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C语言怎么实现基于控制台的电子时钟

发布时间:2022-05-05 10:13:27 来源:亿速云 阅读:149 作者:iii 栏目:开发技术

这篇文章主要介绍“C语言怎么实现基于控制台的电子时钟”,在日常操作中,相信很多人在C语言怎么实现基于控制台的电子时钟问题上存在疑惑,小编查阅了各式资料,整理出简单好用的操作方法,希望对大家解答”C语言怎么实现基于控制台的电子时钟”的疑惑有所帮助!接下来,请跟着小编一起来学习吧!

使用到下面这些技术:

首先必须先导入库

/***************** 实时数字时钟(和计算机系统时间关联) **************
#include <time.h>  -- 必须的时间函数头文件
time_t -- 时间类型(time.h 定义)
struct tm -- 时间结构,time.h 定义如下:(依需求选用)
int tm_sec;
int tm_min;
int tm_hour;
int tm_mday;
int tm_mon;
int tm_year;
int tm_wday;
int tm_yday;
int tm_isdst;
time(&rawtime); -- 获取时间,以秒计,从1970年1月一日起算,存于rawtime
                -- 获取到当前的秒数,参数为0则函数返回值即为结果
localtime(&rawtime); -- 转为当地时间,tm 时间结构
system("cls");--命令行清屏

获取坐标的代码如下

#include <windows.h>
void gotoxy(int x,int y)    //光标定位函数,需要包含windos.h头文件
{
    COORD coord;
    coord.X=x;
    coord.Y=y;
    SetConsoleCursorPosition(GetStdHandle(STD_OUTPUT_HANDLE),coord);
}

源代码:

#include <stdio.h>
#include <time.h>
#include <stdlib.h>
#include <conio.h>
#include <windows.h>
void gotoxy(int x,int y)   //光标定位函数,需要包含windos.h头文件
{
    COORD coord;
    coord.X=x;
    coord.Y=y;
    SetConsoleCursorPosition(GetStdHandle(STD_OUTPUT_HANDLE),coord);
}
void dians(){
    int x=8;
    gotoxy(x*3,8);
    printf(" **");
    gotoxy(x*3,9);
    printf(" **");
    gotoxy(x*3,11);
    printf(" **");
    gotoxy(x*3,12);
    printf(" **");
    
    gotoxy(x*6,8);
    printf(" **");
    gotoxy(x*6,9);
    printf(" **");
    gotoxy(x*6,11);
    printf(" **");
    gotoxy(x*6,12);
    printf(" **");
}
void draw_numb(int x,int shu){ //判断0-9的数据,通过gotoxy显示出来 
    if(shu==0){
            gotoxy(x,6);
            printf("*****");
            gotoxy(x,7);
            printf("*   *");
            gotoxy(x,8);
            printf("*   *");
            gotoxy(x,9);
            printf("*   *");
            gotoxy(x,10);
            printf("*   *");
            gotoxy(x,11);
            printf("*   *");
            gotoxy(x,12);
            printf("*   *");
            gotoxy(x,13);
            printf("*   *");
            gotoxy(x,14);
            printf("*****");
    }
    if(shu==1){
            gotoxy(x,6);
            printf("  *  ");
            gotoxy(x,7);
            printf("  *  ");
            gotoxy(x,8);
            printf("  *  ");
            gotoxy(x,9);
            printf("  *  ");
            gotoxy(x,10);
            printf("  *  ");
            gotoxy(x,11);
            printf("  *  ");
            gotoxy(x,12);
            printf("  *  ");
            gotoxy(x,13);
            printf("  *  ");
            gotoxy(x,14);
            printf("  *  ");
    }
    if(shu==2){
            gotoxy(x,6);
            printf("*****");
            gotoxy(x,7);
            printf("    *");
            gotoxy(x,8);
            printf("    *");
            gotoxy(x,9);
            printf("    *");
            gotoxy(x,10);
            printf("*****");
            gotoxy(x,11);
            printf("*    ");
            gotoxy(x,12);
            printf("*    ");
            gotoxy(x,13);
            printf("*    ");
            gotoxy(x,14);
            printf("*****");
    }
    if(shu==3){
            gotoxy(x,6);
            printf("*****");
            gotoxy(x,7);
            printf("    *");
            gotoxy(x,8);
            printf("    *");
            gotoxy(x,9);
            printf("    *");
            gotoxy(x,10);
            printf("*****");
            gotoxy(x,11);
            printf("    *");
            gotoxy(x,12);
            printf("    *");
            gotoxy(x,13);
            printf("    *");
            gotoxy(x,14);
            printf("*****");
    }
    if(shu==4){
            gotoxy(x,6);
            printf("*   *");
            gotoxy(x,7);
            printf("*   *");
            gotoxy(x,8);
            printf("*   *");
            gotoxy(x,9);
            printf("*   *");
            gotoxy(x,10);
            printf("*****");
            gotoxy(x,11);
            printf("    *");
            gotoxy(x,12);
            printf("    *");
            gotoxy(x,13);
            printf("    *");
            gotoxy(x,14);
            printf("    *");
    }
    if(shu==5){
            gotoxy(x,6);
            printf("*****");
            gotoxy(x,7);
            printf("*    ");
            gotoxy(x,8);
            printf("*    ");
            gotoxy(x,9);
            printf("*    ");
            gotoxy(x,10);
            printf("*****");
            gotoxy(x,11);
            printf("    *");
            gotoxy(x,12);
            printf("    *");
            gotoxy(x,13);
            printf("    *");
            gotoxy(x,14);
            printf("*****");
    }
    if(shu==6){
            gotoxy(x,6);
            printf("*****");
            gotoxy(x,7);
            printf("*    ");
            gotoxy(x,8);
            printf("*    ");
            gotoxy(x,9);
            printf("*    ");
            gotoxy(x,10);
            printf("*****");
            gotoxy(x,11);
            printf("*   *");
            gotoxy(x,12);
            printf("*   *");
            gotoxy(x,13);
            printf("*   *");
            gotoxy(x,14);
            printf("*****");
    }
    if(shu==7){
            gotoxy(x,6);
            printf("*****");
            gotoxy(x,7);
            printf("    *");
            gotoxy(x,8);
            printf("    *");
            gotoxy(x,9);
            printf("    *");
            gotoxy(x,10);
            printf("    *");
            gotoxy(x,11);
            printf("    *");
            gotoxy(x,12);
            printf("    *");
            gotoxy(x,13);
            printf("    *");
            gotoxy(x,14);
            printf("    *");
    }
    if(shu==8){
            gotoxy(x,6);
            printf("*****");
            gotoxy(x,7);
            printf("*   *");
            gotoxy(x,8);
            printf("*   *");
            gotoxy(x,9);
            printf("*   *");
            gotoxy(x,10);
            printf("*****");
            gotoxy(x,11);
            printf("*   *");
            gotoxy(x,12);
            printf("*   *");
            gotoxy(x,13);
            printf("*   *");
            gotoxy(x,14);
            printf("*****");
    }
    if(shu==9){
            gotoxy(x,6);
            printf("*****");
            gotoxy(x,7);
            printf("*   *");
            gotoxy(x,8);
            printf("*   *");
            gotoxy(x,9);
            printf("*   *");
            gotoxy(x,10);
            printf("*****");
            gotoxy(x,11);
            printf("    *");
            gotoxy(x,12);
            printf("    *");
            gotoxy(x,13);
            printf("    *");
            gotoxy(x,14);
            printf("*****");
    }    
}
void draws(char wei,int shu){//这里定义了6个位置 分别是小时的个位十位,分钟的个位十位和秒钟的个位十位 
int x=8;
        if(wei=='1'){
            draw_numb(x*1,shu);    //这里调用了 draw_numb函数吧x*1是横坐标(也表示第几个位置数),shu是要显示的数据调过去 
        }    //x*1表示第一个位置 
        if(wei=='2'){
            draw_numb(x*2,shu);
        }
        if(wei=='3'){
            draw_numb(x*4,shu);
        }
        if(wei=='4'){
            draw_numb(x*5,shu);
        }
        if(wei=='5'){
            draw_numb(x*7,shu);
        }
        if(wei=='6'){
            draw_numb(x*8,shu);
        }        
}
int main()
{    system("color 1b"); 
    struct tm *curtime;     //结构tm,结构指针curtime,time.h中定义
    time_t t;     //时间类型变量t,time.h中定义
    clock_t start;    //结构clock_t,结构变量start,time.h中定义
    
    double th_hour,th_min,th_sec;
    do
    {    dians();
        t=time(0);    //获取到当前的秒数,参数为0则函数返回值即为结果
        curtime=localtime(&t);    //得到当前系统时间/
        if((double)curtime->tm_hour<=12)  //午前的处理/
        {    gotoxy(5,3);
            
            printf("AM ");
            //if((double)curtime->tm_hour<10) draws('1',0);   //十点之前在小时数前加零
            draws('1',((int)curtime->tm_hour)/10);
            draws('2',((int)((double)curtime->tm_hour))%10);
        }
        else    //午后的处理
        {    gotoxy(5,3);
            printf("PM ");
            //if((double)curtime->tm_hour-12<10) draws('1',0);//输入0 
            draws('1',(int)curtime->tm_hour/10);
            draws('2',((int)((double)curtime->tm_hour))%10);
        }
        if((double)curtime->tm_min<10) draws('3',0);
        draws('3',(int)curtime->tm_min/10);
        draws('4',(int)curtime->tm_min%10);
        if((double)curtime->tm_sec<10) draws('5',0);
        draws('5',(int)curtime->tm_sec/10);
        draws('6',(int)curtime->tm_sec%10);
        start=clock();
        while(clock()-start<500);  //等待延时1000ms
        system("cls");
    }while(!kbhit());    //按任一键退出   
    return 0;}

最后运行截图(完美运行)

C语言怎么实现基于控制台的电子时钟

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