人人对战
chunli@Linux:~$ cat main.c // main.c// 象棋// 車马相仕帅仕相马車// 十十十十十十十十十// 十炮十十十十十炮十// 兵十兵十兵十兵十兵// 十十十十十十十十十// －－楚河－汉界－－// 十十十十十十十十十// 卒十卒十卒十卒十卒// 十炮十十十十十炮十// 十十十十十十十十十// 車马象士将士象马車//#include#include #include #include #define R(piece) "\033[31m"#piece"\033[0m"//红色棋子//#define B(piece) "\033[30m"#piece"\033[0m"//黑色棋子#define B(piece) "\033[32m"#piece"\033[0m"//黑色棋子#define CROSS "\033[33m十\033[0m"//定义外部变量,棋盘坐标char* array[11][9];int xi,yi;//要移动的棋子int xj,yj;//移动的目标位置bool isStandard = 1;//是否符合规则，初始值1，符合bool gameOverSign = 1;//游戏是否结束，0结束bool restart = 0;//生成棋盘void chessboardBuilding();//打印棋盘void printChessboard();//判断是红棋还是黑棋,红旗返回1,黑棋返回-1,否则返回0int redOrBlack(int x,int y);//红棋移动void redMove();//黑棋移动void blackMove();//每种棋子的规则void rulesOfAllKindsOfChessPieces();//判断游戏结束void isGameOver();//**************************主函数******************************int main(){ //生成棋盘 chessboardBuilding(); //打印棋盘 printChessboard(); //开始下棋 int turn = -1; while (gameOverSign) { isStandard = 1; turn *= (-1);//双方交替下棋 switch (turn) { case 1: redMove(); turn = (restart) ? (turn*-1) : turn; break; case -1: blackMove(); turn = (restart) ? (turn*-1) : turn; break; } isGameOver(); } printf("游戏结束!\n"); }//主函数结束//*************************自定义函数*****************************//生成棋盘void chessboardBuilding(){ for (int i = 0; i < 11; i ++) { for (int j = 0; j < 9 ; j ++) { array[i][j] = CROSS; } printf("\n"); } array[5][0] = array[5][1] = array[5][4] = array[5][7] = array[5][8] = "－"; array[5][2] = B(楚); array[5][3] = B(河); array[5][5] = B(汉); array[5][6] = B(界); //布置红棋 array[0][0] = array[0][8] = R(車); array[0][1] = array[0][7] = R(马); array[0][2] = array[0][6] = R(相); array[0][3] = array[0][5] = R(仕); array[0][4] = R(帅); array[2][1] = array[2][7] = R(炮); array[3][0] = array[3][2] = array[3][4] = array[3][6] = array[3][8] = R(兵); //布置黑棋 array[10][0] = array[10][8] = B(車); array[10][1] = array[10][7] = B(马); array[10][2] = array[10][6] = B(相); array[10][3] = array[10][5] = B(仕); array[10][4] = B(将); array[8][1] = array[8][7] = B(炮); array[7][0] = array[7][2] = array[7][4] = array[7][6] = array[7][8] = B(卒);}//打印棋盘void printChessboard(){ system("clear"); //显示 printf(" \033[43;30m中国象棋欢迎您\033[0m\n\n"); for (int i = 0; i < 11; i ++) { for (int j = 0; j < 9; j ++) { printf("%s",array[i][j]); } printf("\n"); }}//判断是红棋还是黑棋,红旗返回1,黑棋返回-1,否则返回0int redOrBlack(int x,int y){ if (array[x][y] == R(車) || array[x][y] == R(马) || array[x][y] == R(相) || array[x][y] == R(仕) || array[x][y] == R(帅) || array[x][y] == R(炮) || array[x][y] == R(兵)) { return 1; } else if (array[x][y] == B(車) || array[x][y] == B(马) || array[x][y] == B(象) || array[x][y] == B(仕) || array[x][y] == B(将) || array[x][y] == B(炮) || array[x][y] == B(卒)) { return -1; } else return 0;}//红棋移动void redMove(){ if (restart) { printf("违反游戏规则，请重新输入\n"); restart = 0; } printf("[红棋]请输入你要移动的棋子:\n"); scanf("%d %d",&xi,&yi); printf("[红棋]请输入你要放置的位置:\n"); scanf("%d %d",&xj,&yj); rulesOfAllKindsOfChessPieces(); printChessboard();}//黑棋移动void blackMove(){ if (restart) { printf("违反游戏规则，请重新输入\n"); restart = 0; } printf("[黑棋]请输入你要移动的棋子:\n"); scanf("%d %d",&xi,&yi); printf("[黑棋]请输入你要放置的位置:\n"); scanf("%d %d",&xj,&yj); rulesOfAllKindsOfChessPieces(); printChessboard();}//判断游戏结束void isGameOver(){ bool sign_r = 0; bool sign_b = 0; for (int i = 0; i < 11; i ++) { for (int j = 0; j < 9; j ++) { if (array[i][j] == R(帅)) { sign_r = 1; } else if (array[i][j] == B(将)) { sign_b = 1; } } } if ((sign_r == 0)||(sign_b == 0)) { gameOverSign = 0; }}//每种棋子的规则void rulesOfAllKindsOfChessPieces(){//R（車）---------------------------------------- if (array[xi][yi] == R(車)) { if (yi == yj)//列坐标不变，同列移动 { for (int i = xi+1; i < xj; i ++) { if (i == 5) continue;//如果行等于5，跳过 if (array[i][yi] != CROSS) isStandard = 0;//如果初始位置和目标位置之间有棋子，则不符合规则 } for (int i = xi-1; i > xj; i --) { if (i == 5) continue;//如果行等于5，跳过 if (array[xi][yi] != CROSS) isStandard = 0; } } else if (xi == xj)//行坐标不变，同行移动 { for (int i = yi+1; i < yj; i ++) if (array[xi][i] != CROSS) isStandard = 0; for (int i = yi-1; i > yj; i --) if (array[xi][i] != CROSS) isStandard = 0; } if ((xi == xj || yi == yj)&& isStandard && (redOrBlack(xj, yj) != 1))//如果棋子直行、没有犯规且落点不是红棋，可以移动 { array[xi][yi] = CROSS; array[xj][yj] = R(車); } else { restart = 1; } }//B（車）---------------------------------------- else if (array[xi][yi] == B(車)) { if (yi == yj)//列坐标不变，同列移动 { for (int i = xi+1; i < xj; i ++) { if (i == 5) continue;//如果行等于5，跳过 if (array[i][yi] != CROSS) isStandard = 0;//如果初始位置和目标位置之间有棋子，则不符合规则 } for (int i = xi-1; i > xj; i --) { if (i == 5) continue;//如果行等于5，跳过 if (array[i][yi] != CROSS) isStandard = 0; } } else if (xi == xj)//行坐标不变，同行移动 { for (int i = yi+1; i < yj; i ++) if (array[xi][i] != CROSS) isStandard = 0; for (int i = yi-1; i > yj; i --) if (array[xi][i] != CROSS) isStandard = 0; } if ((xi == xj || yi == yj)&& isStandard && redOrBlack(xj, yj) != -1)//如果棋子直行、没有犯规且落点不是红棋，可以移动 { array[xi][yi] = CROSS; array[xj][yj] = B(車); } else { restart = 1; } }//R（马）---------------------------------------- else if (array[xi][yi] == R(马)) { if ((redOrBlack(xj, yj) != 1) && ((xj == xi-2 && yj == yi-1 &&redOrBlack(xi-1, yi) == 0) || (xj == xi-2 && yj == yi+1 &&redOrBlack(xi-1, yi) == 0) || (xj == xi-1 && yj == yi-2 &&redOrBlack(xi, yi-1) == 0) || (xj == xi-1 && yj == yi+2 &&redOrBlack(xi, yi+1) == 0) || (xj == xi+1 && yj == yi-2 &&redOrBlack(xi, yi-1) == 0) || (xj == xi+1 && yj == yi+2 &&redOrBlack(xi, yi+1) == 0) || (xj == xi+2 && yj == yi-1 &&redOrBlack(xi+1, yi) == 0) || (xj == xi+2 && yj == yi+1 &&redOrBlack(xi+1, yi) == 0))) { array[xi][yi] = CROSS; array[xj][yj] = R(马); } else { restart = 1; } } //B（马）---------------------------------------- else if (array[xi][yi] == B(马)) { if ((redOrBlack(xj, yj) != -1) && ((xj == xi-2 && yj == yi-1 &&redOrBlack(xi-1, yi) == 0) || (xj == xi-2 && yj == yi+1 &&redOrBlack(xi-1, yi) == 0) || (xj == xi-1 && yj == yi-2 &&redOrBlack(xi, yi-1) == 0) || (xj == xi-1 && yj == yi+2 &&redOrBlack(xi, yi+1) == 0) || (xj == xi+1 && yj == yi-2 &&redOrBlack(xi, yi-1) == 0) || (xj == xi+1 && yj == yi+2 &&redOrBlack(xi, yi+1) == 0) || (xj == xi+2 && yj == yi-1 &&redOrBlack(xi+1, yi) == 0) || (xj == xi+2 && yj == yi+1 &&redOrBlack(xi+1, yi) == 0))) { array[xi][yi] = CROSS; array[xj][yj] = B(马); } else { restart = 1; } } //R（炮）---------------------------------------- else if (array[xi][yi] == R(炮)) { int count = 0;//起始位置间棋子的个数 if (yi == yj)//列坐标不变，同列移动 { for (int i = xi+1; i < xj; i ++) { if (i == 5) continue;//如果行等于5，跳过 if (redOrBlack(i, yi) != 0) count++; } for (int i = xi-1; i > xj; i --) { if (i == 5) continue;//如果行等于5，跳过 if (redOrBlack(i, yi) != 0) count++; } } else if (xi == xj)//行坐标不变，同行移动 { for (int i = yi+1; i < yj; i ++) if (redOrBlack(xi, i) != 0) count++; for (int i = yi-1; i > yj; i --) if (redOrBlack(xi, i) != 0) count++; } if ((xi == xj || yi == yj)&& (count <= 1) && redOrBlack(xj, yj) != 1)//如果棋子直行、没有犯规且落点不是红棋，可以移动 { array[xi][yi] = CROSS; array[xj][yj] = R(炮); } else { restart = 1; } } //B（炮）---------------------------------------- else if (array[xi][yi] == B(炮)) { int count = 0;//起始位置间棋子的个数 if (yi == yj)//列坐标不变，同列移动 { for (int i = xi+1; i < xj; i ++) { if (i == 5) continue;//如果行等于5，跳过 if (redOrBlack(i, yi) != 0) count++; } for (int i = xi-1; i > xj; i --) { if (i == 5) continue;//如果行等于5，跳过 if (redOrBlack(i, yi) != 0) count++; } } else if (xi == xj)//行坐标不变，同行移动 { for (int i = yi+1; i < yj; i ++) if (redOrBlack(xi, i) != 0) count++; for (int i = yi-1; i > yj; i --) if (redOrBlack(xi, i) != 0) count++; } if ((xi == xj || yi == yj)&& (count <= 1) && redOrBlack(xj, yj) != -1)//如果棋子直行、没有犯规且落点不是红棋，可以移动 { array[xi][yi] = CROSS; array[xj][yj] = B(炮); } else { restart = 1; } } //R（兵）---------------------------------------- else if (array[xi][yi] == R(兵)) { if (xi > xj) isStandard = 0;//如果倒退，则不符合规范 if (xi == 3) if ((xj != xi+1) || (yi != yj)) isStandard = 0;//第3行时只能前进一步 if (xi == 4) if ((xj != xi+2) || (yi != yj)) isStandard = 0;//第4行时只能前进两步 if (xi > 4) { if ((xj == xi+1 && yi ==yj)|| (xj == xi && yi ==yj+1)||(xj == xi && yi ==yj-1)) { } else isStandard = 0; } if ((xi == xj || yi == yj)&& isStandard && redOrBlack(xj, yj) != 1)// { array[xi][yi] = CROSS; array[xj][yj] = R (兵); } else { restart = 1; } } //B（卒）---------------------------------------- else if (array[xi][yi] == B(卒)) { if (xi < xj) isStandard = 0;//如果倒退，则不符合规范 if (xi == 7) if ((xj != xi-1) || (yi != yj)) isStandard = 0;//第3行时只能前进一步 if (xi == 6) if ((xj != xi-2) || (yi != yj)) isStandard = 0;//第4行时只能前进两步 if (xi < 4) { if ((xj == xi-1 && yi ==yj)|| (xj == xi && yi ==yj+1)||(xj == xi && yi ==yj-1)) { } else isStandard = 0; } if (isStandard && redOrBlack(xj, yj) != -1)// { array[xi][yi] = CROSS; array[xj][yj] = R (卒); } else { restart = 1; } }//R（相）---------------------------------------- else if (array[xi][yi] == R(相)) { if ((xj <= 4)&&(redOrBlack(xj, yj) != 1) && ((xj == xi-2 && yj == yi-2 &&redOrBlack(xi-1, yi-1) == 0) || (xj == xi-2 && yj == yi+2 &&redOrBlack(xi-1, yi+1) == 0) || (xj == xi+2 && yj == yi-2 &&redOrBlack(xi+1, yi-1) == 0) || (xj == xi+2 && yj == yi+2 &&redOrBlack(xi+1, yi+1) == 0))) { array[xi][yi] = CROSS; array[xj][yj] = R(相); } else { restart = 1; } } //B（象）---------------------------------------- else if (array[xi][yi] == B(象)) { if ((xj >= 6)&&(redOrBlack(xj, yj) != -1) && ((xj == xi-2 && yj == yi-2 &&redOrBlack(xi-1, yi-1) == 0) || (xj == xi-2 && yj == yi+2 &&redOrBlack(xi-1, yi+1) == 0) || (xj == xi+2 && yj == yi-2 &&redOrBlack(xi+1, yi-1) == 0) || (xj == xi+2 && yj == yi+2 &&redOrBlack(xi+1, yi+1) == 0))) { array[xi][yi] = CROSS; array[xj][yj] = B(象); } else { restart = 1; } }//R（仕）---------------------------------------- else if (array[xi][yi] == R(仕)) { if ((xj <= 2)&&(redOrBlack(xj, yj) != 1) && ((xj == xi-1 && yj == yi-1 ) || (xj == xi-1 && yj == yi+1 ) || (xj == xi+1 && yj == yi-1 ) || (xj == xi+1 && yj == yi+1 ))) { array[xi][yi] = CROSS; array[xj][yj] = R(仕); } else { restart = 1; } }//B（士）---------------------------------------- else if (array[xi][yi] == B(士)) { if ((xj >= 8)&&(redOrBlack(xj, yj) != 1) && ((xj == xi-1 && yj == yi-1 ) || (xj == xi-1 && yj == yi+1 ) || (xj == xi+1 && yj == yi-1 ) || (xj == xi+1 && yj == yi+1 ))) { array[xi][yi] = CROSS; array[xj][yj] = B(士); } else { restart = 1; } }//R（帅）---------------------------------------- else if (array[xi][yi] == R(帅)) { if ((xj <= 2 && yj <= 5 && yj >=3)&&(redOrBlack(xj, yj) != 1) && (((xj == xi)&&(yj == yi + 1 || yj == yi - 1))||((yj == yi)&&(xj == xi + 1 || xj == xi - 1)))) { array[xi][yi] = CROSS; array[xj][yj] = R(帅); } else { restart = 1; } }//B（将）---------------------------------------- else if (array[xi][yi] == B(将)) { if ((xj >= 8 && yj <= 5 && yj >=3)&&(redOrBlack(xj, yj) != -1) && (((xj == xi)&&(yj == yi + 1 || yj == yi - 1))||((yj == yi)&&(xj == xi + 1 || xj == xi - 1)))) { array[xi][yi] = CROSS; array[xj][yj] = B(将); } else { restart = 1; } } else { restart = 1; }}chunli@Linux:~$
编译运行：
chunli@Linux:~$ gcc -std=c99 main.c && ./a.out 中国象棋欢迎您車马相仕帅仕相马車十十十十十十十十十十炮十十十十十炮十兵十兵十兵十兵十兵十十十十十十十十十－－楚河－汉界－－十十十十十十十十十卒十卒十卒十卒十卒十炮十十十十十炮十十十十十十十十十十車马相仕将仕相马車[红棋]请输入你要移动的棋子:0 0[红棋]请输入你要放置的位置:1 0 中国象棋欢迎您十马相仕帅仕相马車車十十十十十十十十十炮十十十十十炮十兵十兵十兵十兵十兵十十十十十十十十十－－楚河－汉界－－十十十十十十十十十卒十卒十卒十卒十卒十炮十十十十十炮十十十十十十十十十十車马相仕将仕相马車[黑棋]请输入你要移动的棋子:^Cchunli@Linux:~$