led clock.c.bak

一个时钟c语言的编程呵呵大家可以看看谢谢

#include <reg52.h>
#define uchar unsigned char 
#define uint unsigned int 
sbit DULA = P2^6;
sbit WELA = P2^7;
uint xms,i,j;
uchar num0,num1,num2,num3,num4,num5,shi,ge;
uchar S_num,M_num,H_num;
uchar S_shi,S_ge;
uchar M_shi,M_ge;
uchar H_shi,H_ge;
uchar code table []=
{
	0x3f,0x06,0x5b,0x4f,
	0x66,0x6d,0x7d,0x07,
	0x7f,0x6f,0x77,0x7c,
	0x39,0x5e,0x79,0x71
};
void display_S(uchar ,uchar );
void display_M(uchar ,uchar );
//void display_H(uchar ,uchar);
void delayms( uint);
//主程序
void main()
{	
	//RCAP2H=0x0c;
//	RCAP2L=0x18;
	TMOD = 0X11;
	TH0 = (65536 - 45872)/256;
	TL0 = (65536 - 45872)%256;
	TH1 = (65536 - 45872)/256;
	TL1 = (65536 - 45872)%256;
	EA = 1;
	ET0 = 1;
	ET1 = 1;
	TR0 = 1;
	TR1 = 1;	 			
	//ET2=1;                                         // 允许T2定时器中断                                         // 打开总中断	
	//TR2=1;                                         // 启动T2定时器
	
	while(1)
	{
		display_S(S_shi ,S_ge);
		display_M(M_shi ,M_ge);	
	//	display_H(H_shi ,H_ge);
	}
}

// 延迟xms程序

void delayms(uint xms)
{
	int i,j;	
	for (i = xms;i > 0;i-- )
		for(j = 110;j > 0;j--);

}


//显示秒的十位个位的子函数
void display_S(uchar S_shi,uchar S_ge)
{
	// 个位
	DULA = 1;
	P0 = table[S_ge];
	DULA = 0;
	P0 =0xff;
	WELA = 1;
	P0 = 0xdf;
	WELA =0;
	delayms(5);	
	//十位
	DULA = 1;
	P0 = table[S_shi];
	DULA = 0;
	P0 =0xff;
	WELA = 1;
	P0 = 0xef;
	WELA =0;
	delayms(5);

}


//显示分的十位个位的子函数
void display_M(uchar M_shi,uchar M_ge)
{
	// 个位
	DULA = 1;
	P0 = table[M_ge];
	DULA = 0;
	P0 =0xff;
	WELA = 1;
	P0 = 0xf7;
	WELA =0;
	delayms(5);
	//十位
	DULA = 1;
	P0 = table[M_shi];
	DULA = 0;
	P0 =0xff;
	WELA = 1;
	P0 = 0xfb;
	WELA =0;
	delayms(5);
}

/*
//显示时的十位个位的子函数
void display_H(uchar H_shi,uchar H_ge)
{
	// 个位
	DULA = 1;
	P0 = table[H_ge];
	DULA = 0;
	P0 =0xff;
	WELA = 1;
	P0 = 0xfd;
	WELA =0;
	delayms(5);
	//十位
	DULA = 1;
	P0 = table[H_shi];
	DULA = 0;
	P0 =0xff;
	WELA = 1;
	P0 = 0xfe;
	WELA =0;
	delayms(5);
}

*/

//间隔1s的计时中断

void timer0()interrupt 1
{

	TH0 = (65536 - 45872)/256;
	TL0 = (65536 - 45872)%256;
	num0++;
	if(num0 ==20)
	{
		num0 = 0;	
		S_num++;
		if(S_num ==60)
	//	delayms(100);
		S_num =0;
		S_shi = S_num / 10;
		S_ge = S_num % 10;	
		
	}
}

//间隔1M的中断

void timer1 ()interrupt 3
{	
	TH1 = (65536 - 45872)/256;
	TL1 = (65536 - 45872)%256;
	num1++;
	if(num1 ==20)
	{
		num1 = 0;
		num2++;
		if(num2 == 60)
	//	delayms(100);
		{
			num2 =0;
			M_num++;		
			if(M_num == 60)
		//	delayms(100);
			M_num =0;
			M_shi = M_num / 10;
			M_ge = M_num % 10;	
		}
	}
	}
	
/*

//间隔1H的中断

void timer2 ()interrupt 5
{	
	TF2=0;                                         // T2定时器发生溢出中断时，需要用户自己清除溢出标记，而51的其他定时器是自动清除的?
	num3++;
	if(num3==15)                    // T2定时器的预装载值为0x0BDC，溢出16次就是1秒钟。
 {
   		num3=0;
   		num4++;
   		if (num4 == 60)       			
    	num4 = 0;
    	num5++;
    	if (num5 == 60)  		
		 {
		 	 num5 =0; 
		  H_num++;
		  if (H_num == 24)		   
  		H_num =0;
			H_shi = H_num / 10;
			H_ge = H_num % 10;	
	   }                          
		
	}
}

*/