基于6818开发板实现2048小游戏和电子相册

#include "project.h" //测试 unsigned int *mem_p; void game2(P_PDI p_pdi){ int i, j, ret, win, first, count1, count2, countkill; int data[N][N] = {0}; //游戏数组 int olddata[N][N] = {0}; //备份数组 int array[10] = {0}; //猜测数组, 用来表示难度 initarray(array, array_len); //(2)初始化猜测数组 initGame(data, array, array_len); //(3)初始化游戏·界面 if(initbmp() == -1) //(4)打开图片 { printf("initbmp fail\n"); uninitbmp(); return; } ret = checkstart(p_pdi); if(ret == 1) { printf("获取坐标成功"); } if(ret == -1) { sleep(3); return; } clearscreen(p_pdi); printf("游戏开始\n"); first = 1; count1 = 0; count2 = 0; countkill = 0; while(1) { show(data); //14显示游戏界面 if(ret != 0) //单纯点击时,不改变控制台的游戏界面 { showGame(data,p_pdi); } win = check(data); //16.检查能否继续游戏 if(win == 0 || ret == 16) //游戏结束 { printf("游戏结束\n"); showlose(p_pdi); sleep(1); break; } if(win == 2) { printf("恭喜你，胜利了\n"); showwin(); sleep(1); break; } ret = paddle_ts(p_pdi); //获取触摸屏情况 switch (ret) { case 1: //左划 copyData(data, olddata); mergeLeft(data, &first, &count1, &count2, &countkill); produceXY(data, array, array_len); break; case 2: //右划 copyData(data, olddata); mergeRight(data, &first, &count1, &count2, &countkill); produceXY(data, array, array_len); break; case 3: //上划 copyData(data, olddata); mergeUp(data, &first, &count1, &count2, &countkill); produceXY(data, array, array_len); break; case 4: //下划 copyData(data, olddata); mergeDown(data, &first, &count1, &count2, &countkill); produceXY(data, array, array_len); break; case 13: //重新开始游戏 copyData(data, olddata); for(i = 0; i<N; i++) { for(j = 0; j<N; j++) { data[i][j] = 0; } } produceXY(data, array, array_len); produceXY(data, array, array_len); break; case 14: //清空最大的数字 copyData(data, olddata); //备份数据来方便撤销动作 produceXY(data, array, array_len); break; } system("clear"); //清空控制台屏幕 } return; } //28.显示游戏结束 void showlose(P_PDI p_pdi) { int lose = open(bmp_lose, O_RDONLY); if(lose == -1) { printf("open bmp_lose fail\n"); return ; } close(lose); sleep(2); int defeat = open(bmp_defeat, O_RDONLY); if(defeat == -1) { printf("open bmp_feat fail\n"); return ; } close(defeat); sleep(2); int end = open(bmp_end, O_RDONLY); if(end == -1) { printf("open bmp_end fail\n"); return ; } close(end); } //27.显示游戏胜利 void showwin() { int victory = open(bmp_victory, O_RDONLY); if(victory == -1) { printf("open bmp_victory fail\n"); return; } close(victory); sleep(2); int win = open(bmp_win, O_RDONLY); if(win == -1) { printf("open bmp_win fail\n"); return; } close(win); } //26. 0点击 1左划 2右划 3上划 4下划 12-16特效 int paddle_ts(P_PDI p_pdi) { int x = 0, y = 0, xx = 0, yy = 0; struct input_event ts; memset(&ts, 0, sizeof(struct input_event)); while (1) { //读触摸屏 read(p_pdi->ts,&(p_pdi->touch),sizeof(p_pdi->touch)); //决断是否为相对坐标类型 if(p_pdi->touch.type == EV_ABS && p_pdi->touch.code == ABS_X) { x = p_pdi->touch.value;; } //决断是否为相对坐标类型 if(p_pdi->touch.type == EV_ABS && p_pdi->touch.code == ABS_Y) { y = p_pdi->touch.value; } //表示手指按下 if(p_pdi->touch.type == EV_KEY && p_pdi->touch.code == BTN_TOUCH && p_pdi->touch.value == 1) { //记录起点坐标 xx = x; yy = y; } //表示手指松开 if(p_pdi->touch.type == EV_KEY && p_pdi->touch.code == BTN_TOUCH && p_pdi->touch.value == 0) { //坐标换算 起点坐标 xx = xx; yy = yy; //坐标换算 结束坐标 x = x; y = y; //如果点击功能菜单区域 if(x>520 && x<760) { if(y>0 && y<80) { return 11; } if(y>80 && y<160) { return 12; } if(y>160 && y<240) { return 13; } if(y>240 && y<320) { return 14; } if(y>320 && y<400) { return 15; } if(y>400 && y< 480) { return 16; } } //点击游戏界面 if(x>0 && x<480) { if(abs(xx-x) > abs(yy - y)) { if((xx - x) > 100) { return 1; //左划 } if((x - xx) >= 100) { return 2; //右划 } return 0; } else { if((yy - y) > 50) { return 3; //上划 } if((y - yy) >= 50) { return 4; //下划 } return 0; } return 0; //点击 } } } return 0; } //17.判断是否还有空位 int checkSpace(int data[N][N]) { int i, j, n; n = 0; for(i = 0; i<N; i++) { for(j = 0; j<N; j++) { if(!data[i][j]) //还有空位 { n++; } } } return n; } //18.选择一个空坐标，生成数字 void produceXY(int data[N][N], int *array, int n) { int i, j, flag, a[2]; flag = checkSpace(data); if(!flag) //如果没有空位就不用产生数字 { return; } while(1) //一定可以找到空位并产生数字 { flag = 0; Random(a, 2); //随机产生一个坐标, (a[0], a[1]) for(i = 0; i<N; i++) { for(j = 0; j<N;