C语言五子棋代码 支持鼠标操作

#include <dos.h > #include <conio.h> #include <graphics.h> #include <bios.h> #include<stdio.h> #include <math.h> #include <time.h> #include <string.h> #define MouseStatusMouseOn 1 #define LButtonClick 1 #define BackColor BLACK #define LineColor LIGHTGRAY #define CorcurColor LIGHTRED #define BlackChess 1 #define WhiteChess 2 #define OffSetX 40 #define OffSetY 20 #define Max(a,b) (a>=b?a:b) /*===========================全局变量定义============================*/ int arrowMouseDraw[16][10]= { /*设计鼠标的形状,其中1:表示鼠标的边界,2:表示鼠标边界所包围的区域,3:表示鼠标以外的区域*/ {1,1,3,3,3,3,3,3,3,3}, {1,2,1,3,3,3,3,3,3,3}, {1,2,2,1,3,3,3,3,3,3}, {1,2,2,2,1,3,3,3,3,3}, {1,2,2,2,2,1,3,3,3,3}, {1,2,2,2,2,2,1,3,3,3}, {1,2,2,2,2,2,2,1,3,3}, {1,2,2,2,2,2,2,2,1,3}, {1,2,2,2,2,2,2,2,2,1}, {1,2,2,2,2,2,2,1,3,3}, {1,2,2,2,2,2,1,3,3,3}, {1,2,1,3,1,2,2,1,3,3}, {1,1,3,3,1,2,2,1,3,3}, {3,3,3,3,3,1,2,2,1,3}, {3,3,3,3,3,1,2,2,1,3}, {3,3,3,3,3,3,1,1,2,3} }; unsigned int size; int MouseX=0,MouseY=0; /*存放鼠标的水平方向的值*/ int OldCorcur_x=0,OldCorcur_y=0; int NewCorcur_x=0,NewCorcur_y=0; int arrowMousePixSave[16][10]; int AllPoint[15][15]; double Mark[12]; double MaxMark=20000000000000000; void *BlackBlock; void *WhiteBlock; void *CorcurBlock[9]; void *BufBlock[9]; void *BlackCorcur; void *WhiteCorcur; /*=========================函数定义===============================*/ void MouseOn(int ,int ); void SetMouseHori(int ,int ); void SetMouseVert(int ,int ); void MouseOff(int ,int ); void SetMouseXY(int ,int ); void GetMouseXY(); void initgr(void ); void InitBlock(); void DrawMap(); void DrawChess(int, int ,int); void DrawCorcur(int ,int ,int ); void DrawBuf(int ,int ,int ); void GetCorcur(int ,int ); void End(int ); void Begin(); int CheckWin(int ,int ,int); int IsInChessboard(int ,int ); double GetStatus(int ,int ,int ); void GetMaxScore(int *,int *,int ,double *); void GetBestPoint(int *,int *,int); void ShowST(int ,int ,int); int Choose(); /*======================================主函数实现=========================================*/ void main() { int MouseMSG,M,choose; int OldMouse_x=100,OldMouse_y=100,mouseMsg; int MouseFlag=0,CorcurFlag=0,TimeFlag=1,gap=0; int ChessNow=BlackChess,Find_x=1,Find_y=1; char buf[4]; int nStepBlack=0,nStepWhite=0,nTimeBaseBlack,nTimeBaseWhite; choose=Choose(); initgr(); InitBlock(); Begin(); GetMouseXY(); DrawMap(); ShowST(0,time(0),BlackChess); ShowST(0,time(0),WhiteChess); if(choose==1) { AllPoint[7][7]=WhiteChess; DrawChess(7,7,WhiteChess); } nTimeBaseBlack=time(0); nTimeBaseWhite=time(0); gap=time(0); while(!kbhit()) /*主循环，鼠标移动也在循环中*/ { GetMouseXY(); GetCorcur(MouseX+12,MouseY+5); if(OldMouse_x!=MouseX || OldMouse_y!=MouseY) /*在棋盘中使用光标，而不是鼠标*/ { if((NewCorcur_x!=OldCorcur_x)||(NewCorcur_y!=OldCorcur_y)) CorcurFlag=1; if(IsInChessboard(NewCorcur_x,NewCorcur_y)) { if(CorcurFlag) { CorcurFlag=0; DrawCorcur(NewCorcur_x,NewCorcur_y,AllPoint[NewCorcur_x][NewCorcur_y]); DrawBuf(OldCorcur_x,OldCorcur_y,AllPoint[OldCorcur_x][OldCorcur_y]); OldCorcur_x=NewCorcur_x; OldCorcur_y=NewCorcur_y; } if(0==MouseFlag) { MouseOff(OldMouse_x,OldMouse_y); MouseFlag=1; } } else /*通过隐藏再显示刷新鼠标*/ { MouseOff(OldMouse_x,OldMouse_y); MouseOn(MouseX,MouseY); MouseFlag=0; } OldMouse_x=MouseX; OldMouse_y=MouseY; } /*================模拟鼠标消息==================*/ _AX=0x03; /*读取鼠标按钮状态*/ geninterrupt(0x33); /*产生33号鼠标软中断*/ if(_BX&1) /*鼠标左键被按下*/ { MouseMSG=4; M=MouseMSG; } _AX=0x06; /*读取鼠标按钮释放信息 */ _BX=0x00; /* 指定读取鼠标左键的释放信息 */ geninterrupt(0x33); /* 产生33号鼠标软中断 */ if((_BX==1)&&(M==4)) /* 如果鼠标左键的释放数为1 */ { MouseMSG=LButtonClick; /* 产生一个单击左键信息 */ M=0; } /*==============================================*/ /*====================显示时间和步数======================*/ if(TimeFlag) { ShowST(nStepBlack,nTimeBaseBlack,BlackChess); } else { ShowST(nStepWhite,nTimeBaseWhite,WhiteChess); } if(choose==1||choose==2) /*选择人机对战*/ { if(LButtonClick==MouseMSG) { if(BlackChess==ChessNow&&IsInChessboard(NewCorcur_x,NewCorcur_y)&&!AllPoint[NewCorcur_x][NewCorcur_y]) { DrawChess(NewCorcur_x,NewCorcur_y,ChessNow); AllPoint[NewCorcur_x][NewCorcur_y]=ChessNow; nStepBlack++; ShowST(nStepBlack,nTimeBaseBlack,BlackChess); nTimeBaseWhite+=time(0)-gap; gap=time(0); TimeFlag=0; if(CheckWin(NewCorcur_x,NewCorcur_y,ChessNow)) { End(ChessNow); exit(); } ChessNow=WhiteChess; DrawChess(18,2,ChessNow); gotoxy(58,8); printf("NEXT:"); DrawCorcur(NewCorcur_x,NewCorcur_y,AllPoint[OldCorcur_x][OldCorcur_y]); } MouseMSG=0; } if(WhiteChess==ChessNow) { GetBestPoint(&Find_x,&Find_y,WhiteChess); AllPoint[Find_x][Find_y]=WhiteChess; nStepWhite++; ShowST(nStepWhite,nTimeBaseWhite,WhiteChess); nTimeBaseBlack+=time(0)-gap; gap=time(0); TimeFlag=1; DrawChess(Find_x,Find_y,ChessNow); if(CheckWin(Find_x,Find_y,WhiteChess)) { End(ChessNow); exit(); } ChessNow=BlackChess; DrawChess(18,2,ChessNow); gotoxy(58,8); printf("NEXT:"); } } else /*人与人对战*/ { if(LButtonClick==MouseMSG) { if(IsInChessboard(NewCorcur_x,NewCorcur_y)&&!AllPoint[NewCorcur_x][NewCorcur_y]) { DrawChess(NewCorcur_x,NewCorcur_y,ChessNow); AllPoint[NewCorcur_x][NewCorcur_y]=ChessNow; if(ChessNow==BlackChess) { nStepBlack++; ShowST(nStepBlack,nTimeBaseBlack,BlackChess); nTimeBaseWhite+=time(0)-gap; gap=time(0); TimeFlag=0; } else { nStepWhite++; ShowST(nStepWhite,nTimeBaseWhite,WhiteChess); nTimeBaseBlack+=time(0)-gap; gap=time(0); TimeFlag=1; } if(CheckWin(