C++五子棋(六&七)—

规则原理

如图

判断游戏结束

chessData.h

//row,col    表示当前落子

bool checkWin(ChessData* game, int row, int col);

横、竖、斜（斜有两种）共四种情况，每种情况根据当前落子往后遍历5个子，有一种符合就胜利
chessData.cpp

bool checkWin(ChessData* game, int row, int col){

  //横

  for(int i = 0; i < 5; i++){

    if(col - i >= 0 &&

      col - i + 4 < BOARD_GRAD_SIZE &&

      game->chessMap[row][col-i] == game->chessMap[row][col-i+1] &&

      game->chessMap[row][col-i] == game->chessMap[row][col-i+2] &&

      game->chessMap[row][col-i] == game->chessMap[row][col-i+3] &&

      game->chessMap[row][col-i] == game->chessMap[row][col-i+4]){return true;}

  }

  //竖

  for(int i = 0; i < 5; i++){

    if(row - i >= 0 &&

      row - i + 4 < BOARD_GRAD_SIZE &&

      game->chessMap[row-i][col] == game->chessMap[row-i+1][col] &&

      game->chessMap[row-i][col] == game->chessMap[row-i+2][col] &&

      game->chessMap[row-i][col] == game->chessMap[row-i+3][col] &&

      game->chessMap[row-i][col] == game->chessMap[row-i+4][col]){return true;}

  }

  // “/”方向

  for(int i = 0; i < 5; i++){

    if(row + i < BOARD_GRAD_SIZE &&

       row + i - 4 >= 0 &&

       col - i >= 0 &&

       col - i + 4 < BOARD_GRAD_SIZE &&

      game->chessMap[row+i][col-i] == game->chessMap[row+i-1][col-i+1] &&

      game->chessMap[row+i][col-i] == game->chessMap[row+i-2][col-i+2] &&

      game->chessMap[row+i][col-i] == game->chessMap[row+i-3][col-i+3] &&

      game->chessMap[row+i][col-i] == game->chessMap[row+i-4][col-i+4]){return true;}

  }

  // “\”方向

  for(int i = 0; i < 5; i++){

    if(row - i >= 0 &&

       row - i - 4 < BOARD_GRAD_SIZE &&

       col - i >= 0 &&

       col - i + 4 < BOARD_GRAD_SIZE &&

      game->chessMap[row-i][col-i] == game->chessMap[row-i+1][col-i+1] &&

      game->chessMap[row-i][col-i] == game->chessMap[row-i+2][col-i+2] &&

      game->chessMap[row-i][col-i] == game->chessMap[row-i+3][col-i+3] &&

      game->chessMap[row-i][col-i] == game->chessMap[row-i+4][col-i+4]){return true;}

  }

  return false;

}

调用接口

main.cpp

#include <stdio.h>

bool checkOver(){

  if(checkWin(&game, clickPosRow, clickPosCol)){

    Sleep(1500);

    if(game.playFlag = false){

      //黑棋胜利，此时标记已经转为白棋落子

      mciSendString("play res/不错.mp3", 0, 0, 0);

      loadimage(0, "res/胜利.jpg");

      score += 100; //更新分数

    }else{

      mciSendString("play res/失败.mp3", 0, 0, 0);

      loadimage(0, "res/失败.jpg");

      score -= 100; //同理

    }

    //用于显示分数

    char scoreText[64];

    sprintf(scoreText, "当前分数：%d", score);

    outtextxy(310, 800, scoreText);

    //记录分数

    FILE* fp = fopen("score.data", "wb");

    fwrite(&score, sizeof(score), 1, fp);

    fclose(fp);

    getch();

    return true;

  }

  return false;

}

显示分数

main.cpp

#define INIT_SCORE 1000

int score; //全局变量

void initScore(){

  //分数字体设置

  settextcolor(WHITE); //color

  settextstyle(50, 0, "微软雅黑");  //style

  FILE *fp = fopen("score.data", "rb");

  if(fp == NULL){

    score = INIT_SCORE;

  }else{

    fread(&score, sizeof(score), 1, fp);

  }

  if (fp)fclose(fp);

}

然后在main.cpp文件的 init() 函数定义中继续添加代码

initScore(); //这一行添加到init()函数定义中

main函数

main.cpp 代码如下

int main(void){

  init();

  while(1){

    //一直检测鼠标点击

    MOUSEMSG msg == GetMouseMsg();

    if(msg.uMsg == WM_LBUTTONDOWN){

      manGo();

      if(checkOver()){

        init();

        continue;

      }

      AI_GO();

      if(checkOver()){

        init();

        continue;

      }

    }

  }

  closegraph();

  return 0;

}

结束

到了这里我们的项目就结束了，这篇文章是我个人博客的那两篇文章合并版本，少了项目总结和个人开发感受（我认为这方面不大重要），如果想要看这部分内容可以访问我的个人博客

巴特西

C++五子棋(六&七)——游戏结束

规则原理

判断游戏结束

调用接口

显示分数

main函数

结束

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