unity3d游戏开发（一）——圈圈叉叉

using UnityEngine; using System.Collections; using System; /** * by:KuKu小夭 * email:djy2130@qq.com */

public class QuanQuan : MonoBehaviour { public GameObject gamePanel; public GameObject ShowLable; public GameObject _Qizi; public int number_N = 3;//行列数
    public int TwohengWidth = 50;//两个横边之间的间隔

    private int BoxHeight; private int BoxWidth; private int[,] BoxMatrix; private Vector3 OriginPoint;//左下角原点的位置
    private int TotleStep = 0;//总共下的次数，如果次数等于棋盘的大小则和局
    private int _winTotle = 4; //几个子连一起为赢。

    enum GameState { MyAction, AiAction, GameOver, } GameState gameState = GameState.MyAction; void Start() { BoxHeight = number_N; BoxWidth = number_N; BoxMatrix = new int[BoxHeight, BoxWidth]; //0 表示空，1表示圈，-1表示叉 //创建一个和棋盘等数量的int数组
        OriginPoint = new Vector3(-(BoxWidth - 1) * 0.5f * TwohengWidth, -(BoxHeight - 1) * 0.5f * TwohengWidth, 0); /* if (number_N%2==0) { OriginPoint = new Vector3(-(BoxWidth-1) * 0.5f * TwohengWidth, -(BoxHeight-1) * 0.5f * TwohengWidth, 0); }else{ OriginPoint = new Vector3(-(BoxWidth-1) * 0.5f * TwohengWidth, -(BoxHeight-1) * 0.5f * TwohengWidth, 0); } */ 

        //最重要的部分
        GameObject[,] mQizi = new GameObject[BoxWidth,BoxHeight]; for (int i = 0; i < BoxWidth; i++) { for (int j = 0; j < BoxHeight; j++) { BoxMatrix[i, j] = 0; mQizi[i, j] = Instantiate(_Qizi) as GameObject; mQizi[i, j].name = "qizi_"+i+"_"+j; //命名很重要 因为我们在button获取信息时就是通过name的不同来区分不同物体的
                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);//这个东西移到屏幕外 //Destroy(_Qizi);
 } //动作
    void ButtonPress(GameObject o) { if (gameState == GameState.MyAction) { string[] _strArr = (o.name).Split(new char[]{'_'}); int _row = Convert.ToInt32(_strArr[1]); int _column = Convert.ToInt32(_strArr[2]); //Debug.Log(_row + "," + _column);
            if (isNullStep(BoxMatrix , _row, _column)) { BoxMatrix[_row, _column] = 1; o.transform.FindChild("Quan").GetComponent<UISprite>().enabled = true; bool isGameover = Logic(BoxMatrix, _row, _column); if (isGameover) { gameState = GameState.GameOver; } else{  gameState = GameState.AiAction;} } } else if (gameState == GameState.AiAction) { string[] _strArr = (o.name).Split(new char[] { '_' }); int _row = Convert.ToInt32(_strArr[1]); int _column = Convert.ToInt32(_strArr[2]); //Debug.Log(_row + "," + _column);
            if (isNullStep(BoxMatrix , _row, _column)) { BoxMatrix[_row, _column] = -1; o.transform.FindChild("Chacha").GetComponent<UISprite>().enabled = true; bool isGameover = Logic(BoxMatrix, _row, _column); if (isGameover) { gameState = GameState.GameOver; } else { gameState = GameState.MyAction; } } } } bool isNullStep(int[,] _Matrix, int row, int column) { if (_Matrix[row, column] == 0) { return true; } return false; } bool Logic(int[,] _Matrix,int row, int column) { //check row
        int _totle =0 ; for(int i=0; i < number_N;i++) { _totle += _Matrix[i,column]; } if (_totle == _winTotle) { Winner(1); return true; } else if (_totle == -1 * _winTotle) { Winner(2); return true; } //check column
        _totle = 0; for(int i=0; i < number_N;i++) { _totle += _Matrix[row,i]; } if (_totle == _winTotle) { Winner(1); return true; } else if (_totle == -1 * _winTotle) { Winner(2); return true; } ////check left xie 这里只判断最长的斜对角线
        //if(row ==column){ // _totle = 0; // for (int i = 0; i < number_N; i++) // { // _totle += _Matrix[i, i]; // } // if (_totle == number_N) // { // Winner(1); return true; // } // else if (_totle == -1 * number_N) // { // Winner(2); return true; // } //}

        ////check right xie 这里只判断对角线
        //if(row == number_N - 1 - column) //{ // _totle = 0; // for (int i = 0; i < number_N; i++) // { // _totle += _Matrix[i, number_N - i-1]; // } // if (_totle == number_N) // { // Winner(1); return true; // } // else if (_totle == -1 * number_N) // { // Winner(2); return true; // } //}

        int iCount = row + column; //check left xie
        _totle = 0; //把棋盘分成两部分，沿对角线分
        if (iCount < number_N)      //在对角线下部分，必定有[x,0]
 { for (int j = 0; j < iCount + 1; j++) { _totle += _Matrix[iCount - j, j]; } if (_totle == _winTotle) { Winner(1); return true; } else if (_totle == -1 * _winTotle) { Winner(2); return true; } } else    //在对角线上,必定有[8,x]
 { int i = 2 * (number_N - 1) - iCount; for (int j = number_N - 1, k = number_N - 1 - i; j >= number_N - 1 - i; j--, k++) { _totle += _Matrix[j, k]; } if (_totle == _winTotle) { Winner(1); return true; } else if (_totle == -1 * _winTotle) { Winner(2); return true; } } //check right xie
        _totle = 0; if (column >= row) //对角线下方
 { int i = number_N - (column - row); for (int j = 0; j < i; j++) { _totle += _Matrix[j, j + column - row]; } if (_totle == _winTotle) { Winner(1); return true; } else if (_totle == -1 * _winTotle) { Winner(2); return true; } } else    //对角线上方
 { int i = number_N + (column - row); for (int j = 0; j < i; j++) { _totle += _Matrix[j - column + row, j]; } if (_totle == _winTotle) { Winner(1); return true; } else if (_totle == -1 * _winTotle) { Winner(2); return true; } } //检查是不是和局
     TotleStep++; if (TotleStep == BoxHeight * BoxWidth) { Winner(3);return true; } return false; } void Winner(int player) { if (player==1) { ShowLable.GetComponent<UILabel>().enabled = true; ShowLable.GetComponent<UILabel>().text = "winner 1"; } else if (player == 2) { ShowLable.GetComponent<UILabel>().enabled = true; ShowLable.GetComponent<UILabel>().text = "winner 2"; } else { ShowLable.GetComponent<UILabel>().enabled = true; ShowLable.GetComponent<UILabel>().text = "no winner"; } } }