pvscom.h

代码+论文 （一篇很好的毕业论文

#include "head.h"
/*头文件、常量定义*/

int moveTimes(int color)/* 检测行动力,color代表棋子颜色 */
{
   int i,j;
   int n=0;
   for(i=0;i<SIZE;i++)
   {
      for(j=0;j<SIZE;j++)
      {
         if (hb.a[i][j]==0&(judge1(i,j,color,0)||judge2(i,j,color,0)||judge3(i,j,color,0)||judge4(i,j,color,0)||judge5(i,j,color,0)||judge6(i,j,color,0)||judge7(i,j,color,0)||judge8(i,j,color,0)))
            n++;
      }
   }
   return n;
}
int judgeEnter(int x,int y,int color)/* 判断x，y位置能吃掉对方棋子个数，返回0则表示不能落子，color表示棋子颜色 */
{
   int n=0;
   if(hb.a[x][y]) return 0;
   n += judge1(x,y,color,0);
   n += judge2(x,y,color,0);
   n += judge3(x,y,color,0);
   n += judge4(x,y,color,0);
   n += judge5(x,y,color,0);
   n += judge6(x,y,color,0);
   n += judge7(x,y,color,0);
   n += judge8(x,y,color,0);
   return n;
}
void drawLast(int x,int y,int color)/* 用动画显示吃掉对方棋子 */
{
   if(color == 1)
      drawQZ(getX(x),getY(y),8);
   else
      drawQZ(getX(x),getY(y),15);
   if(judge1(x,y,color,0)) judge1(x,y,color,1);
   if(judge2(x,y,color,0)) judge2(x,y,color,1);
   if(judge3(x,y,color,0)) judge3(x,y,color,1);
   if(judge4(x,y,color,0)) judge4(x,y,color,1);
   if(judge5(x,y,color,0)) judge5(x,y,color,1);
   if(judge6(x,y,color,0)) judge6(x,y,color,1);
   if(judge7(x,y,color,0)) judge7(x,y,color,1);
   if(judge8(x,y,color,0)) judge8(x,y,color,1);
}
   

   

void playGame(void)/*人机对战函数*/
{
   int key,i,j;/* 接受键盘扫描码,循环变量 */
   int x,y;/* 临时存储光标位置 */
   int max,min;
   int ch;
   /* 初始化棋盘 */
   hb.s1=2;
   hb.s2=2;/* 初始化分数 */

   for(i=0;i<SIZE;i++) /* 初始化棋盘 */
      for(j=0;j<SIZE;j++)
         hb.a[i][j]=0;
   hb.a[3][3] = 2; /* 初始化开始的四个棋子 */
   hb.a[4][4] = 2;
   hb.a[4][3] = 1;
   hb.a[3][4] = 1;

   drawQZ(getX(3),getY(3),15);
   drawQZ(getX(4),getY(4),15);
   drawQZ(getX(4),getY(3),8);
   drawQZ(getX(3),getY(4),8);

   hb.x = 2;
   hb.y = 2;

   hb.read = 8;/* 表示该黑棋走 */

   dispMouse(getX(hb.x),getY(hb.y),15);

   while(1) /* 人机对战开始游戏 */
   {
      printScore();
      if(ch=judgeGameover())
      {
         Gameover(ch);
         if(judgeYorN())
         {
            cleardevice();/* 清屏函数 */
            playFace();
            playGame();
         }
         else
            break;
      }
      if(hb.read == 8)
      {
         if(!moveTimes(1)) /* 如果玩家没有移动力，则将权限交给电脑 */
         {
            hb.read = 15;
            continue;
         }
         while(1)
         {
            key=bioskey(0);
            if(key == ESC)
            {
               if(judgeYorN()==0)
                  return;
            }
            else if(key==UP||key==DOWN||key==RIGHT||key==LEFT)
            {
               dispMouse(getX(hb.x),getY(hb.y),0);
               if(key == UP && hb.y > 0)
                  hb.y--;
               else if(key == DOWN && hb.y < (SIZE-1))
                  hb.y++;
               else if(key == LEFT && hb.x > 0)
                  hb.x--;
               else if(key == RIGHT && hb.x <(SIZE-1))
                  hb.x++;
               dispMouse(getX(hb.x),getY(hb.y),15);
            }
            else if((key==ENTER||key==SPACE)&&hb.a[hb.x][hb.y]==0)
            {
               i = hb.x;j=hb.y;
               if(ch = judgeEnter(hb.x,hb.y,1))
               {
                  drawLast(hb.x,hb.y,1);
                  hb.read = 15;
                  hb.a[i][j] = 1;
                  hb.s1+=ch+1;
                  hb.s2-=ch;
                  break;
               }
            }
         }
      }
      else if(hb.read == 15)
      {
         /* 四角优先战术 */
         ch = 0;/* 假设四角都不能落子 */
         for(i=0;i<4;i++)
         {
            x = aa[i][0];
            y = aa[i][1];
            if(ch = judgeEnter(x,y,2)) /* 判断四角能否落子，如果能罗则退出循环 */
               break;
         }
         if(ch)/* 如果四个角能落子 */
         {
            drawLast(x,y,2);
            hb.a[x][y] = 2;
            hb.read=8;
            hb.s1-=ch;
            hb.s2+=ch+1;
            continue;
         }

         min = 100;
         for(i=0;i<SIZE;i++)/* 扫描棋盘情况 */
         {
            for(j=0;j<SIZE;j++)
            {
               if(i==0&&j==1&&hb.a[0][0]==0)continue;/* 尽量不在四个角的相邻格下棋 */
               else if(i==1&&j==0&&hb.a[0][0]==0)continue;
               else if(i==1&&j==1&&hb.a[0][0]==0)continue;

               else if(i==0&&j==6&&hb.a[0][7]==0)continue;
               else if(i==6&&j==0&&hb.a[0][7]==0)continue;
               else if(i==1&&j==6&&hb.a[0][7]==0)continue;

               else if(i==7&&j==1&&hb.a[7][0]==0)continue;
               else if(i==1&&j==7&&hb.a[7][0]==0)continue;
               else if(i==6&&j==1&&hb.a[7][0]==0)continue;

               else if(i==7&&j==6&&hb.a[7][7]==0)continue;
               else if(i==6&&j==7&&hb.a[7][7]==0)continue;
               else if(i==6&&j==6&&hb.a[7][7]==0)continue;

               if(judgeEnter(i,j,2))/* 如果该位置可以落子 */
               {
                  hb.a[i][j] = 2;/* 假设在该位置落子 */
                  if(min>(max=moveTimes(1)))
                  {
                     x = i;
                     y = j;
                     min = max;
                  }
                  hb.a[i][j] = 0;/* 取消假设 */
               }
            }
         }
               if(min!=100)
               {
                  sleep(1);
                  ch = judgeEnter(x,y,2);
                  drawLast(x,y,2);
                  hb.a[x][y] = 2;
                  hb.read=8;
                  hb.s1-=ch;
                  hb.s2+=ch+1;
                  continue;
               }
               else
               {
                  max = 0;
                  for(i=0;i<12;i++)/* 扫描棋盘情况 */
                  {
                        if(ch = judgeEnter(bb[i][0],bb[i][1],2))/* 如果该位置可以落子 */
                        {
                           if(max<ch)
                           {
                              x = bb[i][0];
                              y = bb[i][1];
                              max = ch;
                           }
                        }
                  }
                  if(max)
                  {
                     sleep(1);
                     drawLast(x,y,2);
                     hb.a[x][y] = 2;
                     hb.read=8;
                     hb.s1-=max;
                     hb.s2+=max+1;
                     continue;
                  }
                  else
                     hb.read = 8;
               }
      }
   }
}