软件工程俄罗斯方块

课程实验报告课程名称：软件工程计算机科学与技术学院目录软件名称：俄罗斯方块1．软件定义. . . . . . . . . . . . . . . . . . . . . . . . . . . . .3a)问题定义. . . . . . . . . . . . . . . . . . . . . . . . . . .3b)可行性研究. . . . . . . . . . . . . . . . . . . . . . . . . .3c)需求分析. . . . . . . . . . . . . . . . . . . . . . . . . . .4i.设计棋盘 . . . . . . . . . . . . . . . . . . . . . . . . .5ii.设计棋子 . . . . . . . . . . . . . . . . . . . . . . . . .6 iii.按键功能设置（上下左右）. . . . . . . . . . . . . . . . . . . .7 iv.棋子落下的动画实现以及越界检测. . . . . . . . . . . . . . . .9 v.More functions . . . . . . . . . . . . . . . . . . . . . .11 2．俄罗斯方块的DFD图 . . . . . . . . . . . . . . . . . . . . . . .12 3．需求分析建模–数据字典. . . . . . . . . . . . . . . . . . . . . .13 4．代码. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 14俄罗斯方块1．编译环境Codeblocks编译器用C语言在window8下2．软件定义a)问题定义额，俄罗斯方块不用定义了吧。

相信大家都知道。

俄罗斯方块（Tetris, 俄文：Тетрис）是一款风靡全球的电视游戏机和掌上游戏机游戏，它由俄罗斯人阿列克谢·帕基特诺夫发明，故得此名。

俄罗斯方块的基本规则是移动、旋转和摆放游戏自动输出的各种方块，使之排列成完整的一行或多行并且消除得分。

由于上手简单、老少皆宜，从而家喻户晓，风靡世界。

2014年2月22日，英国心理学家发现，减肥者通过玩俄罗斯方块，可以降低对富含脂肪的食物和零食的心理需求；尝试戒烟者的烟瘾也能得到遏制。

b)可行性研究俄罗斯方块是曾经风靡全球的一款游戏。

如今看来，虽然与其他手游相比，编码简单，但对于现阶段的我们，还是有一定的难度，因而做出俄罗斯方块的代码，是一个很能锻炼自我的任务，因此我选择了写俄罗斯方块。

通过大一对C语言和这学期数据结构的学习，已经基本掌握了俄罗斯方块编程的需要，因此是可行的。

c)需求分析•设计棋盘•设计棋子•按键功能设置（上下左右）•棋子落下的动画实现以及越界检测软件设计1．设计棋盘设计出棋盘的高和宽:#define CHESS_WIDTH 12*2#define CHESS_HIGHT 1出来的效果应该是这样的：2．设计棋子用一个二维数组表示棋子：x,y (4,1)char a[4][4]a[0][0]=1,a[0][1]=1,a[1][0],a[1][1]=1;出来的效果：3．按键功能设置（上下左右，暂停）按键功能分别由下面几个函数实现：void ClearChess(chess_data chess) 清屏void MoveDown(chess_data* Chess) 下移void MoveLeft(chess_data* Chess) 左移void MoveRight(chess_data* Chess) 右移然后这儿呢，会出现一个bug，即出现越界现象，所以需要写函数来判断是否越界。

4．棋子落下的动画实现以及越界检测越界检测：int CheckLeftBorder(chess_data Chess)检查左右边界int CheckDownBorder(chess_data Chess)检查下边界5．More functions•游戏难度控制•添加声音效果•还未研发出来….俄罗斯方块的DFD图第0层：第1层：需求分析建模–数据字典数据流名：玩家可用键说明：玩家在玩游戏是可以用到的键数据流来源：玩家数据流去向：系统处理数据流组成：Y/N + 上下左右数据元素词条Y/N= “Y”“N”上下左右= “↑”“↓”“←”“→”程序代码#include <stdio.h>#include <stdlib.h>#include <string.h>#include <ctype.h>#include <stdarg.h>#include <time.h>#include "hello.h"#include <share.h>#include <Windows.h>#include "gameproc.h"//#define var 333;//移动光标位置void gotoxy(int x,int y){COORD xy;HANDLE hstdout;hstdout=GetStdHandle(STD_OUTPUT_HANDLE);xy.X=x;xy.Y=y;SetConsoleCursorPosition(hstdout,xy);//CloseHandle(hstdout);}void fillchar(char a,int charlen){COORD xy={0};HANDLE hstdout;long byw;hstdout=GetStdHandle(STD_OUTPUT_HANDLE);FillConsoleOutputCharacter(hstdout,a,charlen,xy,&byw);CloseHandle(hstdout); }#define X 20#define Y 6//绘制边框void drawM(void){int i;//上边gotoxy(X,Y);prt("┏");for (i=1;i<=13;i++){prt("━");}prt("┓");//左边for (i=1;i<=16;i++){gotoxy(X,Y+i);prt("┃");}//右边for (i=1;i<=16;i++){gotoxy(X+28,Y+i);prt("┃");}//下边gotoxy(X,Y+17);prt("┗");for (i=1;i<=13;i++){prt("━");}prt("┛");return ;}//drawmenuvoid drawmenu(void){gotoxy(X+3,Y+3);prt("1->菜单选项一");gotoxy(X+3,Y+3+2);prt(" 菜单选项二");gotoxy(X+3,Y+3+2+2);prt(" 退出");gotoxy(0,0);}int selmenu_Num=0;int selmenu(void){ //0,1,2//如果按下↓selmenu_Num++; 如果>2 selmenu_Num=0; //如果按下↑selmenu_Num--; 如果<0 selmenu_Num=2;int ch=0;while(1){ch=getch();//gotoxy(0,0);//prt("%d ",ch);if (ch==13){return selmenu_Num;}switch(ch){case 72://上光标selmenu_Num--;if (selmenu_Num<0){selmenu_Num=2;}break;case 80: //下光标selmenu_Num++;if (selmenu_Num>2){selmenu_Num=0;}break;}gotoxy(0,0);// prt("selmenu_num=%d",selmenu_Num);//动态菜单switch(selmenu_Num){case 0:gotoxy(X+3,Y+3);prt("1->");gotoxy(X+3,Y+3+2);prt(" ");gotoxy(X+3,Y+3+2+2);prt(" ");gotoxy(0,0);break;case 1:gotoxy(X+3,Y+3);prt(" ");gotoxy(X+3,Y+3+2);prt("2->");gotoxy(X+3,Y+3+2+2);prt(" ");gotoxy(0,0);break;case 2:gotoxy(X+3,Y+3);prt(" ");gotoxy(X+3,Y+3+2);prt(" ");gotoxy(X+3,Y+3+2+2);prt("3->");gotoxy(0,0);break;}} //end whilereturn selmenu_Num;}//doMenuvoid doMenu(void){ int sel;sel= selmenu();switch(sel){case 0: //菜单一gotoxy(0,0);prt("\n菜单一功能\n");break;case 1:gotoxy(0,0);prt("\n菜单二功能\n");break;case 2: //退出exit(1);break;}}DWORD WINAPI ThreadProc1(LPVOID lpParameter // 接收CreateThread的第4个参数){ int i=0;while(1)//添加线程代码{ i++;EnterCriticalSection(&cs);gotoxy(0,1);printf("OKOK i=%d",i);//下移一格棋子if (CheckDownBorder(oneChess)||CheckDownChess(oneChess)){Add1Chess(oneChess);ShowChessBoard();//重新赋值OneChess进行新的一轮棋子掉落//随机初始化rx=rand()%5;ry=0;oneChess=DownChessData[rx][ry];oneChess.rx=rx;oneChess.ry=ry;ShowChess(oneChess);} else{MoveDown(&oneChess);}LeaveCriticalSection(&cs);Sleep(speed);}return 1;}DWORD WINAPI ThreadProc2(LPVOID lpParameter // 接收CreateThread 的第4个参数){while(1)//添加线程代码{//随机初始化rx=rand()%2;ry=rand()%4;Sleep(100);}return 1;}int main(void){//Y行X列// fillchar(' ',3000);InitializeCriticalSection(&cs);InitializeCriticalSection(&cs_puts);system("color 0a");system("title QQ150330575");/* drawM();drawmenu();doMenu();*/SetWindowPos(HWND_BOTTOM,HWND_NOTOPMOST,133,100, 800,600,SWP_SHOWWINDOW);DrawChessMap();//开始游戏th1=CreateThread(NULL,0,ThreadProc1,NULL,0,NULL); //创建线程//CreateThread(NULL,0,ThreadProc2,NULL,0,NULL); //创建线程playgame();getch();prt("22222222222");getch();return 0;}//宏定义#define CHESS_X 28#define CHESS_Y 8#define CHESS_WIDTH 12*2#define CHESS_HIGHT 18char ChessBoard[12][18]={0}; //12*18的二维数组表示棋盘数据有黑格子的地方置1 其它地方置0unsigned int rx,ry;extern void gotoxy(int,int);int PointNum=0;int speed=1000;HANDLE th1;//线程1句柄void ShowChessBoard() ;typedef struct _chess_data{char rx;//5种类型0..4char ry;////4种形态0..3char data[4][4]; //数据COORD xy;//位置POINT}chess_data;chess_data oneChess;CRITICAL_SECTION cs;CRITICAL_SECTION cs_puts;void prt(char* s){ //进入临界区EnterCriticalSection(&cs_puts);puts(s);LeaveCriticalSection(&cs_puts);//离开临界区}//画棋盘void DrawChessMap(void){int i;//U型//左边for (i=0;i<CHESS_HIGHT;i++){gotoxy(CHESS_X,CHESS_Y+i);prt("┃");}//右边for (i=0;i<CHESS_HIGHT;i++){gotoxy(CHESS_X+CHESS_WIDTH,CHESS_Y+i);prt("┃");}//底部转角gotoxy(CHESS_X,CHESS_Y+CHESS_HIGHT);prt("┗");gotoxy(CHESS_X+CHESS_WIDTH,CHESS_Y+CHESS_HIGHT);prt("┛");//底部横线for (i=1;i<CHESS_WIDTH/2;i++){gotoxy(CHESS_X+i*2,CHESS_Y+CHESS_HIGHT);prt("━");}return ;}//20种不成形态的棋子chess_data DownChessData[5][4]={0};void InitChessData(void){//□□//□□类型0 状态0DownChessData[0][0].xy.X=CHESS_X+4;DownChessData[0][0].xy.Y=CHESS_Y+0;DownChessData[0][0].data[0][0]=1;DownChessData[0][0].data[1][0]=1;DownChessData[0][0].data[0][1]=1;DownChessData[0][0].data[1][1]=1;//状态1-3 =状态0DownChessData[0][1]=DownChessData[0][2]=DownChessData[0][3]=DownChessData[0][0];//□□□// □类型1 状态0DownChessData[1][0].xy.X=CHESS_X+4;DownChessData[1][0].xy.Y=CHESS_Y+0;DownChessData[1][0].data[0][0]=1;DownChessData[1][0].data[1][0]=1;DownChessData[1][0].data[2][0]=1;DownChessData[1][0].data[1][1]=1;// □//□□// □类型1 状态1DownChessData[1][1].xy.X=CHESS_X+4;DownChessData[1][1].xy.Y=CHESS_Y+0;DownChessData[1][1].data[1][0]=1;DownChessData[1][1].data[1][1]=1;DownChessData[1][1].data[1][2]=1;DownChessData[1][1].data[0][1]=1;// □类型1 状态2//□□□DownChessData[1][2].xy.X=CHESS_X+4;DownChessData[1][2].xy.Y=CHESS_Y+0;DownChessData[1][2].data[1][0]=1;DownChessData[1][2].data[0][1]=1;DownChessData[1][2].data[1][1]=1;DownChessData[1][2].data[2][1]=1;//□类型1 状态3//□□//□DownChessData[1][3].xy.X=CHESS_X+4;DownChessData[1][3].xy.Y=CHESS_Y+0;DownChessData[1][3].data[0][0]=1;DownChessData[1][3].data[0][2]=1; DownChessData[1][3].data[1][1]=1;//□//□//□//□DownChessData[2][0].xy.X=CHESS_X+4; DownChessData[2][0].xy.Y=CHESS_Y+0; DownChessData[2][0].data[1][0]=1; DownChessData[2][0].data[1][1]=1; DownChessData[2][0].data[1][2]=1; DownChessData[2][0].data[1][3]=1;DownChessData[2][2]= DownChessData[2][0];//□□□□DownChessData[2][3].xy.X=CHESS_X+4; DownChessData[2][3].xy.Y=CHESS_Y+0; DownChessData[2][3].data[1][2]=1; DownChessData[2][3].data[2][2]=1; DownChessData[2][3].data[3][2]=1; DownChessData[2][3].data[0][2]=1;DownChessData[2][1]= DownChessData[2][3];//□□// □□DownChessData[3][0].xy.X=CHESS_X+4; DownChessData[3][0].xy.Y=CHESS_Y+0; DownChessData[3][0].data[0][1]=1;DownChessData[3][0].data[1][2]=1; DownChessData[3][0].data[1][3]=1;DownChessData[3][2]= DownChessData[3][0];//□//□□// □DownChessData[3][1].xy.X=CHESS_X+4; DownChessData[3][1].xy.Y=CHESS_Y+0; DownChessData[3][1].data[0][0]=1; DownChessData[3][1].data[1][0]=1; DownChessData[3][1].data[1][1]=1; DownChessData[3][1].data[2][1]=1;DownChessData[3][3]= DownChessData[3][1];// □// □// □□DownChessData[4][0].xy.X=CHESS_X+4; DownChessData[4][0].xy.Y=CHESS_Y+0; DownChessData[4][0].data[1][0]=1; DownChessData[4][0].data[1][1]=1; DownChessData[4][0].data[1][2]=1; DownChessData[4][0].data[2][2]=1;// □□□// □DownChessData[4][1].xy.X=CHESS_X+4; DownChessData[4][1].xy.Y=CHESS_Y+0;DownChessData[4][1].data[1][2]=1;DownChessData[4][1].data[2][2]=1;DownChessData[4][1].data[0][3]=1;//□□// □// □DownChessData[4][2].xy.X=CHESS_X+4;DownChessData[4][2].xy.Y=CHESS_Y+0;DownChessData[4][2].data[0][0]=1;DownChessData[4][2].data[1][0]=1;DownChessData[4][2].data[1][1]=1;DownChessData[4][2].data[1][2]=1;// □// □□□DownChessData[4][3].xy.X=CHESS_X+4;DownChessData[4][3].xy.Y=CHESS_Y+0;DownChessData[4][3].data[3][1]=1;DownChessData[4][3].data[1][2]=1;DownChessData[4][3].data[2][2]=1;DownChessData[4][3].data[3][2]=1;}//显示某个下落的棋子void ShowChess(chess_data chess){int x,y;for (x=0;x<=3;x++){for(y=0;y<=3;y++)if (chess.data[x][y]){gotoxy(chess.xy.X+x*2,chess.xy.Y+y);prt("□");}}}//隐藏棋子void ClearChess(chess_data chess){int x,y;for (x=0;x<=3;x++){for(y=0;y<=3;y++)if (chess.data[x][y]) //{gotoxy(chess.xy.X+x*2,chess.xy.Y+y);prt(" ");}}}void MoveUp(chess_data* Chess){chess_data bakChess;//隐藏ClearChess(*Chess);//ry+1Chess->ry++; //1,2,3,4,5Chess->ry%=4;//0..3//databakChess=DownChessData[Chess->rx][Chess->ry];bakChess.xy=Chess->xy;bakChess.rx=Chess->rx;bakChess.ry=Chess->ry;//*Chess=bakChess;ShowChess(*Chess);}void MoveDown(chess_data* Chess){//隐藏ClearChess(*Chess);Chess->xy.Y+=1;ShowChess(*Chess);}void MoveLeft(chess_data* Chess){//隐藏ClearChess(*Chess);Chess->xy.X-=2;ShowChess(*Chess);}void MoveRight(chess_data* Chess){//隐藏ClearChess(*Chess);Chess->xy.X+=2;ShowChess(*Chess);}//检测左边界是否到达，到达则返回1 否则返回0int CheckLeftBorder(chess_data Chess){int x,y;for (x=0;x<=3;x++)for (y=0;y<=3;y++){if (Chess.data[x][y]){if (Chess.xy.X+x*2<=CHESS_X+2){return 1;}}}return 0;}//检测左边界是否到达，到达则返回1 否则返回0int CheckRightBorder(chess_data Chess){int x,y;for (x=3;x>=0;x--)for (y=3;y>=0;y--){if (Chess.data[x][y]){if (Chess.xy.X+x*2>=CHESS_X+CHESS_WIDTH-2)//左边界│占2字符宽度+右边界│占的2个字符宽度所以得减4{return 1;}}}return 0;}//检测下边界int CheckDownBorder(chess_data Chess){int x,y;for (y=0;y<=3;y++)for (x=0;x<=3;x++){if (Chess.data[x][y]){if (Chess.xy.Y+y+1>=CHESS_Y+CHESS_HIGHT){return 1;}}}return 0;}//检测下方向是否有棋子存在int CheckDownChess(chess_data Chess){int x,y;for (y=0;y<=3;y++)for (x=0;x<=3;x++){if (Chess.data[x][y]){if (ChessBoard[(Chess.xy.X-CHESS_X)/2+x][Chess.xy.Y-CHESS_Y+y+1]) //12*18{return 1;}}}return 0;}//假设向左移一格，是否会产生碰撞，如果有，则返回1 否则返回0 int CheckLeftChess(chess_data Chess){int x,y;for (y=0;y<=3;y++)for (x=0;x<=3;x++){if (Chess.data[x][y]){if (ChessBoard[(Chess.xy.X-CHESS_X)/2+x-1][Chess.xy.Y-CHESS_Y+y]) //12*18{return 1;}}}return 0;}//假设向右移一格，是否会产生碰撞，如果有，则返回1 否则返回0 int CheckRightChess(chess_data Chess){int x,y;for (y=0;y<=3;y++)for (x=0;x<=3;x++){if (Chess.data[x][y]){if (ChessBoard[(Chess.xy.X-CHESS_X)/2+x+1][Chess.xy.Y-CHESS_Y+y]) //12*18{return 1;}}return 0;}//旋转冲突检测int CheckSpinBorder(chess_data chess){ int x,y,ty;chess_data NextChess;//取得旋转后的棋子数据NextChess=chess;//xy,rx,ry//取得旋转后棋子数据data//NextChess.data=DownChessData[chess.rx][chess.ry].data;if (chess.ry==3){ty=0;}else{ty=chess.ry+1;}memcpy(NextChess.data,DownChessData[chess.rx][ty].data,4*4*size of(char));//检测边界冲突for (x=0;x<=3;x++)for (y=0;y<=3;y++){if (NextChess.data[x][y]){if (NextChess.xy.X+x<=CHESS_X+2){return 1;}if (NextChess.xy.X+x>=CHESS_X+CHESS_WIDTH-4)//左边界│占2字符宽度+右边界│占的2个字符宽度所以得减4{return 1;}//if (NextChess.xy.Y+y+1>=CHESS_Y+CHESS_HIGHT){return 1;}//检测与棋盘数据的冲突if (ChessBoard[(NextChess.xy.X-CHESS_X)/2+x][NextChess.xy.Y-CHESS_Y+y]) //12*18{return 1;}}}return 0;}//检测ChessBoard 里边是否有一行是全1 是返回这一行的下标，否则返回-1int CheckRowAllOne(){int x,y;int num=0;for ( y=17;y>=0;y--){num=0; //归零初始化for (x=0;x<=11;x++) //行是否全1{if (ChessBoard[x][y]){num++;}}if (num>=11){return y;}}return -1;}//ClearRowint ClearRow(int rowY){ int x,y;for (x=1;x<=11;x++) //行是否全1{ChessBoard[x][rowY]=0;gotoxy(CHESS_X+x*2,CHESS_Y+rowY);prt(" ");}//下移所有的行for (y=rowY;y>=1;y--){for (x=1;x<11;x++){gotoxy(CHESS_X+x*2,CHESS_Y+y-1);prt(" ");ChessBoard[x][y]=ChessBoard[x][y-1];}for (x=1;x<12;x++){for (y=0;y<18;y++)gotoxy(CHESS_X+x*2,CHESS_Y+y);if (ChessBoard[x][y]){prt("■");}else prt(" ");}}//添加棋子数据到棋盘void Add1Chess(chess_data Chess){int x,y;int rowY;int rowNum=0;for (x=0;x<4;x++)for (y=0;y<4;y++){if (Chess.data[x][y]){//ChessBoardChessBoard[(Chess.xy.X-CHESS_X)/2+x][Chess.xy.Y-CHESS_Y+y]=1;}}//更新数据后检测for (y=0;y<4;y++){if ((rowY=CheckRowAllOne())>=0){//消掉这一行ClearRow(rowY);rowNum++;//记算这一局得分情况}}//switch (rowNum){case 1:PointNum+=10;gotoxy(CHESS_X+CHESS_WIDTH+3,CHESS_Y+5);printf("当前得分=%8d",PointNum);break;case 2:PointNum+=30;gotoxy(CHESS_X+CHESS_WIDTH+3,CHESS_Y+5);printf("当前得分=%8d",PointNum);case 3:PointNum+=60;gotoxy(CHESS_X+CHESS_WIDTH+3,CHESS_Y+5);printf("当前得分=%8d",PointNum);case 4:PointNum+=100;gotoxy(CHESS_X+CHESS_WIDTH+3,CHESS_Y+5);printf("当前得分=%8d",PointNum);break;}}//以■方块显示棋盘数据void ShowChessBoard() //显示ChessBoard里的1 {int x,y;for (x=0;x<12;x++)for (y=0;y<18;y++){if (ChessBoard[x][y]){gotoxy(CHESS_X+x*2,CHESS_Y+y);prt("■");}}}void showallchess(void){int x,y;for (x=0;x<5;x++){for (y=0;y<4;y++) //0..3{ShowChess (DownChessData[x][y]);gotoxy(0,0);printf("%d,%d",x,y);getch();getch();ClearChess(DownChessData[x][y]);}}}void pauseGame(){static int pause=0;if (pause){gotoxy(CHESS_X+CHESS_WIDTH+3,CHESS_Y+5+2);printf("按Q键--暂停");ResumeThread(th1);pause=0;} else{gotoxy(CHESS_X+CHESS_WIDTH+3,CHESS_Y+5+2);printf("按Q键--继续");SuspendThread(th1); //线程挂起后，线程代码就暂停执行pause=1;}}//开始游戏void playgame(void){int ch=0;//srand( (unsigned)time( NULL ) );//初始化数据EnterCriticalSection(&cs);gotoxy(CHESS_X+CHESS_WIDTH+3,CHESS_Y+5);printf("当前得分=%8d",PointNum);gotoxy(CHESS_X+CHESS_WIDTH+3,CHESS_Y+5+2);printf("按Q键--暂停");gotoxy(CHESS_X+CHESS_WIDTH+3,CHESS_Y+5+2+2); printf("难度调节+,-号",3000-speed);gotoxy(CHESS_X+CHESS_WIDTH+3,CHESS_Y+5+2+2+2); printf("难度:%6d",3000-speed);InitChessData();//showallchess();//随机初始化rx=rand()%5;ry=0;oneChess=DownChessData[rx][ry];oneChess.rx=rx;oneChess.ry=ry;ShowChess(oneChess);LeaveCriticalSection(&cs);//while(1){ch=getch();EnterCriticalSection(&cs);gotoxy(0,0);printf("%d ",ch);// 如果是下光标控制↓则下移//80//如果是左光标控制←则左移//75//如果是右光标控制→则右移//77 switch(ch){case 61://+ 大键盘speed-=100;if (speed<100){speed=100;}gotoxy(CHESS_X+CHESS_WIDTH+3,CHESS_Y+5+2+2+2);printf("难度:%6d",3000-speed);break;case 43: //+ 数字键盘speed-=100;if (speed<100){speed=100;}gotoxy(CHESS_X+CHESS_WIDTH+3,CHESS_Y+5+2+2+2);printf("难度:%6d",3000-speed);break;case 45://-号speed+=100;if (speed>2900){speed=2900;}gotoxy(CHESS_X+CHESS_WIDTH+3,CHESS_Y+5+2+2+2);printf("难度:%6d",3000-speed);break;case 113: //q//如果线程在运行，就挂起它，如果暂停，我们恢复运行pauseGame();break;case 81: //QpauseGame();break;//上光标键case 72://MoveUpif (CheckSpinBorder(oneChess)){break;}MoveUp(&oneChess);break;//下case 80: //if(CheckDownBorder(oneChess)||CheckDownChess(oneChess)) {//更新数据Add1Chess(oneChess);ShowChessBoard();//重新赋值OneChess进行新的一轮棋子掉落//随机初始化rx=rand()%5;ry=0;oneChess=DownChessData[rx][ry];oneChess.rx=rx;oneChess.ry=ry;ShowChess(oneChess);} else{MoveDown(&oneChess);}break;//左case 75:if (CheckLeftBorder(oneChess)||CheckLeftChess(oneChess)){break;}MoveLeft(&oneChess);break;//右case 77:if (CheckRightBorder(oneChess)){ break;}if (CheckRightChess(oneChess)){break;//不移动，直接下一次循环//continue;}MoveRight(&oneChess);break;} //end switchLeaveCriticalSection(&cs);}//end while}#include <stdio.h>#include <stdlib.h>#include <string.h>#include <ctype.h>#include <stdarg.h>#include <time.h>#include "hello.h"#include <share.h>#include <Windows.h>#include "gameproc.h"//#define var 333;//移动光标位置void gotoxy(int x,int y){COORD xy;HANDLE hstdout;hstdout=GetStdHandle(STD_OUTPUT_HANDLE);xy.X=x;xy.Y=y;SetConsoleCursorPosition(hstdout,xy);//CloseHandle(hstdout);}void fillchar(char a,int charlen){COORD xy={0};HANDLE hstdout;long byw;hstdout=GetStdHandle(STD_OUTPUT_HANDLE);FillConsoleOutputCharacter(hstdout,a,charlen,xy,&byw);CloseHandle(hstdout);}#define X 20#define Y 6//绘制边框void drawM(void){int i;//上边gotoxy(X,Y);prt("┏");for (i=1;i<=13;i++){prt("━");}prt("┓");//左边for (i=1;i<=16;i++){gotoxy(X,Y+i);prt("┃");}//右边for (i=1;i<=16;i++){gotoxy(X+28,Y+i);prt("┃");}//下边gotoxy(X,Y+17);prt("┗");for (i=1;i<=13;i++){prt("━");}prt("┛");return ;}//drawmenuvoid drawmenu(void) {gotoxy(X+3,Y+3);prt("1->菜单选项一");gotoxy(X+3,Y+3+2);prt(" 菜单选项二");gotoxy(X+3,Y+3+2+2);prt(" 退出");gotoxy(0,0);}int selmenu_Num=0;int selmenu(void){ //0,1,2//如果按下↓selmenu_Num++; 如果>2 selmenu_Num=0; //如果按下↑selmenu_Num--; 如果<0 selmenu_Num=2;int ch=0;while(1){ch=getch();//gotoxy(0,0);//prt("%d ",ch);if (ch==13){return selmenu_Num;}switch(ch){case 72://上光标selmenu_Num--;if (selmenu_Num<0){selmenu_Num=2;}break;case 80: //下光标selmenu_Num++;if (selmenu_Num>2){selmenu_Num=0;}break;}gotoxy(0,0);// prt("selmenu_num=%d",selmenu_Num);//动态菜单switch(selmenu_Num){case 0:gotoxy(X+3,Y+3);prt("1->");gotoxy(X+3,Y+3+2);prt(" ");gotoxy(X+3,Y+3+2+2);prt(" ");gotoxy(0,0);break;case 1:gotoxy(X+3,Y+3);prt(" ");gotoxy(X+3,Y+3+2);prt("2->");gotoxy(X+3,Y+3+2+2);prt(" ");gotoxy(0,0);break;case 2:gotoxy(X+3,Y+3);prt(" ");gotoxy(X+3,Y+3+2);prt(" ");gotoxy(X+3,Y+3+2+2);prt("3->");gotoxy(0,0);break;}} //end whilereturn selmenu_Num;}//doMenuvoid doMenu(void){ int sel;sel= selmenu();switch(sel){case 0: //菜单一gotoxy(0,0);prt("\n菜单一功能\n");break;case 1:gotoxy(0,0);prt("\n菜单二功能\n");break;case 2: //退出exit(1);break;}}DWORD WINAPI ThreadProc1(LPVOID lpParameter // 接收CreateThread的第4个参数){ int i=0;while(1)//添加线程代码{ i++;EnterCriticalSection(&cs);gotoxy(0,1);printf("OKOK i=%d",i);//下移一格棋子if (CheckDownBorder(oneChess)||CheckDownChess(oneChess)) {Add1Chess(oneChess);ShowChessBoard();//重新赋值OneChess进行新的一轮棋子掉落//随机初始化rx=rand()%5;ry=0;oneChess=DownChessData[rx][ry];oneChess.rx=rx;oneChess.ry=ry;ShowChess(oneChess);} else{MoveDown(&oneChess);}LeaveCriticalSection(&cs);Sleep(speed);}return 1;}DWORD WINAPI ThreadProc2(LPVOID lpParameter // 接收CreateThread 的第4个参数){while(1)//添加线程代码{//随机初始化rx=rand()%2;ry=rand()%4;Sleep(100);}return 1;}int main(void){//Y行X列// fillchar(' ',3000);InitializeCriticalSection(&cs);InitializeCriticalSection(&cs_puts);system("color 0a");system("title QQ150330575");/* drawM();drawmenu();doMenu();*/SetWindowPos(GetConsoleWindow(),HWND_NOTOPMOST,133,1 00,800,600,SWP_SHOWWINDOW);DrawChessMap();//开始游戏th1=CreateThread(NULL,0,ThreadProc1,NULL,0,NULL); //创建线程//CreateThread(NULL,0,ThreadProc2,NULL,0,NULL); //创建线程playgame();getch();。