C# 连连看 游戏 连线 代码.doc

C# 连连看 游戏 连线 代码.doc using System; using System.Collections.Generic; using System.Text; using System.Drawing; using System.Timers; namespace LLKAN { class Game { ///

/// 游戏是否正在进行 ///

public bool Playflag; public bool CanPlay; public bool PlayWin; public const int Row = 12; public const int Column = 17; public GamePic[,] GamePicList = new GamePic[Row, Column]; private GamePath MyPath = new GamePath(); public Game() { this.CanPlay =false; this.PlayWin = false; } ///

/// 游戏开始 ///

public void GameStart(int pn) { // 游戏开始，产生随机图片 stdFunc PubstdFunc = new stdFunc(); int[] PicNumber = new int[Row * Column]; //int pn; PicNumber = PubstdFunc.GetRandomPic(pn, (Row - 2) * (Column - 2)); for (int i = 1; i<=Row-2; i++) { for (int j = 1; j <= Column-2; j++) { GamePic MyPic = new GamePic(j * 45, i * 41, PicNumber[(i-1) * (Column-2) + (j-1)], 1); GamePicList[i, j] = MyPic; } } //产生第一行 for (int i = 0; i < Column; i++) { GamePic MyPic = new GamePic(i * 45, 0,0, 2); GamePicList[0, i] = MyPic; } //最后一行 for (int i = 0; i < Column; i++) { GamePic MyPic = new GamePic(i * 45, (Row-1)*41, 0, 2); GamePicList[Row-1, i] = MyPic; } //第一列 for (int i = 0; i < Row; i++) { GamePic MyPic = new GamePic(0, i * 41, 0, 2); GamePicList[i, 0] = MyPic; } //最一列 for (int i = 0; i < Row; i++) { GamePic MyPic = new GamePic((Column-1)*45, i * 41, 0, 2); GamePicList[i, Column-1] = MyPic; } Playflag = true; CanPlay = true; } ///

/// 检查游戏状况 ///

public void CheckPlay() { if (GameWin()) { PlayWin = true; return; } } ///

/// 得到两点之间的交叉点 ///

public GamePath GetGamePath { get { return MyPath; } } public void DrawLine(Graphics g, Color DrawColor) { Point PL,PH; stdFunc MystdFunc = new stdFunc(); for (int i = 0; i < MyPath.GetPathList.Count; i+=2) { PL = new Point( GamePicList[MyPath.GetPathList[i].X,MyPath.GetPathList[i].Y].X, GamePicList[MyPath.GetPathList[i].X,MyPath.GetPathList[i].Y].Y); PH = new Point( GamePicList[MyPath.GetPathList[i + 1].X, MyPath.GetPathList[i + 1].Y].X, GamePicList[MyPath.GetPathList[i + 1].X, MyPath.GetPathList[i + 1].Y].Y); MystdFunc.DrawLine(g, PL, PH, 5, DrawColor); } } ///

/// 检查两个图标是否可以消 ///

/// 第一个图标的座标 /// 第二个图标的座标 /// 是否可以消除 public bool CheckPath(Point P1, Point P2,bool AddPath) { MyPath.Clear(); if (P1 == P2) return false; // 开始搜索路径 // 1 检查水平 if (P1.X == P2.X) { if (CheckHorizontal(P1, P2, AddPath)) return true; } MyPath.Clear(); // 2 检查垂直 if (P1.Y == P2.Y) { if (CheckVertical(P1, P2, AddPath)) return true; } MyPath.Clear(); // 3 检查一折 if (CheckOneCorner(P1, P2, AddPath,true)) return true; MyPath.Clear(); // 4 检查二折 if (CheckTwoCorner(P1, P2, AddPath)) return true; return false; } ///

/// 检查二折 ///

/// 第一个点 /// 第二个点 /// 是否要保存路径 /// private bool CheckTwoCorner(Point P1, Point P2, bool isAddPath) { Point MinRow, MaxRow; MinRow = P1.X < P2.X ? P1 : P2; MaxRow = P1.X < P2.X ? P2 : P1; if (CheckTwoCornerUP(P1, P2, isAddPath)) { return true; } MyPath.Clear(); if (CheckTwoCornerDown(P1, P2, isAddPath)) { return true; } MyPath.Clear(); if (CheckTwoCornerLeft(P1, P2, isAddPath)) { return true; } MyPath.Clear(); if (CheckTwoCornerRight(P1, P2, isAddPath)) { return true; } return false; } private bool CheckTwoCornerUP(Point P1, Point P2, bool isAddPath) { for (int i = P1.X - 1; i > -1; i--) { Point StartPoint = new Point(i, P1.Y); if (GamePicList[StartPoint.X, StartPoint.Y].State == 2) { if (isAddPath) { MyPath.Clear(); CPath xPath = new CPath(P1); MyPath.Push(xPath); CPath yPath = new CPath(StartPoint); MyPath.Push(yPath); } if (CheckOneCorner(StartPoint, P2, isAddPath, false)) { return true; } } else { return false; } } return false; } private bool CheckTwoCornerRight(Point P1, Point P2, bool isAddPath) { for (int i = P1.Y + 1; i < Game.Column; i++) { Point StartPoint = new Point(P1.X, i); if (GamePicList[StartPoint.X, StartPoint.Y].State == 2) { if (isAddPath) { MyPath.Clear(); CPath xPath = new CPath(P1); MyPath.Push(xPath); CPath yPath = new CPath(StartPoint); MyPath.Push(yPath); } if (CheckOneCorner(StartPoint, P2, isAddPath,false)) { return true; } } else { return false; } } return false; } private bool CheckTwoCornerLeft(Point P1, Point P2, bool isAddPath) { for (int i = P1.Y - 1; i > -1; i--) { Point StartPoint = new Point(P1.X, i); if (GamePicList[StartPoint.X, StartPoint.Y].State == 2) { if (isAddPath) { MyPath.Clear(); CPath xPath = new CPath(P1); MyPath.Push(xPath); CPath yPath = new CPath(StartPoint); MyPath.Push(yPath); } if (CheckOneCorner(StartPoint, P2, isAddPath,false)) { return true; } } else { return false; } } return false; } private bool CheckTwoCornerDown(Point P1, Point P2, bool isAddPath) { for (int i = P1.X + 1; i < Game.Row; i++) { Point StartPoint = new Point(i, P1.Y); if (GamePicList[StartPoint.X, StartPoint.Y].State == 2) { if (isAddPath) { MyPath.Clear(); CPath xPath = new CPath(P1); MyPath.Push(xPath); CPath yPath = new CPath(StartPoint); MyPath.Push(yPath); } if (CheckOneCorner(StartPoint, P2, isAddPath,false)) { return true; } } else { return false; } } return false; } // 3 检查一折 private bool CheckOneCorner(Point P1, Point P2, bool isAddPath,bool ClearPath) { Point MinRow, MaxRow; //小行,大行 Point CrossX, CrossY; //交叉点 MinRow = P1.X < P2.X ? P1 : P2; MaxRow = P1.X < P2.X ? P2 : P1; if (MinRow.Y < MaxRow.Y) { CrossX = new Point(MinRow.X,MaxRow.Y); CrossY = new Point(MaxRow.X,MinRow.Y); } else { CrossX = new Point(MinRow.X,MaxRow.Y); CrossY = new Point(MaxRow.X,MinRow.Y); } //搜索 MinRow ---> CrossX--->MaxRow if (GamePicList[CrossX.X, CrossX.Y].State == 2) { if (CheckHorizontal(MinRow, CrossX, false)) { if (CheckVertical(CrossX, MaxRow, false)) { if (isAddPath) { CPath xPath = new CPath(MinRow); MyPath.Push(xPath); CPath yPath = new CPath(CrossX); //---- 增加两次 ------ MyPath.Push(yPath); MyPath.Push(yPath); CPath zPath = new CPath(MaxRow); MyPath.Push(zPath); } return true; } } } if (isAddPath && ClearPath) { MyPath.Clear(); } //搜索 MinRow ---> CrossY--->MaxRow if (GamePicList[CrossY.X, CrossY.Y].State == 2) { if (CheckVertical(MinRow, CrossY,false)) { if (CheckHorizontal(CrossY, MaxRow,false)) { if (isAddPath) { CPath xPath = new CPath(MinRow); MyPath.Push(xPath); CPath yPath = new CPath(CrossY); MyPath.Push(yPath); MyPath.Push(yPath); CPath zPath = new CPath(MaxRow); MyPath.Push(zPath); } return true; } } } return false; } private bool CheckVertical(Point P1, Point P2, bool AddPath) { Point Px, Py; Px = P1.X < P2.X ? P1 : P2; Py = P1.X < P2.X ? P2 : P1; for (int i = Px.X + 1; i < Py.X; i++) { if (GamePicList[i, Px.Y].State != 2) { return false; } } if (AddPath) { CPath PA = new CPath(Px); CPath PB = new CPath(Py); MyPath.Push(PA); MyPath.Push(PB); } return true; } private bool CheckHorizontal(Point P1, Point P2,bool AddPath) { Point Px, Py; Px = P1.Y < P2.Y ? P1 : P2; Py = P1.Y < P2.Y ? P2 : P1; for (int i = Px.Y + 1; i < Py.Y; i++) { if (GamePicList[Px.X, i].State != 2) { return false; } } if (AddPath) { CPath PA = new CPath(Px); CPath PB = new CPath(Py); MyPath.Push(PA); MyPath.Push(PB); } return true; } private bool GameWin() { for (int i = 1; i < Game.Row - 1;i++ ) { for (int j = 1; j < Game.Column - 1; j++) { if (GamePicList[i,j].State==1) return false; } } return true; } } }