连连看小游戏代码（vb 连连看游戏代码要全部的）

本文目录

• vb 连连看游戏代码要全部的
• Java连连看小游戏设计.请教以下代码参数表示什么和它们的作用（这是重列方法的部分.能解释一下各参数吗）
• 求“连连看”flash在线小游戏的源代码
• 请用PYTHON编一个小游戏，如五子棋，连连看，贪吃蛇，扫雷，计算器等等
• 谁能帮忙写一个c语言连连看游戏，要4x4的，功能最简单的就可以！但是要实现连连看应该有的功能
• 谁会用java编写“贪吃蛇”小游戏

vb 连连看游戏代码要全部的

Picture1(I); F = UpI And UpI ;MyTu, Picture1(Index).Tag = Picture1(UpI);选中一个图片UpI = IndexLabel1.AutoRedraw = TrueFor I = 0 To 10If I ; I S: Label1.Width * 1;图片相同Picture1(Index).ico.Caption = 0 Then Load Picture1(I);C.1.Height * 1。下面是例子.Print tuquot：---------------------------------在窗体放置控件 Picture1;.Tag = quot.1;tu SPicture1(I)、 tu3.Height * 0.Visible = False.Width * 1.Move Picture1(Index).Visible = FalseUpI = -1Exit SubEnd IfEnd If.Visible = TrueLabel1;tuquot。单击控件时.ico.Visible = FalseLabel1, Picture1(Index);.Left - Picture1(Index).Top - Picture1(Index).1.Left = I * Picture1(0).IcoMyTu: Picture1(UpI);这里用字符代替图片文件S = 1 + Int(Rnd * 4)Picture1(I);tuquot, S As Long、 tu2.Visible = TruePicture1(I).BackColor = 255、 tu4: Label1, Picture1(Index).ico;，如果 Tag 属性相同就表示图片相同:.Picture = Picture1(F).Width * 0; 中有图片文件 tu1; -1 ThenIf Picture1(Index).ico: Picture1(I):.2End Sub 补充.Tag Then ，装载相同的图片时重点是.2;.Tag = 下面是假设目录 C;; SNextUpI = -1End SubPrivate Sub Picture1_Click(Index As Integer)If Index lt; Picture1(I), F As StringPicture1(0)：Dim UpI As LongPrivate Sub Form_Load()Dim I As Long，要同时将控件的 Tag 属性设置为相同的图片文件名

Java连连看小游戏设计.请教以下代码参数表示什么和它们的作用（这是重列方法的部分.能解释一下各参数吗）

public void reload(){ 声明一个公有的方法(这里的public就是公有的意思)方法没有返回值(这里的void就是返回值为空的意思)方法的名字是reloadint save; 声明一个数组名字就save最多能放30个元素int n=0,cols,rows; 声明一个n值为0 声明一个cols没有赋值 声明一个rows没有赋值int grid; 声明一个2维数组叫grid 横向放8个元素 纵向放7个元素 一共可以放7乘8 56个元素for(int i=0;i《=6;i++) { for(int j=0;j《=5;j++) { if(this.grid!=0) {save; n++; }}}这两个for循环里的意思是 判断第i行第j列的值如果不等于零 那么就将这个值赋给save 并将n的值+1 for(int i=0;i《=6;i++)这句话定义了有7行 for(int j=0;j《=5;j++) 这句话定义了有6列个人感觉这段程序有问题 6乘以7等于42 但是save里面最多放30个元素这个可以运行吗...

求“连连看”flash在线小游戏的源代码

把你的邮箱留下 我给你源文件 我这没有falsh软件 打不开 给你源文件 绝对使你满意 有四个不同的 flash 源文件 打开即可看到AS代码

请用PYTHON编一个小游戏，如五子棋，连连看，贪吃蛇，扫雷，计算器等等

#!/usr/bin/pythonfrom Tkinter import *import randomclass snake(Frame):        def __init__(self, master=None):                Frame.__init__(self, master)                self.body =                 self.bodyid =                 self.food =                 self.foodid = -1                self.gridcount = 10                self.size = 500                self.di = 3                self.speed = 500                self.top = self.winfo_toplevel()                self.top.resizable(False, False)                self.grid()                self.canvas = Canvas(self)                self.canvas.grid()                self.canvas.config(width=self.size, height=self.size,relief=RIDGE)                self.drawgrid()                s = self.size/self.gridcount                id = self.canvas.create_rectangle(self.body*s,                        (self.body+1)*s, fill="yellow")                self.bodyid.insert(0, id)                self.bind_all("《KeyRelease》", self.keyrelease)                self.drawfood()                self.after(self.speed, self.drawsnake)        def drawgrid(self):                s = self.size/self.gridcount                for i in range(0, self.gridcount+1):                        self.canvas.create_line(i*s, 0, i*s, self.size)                        self.canvas.create_line(0, i*s, self.size, i*s)        def drawsnake(self):                s = self.size/self.gridcount                head = self.body                new =                 if self.di == 1:                        new-1) % self.gridcount                elif self.di == 2:                        new+1) % self.gridcount                elif self.di == 3:                        new+1) % self.gridcount                else:                        new-1) % self.gridcount                next = ( new )                if next in self.body:                        exit()                elif next == (self.food):                        self.body.insert(0, next)                        self.bodyid.insert(0, self.foodid)                        self.drawfood()                else:                        tail = self.body.pop()                        id = self.bodyid.pop()                        self.canvas.move(id, (next)*s)                        self.body.insert(0, next)                        self.bodyid.insert(0, id)                self.after(self.speed, self.drawsnake)        def drawfood(self):                s = self.size/self.gridcount                x = random.randrange(0, self.gridcount)                y = random.randrange(0, self.gridcount)                while (x, y) in self.body:                        x = random.randrange(0, self.gridcount)                        y = random.randrange(0, self.gridcount)                id = self.canvas.create_rectangle(x*s,y*s, (x+1)*s, (y+1)*s, fill="yellow")                self.food = x                self.food = y                self.foodid = id        def keyrelease(self, event):                if event.keysym == "Up" and self.di != 3:                        self.di = 1                elif event.keysym == "Right" and self.di !=4:                        self.di = 2                elif event.keysym == "Down" and self.di != 1:                        self.di = 3                elif event.keysym == "Left" and self.di != 2:                        self.di = 4app = snake()app.master.title("Greedy Snake")app.mainloop()

贪食蛇

谁能帮忙写一个c语言连连看游戏，要4x4的，功能最简单的就可以！但是要实现连连看应该有的功能

刚写的，新鲜出炉：

#include 《stdio.h》#include 《string.h》#include 《stdlib.h》#include 《time.h》#define MAPSIZE 4#define MAXLINESIZE 60//typedef enum{false,true} bool;typedef struct{    int x,y;}Point;const char pictureTable={" ABCEDFGHI"};bool judgeLine(char **MP,Point *start,Point *end){int i;if(start-》x==end-》x){if(start-》y 》 end-》y){for(i = start-》y - 1 ; i 》 end-》y ; i--)if(MP!=0) return false;return true;}else{for(i = start-》y + 1 ; i 《 end-》y ; i++)if(MP!=0)return false;return true;}}else if(start-》y==end-》y){if(start-》x 》 end-》x ){for(i = start-》x - 1 ; i 》 end-》x ; i--)if(MP!=0) return false;return true;}else{for(i = start-》x + 1 ; i 《 end-》x ; i++)if(MP!=0) return false;return true;}}return false;}bool judgeTwoLines(char **MP,Point *start,Point *end,Point *mid){    Point p1,p2;    mid-》x=-1;    mid-》y=-1;    if(judgeLine(MP,start,end)==true) return true;    p1.x=start-》x;    p1.y=end-》y;    p2.x=end-》x;    p2.y=start-》y;    mid-》x=p1.x;    mid-》y=p1.y;    if(MP==0 && judgeLine(MP,start,&p1) && judgeLine(MP,end,&p1)) return true;    mid-》x=p2.x;    mid-》y=p2.y;    if(MP==0 && judgeLine(MP,start,&p2) && judgeLine(MP,end,&p2)) return true;    return false;}bool judgeTreeLines(char **MP,Point *start,Point *end,Point *mid1,Point *mid2,int n){    int i;    mid1-》x=-1;mid1-》y=-1;    mid2-》x=-1;mid2-》y=-1;    if(judgeTwoLines(MP,start,end,mid1)) return true;    for( i=start-》x - 1;i》=0;i--){    if(MP!=0) break;    mid1-》x=i;    mid1-》y=start-》y;    if(judgeTwoLines(MP,mid1,end,mid2)) return true;    }    for( i=start-》x + 1;i《=n+1;i++){    if(MP!=0) break;    mid1-》x=i;    mid1-》y=start-》y;    if(judgeTwoLines(MP,mid1,end,mid2)) return true;    }    for( i=start-》y - 1;i》=0;i--){    if(MP!=0) break;    mid1-》x=start-》x;    mid1-》y=i;    if(judgeTwoLines(MP,mid1,end,mid2)) return true;    }    for( i=start-》y + 1;i《=n+1;i++){    if(MP!=0) break;    mid1-》x=start-》x;    mid1-》y=i;    if(judgeTwoLines(MP,mid1,end,mid2)) return true;    }    return false;}void ptMap(char **MP,int n){    int space=(MAXLINESIZE-n*2)/2;    int i,j;    for(i=0;i《(MAXLINESIZE-10)/2;i++)    printf(" ");    printf("《连连看》\n");    for(i=2;i《space;i++) printf(" ");    printf("x\n");    for(i=1;i《=n;i++){    for(j=2;j《space;j++)    printf(" ");    printf("%d ",i);    for(j=1;j《=n;j++)    printf("%c ",pictureTable);    printf("\n");    }    for(i=0;i《space;i++)    printf("*");    for(i=0;i《n;i++)    printf("%d*",i+1);for(i=1;i《space;i++)    printf("*");    printf("\n");}char **createMap(int n){    char **ret;    int i;    ret=(char**)malloc(sizeof(char*)*(n+2));    for(i=0;i《n+2;i++)    ret=(char*)malloc(sizeof(char)*(n+2));    return ret;}void ranMap(char **MP,int n){    int *all=(int*)malloc(sizeof(int)*n*n);    int i,tmpi,tmp;    for(i=0;i《n*n;i++)    all=i/4+1;    for(i=0;i《n*n;i++){    tmpi=rand()%(n*n-i);    tmp=all;    all;    all=tmp;    }    for(i=0;i《n+2;i++){    MP=0;    MP=0;    MP=0;    MP=0;    }    tmpi=0;    for(i=1;i《=n;i++)    for(tmp=1;tmp《=n;tmp++)    MP;}void deletePoints(char **MP,Point *p1,Point *p2){    MP=0;    MP=0;}int playTurns(int n){int rest=n*n;char **mp=createMap(n),c;ranMap(mp,n);Point mid1,mid2,pt1,pt2;while(1){ptMap(mp,n);printf("请输入消去的坐标1(x1 y1):\n");scanf("%d%d",&pt1.x,&pt1.y);printf("请输入消去的坐标2(x2 y2):\n");scanf("%d%d",&pt2.x,&pt2.y);if((pt1.x==pt2.x && pt1.y==pt2.y) || (pt1.x《1 || pt1.x》n || pt2.x 《 1 || pt2.x 》 n || pt1.y《1 || pt1.y》n || pt2.y 《 1 || pt2.y 》 n)){printf("无法消除这两图案，请再次检查。");}    else if(mp && judgeTreeLines(mp,&pt1,&pt2,&mid1,&mid2,n)){    if(mid1.x==-1){    printf("Direct\n");    }    else if(mid2.x==-1){    printf("TwoLines :(%d,%d)\n",mid1.x,mid1.y);    }    else{    printf("TreeLines:(%d,%d)(%d,%d)\n",mid1.x,mid1.y,mid2.x,mid2.y);    }    deletePoints(mp,&pt1,&pt2);    printf("消去成功！\n");    rest-=2;    if(rest==0){    printf("恭喜！你已消去所有图案！\n");    break;    }    }    else{    printf("无法消除这两图案，请再次检查。");    }    printf("继续游戏(N/n不继续)？");    scanf(" %c",&c);    if(c==’N’ || c==’n’) break;}printf("是否重新开局(Y/y继续)？");scanf(" %c",&c);if(c==’y’ || c==’Y’) return 1;return 0;}int main(){    srand(time(0));    while(playTurns(4));    return 0;}

谁会用java编写“贪吃蛇”小游戏

汗 要程序怎么这么点分啊 哭了 呵呵 不过你还是挺幸运 给你吧连连看的代码（基本算法）加了部分注释 import java.awt.*; import java.awt.event.*; public class lianliankan implements ActionListener { static String s="no"; //用来纪录点击按钮的信息 int x0=0,y0=0,x=0,y=0,n1=0,n2=0; //用来纪录按钮的位置信息 Frame f,f1; Button b1,b2,b3,b4,b5,b6,b7,b8,b9,b10; //用比较笨的方法添加了 Button b11,b12,b13,b14,b15,b16,b17,b18; //30个按钮来实现游戏界面 Button b19,b20,b21,b22,b23,b24,b25; //可以用数组实现，这是本人 Button b26,b27,b28,b29,b30,bc; //学java时，入门的联系，所以 Button b,ba,br,bt1,bt2; //有些东西很业余！！嘻嘻 Panel p1,p2,p3; TextField t; //用来显示一些随机信息，方法是下面的guli(). Label l; int d={ //用来和界面的按钮建立映射关系 {0,0,0,0,0,0,0}, {0,0,0,0,0,0,0}, {0,0,0,0,0,0,0}, {0,0,0,0,0,0,0}, {0,0,0,0,0,0,0}, {0,0,0,0,0,0,0}, {0,0,0,0,0,0,0}, {0,0,0,0,0,0,0} }; public static void main(String args) { lianliankan t=new lianliankan(); t.suiji(); t.go(); } public void actionPerformed(ActionEvent e) //再来一次按钮的响应事件。 { int d={ {0,0,0,0,0,0,0}, {0,0,0,0,0,0,0}, {0,0,0,0,0,0,0}, {0,0,0,0,0,0,0}, {0,0,0,0,0,0,0}, {0,0,0,0,0,0,0}, {0,0,0,0,0,0,0}, {0,0,0,0,0,0,0} }; this.d=d; suiji(); f.setVisible(false); f1.setVisible(false); s="no"; go(); } public void go()//初始化界面 { l=new Label("亲爱的玩家，"); f=new Frame("连连看"); t=new TextField(); p2=new Panel(); p1=new Panel(); p3=new Panel(); bc=new Button("退出"); br=new Button("重列"); b=new Button(); b1=new Button(String.valueOf(d)); b2=new Button(String.valueOf(d)); b3=new Button(String.valueOf(d)); b4=new Button(String.valueOf(d)); b5=new Button(String.valueOf(d)); b6=new Button(String.valueOf(d)); b7=new Button(String.valueOf(d)); b8=new Button(String.valueOf(d)); b9=new Button(String.valueOf(d)); b10=new Button(String.valueOf(d)); b11=new Button(String.valueOf(d)); b12=new Button(String.valueOf(d)); b13=new Button(String.valueOf(d)); b14=new Button(String.valueOf(d)); b15=new Button(String.valueOf(d)); b16=new Button(String.valueOf(d)); b17=new Button(String.valueOf(d)); b18=new Button(String.valueOf(d)); b19=new Button(String.valueOf(d)); b20=new Button(String.valueOf(d)); b21=new Button(String.valueOf(d)); b22=new Button(String.valueOf(d)); b23=new Button(String.valueOf(d)); b24=new Button(String.valueOf(d)); b25=new Button(String.valueOf(d)); b26=new Button(String.valueOf(d)); b27=new Button(String.valueOf(d)); b28=new Button(String.valueOf(d)); b29=new Button(String.valueOf(d)); b30=new Button(String.valueOf(d)); p3.setLayout(null); p1.setSize(250,300); p2.setSize(100,40); p3.setSize(300,30); t.setSize(60,30); l.setSize(70,30); p1.setLayout(new GridLayout(6,5)); p1.setBackground(Color.pink); p1.setLocation(100,100); p2.setLocation(0,400); p3.setLocation(50,50); t.setLocation(230,2); l.setLocation(150,2); bc.setLocation(0,40); br.setLocation(0,100); f.add(p1); f.add(p2); f.add(p3); p3.add(l); p3.add(t); p2.add(bc); p2.add(br); p1.add(b1); p1.add(b2); p1.add(b3); p1.add(b4); p1.add(b5); p1.add(b6); p1.add(b7); p1.add(b8); p1.add(b9); p1.add(b10); p1.add(b11); p1.add(b12); p1.add(b13); p1.add(b14); p1.add(b15); p1.add(b16); p1.add(b17); p1.add(b18); p1.add(b19); p1.add(b20); p1.add(b21); p1.add(b22); p1.add(b23); p1.add(b24); p1.add(b25); p1.add(b26); p1.add(b27); p1.add(b28); p1.add(b29); p1.add(b30); f.pack(); f.setBounds(280,100,500,450); f.setResizable(false); f.setVisible(true); bc.addMouseListener(new MouseAdapter(){ public void mouseClicked(MouseEvent e) { ex(); } }); br.addMouseListener(new MouseAdapter(){ public void mouseClicked(MouseEvent e) { chonglie(); } }); b1.addMouseListener(new MouseAdapter(){ public void mouseClicked(MouseEvent e) { wei(1,1,b1); } }); b2.addMouseListener(new MouseAdapter(){ public void mouseClicked(MouseEvent e) { wei(1,2,b2); } }); b3.addMouseListener(new MouseAdapter(){ public void mouseClicked(MouseEvent e) { wei(1,3,b3); } }); b4.addMouseListener(new MouseAdapter(){ public void mouseClicked(MouseEvent e) { wei(1,4,b4); } }); b5.addMouseListener(new MouseAdapter(){ public void mouseClicked(MouseEvent e) { wei(1,5,b5); } }); b6.addMouseListener(new MouseAdapter(){ public void mouseClicked(MouseEvent e) { wei(2,1,b6); } }); b7.addMouseListener(new MouseAdapter(){ public void mouseClicked(MouseEvent e) { wei(2,2,b7); } }); b8.addMouseListener(new MouseAdapter(){ public void mouseClicked(MouseEvent e) { wei(2,3,b8); } }); b9.addMouseListener(new MouseAdapter(){ public void mouseClicked(MouseEvent e) { wei(2,4,b9); } }); b10.addMouseListener(new MouseAdapter(){ public void mouseClicked(MouseEvent e) { wei(2,5,b10); } }); b11.addMouseListener(new MouseAdapter(){ public void mouseClicked(MouseEvent e) { wei(3,1,b11); } }); b12.addMouseListener(new MouseAdapter(){ public void mouseClicked(MouseEvent e) { wei(3,2,b12); } }); b13.addMouseListener(new MouseAdapter(){ public void mouseClicked(MouseEvent e) { wei(3,3,b13); } }); b14.addMouseListener(new MouseAdapter(){ public void mouseClicked(MouseEvent e) { wei(3,4,b14); } }); b15.addMouseListener(new MouseAdapter(){ public void mouseClicked(MouseEvent e) { wei(3,5,b15); } }); b16.addMouseListener(new MouseAdapter(){ public void mouseClicked(MouseEvent e) { wei(4,1,b16); } }); b17.addMouseListener(new MouseAdapter(){ public void mouseClicked(MouseEvent e) { wei(4,2,b17); } }); b18.addMouseListener(new MouseAdapter(){ public void mouseClicked(MouseEvent e) { wei(4,3,b18); } }); b19.addMouseListener(new MouseAdapter(){ public void mouseClicked(MouseEvent e) { wei(4,4,b19); } }); b20.addMouseListener(new MouseAdapter(){ public void mouseClicked(MouseEvent e) { wei(4,5,b20); } }); b21.addMouseListener(new MouseAdapter(){ public void mouseClicked(MouseEvent e) { wei(5,1,b21); } }); b22.addMouseListener(new MouseAdapter(){ public void mouseClicked(MouseEvent e) { wei(5,2,b22); } }); b23.addMouseListener(new MouseAdapter(){ public void mouseClicked(MouseEvent e) { wei(5,3,b23); } }); b24.addMouseListener(new MouseAdapter(){ public void mouseClicked(MouseEvent e) { wei(5,4,b24); } }); b25.addMouseListener(new MouseAdapter(){ public void mouseClicked(MouseEvent e) { wei(5,5,b25); } }); b26.addMouseListener(new MouseAdapter(){ public void mouseClicked(MouseEvent e) { wei(6,1,b26); } }); b27.addMouseListener(new MouseAdapter(){ public void mouseClicked(MouseEvent e) { wei(6,2,b27); } }); b28.addMouseListener(new MouseAdapter(){ public void mouseClicked(MouseEvent e) { wei(6,3,b28); } }); b29.addMouseListener(new MouseAdapter(){ public void mouseClicked(MouseEvent e) { wei(6,4,b29); } }); b30.addMouseListener(new MouseAdapter(){ public void mouseClicked(MouseEvent e) { wei(6,5,b30); } }); } public void ex() //退出界面，可用diolog来实现有模式的类型，更加符合 { f1=new Frame("游戏作业"); f1.setLayout(new GridLayout(1,1)); bt1=new Button("确定退出"); bt2=new Button("再来一局"); f1.add(bt1); f1.add(bt2); f1.pack(); f1.setBounds(400,250,90,60); f1.setResizable(false); f1.show(); f1.setVisible(true); bt1.addMouseListener(new MouseAdapter(){ public void mouseClicked(MouseEvent e) { System.exit(0); } }); bt2.addActionListener(this); } public void suiji() //产生随机数，来填充游戏界面对应的数组的各个位置 { int m,n,k=0,k1,k2,k3; for(m=1;m《=15;m++) { k1=(int)(Math.random()*25+1); for(n=1;n《=2;n++) { k2=(int)(Math.random()*6+1); k3=(int)(Math.random()*5+1); while(d!=0 && k!=30) { k2=(int)(Math.random()*6+1); k3=(int)(Math.random()*5+1); } this.d=k1; k++; } } } public void guli() //随机信息 { int l=0; t.setText(""); l=(int)(Math.random()*10); System.out.println(l); switch(l) { case 1: t.setText("好！加油！"); break; case 3: t.setText("你真棒！"); break; case 5: t.setText("加快速度！"); break; case 6: t.setText("不错啊！"); break; case 8: t.setText("加油吧！"); break; case 9: t.setText("够聪明!"); break; default: break; } } public void chonglie() //重列方法 { int save,i,j,n=0,k2,k3,k; int d={ {0,0,0,0,0,0,0}, {0,0,0,0,0,0,0}, {0,0,0,0,0,0,0}, {0,0,0,0,0,0,0}, {0,0,0,0,0,0,0}, {0,0,0,0,0,0,0}, {0,0,0,0,0,0,0}, {0,0,0,0,0,0,0} }; save=new int; for(n=0;n《30;n++) save=0; //定义一个数组来保存当前的每个按钮位置上的信息 n=0; for(i=0;i《=6;i++) for(j=0;j《=5;j++) { if(this.d!=0) { save; n++; } } n=n-1; this.d=d; while(n》=0) //产生随机位置，放置按钮 { k2=(int)(Math.random()*6+1); k3=(int)(Math.random()*5+1); while(d!=0) { k2=(int)(Math.random()*6+1); k3=(int)(Math.random()*5+1); } this.d; n--; } f.setVisible(false); s="no"; //这里一定要将按钮点击信息归为初始 go(); ling(); } public void ling() //将数组中为零的成员对应的按钮消去 { //用按钮类型的数组实现会简化得多， if(d==0) b1.setVisible(false); if(d==0) b2.setVisible(false); if(d==0) b3.setVisible(false); if(d==0) b4.setVisible(false); if(d==0) b5.setVisible(false); if(d==0) b6.setVisible(false); if(d==0) b7.setVisible(false); if(d==0) b8.setVisible(false); if(d==0) b9.setVisible(false); if(d==0) b10.setVisible(false); if(d==0) b11.setVisible(false); if(d==0) b12.setVisible(false); if(d==0) b13.setVisible(false); if(d==0) b14.setVisible(false); if(d==0) b15.setVisible(false); if(d==0) b16.setVisible(false); if(d==0) b17.setVisible(false); if(d==0) b18.setVisible(false); if(d==0) b19.setVisible(false); if(d==0) b20.setVisible(false); if(d==0) b21.setVisible(false); if(d==0) b22.setVisible(false); if(d==0) b23.setVisible(false); if(d==0) b24.setVisible(false); if(d==0) b25.setVisible(false); if(d==0) b26.setVisible(false); if(d==0) b27.setVisible(false); if(d==0) b28.setVisible(false); if(d==0) b29.setVisible(false); if(d==0) b30.setVisible(false); } public void wei(int w1,int w2,Button bz) //判断并纪录每次点击按钮的信息 { //当两次的按钮相同才能消去 if((s.trim()).equals("no")) { s=b1.getLabel(); x0=w1; y0=w2; n1=d; b=bz; x=w1; y=w2; n2=d; ba=bz; } else { x0=x; y0=y; n1=d; b=ba; x=w1; y=w2; n2=d; ba=bz; if(n1==n2 && ba!=b) { xiao(); } } } public void xiao() //这里是整个游戏最重要的部分，就是判断两个按钮在信息 { //相同的情况下能不能消去。仔细分析，不一条条注释 int i=0, j=0,n=0,k=0; if((x0==x &&(y0==y+1||y0==y-1)) || ((x0==x+1||x0==x-1)&&(y0==y))) //相邻的情况 { ba.setVisible(false); b.setVisible(false); guli(); s="no"; d=0; d=0; } else { for (j=0;j《7;j++ ) //两个按钮按行分析，看能否消去 { if (d==0) { if (y》j) { for (i=y-1;i》=j;i-- ) { if (d!=0) { k=0; break; } else { k=1; } } if (k==1) { if (y0》j) { for (i=y0-1;i》=j ;i-- ) { if (d!=0) { k=0; break; } else { k=2; } } } if (y0《j) { for (i=y0+1;i《=j ;i++) { if (d!=0) { k=0; break; } else { k=2; } } } } } if (y《j) { for (i=y+1;i《=j ;i++ ) { if (d!=0) { k=0; break; } else { k=1; } } if (k==1) { if (y0》j) { for (i=y0-1;i》=j ;i-- ) { if (d!=0) { k=0; break; } else { k=2; } } } if (y0《j) { for (i=y0+1;i《=j ;i++) { if (d!=0) { k=0; break; } else { k=2; } } } } } if (y==j ) { if (y0》j) { for (i=y0-1;i》=j ;i-- ) { if (d!=0) { k=0; break; } else { k=2; } } } if (y0《j) { for (i=y0+1;i《=j ;i++) { if (d!=0) { k=0; break; } else { k=2; } } } } } if (k==2) { if (x0==x) { b.setVisible(false); ba.setVisible(false); guli(); s="no"; k=0; d=0; d=0; } if (x0《x) { for (n=x0;n《=x-1;n++ ) { if (d!=0) { k=0; break; } if(d==0 && n==x-1) { b.setVisible(false); ba.setVisible(false); guli(); s="no"; k=0; d=0; d=0; } } } if (x0》x) { for (n=x0;n》=x+1 ;n-- ) { if (d!=0) { k=0; break; } if(d==0 && n==x+1) { b.setVisible(false); ba.setVisible(false); guli(); s="no"; k=0; d=0; d=0; } } } } } for (i=0;i《8;i++ ) //按列分析，看能不能消去 { if (d==0) { if (x》i) { for (j=x-1;j》=i ;j-- ) { if (d!=0) { k=0; break; } else { k=1; } } if (k==1) { if (x0》i) { for (j=x0-1;j》=i ;j-- ) { if (d!=0) { k=0; break; } else { k=2; } } } if (x0《i) { for (j=x0+1;j《=i;j++ ) { if (d!=0) { k=0; break; } else { k=2; } } } } } if (x《i) { for (j=x+1;j《=i;j++ ) { if (d!=0) { k=0; break; } else { k=1; } } if (k==1) { if (x0》i) { for (j=x0-1;j》=i ;j-- ) { if (d!=0) { k=0; break; } else { k=2; } } } if (x0《i) { for (j=x0+1;j《=i ;j++ ) { if (d!=0) { k=0; break; } else { k=2; } } } } } if (x==i) { if (x0》i) { for (j=x0-1;j》=i ;j-- ) { if (d!=0) { k=0; break; } else { k=2; } } } if (x0《i) { for (j=x0+1;j《=i ;j++ ) { if (d!=0) { k=0; break; } else { k=2; } } } } } if (k==2) { if (y0==y) { b.setVisible(false); ba.setVisible(false); guli(); s="no"; k=0; d=0; d=0; } if (y0《y) { for (n=y0;n《=y-1 ;n++ ) { if (d!=0) { k=0; break; } if(d==0 && n==y-1) { b.setVisible(false); ba.setVisible(false); guli(); s="no"; k=0; d=0; d=0; } } } if (y0》y) { for (n=y0;n》=y+1 ;n--) { if (d!=0) { k=0; break; } if(d==0 && n==y+1) { b.setVisible(false); ba.setVisible(false); guli(); s="no"; k=0; d=0; d=0; } } } } } } } }