Java implementation Gobang Small game _java

Java implementation Gobang games

 package Gomoku;
 
Import Java.awt.Toolkit;
 
 
Import Javax.swing.JFrame;
   
  public class Gomokuframe extends JFrame {//define an operator panel Operatorpane op=null;
    Public Gomokuframe () {//Set name This.settitle ("Gobang");
    Set window size this.setsize (510,510);
    Set window position//Get computer screen size int computer_width=toolkit.getdefaulttoolkit (). Getscreensize (). width;
    int Computer_height=toolkit.getdefaulttoolkit (). Getscreensize (). Height;
        System.out.println ("The width of the computer screen: \ n" +computer_width+ "\ nthe height of the computer screen: \ n" +computer_height);    
     
    Center This.setlocation ((computer_width-510)/2, (computer_height-510)/2);
    Materialized curtain op=new Operatorpane ();
    Import Curtain This.add (OP);
     
    Add Mouse Monitor This.addmouselistener (OP);
    Sets the display this.setvisible (true) of the window;
  Set the normal closure of the window this.setdefaultcloseoperation (jframe.exit_on_close);
  ///execute test public static void main (string[] args) {new gomokuframe (); }
     
} 
  

Package Gomoku;
Import Java.awt.Color;
Import Java.awt.Font;
Import Java.awt.Graphics;
Import Java.awt.Image;
Import java.awt.event.MouseEvent;
 
 
 
Import Java.awt.event.MouseListener;
Import Java.awt.image.BufferedImage;
 
Import Java.awt.image.BufferedImageFilter;
Import Javax.swing.ImageIcon;
Import Javax.swing.JOptionPane;
 
Import Javax.swing.JPanel;
  public class Operatorpane extends JPanel implements mouselistener,runnable {//Definition background Image object Image imagebackground = null;
  Defines the number of rows int boardrows=18 of the checkerboard;
  Defines the number of columns of a checkerboard int boardcols=18;
  Defines the size of the grid of the chessboard int boardsize=20;
  Save pawn coordinates int x=0,y=0;
  All previous pieces of the piece coordinates//where the data content 0: that this point does not have a piece, 1: This point is a sunspot, 2: This point is a white int allchess[][]=new int [19][19];
  Mark next Next Black or white Boolean isblack=true;
  To determine whether the game can continue the Boolean canplay=true;
  Save display information String message= "black side First";
  Save up to how much time (sec) int maxtime = 0;
  To do the countdown thread class thread t = new thread (this);
  Save the remaining time of the black and white side int blacktime = 0;
  int whitetime = 0; Save the display letter for the remaining time of the two partiesCoupon String Blackmessage = "Unrestricted";
   
   
  String whitemessage = "Unrestricted";
    @SuppressWarnings ("deprecation") public Operatorpane () {T.start ();
     
     T.suspend ();
  Imagebackground=new ImageIcon ("Image/background.jpg"). GetImage (); } public void Paint (Graphics g) {//double buffering technology bufferedimage b1=new BufferedImage (495,475,bufferedimage.type_i
    NT_ARGB);
     
    Graphics G2=b1.creategraphics ();
     
     
    Draw a background picture g2.drawimage (imagebackground, 0, 0,495,475,null);
    Draw the Checkerboard Line Color C=g2.getcolor ();
    G2.setcolor (Color.Black);
    for (int i=0;i<=boardrows;i++) {g2.drawline (10,50+boardsize*i,10+boardsize*boardrows,50+boardsize*i);
    for (int i=0;i<=boardcols;i++) {g2.drawline (10+boardsize*i,50,10+boardsize*i,50+boardsize*boardcols);
    ///Draw 33 position G2.filloval (67, 107, 6, 6);
    G2.filloval (67, 347, 6, 6);
    G2.filloval (307, 107, 6, 6);
    G2.filloval (307, 347, 6, 6); Draw the attachment point G2.filloval (67, 227, 6, 6);
    G2.filloval (307, 227, 6, 6);
    G2.filloval (187, 107, 6, 6);
     
    G2.filloval (187, 347, 6, 6);
     
     
     
     
    Draw the Tianyuan G2.filloval (187, 227, 6, 6);
    Draw a text hint/*font f=new Font ("bold", Font.Bold, 24);
    G.setfont (f); */G2.setfont (new Font ("bold", Font.Bold, 20));
    G2.setcolor (Color.Black);
    G2.drawstring ("Game info:" +message, 130, 40);
    G2.setfont (New Font ("Song Body", Font.Italic, 15));
    G2.drawstring ("Black Party Time:" +blackmessage,25, 445);
    
    G2.drawstring ("Bai Fang Time:" +whitemessage,245, 445);
        Draw all pieces for (int i=0;i<=boardrows;i++) {for (int j=0;j<=boardcols;j++) {//Storage black
          if (allchess[i][j]==1) {int tempx=i*20-10;
          int tempy=j*20+30;
          Draw Black Chess G2.setcolor (color.black);
        G2.filloval (tempx+12, tempy+13, 15, 15);
          }//Storage white if (allchess[i][j]==2) {int tempx=i*20-10;
        int tempy=j*20+30;  Draw White Chess G2.setcolor (color.black);
          G2.drawoval (tempx+12, tempy+13, 15, 15);
          G2.setcolor (Color.White);
        G2.filloval (tempx+12, tempy+13, 15, 15);
     
    }} g2.setcolor (c);
  G.drawimage (B1,0,0,this);
     
    Private Boolean Checkwin () {Boolean flag=false;
     
    int color = Allchess[x][y];
    /*//save a total of the same color how many pieces connected int count1=1;
    int count2=1;
    int count3=1;
     
    int count4=1;
    To determine whether there are 5 pieces connected horizontally, the characteristics of the ordinate is the same, that is, Allchess[x][y] y value is the same//through the loop to make pieces connected to the judgment int i = 1; 
      while (color = = Allchess[x+i][y]) {count1++; 
    i++;
    //Reset i = 1; 
      while (color = = Allchess[x-i][y]) {count1++; 
    i++; 
    } if (Count1 >= 5) {flag = true;
    }//Judge portrait, that is, Allchess[x][y] The x value is the same int j = 1; 
      while (color = = Allchess[x][y+j]) {count2++; 
    j + +;
    //Reset the J value to J = 1; while (color = = = Allchess[x][y-j]) {count2++; 
    j + +; 
    } if (count2>= 5) {flag = true;
    //Judgment oblique "\" int m1=1;
    int n1=1; 
      while (color = = Allchess[x+m1][y+n1]) {count3++; 
      m1++;
    n1++;
    } m1=1;
    N1=1; 
      while (color = = Allchess[x-m1][y-n1]) {count3++; 
      m1++;
    n1++; 
    } if (count3>= 5) {flag = true;
    //Judgment Oblique "/" int m2=1;
    int n2=1; 
      while (color = = Allchess[x+m2][y-n2]) {count4++; 
      m2++;
    n2++;
    } m2=1;
    N2=1; 
      while (color = = Allchess[x-m2][y+n2]) {count4++; 
      m2++;
    n2++; 
    } if (count4>= 5) {flag = true;
    } */int count;
    Lateral judgment count=this.checkcount (1, 0, color); 
    if (count>=5) {flag = true;
      else {//Portrait judge Count=this.checkcount (0, 1, color); if (count>=5) {flag = true; 
      else {//oblique "/" Count=this.checkcount (1, 1, color); 
        if (count>=5) {flag = true;
          else {//oblique "\" Count=this.checkcount (1,-1, color); 
          if (count>=5) {flag = true;
  }}} return flag;
    private int Checkcount (int xchange,int ychange,int color) {int count=1;
    int tempx=xchange;
     
    int tempy=ychange;
      while (Color==allchess[x+xchange][y+ychange]) {count++; 
      if (xchange!=0) {xchange++;
        } if (ychange!=0) {if (ychange<0) {ychange--;
          else {ychange++;
    }}//Reset xchange=tempx;
    Ychange=tempy;
      while (Color==allchess[x-xchange][y-ychange]) {count++; if (xchange!=0) {XChange++;
        } if (ychange!=0) {if (ychange<0) {ychange--;
        else {ychange++;
 
  }} return count; 
    public void mouseclicked (MouseEvent e) {System.out.println ("x:" +e.getx () + "Y:" +e.gety ());
    X=e.getx ();
    Y=e.gety (); if (x>=10&&x<= (10+boardsize*boardrows+20) &&y>=50&&y<= (50+boardsize* boardcols+40)) {//system.out.println ("dot in the chessboard.")
      ");
      x= (x-10)/20;
       
       
      y= (y-50-20)/20;
          if (canplay==true) {//Determine what color is currently under if (allchess[x][y]==0) {if (isblack==true)
            {allchess[x][y]=1;
            Isblack=false;
          Message= "Turn to the white side";
            else {allchess[x][y]=2;
            Isblack=true;
          Message= "Turn to black side"; //Determine if this piece is connected to 5 of other pieces, that is, to determine whether the game is over Boolean WinflaG=this.checkwin (); if (winflag==true) {Joptionpane.showmessagedialog (this, "Game over!") "+ (allchess[x][y]==1?") Black side ": White side") + "win."
            ");
          Canplay=false; } else {Joptionpane.showmessagedialog (this, "there is already a pawn in the current position, please drop!")
        ");
    } this.repaint (); //Click, Game Start button//Restart new game if (E.getx () >=400&&e.getx () <=470&&e.gety () >=8
      0&&e.gety () <=110) {int Result=joptionpane.showconfirmdialog (this, "Setup completed, restart game?"); 
        The information in the IF (result==0) {//re-start operation, allchess[][] array is all 0//empty board for (int i = 0; i < i++)
          {for (int j = 0; J < J + +) {Allchess[i][j] = 0;
        }//Another way allchess = new int[19][19];
        Blacktime = MaxTime;
        Whitetime = MaxTime; if (MaxTime > 0) {blackmessage = MaxTime/3600 + ":" + (maxtime/60-maxtime/3600 *) + ":" + (MAXTIME-MAXTIME/60 * 60); Whitemessage = maxtime/3600 + ":" + (maxtime/60-maxtime/3600 *) + ":" + (MA
          XTIME-MAXTIME/60 * 60);
        T.resume ();
          else {blackmessage = "unrestricted";
        Whitemessage = "Unrestricted";
        } message = "Black side First";
        Isblack = true; 
        This.canplay = true;
      This.repaint (); }//Click the Game Settings button if (E.getx () >=400&&e.getx () <=470&&e.gety () >=130&&e.gety ()
      <=160) {String input = Joptionpane. Showinputdialog ("Please enter the maximum time (in minutes) of the game, if you enter 0, there is no time limit:");
        try {maxtime = integer.parseint (input) * 60;
        if (MaxTime < 0) {Joptionpane.showmessagedialog (this, "Please enter the correct information, do not allow negative numbers!"); } if (MaxTime = = 0) {int result = Joptionpane.showConfirmdialog (This, "Setup completes, do you want to restart the game?"); if (result = = 0) {for (int i = 0; i < i++) {for (int j = 0; J & Lt 19;
              J + +) {Allchess[i][j] = 0;
            }//Another way allchess = new int[19][19];
            Message = "Black side First";
            Isblack = true;
            Blacktime = MaxTime;
            Whitetime = MaxTime;
            Blackmessage = "Unrestricted";
            Whitemessage = "Unrestricted"; 
            This.canplay = true;
          This.repaint ();
              } if (MaxTime > 0) {int result = Joptionpane.showconfirmdialog (this,
          "Set to complete, do you want to restart the game?"); if (result = = 0) {for (int i = 0; i < i++) {for (int j = 0; J &L T 19;
              J + +) {Allchess[i][j] = 0; }//Another way allchess = new INT[19][19];
            Message = "Black side First";
            Isblack = true;
            Blacktime = MaxTime;
            Whitetime = MaxTime; Blackmessage = maxtime/3600 + ":" + (maxtime/60-maxtime/3600 *) + ":" + (Maxtim
            E-MAXTIME/60 * 60); Whitemessage = maxtime/3600 + ":" + (maxtime/60-maxtime/3600 *) + ":" + (Maxtim
            E-MAXTIME/60 * 60);
            T.resume (); 
            This.canplay = true;
          This.repaint (); '} ' catch (NumberFormatException E1) {//TODO auto-generated catch block Jop
      Tionpane.showmessagedialog (This, "Please enter the information correctly!"); }//Click on the Game Description button if (E.getx () >=400&&e.getx () <=470&&e.gety () >=180&&e.gety () <=210) {Joptionpane.showmessagedialog (this, "a Gobang game program, the black and white sides play chess, when one side to five, the game is over.")
    "); //Click the Concede button if (E.getx () >=400&&amP;e.getx () <=470&&e.gety () >=280&&e.gety () <=310) {int result=joptionpane.showconfirmdial OG (This, "Is it OK to admit defeat?)
      ");
        if (result = = 0) {if (isblack) {Joptionpane.showmessagedialog (this, "Black side has conceded, game over!");
        else {Joptionpane.showmessagedialog (this, "White side has conceded, game over!");
      } Canplay = false; }//Click on button if (E.getx () >=400&&e.getx () <=470&&e.gety () >=330&&e.gety () &
    lt;=360) {Joptionpane.showmessagedialog (this, "The game is produced by the South Wood studio, there are related questions to visit www.yiyiinformation.com"); //Click exit button if (E.getx () >=400&&e.getx () <=470&&e.gety () >=380&&e.gety () <=41
      0) {Joptionpane.showmessagedialog (this, "Game Over");
    System.exit (0); }//************************//@Override public void mouseentered (MouseEvent arg0) {//
 TODO auto-generated Method Stub    
  @Override public void mouseexited (MouseEvent arg0) {//TODO auto-generated method stub} @Override public void mousepressed (MouseEvent arg0) {//TODO auto-generated method stub} @Overrid e public void mousereleased (MouseEvent arg0) {//TODO auto-generated ' stub} @Override public V OID Run () {if (MaxTime > 0) {while (true) {if (isblack) {Blackti
          me--;
          if (blacktime = 0) {Joptionpane.showmessagedialog (this, "Black side timeout, game over!");
          } else {whitetime--;
          if (whitetime = 0) {Joptionpane.showmessagedialog (this, "Bai Fangsu when the game is over!");
            } blackmessage = blacktime/3600 + ":" + (BLACKTIME/60-BLACKTIME/3600 * 60) + ":"
        + (BLACKTIME-BLACKTIME/60 * 60);
  Whitemessage = whitetime/3600 + ":"          + (whitetime/60-whitetime/3600 *) + ":" + (WHITETIME-WHITETIME/60 * 60);
        This.repaint ();
        try {thread.sleep (1000); catch (Interruptedexception e) {//TODO auto-generated catch block E.printstacktra
        CE ();
      } System.out.println (Blacktime + "--" + whitetime);
   
 
   
   }
    }
  }
     
}

Demo diagram:

The above mentioned is the entire content of this article, I hope to be able to master Java Help.