java扫雷项目总结建议,扫雷小游戏难点总结

扫雷小游戏难点总结：

1 布雷的生成算法

2 难易度调节，离散空间数据靠近程度

3 空白区域的递归算法(或队列的搜索)

4 输赢的判断

u3d上， ui为NGUI

代码   部分  ，写得比较乱  也懒得整理了

using UnityEngine; using System.Collections; using System; public class SaoLei2 : MonoBehaviour {     public GameObject gamePanel;     public GameObject ShowLable;     public GameObject _Qizi;     public GameObject _Chacha;     public GameObject ScoreLabel;     public int BoxWidth = 10;     public int BoxHeight = 10;     public int TwohengWidth = 50;     private int[,] BoxMatrix;     private Vector3 OriginPoint;//左下角原点     public GameObject[,] mQizi;     private int WinnerPlayer = 0;//1圈赢 -1叉赢     private int TotleBlock;//现在下的步骤0,0     private int TotleLandmine;//现在下的步骤0,0     private string scoreStr;     enum GameState     {         MyStep = 0,         ChaCha = 1,         GameOver,     }     GameState gameState = GameState.MyStep;     public int landmine = 10;     void Start()     {         TotleBlock = BoxHeight * BoxWidth ; //剩余的格子         TotleLandmine = landmine;//剩余的旗子         scoreStr = "left : " + TotleBlock + "      landmine : " + TotleLandmine;         _Chacha.transform.localPosition = new Vector3(420,192,0);//new Vector3(Screen.width/2 +50 ,Screen.height/2 ,0);         //左上角为原点         OriginPoint = new Vector3(-(BoxWidth - 1) * 0.5f * TwohengWidth, -(BoxHeight - 1) * 0.5f * TwohengWidth, 0);         //儿子         BoxMatrix = new int[BoxHeight,BoxWidth];//0 表示空，1表示圈，-1表示叉         mQizi = new GameObject[BoxHeight,BoxWidth];         for (int i = 0; i < BoxHeight; i++)         {             for (int j = 0; j < BoxWidth; j++)             {                 BoxMatrix[i, j] = 0;                 mQizi[i, j] = Instantiate(_Qizi) as GameObject;                 mQizi[i, j].name = "qizi_" + i + "_" + j;                 mQizi[i, j].transform.parent = _Qizi.transform.parent;                 mQizi[i, j].transform.localPosition = new Vector3(OriginPoint.x + (j) * TwohengWidth, OriginPoint.y + (i) * TwohengWidth, 0);                 mQizi[i, j].transform.localScale = new Vector3(1, 1, 1);             }         }         _Qizi.transform.localPosition = new Vector3(-1000, 0, 0);         //构建一个雷区         //取得10个不重复的随机数         //landmine = 10;         //将2维展开成1维，         int[] ranArr = ChooseSet(BoxWidth * BoxHeight ,landmine);         //然后再合并为2维的索引         int[] ranArr_Row = new int[landmine];         for(int i=0;i();                 _uiLabel.enabled = true;                 _uiLabel.text = _str;             }         }     }     //初始化地雷     void initlandmine(int[] _Column,int[] _Row)     {         //重头戏，对BoxMatrix[i, j]进行初始化操作         //默认的全是0,一个个雷的操作          for (int i = 0; i < landmine; i++)         {             int _tmpColume = _Column[i];             int _tmpRow = _Row[i];             BoxMatrix[_tmpColume , _tmpRow ] = -1;             //遍历上下左右和斜角方向的点，+1操作             //左             if (_tmpRow > 0)             {                 //左中                 if (BoxMatrix[_tmpColume, _tmpRow-1] != -1)                 {                     BoxMatrix[_tmpColume, _tmpRow - 1]++;                 }                 //左上                 if (_tmpColume < BoxHeight-1)                 {                     if (BoxMatrix[_tmpColume+1 , _tmpRow - 1] != -1)                     {                         BoxMatrix[_tmpColume+1, _tmpRow - 1]++;                     }                 }                 //左下                 if (_tmpColume > 0)                 {                     if (BoxMatrix[_tmpColume - 1, _tmpRow - 1] != -1)                     {                         BoxMatrix[_tmpColume - 1, _tmpRow - 1]++;                     }                 }             }             //右             if (_tmpRow < BoxWidth-1)             {                 //右中                 if (BoxMatrix[_tmpColume, _tmpRow + 1] != -1)                 {                     BoxMatrix[_tmpColume, _tmpRow + 1]++;                 }                 //右上                 if (_tmpColume < BoxHeight - 1)                 {                     if (BoxMatrix[_tmpColume + 1, _tmpRow + 1] != -1)                     {                         BoxMatrix[_tmpColume + 1, _tmpRow + 1]++;                     }                 }                 //右下                 if (_tmpColume > 0)                 {                     if (BoxMatrix[_tmpColume - 1, _tmpRow + 1] != -1)                     {                         BoxMatrix[_tmpColume - 1, _tmpRow + 1]++;                     }                 }             }             //上             if (_tmpColume < BoxHeight - 1)             {                 if (BoxMatrix[_tmpColume +1, _tmpRow] != -1)                 {                     BoxMatrix[_tmpColume +1, _tmpRow]++;                 }             }             //下             if (_tmpColume > 0)             {                 if (BoxMatrix[_tmpColume - 1, _tmpRow] != -1)                 {                     BoxMatrix[_tmpColume - 1, _tmpRow]++;                 }             }         }     }     //不重复的选取     int[] ChooseSet(int ArrTotle, int _maxNum)     {         //生成所有数组         int[] sortArr = new int[ArrTotle];         for (int i = 0; i < ArrTotle; i++)         {             sortArr[i] = i;         }         //用于保存返回结果              int[] result = new int[_maxNum];                  //打乱这个sort数组，然后取出前n个就是随机选取的了         for (int i = 0; i < sortArr.Length; i++)         {             int temp = sortArr[i];             int randomIndex = UnityEngine.Random.Range(0, sortArr.Length);             sortArr[i] = sortArr[randomIndex];             sortArr[randomIndex] = temp;         }         for (int i = 0; i < _maxNum; i++)         {             result[i] = sortArr[i];             Debug.Log(result[i]);         }           return result; }     //扫雷动作     void ButtonPress(GameObject o)     {         if (gameState == GameState.GameOver) return;         string[] _strArr = (o.name).Split(new char[] { '_' });         int _row = Convert.ToInt32(_strArr[2]);         int _column = Convert.ToInt32(_strArr[1]);         Debug.Log(_column + "," + _row);         bool _ispress = mQizi[_column, _row].transform.FindChild("Label").GetComponent().enabled;         if (!_ispress)         {             if (!mQizi[_column, _row].transform.FindChild("chacha").GetComponent().enabled)             {                 if (gameState == GameState.MyStep)                 {                     UILabel _uiLabel = mQizi[_column, _row].transform.FindChild("Label").GetComponent();                     _uiLabel.enabled = true;                     int _BoxMatrixNum = BoxMatrix[_column, _row];                     string _str = _BoxMatrixNum + "";                     _uiLabel.text = _str;                     //一不小心触雷就死了                     //如果是0  扩展周围的雷                     TotleBlock--;                     ShowText(TotleBlock, TotleLandmine);                     if (_BoxMatrixNum == -1)                     {                         gameState = GameState.GameOver;                         GameResult(0);                     }                     else if (_BoxMatrixNum == 0)                     {                         PaiKong(_column,_row);                     }                 }                 else if (gameState == GameState.ChaCha)                 {                     if (TotleLandmine > 0)                     {                         //画为叉叉                         TotleBlock--;                         TotleLandmine--;                         ShowText(TotleBlock, TotleLandmine);                         mQizi[_column, _row].transform.FindChild("chacha").GetComponent().enabled = true;                     }                 }             }         }     }     //放旗子动作     void ButtonChaCha(GameObject o)     {         if (gameState == GameState.MyStep)         {             gameState = GameState.ChaCha;             _Chacha.transform.FindChild("SlicedSprite").GetComponent().color = Color.green;         }         else if (gameState == GameState.ChaCha)         {             gameState = GameState.MyStep;             _Chacha.transform.FindChild("SlicedSprite").GetComponent().color = Color.white;         }     }     //主函数判断是不是胜利     void Update()     {         if (gameState != GameState.GameOver)         {             if (TotleBlock == 0) { GameResult(1); }         }     }     //胜利失败显示     void GameResult(int result)     {         if (result == 0)         {             Debug.Log("gameover");             ShowLable.GetComponent().enabled = true;             ShowLable.GetComponent().text = "gameover";         }         else {             Debug.Log("you are winner");             ShowLable.GetComponent().enabled = true;             ShowLable.GetComponent().text = "you are winner";         }     }     void ShowText(int num1,int num2)     {         scoreStr = "left : " + num1 + "      landmine : " + num2;         ScoreLabel.GetComponent().text = scoreStr;     }     void ShowDiLei(int num1, int num2)     {         UILabel _uiLabel = mQizi[num1, num2].transform.FindChild("Label").GetComponent();         if(!_uiLabel.enabled)         {             _uiLabel.enabled = true;             string _str = BoxMatrix[num1, num2] + "";             _uiLabel.text = _str;             TotleBlock--;             ShowText(TotleBlock, TotleLandmine);         }     }     void PaiKongDiGui(int _y, int _x)     {         UILabel _uiLabel = mQizi[_y, _x].transform.FindChild("Label").GetComponent();         if (!_uiLabel.enabled)         {             _uiLabel.enabled = true;             string _str = BoxMatrix[_y, _x] + "";             _uiLabel.text = _str;             TotleBlock--;             ShowText(TotleBlock, TotleLandmine);             if (BoxMatrix[_y, _x] == 0)             {                 //递归                 PaiKong(_y, _x);             }         }     }     void PaiKong(int _y, int _x)     {         //左         if (_x > 0)         {             //左中             if (BoxMatrix[_y, _x - 1] != -1)             {                 PaiKongDiGui(_y, _x - 1);             }             //左上             if (_y < BoxHeight - 1)             {                 if (BoxMatrix[_y + 1, _x - 1] != -1)                 {                     PaiKongDiGui(_y + 1, _x - 1);                 }             }             //左下             if (_y > 0)             {                 if (BoxMatrix[_y - 1, _x - 1] != -1)                 {                     PaiKongDiGui(_y - 1, _x - 1);                 }             }         }         //右         if (_x < BoxWidth - 1)         {             //右中             if (BoxMatrix[_y, _x + 1] != -1)             {                 PaiKongDiGui(_y, _x + 1);             }             //右上             if (_y < BoxHeight - 1)             {                 if (BoxMatrix[_y + 1, _x + 1] != -1)                 {                     PaiKongDiGui(_y + 1, _x + 1);                 }             }             //右下             if (_y > 0)             {                 if (BoxMatrix[_y - 1, _x + 1] != -1)                 {                     PaiKongDiGui(_y - 1, _x + 1);                 }             }         }         //上         if (_y < BoxHeight - 1)         {             if (BoxMatrix[_y + 1, _x] != -1)             {                 PaiKongDiGui(_y + 1, _x);             }         }         //下         if (_y > 0)         {             if (BoxMatrix[_y - 1, _x] != -1)             {                 PaiKongDiGui(_y - 1, _x);             }         }     } }