"WinForm Development 2048 mini-Games"

First look at the interface:

Game Help Class

Class Gamecore {//game map Private int[,] map = new int[4, 4];        Temporary array used when merging private int[] Mergearr = new Int[4];        Empty number private int emptycount = 16;        All vacant positions Private location[] Emptyarr = new LOCATION[16];        Private random random = new random ();        Artboard private Graphics GP = null;        Make artboards with bitmaps private image image = null;        Game Item size Private Const int itemsize = 80;        Game score private int score = 0;        public bool Ischange {get; set;} <summary>//Current score///</summary> public int Score {get {return s Core            }}///<summary>///number of vacancies///</summary> public int Emptycount {            get {return emptycount;         }}///<summary>///game initialization///</summary> public Gamecore () {   Computeemptycount ();            Initializes an array of location loc1;            Generatenum (out Loc1);            Computeemptycount ();            Generatenum (out Loc1); Initialize artboard image = new Bitmap (itemsize * 4 + 5 * 8, ItemSize * 4 + 5            * 8);        GP = graphics.fromimage (image); #region Move and merge the same number adjacent///<summary>///Mobile cell data///</summary>//<par            Am Name= "direction" ></param> public void Move (string direction) {Ischange = false;                switch (direction) {case ' up ': MoveUp (); Case "Down": MoveDown ();                Break Case "left": MoveLeft ();                Break Case "right": MoveRight ();            Break            }}///<summary>////</summary> public void MoveUp () { 1 for (int c = 0; c< 4; C + +)//column {for (int r = 0, index = 0; r < 4; r++)//Line {if (m                     Ap[r, c]! = 0)//Non 0 {mergearr[index++] = map[r, c];//put into merged array}                        The number position changes if (mergearr[r]! = Map[r, c]) {                    Ischange = true;                } map[r, c] = 0;//The matrix takes away the clear 0}//2 merge Mergecell (); 3 Put the merged data into the matrix for (int i = 0, r = 0; i < 4; i++) {if (Mergea                        Rr[i]! = 0) {map[r++, c] = mergearr[i];                    Mergearr[i] = 0; }}}///<summary>//Down//</summary> Publi c void MoveDown () {//1 for (int c = 0; c < 4; c++)//column {for (int r = 3, index = 0; r >= 0; r--)//Line {if (MA                    P[r, c]! = 0)//Non 0 {mergearr[index++] = map[r, c];//put into merged array}                    if (mergearr[3-r]! = Map[r, c]) {Ischange = true; } map[r, c] = 0;//takes the matrix out of the clear 0}//2 Merge Mergecell (                ); 3 Put the merged data into the matrix for (int i = 0, r = 3; i < 4; i++) {if (Mergearr[i]!                        = 0) {map[r--, c] = mergearr[i];                    Mergearr[i] = 0; }}}}///<summary>//Merge cells///</summary> PR ivate void Mergecell () {for (int i = 0; i < 3; i++) {if (mergearr[i] = 0 && mergearr[i] = = mergearr[i + 1]) {Mergearr[i] + + mergearr[i + 1];                    Score + = Mergearr[i];                    Ischange = true;                Mergearr[i + 1] = 0;         }}}///<summary>//Left shift//</summary> public void MoveLeft () {//1 for (int r = 0; r < 4; r++)//Line {for (int c = 0, index = 0; C < 4; C + +)//column {if (MAP[R, c]! = 0)//non 0 {mergearr[i                        ndex++] = map[r, c];//into the merged array} if (Mergearr[c]! = Map[r, c]) {                    Ischange = true;                } map[r, c] = 0;//The matrix takes away the clear 0}//2 merge Mergecell (); 3 Put the merged data into the matrix for (int i = 0, c = 0; i < 4; i++) {if (mergearr[i]! = 0) {map[r, C + +] =                        Mergearr[i];                    Mergearr[i] = 0; }}}///<summary>//Right Shift///</summary> Publi c void MoveRight () {//1 for (int r = 0; r < 4; r++)//Line {for (i NT C = 3, index = 0; C >= 0; c--)//column {if (MAP[R, c]! = 0)//not 0 mergearr[index++] = map[r, c];/                                    /Put the merged array if (MERGEARR[3-C]! = Map[r, c]) Ischange = true;                Map[r, c] = 0;//The matrix takes away the clear 0}//2 merges Mergecell (); 3 Put the merged data into the matrix for (int i = 0, c = 3; i < 4; i++) {if (Mergearr[i]!                    = 0) {    Map[r, c--] = mergearr[i];                    Mergearr[i] = 0; }}} #endregion//<summary>///&LT;/SU            mmary> public void Computeemptycount () {emptycount = 0;            Array.clear (Emptyarr, 0, 16);                    for (int r = 0; r < 4; r++)//Line {for (int c = 0; c < 4; C + +)//column {                    if (map[r, c] = = 0) {emptyarr[emptycount++] = new Location (r, c); }}}}///<summary>///To generate a new number//</summ ary> public int generatenum {int index = random.             Next (0, Emptycount);             location = Emptyarr[index]; Map[location. X, location. Y] = random. Next ()% 10 = = 0?             4:2; Return map[location. X, location.   Y];     }///<summary>//Determine if the game is over//</summary>//&LT;RETURNS&GT;&LT;/RETURNS&G        T            public bool Isgameover () {computeemptycount ();            If there is a vacancy, the game does not end if (Emptycount > 0) return false;                 Check for the same number in the adjacent cell, for (int r = 0; r < 4; r++) {for (int c = 0; c < 3; C + +) {//Horizontal if (map[r, c] = = Map[r, C + 1]) return                    False                Vertical if (map[c, r] = = Map[c + 1, R]) return false;        }} return true; } #region Draw the game screen///<summary>///Draw game screen///</summary>//<returns&gt ;</returns> public Image Drawmap () {//Empty artboard original content GP.            Clear (Color.darkgray); for (int r = 0; r < map. GetLength (0); r++) {for (int c = 0; c < map. GetLength (1);                C + +) {DrawItem (R, C, GetColor (Map[r, c]));        }} return image; }///<summary>///use numbers to find pictures from the Assembly resources///</summary>//<param name= "num" >< /param>//<returns></returns> public Image GetColor (int num) {return Pro Perties.                      Resources.                      ResourceManager. GetObject ("_" + Num.)        ToString ()) as Image; }///<summary>///Draw a number block///</summary>//<param name= "rowindex" > Row index &lt ;/param>//<param name= "columnindex" > Column index </param>//<param name= "img" > Picture to be drawn </par am> private void DrawItem (int rowindex, int columnindex, Image img) {//Where to draw rowindex Columnind ex int x = (columnindex + 1) * 8 + columnindex * itemsize;            int y = (rowindex + 1) * 8 + rowindex * itemsize; Draw content img To draw how big ItemSize GP.        DrawImage (IMG, x, y, itemsize, itemsize); } #endregion}

Define a structure:

struct location    {        private int x;        private int y;        public location (int x, int y)        {            this.x = x;            This.y = y;        }             public int X        {            get {return X;}        }        public int Y        {            get {return Y;}        }    }

Form code:

  Public partial class Frmmain:form {private Gamecore gamecore = null;        Public Frmmain () {InitializeComponent ();        } public void Drawgamemap () {this.picMap.Image = Gamecore.drawmap ();        }//Start game private void Frmmain_load (object sender, EventArgs e) {startgame ();            } private void Startgame () {//to distinguish 0 Lblscore.text = "0";            Gamecore = new Gamecore ();        Drawgamemap ();        } private void btnStart_Click (object sender, EventArgs e) {startgame (); }//Keyboard control game action private void Frmmain_keydown (object sender, KeyEventArgs e) {string Keystri            ng = e.keydata.tostring ();                Switch (keystring) {case ' up ': Case ' down ': Case ' left ':     Case "right": Gamecore.move (keystring);               Update game map Updategamemap ();            Break            }} public void Updategamemap () {//game flow?                Map has changed if (gamecore.ischange) {//Draw game map drawgamemap ();                Refresh Score This.lblScore.Text = GameCore.Score.ToString ();                Recalculate vacancy gamecore.computeemptycount (); If the number of seats is greater than 0 if (Gamecore.emptycount > 0) {//Generate new number Lo                     Cation Loc;                    int num = gamecore.generatenum (out loc);                    Turns on animating the new number asynchronously calls action<int,int,int> handler = Drawnewnumber; Handler. BeginInvoke (Loc. X, loc.                                    Y, num, null, NULL);       }//Determine if the game continues if (Gamecore.isgameover ())         {MessageBox.Show ("GAME over");  }}} public void Drawnewnumber (int r,int c,int num) {int xofmap =            (c + 1) * 8 + c * 80;            int Yofmap = (R + 1) * 8 + R * 80;            Graphics GP = This.picMap.CreateGraphics ();            Image img = gamecore.getcolor (num);            The numbers appear to be small and large, with a minimum width of 10 and a maximum of int w = 10;                while (w <=) {int x =xofmap+ 80/2-W/2;                int y =yofmap+ 80/2-w/2; Gp.                DrawImage (IMG, x, y, W, W);                W + = 5;            System.Threading.Thread.Sleep (10); }        }    }

OK, it's done.

"WinForm Development 2048 mini-Games"