Source code of java swing double play, swing play

Source code of java swing double play, swing play

Import java. awt. color; import java. awt. font; import java. awt. graphics; import java. awt. toolkit; import java. awt. event. mouseEvent; import java. awt. event. mouseListener; import java. awt. image. bufferedImage; import javax. swing. JFrame; import javax. swing. JOptionPane; public class FiveChessFrame extends JFrame implements Runnable, MouseListener {/*****/private static final long serialVersionUID = 1L; // game interface size int wi Dth = Toolkit. getdefatooltoolkit (). getScreenSize (). width; int height = Toolkit. getdefatooltoolkit (). getScreenSize (). height; int x, y; // The mouse coordinate int [] [] allChess = new int [15] [15]; // Save the checker. 0 indicates no child, and 1 indicates sunspots, 2: Boolean isblack = true; // whether the current sub-child is a sunspot or a white word; true indicates a sunspot; false indicates a white sub-Boolean canPlay = true; // indicates whether the current game ends. String message = ""; String blackMessage = "unlimited"; String whiteMessage = "unlimited"; // Save the score, records the position of each step. int [] chessX = new int [255]; int [] ChessY = new int [255]; int countX, countY; // default value: int maxTime = 0; // maximum time int blackTime = 0; int whiteTime = 0; // Save the remaining time of the black and white side Thread timer = new Thread (this); public FiveChessFrame () {this. setTitle ("wuziqi game"); this. setSize (500,500); this. setLocation (width-500)/2, (height-500)/2); this. setResizable (false); this. setdefaclocloseoperation (JFrame. EXIT_ON_CLOSE); this. setVisible (true); this. repaint (); this. AddMouseListener (this); timer. start (); // enable the timer thread timer. suspend () ;}// draw the chessboard interface public void paint (Graphics g) {// Double Buffer technology BufferedImage buf = new BufferedImage (500,500, BufferedImage. TYPE_INT_RGB); Graphics g1 = buf. createGraphics (); // create a paint brush g1.setColor (new Color (0,169,158); // set the paint Color g1.fill3DRect (375,375, true); for (int I = 0; I <= 15; I ++) {g1.setColor (Color. WHITE); g1.drawLine (25,375 + 60 + I * + + 60 + I * 25); // draw the g1.drawL Ine (43 + I * 25, 60, 43 + I * 25,375 + 60); // draw a checkboard vertical line} g1.setFont (new Font ("", Font. BOLD, 20); g1.drawString ("game info:" + message, 50, 50); g1.drawRect (30,440,180, 40); g1.drawRect (250,440,180, 40 ); // draw the border g1.setFont (new Font ("", 40,465) of the black time and white time string; g1.drawString (":" + blackMessage ); g1.drawString (":" + whiteMessage, 260,465); g1.drawRect (428,106,); g1.drawString ("",); // restart the start button g1.drawRect, 54, 20); g1.drawString ("game Settings", 432,120); // g1.drawRect (428,146, 54, 20); g1.drawString ("Game Description", 432,160 ); // Game Description button g1.drawRect (428,186, 54, 20); g1.drawString ("Quit game", 432,200); // exit game button g1.drawRect (428,246, 54, 20 ); g1.drawString ("regret", 442,260); // regret g1.drawRect (428,286, 54, 20); g1.drawString ("Admit defeat", 442,300); // for (int I = 0; I <15; I ++) {for (int j = 0; j <15; j ++) {// draw a solid blacklist if (allChess [I] [j] = = 1) {int tempX = I * 25 + 47; int tempY = j * 25 + 64; g1.setColor (Color. BLACK); g1.fillOval (tempX, tempY, 16, 16); g1.setColor (Color. BLACK); g1.drawOval (tempX, tempY, 16, 16);} // draw a solid white sub if (allChess [I] [j] = 2) {int tempX = I * 25 + 47; int tempY = j * 25 + 64; g1.setColor (Color. WHITE); g1.fillOval (tempX, tempY, 16, 16); g1.setColor (Color. BLACK); g1.drawOval (tempX, tempY, 16, 16) ;}} g. drawImage (buf, 0, 0, this) ;}@ Overridepubli C void mousePressed (MouseEvent e) {if (canPlay) {x = e. getX (); y = e. getY (); // obtain the mouse coordinate if (x >=55 & x <= 405 & y> = 72 & y <= 420) {// make x, y in the range of 0-15 if (x-55) % 25> 12) {x = (x-55)/25 + 1;} else {x = (x-55)/25 ;} if (y-72) % 25> 12) {y = (y-72)/25 + 1;} else {y = (y-72)/25 ;} // if (allChess [x] [y] = 0) {chessX [countX ++] = x; chessY [countY ++] = y; if (isblack) {allChess [x] [y] = 1; isblack = false; message = "";} else {allChess [x] [y] = 2; isblack = true; message = "black box Sub ";} this. repaint (); if (this. isWin () {if (allChess [x] [y] = 1) {JOptionPane. showMessageDialog (this, "Game ended, Black wins");} else {JOptionPane. showMessageDialog (this, "the game is over, the White wins");} this. canPlay = false; // identifies the end of the game }}// re-start the game if (e. getX () >=428 & e. getY () <= (428 + 54) & e. getY ()> = 66 & e. getY () <= (66 + 20) {int result = JOptionPane. showConfirmDialog (this, "Do you want to restart the game? "); // 0 indicates restarting if (result = 0) {restartGame () ;}// set the game countdown if (e. getX () >=428 & e. getX () <= (428 + 54) & e. getY () >=106 & e. getY () <= (106 + 20) {String time = JOptionPane. showInputDialog ("Enter the maximum game time (unit: minute). If you enter 0, there is no time limit:"); maxTime = Integer. parseInt (time) * 60; // converts a minute to a second to calculate if (maxTime <0) {JOptionPane. showMessageDialog (this, "The entered game time is incorrect. Please reset it! ");} Else if (maxTime = 0) {int result = JOptionPane. showConfirmDialog (this," The Game time is set successfully. Are you sure you want to start the game again? "); // Re-start if (result = 0) {restartGame (); timer. suspend (); // suspend the thread for later restart} else if (maxTime> 0) {int result = JOptionPane. showConfirmDialog (this, "The Game time is set successfully. Are you sure you want to start the game again? "); If (result = 0) {for (int I = 0; I <15; I ++) {for (int j = 0; j <15; j ++) {allChess [I] [j] = 0 ;}}for (int I = 0; I <15; I ++) {chessX [I] =-1; chessY [I] =-1;} countX = 0; countY = 0; message = ""; isblack = true; blackMessage = maxTime/3600 + ":" + (maxTime/60-maxTime/3600*60) + ":" + (maxTime-maxTime/60*60 ); whiteMessage = maxTime/3600 + ":" + (maxTime/60-maxTime/3600*60) + ":" + (maxTime-maxTime/60*60); blackTime = maxTime; whiteTime = maxTime; timer. Resume (); this. canPlay = true; this. repaint () ;}}// game description if (e. getX () >=428 & e. getY () <= (428 + 54) & e. getY () >=146 & e. getY () <= (146 + 20) {JOptionPane. showMessageDialog (this, "rule: vertical and horizontal pairs are connected to the five winners to win! ");} // Exit the game if (e. getX () >=428 & e. getX () <= (428 + 54) & e. getY () >=186 & e. getY () <= (186 + 20) {int result = JOptionPane. showConfirmDialog (this, "do you want to quit the game? "); If (result = 0) {System. exit (0) ;}// regret if (e. getX () >=428 & e. getX () <= (428 + 54) & e. getY () >=246 & e. getY () <= (246 + 20) {int result = JOptionPane. showConfirmDialog (this, (isblack = true? "Does the black party agree to regret it? ":" Do the white parties agree to regret it? "); // Result = 0 indicates repentance if (result = 0) {allChess [chessX [-- countX] [chessY [-- countY] = 0; if (isblack = true) {isblack = false;} else {isblack = true;} this. repaint (); // re-paint the board} // identify if (e. getX () >=428 & e. getX () <= (428 + 54) & e. getY () >=286 & e. getY () <= (286 + 20) {int result = JOptionPane. showConfirmDialog (this, "Do you want to admit defeat? "); If (result = 0) {JOptionPane. showMessageDialog (this," the game is over, "+ (isblack = true? "The black party admits defeat, and the white party wins! ":" The white team admits defeat. The black team wins! ") ;}}// Timing @ Overridepublic void run () {if (this. maxTime> 0) {while (true) {if (isblack) {blackTime --; if (blackTime = 0) {JOptionPane. showMessageDialog (this, "Black time-out, game end"); restartGame (); timer. suspend () ;}} else {whiteTime --; if (whiteTime = 0) {JOptionPane. showMessageDialog (this, "White-side timeout, game end"); restartGame (); timer. suspend () ;}} blackMessage = blackTime/3600 + ":" + (blackTime/60-blackTime/3600*60) + ":" + (blackTime-blackTime/60 * 60); whiteMessage = whiteTime/3600 + ":" + (whiteTime/60-whiteTime/3600*60) + ":" + (whiteTime-whiteTime/60*60); this. repaint (); try {Thread. sleep (1000); // You can synchronize the settings with the clock once in one second.} catch (InterruptedException e) {e. printStackTrace () ;}}}@ Overridepublic void mouseClicked (MouseEvent e) {// TODO Auto-generated method stub} @ Overridepublic void mouseReleased (MouseEvent e) {// TODO Auto-generated method stub} @ Overridepublic Void mouseEntered (MouseEvent e) {// TODO Auto-generated method stub} @ Overridepublic void mouseExited (MouseEvent e) {// TODO Auto-generated method stub} public void restartGame () {for (int I = 0; I <15; I ++) {for (int j = 0; j <15; j ++) {allChess [I] [j] = 0; // clear the chess pieces} // clear the records of the chess pieces coordinate (x, y) for (int I = 0; I <15; I ++) {chessX [I] = 0; chessY [I] = 0;} countX = 0; countY = 0; message = "black first "; blackMessage = "unlimited"; whiteMessage = "unlimited"; blackTime = maxT Ime; whiteTime = maxTime; isblack = true; canPlay = true; this. repaint ();} public boolean isWin () {boolean flag = false; // define a flag int count = 1; // save how many pieces of the same color are connected, the initial value is 1int color = allChess [x] [y]; // color = 1 (Sunday ). color = 2 (white sub) // determines whether there are five pieces connected horizontally. Feature: y values in allChess [x] [y] are the same count = this. checkCount (, color); if (count> = 5) {flag = true;} else {// determine the vertical count = this. checkCount (0, 1, color); if (count> = 5) {flag = true;} else {// upper right and lower left count = this. CheckCount (1,-1, color); if (count> = 5) {flag = true;} else {// bottom right, top left count = this. checkCount (, color); if (count> = 5) {flag = true ;}}} return flag;} public int checkCount (int xChange, int yChange, int color) {int count = 1; int tempX = xChange; int tempY = yChange; // Save the initial value // The global variable x, and y is the coordinates of the mouse clicks, after playing chess, the range of x and y has been changed to 0-15 (traverse the entire board and look for pawns of the same color) while (x + xChange> = 0 & x + xChange <15 & y + yChange> = 0 & y + yChange <15 & color = allChess [x + xChan Ge] [y + yChange]) {count ++; if (xChange! = 0) xChange ++; if (yChange! = 0) {if (yChange! = 0) {if (yChange> 0) yChange ++; else {yChange -- ;}}} xChange = tempX; yChange = tempY; while (x-xChange> = 0 & x-xChange <15 & y-yChange> = 0 & y-yChange <15 & color = allChess [x-xChange] [y-yChange]) {count ++; if (xChange! = 0) {xChange ++;} if (yChange! = 0) {if (yChange> 0) yChange ++; else {yChange -- ;}}return count;} public static void main (String [] args) {new FiveChessFrame ();}}