Java based on swing implementation of the Code _java

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The main functional code is as follows:

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Package Llkan;

Import javax.swing.*;


Import java.awt.*;


Import java.awt.event.*;


/**


* Watching Games


* @author Administrator


* October 17, 2014


*/


public class Maingame implements ActionListener {


JFrame MainFrame; Main panel


Container Thiscontainer;


JPanel Centerpanel, Southpanel, Northpanel; Child panel


JButton diamondsbutton[][] = new jbutton[6][5];//game button array


JButton Exitbutton, Resetbutton, Newlybutton; Exit, Reload, restart button


JLabel fractionlable = new JLabel ("0"); Score Label


JButton Firstbutton, Secondbutton; Record two selected buttons on each page


int grid[][] = new int[8][7];//Store game button position


static Boolean pressinformation = false; Determine if a button is selected


int x0 = 0, y0 = 0, x = 0, y = 0, fristmsg = 0, secondmsg = 0, Validatelv; Position coordinates of the game button


int I, j, K, n;//elimination method control

public void init () {


MainFrame = new JFrame ("Watch the Game");


Thiscontainer = Mainframe.getcontentpane ();


Thiscontainer.setlayout (New BorderLayout ());


Centerpanel = new JPanel ();


Southpanel = new JPanel ();


Northpanel = new JPanel ();


Thiscontainer.add (Centerpanel, "Center");


Thiscontainer.add (Southpanel, "South");


Thiscontainer.add (Northpanel, "North");


Centerpanel.setlayout (New GridLayout (6, 5));


for (int cols = 0; cols < 6; cols++) {


for (int rows = 0; rows < 5; rows++) {


Diamondsbutton[cols][rows] = new JButton (


String.valueof (grid[cols + 1][rows + 1]));


Diamondsbutton[cols][rows].addactionlistener (this);


Centerpanel.add (Diamondsbutton[cols][rows]);


}


}


Exitbutton = new JButton ("Exit");


Exitbutton.addactionlistener (this);


Resetbutton = new JButton ("Re-column");


Resetbutton.addactionlistener (this);


Newlybutton = new JButton ("one more innings");


Newlybutton.addactionlistener (this);


Southpanel.add (Exitbutton);


Southpanel.add (Resetbutton);


Southpanel.add (Newlybutton);


Fractionlable.settext (String.valueof (integer.parseint) (fractionlable


. GetText ()));


Northpanel.add (fractionlable);


Mainframe.setbounds (280, 100, 500, 450);


Mainframe.setvisible (TRUE);


}

public void Randombuild () {


int randoms, cols, rows;


for (int twins = 1; twins <= twins++) {


randoms = (int) (Math.random () * 25 + 1);


for (int alike = 1; alike <= 2; alike++) {


cols = (int) (Math.random () * 6 + 1);


rows = (int) (Math.random () * 5 + 1);


while (Grid[cols][rows]!= 0) {


cols = (int) (Math.random () * 6 + 1);


rows = (int) (Math.random () * 5 + 1);


}


This.grid[cols][rows] = randoms;


}


}


}

public void fraction () {
Fractionlable.settext (String.valueof (integer.parseint) (fractionlable
. GetText ()) + 100);
}

public void Reload () {


int save[] = new INT[30];


int n = 0, cols, rows;


int grid[][] = new INT[8][7];


for (int i = 0; I <= 6; i++) {


for (int j = 0; J <= 5; j +) {


if (This.grid[i][j]!= 0) {


Save[n] = This.grid[i][j];


n++;


}


}


}


n = n-1;


This.grid = grid;


while (n >= 0) {


cols = (int) (Math.random () * 6 + 1);


rows = (int) (Math.random () * 5 + 1);


while (Grid[cols][rows]!= 0) {


cols = (int) (Math.random () * 6 + 1);


rows = (int) (Math.random () * 5 + 1);


}


This.grid[cols][rows] = Save[n];


n--;


}


Mainframe.setvisible (FALSE);


Pressinformation = false; Here is the button click Information must be classified as the original


Init ();


for (int i = 0; i < 6; i++) {


for (int j = 0; J < 5; J + +) {


if (grid[i + 1][j + 1] = = 0)


Diamondsbutton[i][j].setvisible (FALSE);


}


}


}

public void Estimateeven (int placex, int placey, JButton BZ) {


if (pressinformation = = False) {


x = Placex;


y = Placey;


Secondmsg = Grid[x][y];


Secondbutton = BZ;


Pressinformation = true;


} else {


x0 = x;


y0 = y;


Fristmsg = secondmsg;


Firstbutton = Secondbutton;


x = Placex;


y = Placey;


Secondmsg = Grid[x][y];


Secondbutton = BZ;


if (fristmsg = = secondmsg && Secondbutton!= Firstbutton) {


Xiao ();


}


}


}

public void Xiao () {//the same situation can be eliminated. Careful analysis, all the notes


if (x0 = = x && (y0 = = y + 1 | | y0 = = y-1))


|| ((x0 = = x + 1 | | x0 = = x-1) && (y0 = = y))) {//Judge whether adjacent


Remove ();


} else {


for (j = 0; J < 7; J + +) {


if (grid[x0][j] = = 0) {//Determine which button is blank for the first button


if (Y > J) {//If the y-coordinate of the second button is greater than the y-coordinate of the empty button, the first button is on the left of the second button


for (i = y-1 i >= j; i--) {//judge the left side of the second button until there is no button in the middle of the first button


if (Grid[x][i]!= 0) {


k = 0;


Break


} else {


K = 1;


}//K=1 instructions passed the first validation


}


if (k = = 1) {


Linepassone ();


}


}


if (Y < J) {//If the y-coordinate of the second button is less than the y-coordinate of the empty button, the first button is on the right side of the second button


for (i = y + 1; I <= J; i++) {//judge the left side of the second button until there is no button in the middle of the first button


if (Grid[x][i]!= 0) {


k = 0;


Break


} else {


K = 1;


}


}


if (k = = 1) {


Linepassone ();


}


}


if (y = = j) {


Linepassone ();


}


}


if (k = = 2) {


if (x0 = = x) {


Remove ();


}


if (x0 < x) {


for (n = x0 n <= x-1; n++) {


if (Grid[n][j]!= 0) {


k = 0;


Break


}


if (grid[n][j] = = 0 && n = = x-1) {


Remove ();


}


}


}


if (x0 > x) {


for (n = x0; n >= x + 1; n--) {


if (Grid[n][j]!= 0) {


k = 0;


Break


}


if (grid[n][j] = = 0 && N = = x + 1) {


Remove ();


}


}


}


}


}


for (i = 0; i < 8; i++) {//Column


if (grid[i][y0] = = 0) {


if (x > i) {


for (j = x-1 J >= i; j--) {


if (Grid[j][y]!= 0) {


k = 0;


Break


} else {


K = 1;


}


}


if (k = = 1) {


Rowpassone ();


}


}


if (x < i) {


for (j = x + 1; j <= I; j + +) {


if (Grid[j][y]!= 0) {


k = 0;


Break


} else {


K = 1;


}


}


if (k = = 1) {


Rowpassone ();


}


}


if (x = = i) {


Rowpassone ();


}


}


if (k = = 2) {


if (y0 = = y) {


Remove ();


}


if (Y0 < y) {


for (n = y0 n <= y-1; n++) {


if (Grid[i][n]!= 0) {


k = 0;


Break


}


if (grid[i][n] = = 0 && n = = y-1) {


Remove ();


}


}


}


if (y0 > Y) {


for (n = y0; n >= y + 1; n--) {


if (Grid[i][n]!= 0) {


k = 0;


Break


}


if (grid[i][n] = = 0 && N = = y + 1) {


Remove ();


}


}


}


}


}


}


}

public void Linepassone () {


if (Y0 > J) {//First button peer blank button on left


for (i = y0-1 i >= j; i--) {//Determine if there is a button between the first button and the left blank button


if (Grid[x0][i]!= 0) {


k = 0;


Break


} else {


K = 2;


}//k=2 note passed second validation


}


}


if (Y0 < J) {//First button peer blank button between and the second button


for (i = y0 + 1; I <= J; i++) {


if (Grid[x0][i]!= 0) {


k = 0;


Break


} else {


K = 2;


}


}


}


}

public void Rowpassone () {


if (x0 > i) {


for (j = x0-1 J >= i; j--) {


if (Grid[j][y0]!= 0) {


k = 0;


Break


} else {


K = 2;


}


}


}


if (x0 < i) {


for (j = x0 + 1; j <= I; j + +) {


if (Grid[j][y0]!= 0) {


k = 0;


Break


} else {


K = 2;


}


}


}


}

        public void Remove () {
                 firstbutton.setvisible (FALSE);
                Secondbutton.setvisible (FALSE);
                fraction ();
                pressinformation = false;
                k = 0;
                Grid[x0][y0] = 0;
                Grid[x][y] = 0;
       }

public void actionperformed (ActionEvent e) {


if (e.getsource () = = Newlybutton) {


int grid[][] = new INT[8][7];


This.grid = grid;


Randombuild ();


Mainframe.setvisible (FALSE);


Pressinformation = false;


Init ();


}


if (e.getsource () = = Exitbutton)


System.exit (0);


if (e.getsource () = = Resetbutton)


Reload ();


for (int cols = 0; cols < 6; cols++) {


for (int rows = 0; rows < 5; rows++) {


if (e.getsource () = = Diamondsbutton[cols][rows])


Estimateeven (cols + 1, rows + 1, diamondsbutton[cols][rows]);


}


}


}

public static void Main (string[] args) {
Maingame mg = new Maingame ();
Mg.randombuild ();
Mg.init ();
}
}

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