,2,表示北,以此類推\x0d\x0aindex = no – 10;\x0d\x0aif(index return null;\x0d\x0a} else {\x0d\x0areturn diamonds[index];\x0d\x0a}\x0d\x0acase 2:\x0d\x0aindex = no – 9;\x0d\x0aif(index return null;\x0d\x0a} else {\x0d\x0areturn diamonds[index];\x0d\x0a}\x0d\x0acase 3:\x0d\x0aindex = no – 8;\x0d\x0aif(index return null;\x0d\x0a} else {\x0d\x0areturn diamonds[index];\x0d\x0a}\x0d\x0acase 4:\x0d\x0aindex = no + 1;\x0d\x0aif(no == 9 || no == 18 || no == 27 || no == 36 || no == 45 || no == 54 || no == 63 || no == 72 || no == 81) {\x0d\x0areturn null;\x0d\x0a} else {\x0d\x0areturn diamonds[index];\x0d\x0a}\x0d\x0acase 5:\x0d\x0aindex = no + 10;\x0d\x0aif(index = 81 ||no == 9 || no == 18 || no == 27 || no == 36 || no == 45 || no == 54 || no == 63 || no == 72 || no == 81) {\x0d\x0areturn null;\x0d\x0a} else {\x0d\x0areturn diamonds[index];\x0d\x0a}\x0d\x0acase 6:\x0d\x0aindex = no + 9;\x0d\x0aif(index 81) {\x0d\x0areturn null;\x0d\x0a} else {\x0d\x0areturn diamonds[index];\x0d\x0a}\x0d\x0acase 7:\x0d\x0aindex = no + 8;\x0d\x0aif(index = 81 || no==1 || no == 10 || no == 19 || no == 28 || no == 37 || no == 46 || no == 55 || no == 64 || no == 73) {\x0d\x0areturn null;\x0d\x0a} else {\x0d\x0areturn diamonds[index];\x0d\x0a}\x0d\x0acase 8:\x0d\x0aindex = no – 1;\x0d\x0aif(no==1 || no==10 || no == 19 || no == 28 || no == 37 || no == 46 || no == 55 || no == 64 || no == 73) {\x0d\x0areturn null;\x0d\x0a} else {\x0d\x0areturn diamonds[index];\x0d\x0a}\x0d\x0a}\x0d\x0areturn null;\x0d\x0a}\x0d\x0a\x0d\x0a// 遞歸,set是用來裝已經翻過的小方塊的,不然會死循環,為什麼用set,因為set是不重複的\x0d\x0apublic void moveon(Set set) {\x0d\x0a\x0d\x0aset.add(this);// 先把自己加上\x0d\x0aif(this.getNorthWest() != null this.getNorthWest().isBomb == false) {\x0d\x0athis.getNorthWest().change();\x0d\x0a\x0d\x0aif(this.getNorthWest().getNearBombNo() == 0) {\x0d\x0aif(set.contains(this.getNorthWest()) == false)\x0d\x0athis.getNorthWest().moveon(set);\x0d\x0a}\x0d\x0a\x0d\x0aset.add(this.getNorthWest());\x0d\x0a}\x0d\x0a\x0d\x0aif(this.getNorth() != null this.getNorth().isBomb == false) {\x0d\x0athis.getNorth().change();\x0d\x0aif(this.getNorth().getNearBombNo() == 0) {\x0d\x0aif(set.contains(this.getNorth()) == false)\x0d\x0athis.getNorth().moveon(set);\x0d\x0a}\x0d\x0a\x0d\x0aset.add(this.getNorth());\x0d\x0a} \x0d\x0a\x0d\x0aif(this.getNorthEast() != null this.getNorthEast().isBomb == false) {\x0d\x0athis.getNorthEast().change();\x0d\x0aif(this.getNorthEast().getNearBombNo() == 0) {\x0d\x0aif(set.contains(this.getNorthEast()) == false)\x0d\x0athis.getNorthEast().moveon(set);\x0d\x0a}\x0d\x0a\x0d\x0aset.add(this.getNorthEast());\x0d\x0a} \x0d\x0a\x0d\x0aif(this.getEast() != null this.getEast().isBomb == false) {\x0d\x0athis.getEast().change();\x0d\x0aif(this.getEast().getNearBombNo() == 0) {\x0d\x0aif(set.contains(this.getEast()) == false)\x0d\x0athis.getEast().moveon(set);\x0d\x0a}\x0d\x0a\x0d\x0aset.add(this.getEast());\x0d\x0a} \x0d\x0a\x0d\x0aif(this.getSouthEast() != null this.getSouthEast().isBomb == false) {\x0d\x0athis.getSouthEast().change();\x0d\x0aif(this.getSouthEast().getNearBombNo() == 0) {\x0d\x0aif(set.contains(this.getSouthEast()) == false)\x0d\x0athis.getSouthEast().moveon(set);\x0d\x0a}\x0d\x0a\x0d\x0aset.add(this.getSouthEast());\x0d\x0a} \x0d\x0a\x0d\x0aif(this.getSouth() != null this.getSouth().isBomb == false) {\x0d\x0athis.getSouth().change();\x0d\x0aif(this.getSouth().getNearBombNo() == 0) {\x0d\x0aif(set.contains(this.getSouth()) == false)\x0d\x0athis.getSouth().moveon(set);\x0d\x0a}\x0d\x0a\x0d\x0aset.add(this.getSouth());\x0d\x0a} \x0d\x0a\x0d\x0aif(this.getSouthWest() != null this.getSouthWest().isBomb == false) {\x0d\x0athis.getSouthWest().change();\x0d\x0aif(this.getSouthWest().getNearBombNo() == 0) {\x0d\x0aif(set.contains(this.getSouthWest()) == false)\x0d\x0athis.getSouthWest().moveon(set);\x0d\x0a}\x0d\x0a\x0d\x0aset.add(this.getSouthWest());\x0d\x0a} \x0d\x0a\x0d\x0aif(this.getWest() != null this.getWest().isBomb == false) {\x0d\x0athis.getWest().change();\x0d\x0aif(this.getWest().getNearBombNo() == 0) {\x0d\x0aif(set.contains(this.getWest()) == false)\x0d\x0athis.getWest().moveon(set);\x0d\x0a}\x0d\x0a\x0d\x0aset.add(this.getWest());\x0d\x0a} \x0d\x0a}\x0d\x0a\x0d\x0a/*public Diamond[] getDiamonds() {\x0d\x0areturn diamonds;\x0d\x0a}*/\x0d\x0a\x0d\x0apublic Diamond getEast() {\x0d\x0areturn east;\x0d\x0a}\x0d\x0a\x0d\x0apublic int getNo() {\x0d\x0areturn no;\x0d\x0a}\x0d\x0a\x0d\x0apublic Diamond getNorth() {\x0d\x0areturn north;\x0d\x0a}\x0d\x0a\x0d\x0apublic Diamond getNorthEast() {\x0d\x0areturn northEast;\x0d\x0a}\x0d\x0a\x0d\x0apublic Diamond getNorthWest() {\x0d\x0areturn northWest;\x0d\x0a}\x0d\x0a\x0d\x0apublic Diamond getSouth() {\x0d\x0areturn south;\x0d\x0a}\x0d\x0a\x0d\x0apublic Diamond getSouthEast() {\x0d\x0areturn southEast;\x0d\x0a}\x0d\x0a\x0d\x0apublic Diamond getSouthWest() {\x0d\x0areturn southWest;\x0d\x0a}\x0d\x0a\x0d\x0apublic Diamond getWest() {\x0d\x0areturn west;\x0d\x0a}\x0d\x0a\x0d\x0apublic boolean isBomb() {\x0d\x0areturn isBomb;\x0d\x0a}\x0d\x0a\x0d\x0apublic boolean isChange() {\x0d\x0areturn isChange;\x0d\x0a}\x0d\x0a\x0d\x0apublic void setBomb(boolean isBomb) {\x0d\x0athis.isBomb = isBomb;\x0d\x0a}\x0d\x0a\x0d\x0apublic void setChange(boolean isChange) {\x0d\x0athis.isChange = isChange;\x0d\x0a}\x0d\x0a\x0d\x0apublic void setDiamonds(Diamond[] diamonds) {\x0d\x0athis.diamonds = diamonds;\x0d\x0a}\x0d\x0a\x0d\x0apublic void setEast(Diamond east) {\x0d\x0athis.east = east;\x0d\x0a}\x0d\x0a\x0d\x0apublic void setNo(int no) {\x0d\x0athis.no = no;\x0d\x0a}\x0d\x0a\x0d\x0apublic void setNorth(Diamond north) {\x0d\x0athis.north = north;\x0d\x0a}\x0d\x0a\x0d\x0apublic void setNorthEast(Diamond northEast) {\x0d\x0athis.northEast = northEast;\x0d\x0a}\x0d\x0a\x0d\x0apublic void setNorthWest(Diamond northWest) {\x0d\x0athis.northWest = northWest;\x0d\x0a}\x0d\x0a\x0d\x0apublic void setSouth(Diamond south) {\x0d\x0athis.south = south;\x0d\x0a}\x0d\x0a\x0d\x0apublic void setSouthEast(Diamond southEast) {\x0d\x0athis.southEast = southEast;\x0d\x0a}\x0d\x0a\x0d\x0apublic void setSouthWest(Diamond southWest) {\x0d\x0athis.southWest = southWest;\x0d\x0a}\x0d\x0a\x0d\x0apublic void setWest(Diamond west) {\x0d\x0athis.west = west;\x0d\x0a}\x0d\x0a\x0d\x0a}

基於Java語言的打地鼠的小遊戲源代碼是什麼？

　public void mouseClicked(MouseEvent e){\x0d\x0aObject source=e.getSource(); //獲取事件源，即地滑鼠簽\x0d\x0aif(source instanceof JLabel){ //如果事件是標籤組件\x0d\x0aJLabel mouse=(JLabel)source; //強制轉換為JLabel標籤\x0d\x0amouse.setIcon(null); //取消標籤圖標\x0d\x0a}\x0d\x0a}\x0d\x0a});\x0d\x0athis.getContentPane().add(mouses[i]); //添加顯示地鼠的標籤到窗體\x0d\x0a}\x0d\x0a\x0d\x0amouses[0].setLocation(253, 300); //設置每個標籤的位置\x0d\x0amouses[1].setLocation(333, 250);\x0d\x0amouses[2].setLocation(388, 296);\x0d\x0amouses[3].setLocation(362, 364);\x0d\x0amouses[4].setLocation(189, 353);\x0d\x0amouses[5].setLocation(240, 409);\x0d\x0a\x0d\x0afinal JLabel backLabel=new JLabel(); //創建顯示背景的標籤\x0d\x0abackLabel.setBounds(0, 0, img.getIconWidth(), img.getIconHeight());\x0d\x0athis.setBounds(100,100,img.getIconWidth(),img.getIconHeight());\x0d\x0abackLabel.setIcon(img); //添加背景到標籤\x0d\x0athis.getContentPane().add(backLabel); //添加背景標籤到窗體\x0d\x0a}\x0d\x0a/**\x0d\x0a* 線程的核心方法\x0d\x0a*/\x0d\x0a\x0d\x0apublic void run(){\x0d\x0awhile(true){ //使用無限循環\x0d\x0atry{\x0d\x0aThread.sleep(3000); //使線程休眠3秒\x0d\x0aint index=(int)(Math.random()*6); //生成隨機的地鼠索引\x0d\x0aif(mouses[index].getIcon()==null){ //如果地滑鼠簽沒有設置圖片\x0d\x0amouses[index].setIcon(imgMouse); //為該標籤添加地鼠圖片\x0d\x0a}\x0d\x0a}catch(InterruptedException e){\x0d\x0ae.printStackTrace();\x0d\x0a}\x0d\x0a}\x0d\x0a}\x0d\x0a\x0d\x0a}

求一份抽獎遊戲（Java寫的代碼）

import java.util.Scanner;

/**

 *

 */

public class f {

    public static void main(String args[]){

        Scanner scan = new Scanner(System.in);

        System.out.print(“請輸入抽獎號碼上限:”);

        int max = scan.nextInt();

        System.out.print(“請輸入抽獎次數：”);

        int n = scan.nextInt();

        System.out.print(“中獎號碼依次為:”);

        for(int i=0;in;i++){

            System.out.print((int)(Math.random()*max+1)+” “);

        }

    }

}

求java小遊戲源代碼

表1. CheckerDrag.java

// CheckerDrag.javaimport java.awt.*;import java.awt.event.*;public class CheckerDrag extends java.applet.Applet{ // Dimension of checkerboard square. // 棋盤上每個小方格的尺寸 final static int SQUAREDIM = 40; // Dimension of checkerboard — includes black outline. // 棋盤的尺寸 – 包括黑色的輪廓線 final static int BOARDDIM = 8 * SQUAREDIM + 2; // Dimension of checker — 3/4 the dimension of a square. // 棋子的尺寸 – 方格尺寸的3/4 final static int CHECKERDIM = 3 * SQUAREDIM / 4; // Square colors are dark green or white. // 方格的顏色為深綠色或者白色 final static Color darkGreen = new Color (0, 128, 0); // Dragging flag — set to true when user presses mouse button over checker // and cleared to false when user releases mouse button. // 拖動標記 –當用戶在棋子上按下滑鼠按鍵時設為true， // 釋放滑鼠按鍵時設為false boolean inDrag = false; // Left coordinate of checkerboard’s upper-left corner. // 棋盤左上角的左方向坐標 int boardx; // Top coordinate of checkerboard’s upper-left corner. //棋盤左上角的上方向坐標 int boardy; // Left coordinate of checker rectangle origin (upper-left corner). // 棋子矩形原點(左上角)的左方向坐標 int ox; // Top coordinate of checker rectangle origin (upper-left corner). // 棋子矩形原點(左上角)的上方向坐標 int oy; // Left displacement between mouse coordinates at time of press and checker // rectangle origin. // 在按鍵時的滑鼠坐標與棋子矩形原點之間的左方向位移 int relx; // Top displacement between mouse coordinates at time of press and checker // rectangle origin. // 在按鍵時的滑鼠坐標與棋子矩形原點之間的上方向位移 int rely; // Width of applet drawing area. // applet繪圖區域的寬度 int width; // Height of applet drawing area. // applet繪圖區域的高度 int height; // Image buffer. // 圖像緩衝 Image imBuffer; // Graphics context associated with image buffer. // 圖像緩衝相關聯的圖形背景 Graphics imG; public void init () { // Obtain the size of the applet’s drawing area. // 獲取applet繪圖區域的尺寸 width = getSize ().width; height = getSize ().height; // Create image buffer. // 創建圖像緩衝 imBuffer = createImage (width, height); // Retrieve graphics context associated with image buffer. // 取出圖像緩衝相關聯的圖形背景 imG = imBuffer.getGraphics (); // Initialize checkerboard’s origin, so that board is centered. // 初始化棋盤的原點，使棋盤在屏幕上居中 boardx = (width – BOARDDIM) / 2 + 1; boardy = (height – BOARDDIM) / 2 + 1; // Initialize checker’s rectangle’s starting origin so that checker is // centered in the square located in the top row and second column from // the left. // 初始化棋子矩形的起始原點，使得棋子在第一行左數第二列的方格里居中 ox = boardx + SQUAREDIM + (SQUAREDIM – CHECKERDIM) / 2 + 1; oy = boardy + (SQUAREDIM – CHECKERDIM) / 2 + 1; // Attach a mouse listener to the applet. That listener listens for // mouse-button press and mouse-button release events. // 向applet添加一個用來監聽滑鼠按鍵的按下和釋放事件的滑鼠監聽器 addMouseListener (new MouseAdapter () { public void mousePressed (MouseEvent e) { // Obtain mouse coordinates at time of press. // 獲取按鍵時的滑鼠坐標 int x = e.getX (); int y = e.getY (); // If mouse is over draggable checker at time // of press (i.e., contains (x, y) returns // true), save distance between current mouse // coordinates and draggable checker origin // (which will always be positive) and set drag // flag to true (to indicate drag in progress). // 在按鍵時如果滑鼠位於可拖動的棋子上方 // （也就是contains (x, y)返回true），則保存當前 // 滑鼠坐標與棋子的原點之間的距離（始終為正值）並且 // 將拖動標誌設為true（用來表明正處在拖動過程中） if (contains (x, y)) { relx = x – ox; rely = y – oy; inDrag = true; } } boolean contains (int x, int y) { // Calculate center of draggable checker. // 計算棋子的中心位置 int cox = ox + CHECKERDIM / 2; int coy = oy + CHECKERDIM / 2; // Return true if (x, y) locates with bounds // of draggable checker. CHECKERDIM / 2 is the // radius. // 如果(x, y)仍處於棋子範圍內則返回true // CHECKERDIM / 2為半徑 return (cox – x) * (cox – x) + (coy – y) * (coy – y) CHECKERDIM / 2 * CHECKERDIM / 2; } public void mouseReleased (MouseEvent e) { // When mouse is released, clear inDrag (to // indicate no drag in progress) if inDrag is // already set. // 當滑鼠按鍵被釋放時，如果inDrag已經為true， // 則將其置為false（用來表明不在拖動過程中） if (inDrag) inDrag = false; } }); // Attach a mouse motion listener to the applet. That listener listens // for mouse drag events. //向applet添加一個用來監聽滑鼠拖動事件的滑鼠運動監聽器 addMouseMotionListener (new MouseMotionAdapter () { public void mouseDragged (MouseEvent e) { if (inDrag) { // Calculate draggable checker’s new // origin (the upper-left corner of // the checker rectangle). // 計算棋子新的原點（棋子矩形的左上角） int tmpox = e.getX () – relx; int tmpoy = e.getY () – rely; // If the checker is not being moved // (at least partly) off board, // assign the previously calculated // origin (tmpox, tmpoy) as the // permanent origin (ox, oy), and // redraw the display area (with the // draggable checker at the new // coordinates). // 如果棋子（至少是棋子的一部分）沒有被 // 移出棋盤，則將之前計算的原點 // (tmpox, tmpoy)賦值給永久性的原點(ox, oy)， // 並且刷新顯示區域（此時的棋子已經位於新坐標上） if (tmpox boardx tmpoy boardy tmpox + CHECKERDIM boardx + BOARDDIM tmpoy + CHECKERDIM boardy + BOARDDIM) { ox = tmpox; oy = tmpoy; repaint (); } } } }); } public void paint (Graphics g) { // Paint the checkerboard over which the checker will be dragged. // 在棋子將要被拖動的位置上繪製棋盤 paintCheckerBoard (imG, boardx, boardy); // Paint the checker that will be dragged. // 繪製即將被拖動的棋子 paintChecker (imG, ox, oy); // Draw contents of image buffer. // 繪製圖像緩衝的內容 g.drawImage (imBuffer, 0, 0, this); } void paintChecker (Graphics g, int x, int y) { // Set checker shadow color. // 設置棋子陰影的顏色 g.setColor (Color.black); // Paint checker shadow. // 繪製棋子的陰影 g.fillOval (x, y, CHECKERDIM, CHECKERDIM); // Set checker color. // 設置棋子顏色 g.setColor (Color.red); // Paint checker. // 繪製棋子 g.fillOval (x, y, CHECKERDIM – CHECKERDIM / 13, CHECKERDIM – CHECKERDIM / 13); } void paintCheckerBoard (Graphics g, int x, int y) { // Paint checkerboard outline. // 繪製棋盤輪廓線 g.setColor (Color.black); g.drawRect (x, y, 8 * SQUAREDIM + 1, 8 * SQUAREDIM + 1); // Paint checkerboard. // 繪製棋盤 for (int row = 0; row 8; row++) { g.setColor (((row 1) != 0) ? darkGreen : Color.white); for (int col = 0; col 8; col++) { g.fillRect (x + 1 + col * SQUAREDIM, y + 1 + row * SQUAREDIM, SQUAREDIM, SQUAREDIM); g.setColor ((g.getColor () == darkGreen) ? Color.white : darkGreen); } } } // The AWT invokes the update() method in response to the repaint() method // calls that are made as a checker is dragged. The default implementation // of this method, which is inherited from the Container class, clears the // applet’s drawing area to the background color prior to calling paint(). // This clearing followed by drawing causes flicker. CheckerDrag overrides // update() to prevent the background from being cleared, which eliminates // the flicker. // AWT調用了update()方法來響應拖動棋子時所調用的repaint()方法。該方法從 // Container類繼承的默認實現會在調用paint()之前，將applet的繪圖區域清除 // 為背景色，這種繪製之後的清除就導致了閃爍。CheckerDrag重寫了update()來 // 防止背景被清除，從而消除了閃爍。 public void update (Graphics g) { paint (g); }}