扫雷

来源：互联网发布：linux nginx访问403 编辑：程序博客网时间：2024/06/06 20:21
代码

/* * 玩法：wsad方向，z设置旗帜，空格挖雷，q退出 */#include <stdlib.h>#include <string.h>#include <curses.h>#include <signal.h>#include <sys/time.h>#define ROW_SMALL           10#define COL_SMALL           10#define ROW_LARGE           20#define COL_LARGE           20#define MODE_SMALL          1#define MODE_LARGE          2#define MINE_SMALL          10#define MINE_LARGE          20#define MINE                1#define FLAG                2#define PRESSED             1#define RELEASED            2#define WIN                 1#define LOSE                2#define CHAR_BLANK          ' '#define CHAR_MINE           '*'#define CHAR_FLAG           '?'#define CHAR_ROW_SMALL_1    "------------"#define CHAR_ROW_SMALL_2    "|          |"#define CHAR_ROW_LARGE_1    "----------------------"#define CHAR_ROW_LARGE_2    "|                    |"int win();void game_over_splash();void human_over(int flag);void clear_cursor();void draw_cursor();void move_up();void move_down();void move_left();void move_right();void play();int boom();void set_flag(int state);void generate_mine();void select_mode();void draw_map();void draw_time();void draw_flag();int in_map(int y, int x);void show_num(int y, int x);void timer(int sig);void game_over();void init();void init_game();int set_ticker(int n_msec);struct weiyi {    int x, y;};int mode;int flag_cnt, flag_success;unsigned long cur_time, min_time_small, min_time_large;int cursor_x, cursor_y;int old_x, old_y;int map_small[ROW_SMALL][COL_SMALL];int map_large[ROW_LARGE][COL_LARGE];int visited[ROW_LARGE][COL_LARGE];struct weiyi around[9] = {    -1,-1,      0,-1,       1,-1,     -1,0,       0,0,        1,0,     -1,1,       0,1,        1,1};int main(){    init();    play();    return 0;}void play(){    int ch;    while (1) {        ch = getch();        switch (ch) {            case 'W':            case 'w':                move_up();                break;            case 'S':            case 's':                move_down();                break;            case 'A':            case 'a':                move_left();                break;            case 'D':            case 'd':                move_right();                break;            case ' ':                attroff(A_STANDOUT);                show_num(cursor_y, cursor_x);                memset(visited, 0, sizeof(int)*ROW_LARGE*COL_LARGE);                draw_cursor();                break;            case 'Z':            case 'z':                if ((old_x != cursor_x) || (old_y != cursor_y)) {                    set_flag(PRESSED);                }                else {                    set_flag(RELEASED);                    old_x = cursor_x;                    old_y = cursor_y;                }                break;            case 'Q':            case 'q':                init_game();                break;            default:                break;        }    }}int boom(){    if (MODE_SMALL == mode) {        if (MINE == map_small[cursor_y-1][cursor_x-1])            return 1;        return 0;    }    else if (MODE_LARGE == mode) {        if (MINE == map_large[cursor_y-1][cursor_x-1])            return 1;        return 0;    }}void set_flag(int state){    move(cursor_y, cursor_x);    if (PRESSED == state) {        flag_cnt ++;        addch(CHAR_FLAG);    }     else if (RELEASED == state) {        flag_cnt --;        addch(CHAR_BLANK);    }    refresh();    draw_flag();    if (MODE_SMALL == mode) {        if ((PRESSED == state) &&                 (map_small[cursor_y-1][cursor_x-1]))            flag_success ++;        else if ((PRESSED == state) &&                 (map_small[cursor_y-1][cursor_x-1]))            flag_success --;    }    else if (MODE_LARGE == mode) {        if ((PRESSED == state) &&                 (map_large[cursor_y-1][cursor_x-1]))            flag_success ++;        else if ((PRESSED == state) &&                 (map_large[cursor_y-1][cursor_x-1]))            flag_success --;    }    if (win()) {        human_over(WIN);    }}int in_map(int y, int x){    if (y < 1)        return 0;    if (x < 1)        return 0;    if (MODE_SMALL == mode) {        if (y > ROW_SMALL)            return 0;        if (x > COL_SMALL)            return 0;    }    else if (MODE_LARGE == mode) {        if (y > ROW_LARGE)            return 0;        if (x > COL_LARGE)            return 0;    }    return 1;}int win(){    if (MODE_SMALL == mode)        return ((MINE_SMALL == flag_success) &&                 (MINE_SMALL == flag_cnt));    else if (MODE_LARGE == mode)        return ((MINE_LARGE == flag_success) &&                 (MINE_LARGE == flag_cnt));}void game_over_splash(){    int i, j;    if (MODE_SMALL == mode) {        for (i = 0; i < ROW_SMALL; i ++) {            for (j = 0; j < COL_SMALL; j ++) {                if (map_small[i][j]) {                    move(i+1, j+1);                    addch(CHAR_MINE);                }            }        }    }    else if (MODE_LARGE == mode) {        for (i = 0; i < ROW_LARGE; i ++) {            for (j = 0; j < COL_LARGE; j ++) {                if (map_large[i][j]) {                    move(i+1, j+1);                    addch(CHAR_MINE);                }            }        }    }    refresh();}void show_num(int y, int x){    int i, cnt = 0;    int x0, y0;    if (boom()) {        game_over_splash();        human_over(LOSE);        return;          // note!    }    if (win()) {        human_over(WIN);    }    for (i = 0; i < 9; i ++) {        x0 = x + around[i].x;        y0 = y + around[i].y;        if (in_map(y0, x0)) {            if ((MODE_SMALL == mode) &&                     (map_small[y0-1][x0-1] == MINE)) {                cnt ++;            }            else if ((MODE_LARGE == mode) &&                     (map_large[y0-1][x0-1] == MINE)) {                cnt ++;            }        }    }    move(y, x);    addch('0'+cnt);    refresh();    visited[y-1][x-1] = 1;    if (0 == cnt) {        for (i = 0; i < 9; i ++) {            x0 = x + around[i].x;            y0 = y + around[i].y;            if (in_map(y0, x0) && !visited[y0-1][x0-1]) {                show_num(y0, x0);            }        }    }}void clear_cursor(){    char ch;    move(cursor_y, cursor_x);    attroff(A_STANDOUT);    ch = (char)inch();    addch(ch);    refresh();}void draw_cursor(){    char ch;    move(cursor_y, cursor_x);    ch = (char)inch();    attron(A_STANDOUT);    addch(ch);    refresh();}void move_up(){    clear_cursor();    if (cursor_y > 1)        cursor_y --;    draw_cursor();}void move_down(){    clear_cursor();    if (MODE_SMALL == mode) {        if (cursor_y < ROW_SMALL)            cursor_y ++;    }    else if (MODE_LARGE == mode) {        if (cursor_y < ROW_LARGE)            cursor_y ++;    }    draw_cursor();}void move_left(){    clear_cursor();    if (cursor_x > 1)        cursor_x --;    draw_cursor();}void move_right(){    clear_cursor();    if (MODE_SMALL == mode) {        if (cursor_x < COL_SMALL)            cursor_x ++;    }    else if (MODE_LARGE == mode) {        if (cursor_x < COL_LARGE)            cursor_x ++;    }    draw_cursor();}void timer(int sig){    static int cnt = 0;    if (cnt >= 1) {        cnt = 0;    cur_time ++;    draw_time();    }    else {        cnt ++;    }}void draw_flag(){    attroff(A_STANDOUT);    if (MODE_SMALL == mode) {        move(5, COL_SMALL+3);        printw("flag number : %d", flag_cnt);    }    else if (MODE_LARGE == mode) {        move(5, COL_LARGE+3);        printw("flag number : %d", flag_cnt);    }    refresh();    attron(A_STANDOUT);}void draw_time(){    attroff(A_STANDOUT);    if (MODE_SMALL == mode) {        move(0, COL_SMALL+3);        printw("time : %d hours %d minutes %d seconds",                 cur_time/3600, cur_time%3600/60, cur_time%3600%60);        move(2, COL_SMALL+3);        printw("record : %d hours %d minutes %d seconds",                 min_time_small/3600, min_time_small%3600/60,                 min_time_small%3600%60);    }    else if (MODE_LARGE == mode) {        move(0, COL_LARGE+3);        printw("time : %d hours %d minutes %d seconds",                 cur_time/3600, cur_time%3600/60, cur_time%3600%60);        move(2, COL_LARGE+3);        printw("record : %d hours %d minutes %d seconds",                 min_time_large/3600, min_time_large%3600/60,                 min_time_large%3600%60);    }    refresh();    attron(A_STANDOUT);}void draw_map(){    int i;    clear();    if (MODE_SMALL == mode) {        move(0, 0);        printw(CHAR_ROW_SMALL_1);        for (i = 1; i <= ROW_SMALL; i ++) {            move(i, 0);            printw(CHAR_ROW_SMALL_2);        }        move(i, 0);        printw(CHAR_ROW_SMALL_1);    }    else if (MODE_LARGE == mode) {        move(0, 0);        printw(CHAR_ROW_LARGE_1);        for (i = 1; i <= ROW_LARGE; i ++) {            move(i, 0);            printw(CHAR_ROW_LARGE_2);        }        move(i, 0);        printw(CHAR_ROW_LARGE_1);    }    refresh();}void select_mode(){    int ch, flag;    clear();    move(0, 10);    printw("Select Mode");    move(3, 10);    printw("1. Small (1)");    move(5, 10);    printw("2. Large (2)");    move(7, 10);    printw("3. Quit (3)");    flag = 1;    while(flag) {        ch = getch();        switch (ch) {            case '1':                mode = MODE_SMALL;                flag = 0;                break;            case '2':                mode = MODE_LARGE;                flag = 0;                break;            case '3':                game_over();                flag = 0;                break;            default:                break;        }    }}void human_over(int flag){    set_ticker(0);    clear_cursor();    if (MODE_SMALL == mode) {        move(ROW_SMALL+3, 0);        if (WIN == flag) {            if (cur_time < min_time_small) {                printw("New Time Record : \                        %d hours %d minutes %d seconds",                         cur_time/3600,                         cur_time%3600/60,                         cur_time%3600%60);                min_time_small = cur_time;            }            else {                printw("You Win!");            }        }        else if (LOSE == flag) {                printw("You Lose!");        }    }    else if (MODE_LARGE == mode) {        move(ROW_LARGE+3, 0);        if (WIN == flag) {            if (cur_time < min_time_large) {                printw("New Time Record : \                        %d hours %d minutes %d seconds",                         cur_time/3600,                         cur_time%3600/60,                         cur_time%3600%60);                min_time_large = cur_time;            }            else {                printw("You Win!");            }        }        else if (LOSE == flag) {                printw("You Lose!");        }    }    refresh();    sleep(3);    init_game();}void game_over(){    endwin();    exit(0);}void generate_mine(){    int i, j, k;    if (MODE_SMALL == mode) {        for (k = 0; k < MINE_SMALL; ) {            i = rand() % ROW_SMALL;            j = rand() % COL_SMALL;            if (map_small[i][j] != MINE) {                map_small[i][j] = MINE;                k ++;            }            else {                continue;            }        }    }    else if (MODE_LARGE == mode) {        for (k = 0; k < MINE_LARGE; ) {            i = rand() % ROW_LARGE;            j = rand() % COL_LARGE;            if (map_large[i][j] != MINE) {                map_large[i][j] = MINE;                k ++;            }            else {                continue;            }        }    }}void init(){    initscr();    clear();    cbreak();    noecho();    curs_set(0);    srand(time(0));    signal(SIGALRM, timer);    min_time_large = min_time_small = ~0;    init_game();}void init_game(){    set_ticker(0);    attroff(A_STANDOUT);    select_mode();    if (MODE_SMALL == mode)        memset(map_small, 0, sizeof(int)*ROW_SMALL*COL_SMALL);    else if (MODE_LARGE == mode)        memset(map_large, 0, sizeof(int)*ROW_LARGE*COL_LARGE);    draw_map();    generate_mine();    cursor_x = (MODE_SMALL == mode) ? COL_SMALL/2+1 : COL_LARGE/2+1;    cursor_y = (MODE_SMALL == mode) ? ROW_SMALL/2+1 : ROW_LARGE/2+1;    old_x = cursor_x;    old_y = cursor_y;    draw_cursor();    cur_time = 0;    flag_cnt = 0;    flag_success = 0;    set_ticker(500);    draw_time();    draw_flag();}int set_ticker(int n_msec){    struct itimerval timeset;    long n_sec, n_usec;    n_sec = n_msec / 500;    n_usec = (n_msec % 500) * 1000L;    timeset.it_interval.tv_sec = n_sec;    timeset.it_interval.tv_usec = n_usec;    timeset.it_value.tv_sec = n_sec;    timeset.it_value.tv_usec = n_usec;    return setitimer(ITIMER_REAL, &timeset, NULL);}
结果

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c语言小游戏
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