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AVR心形流水灯制作

程序员文章站 2022-07-12 23:15:14
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以下内容为本人大二时给朋友做的生日礼物后写的笔记,最近偶然翻到,所以发出来也算留一下备份,所以文笔相当稚嫩,代码相当粗糙(手动狗头),欢迎各位大神批评指正。视频改日再贴。。。

AVR心形流水灯制作

视频如下:

AVR心形流水灯

这个可能看着比较难做,但是其实一点都不难,有一点焊接基础的人可能半个多小时就能焊完(小编当时排版就用了半个小时,焊了1天多。。。)最难的其实是程序,不过小编一会会在后面把程序分享给大家(小编当时写了3天,默默哭3分钟心形流水灯制作)。

下面说说都需要什么零件和工具,一个ATmega16单片机心形流水灯制作
下面附上该单片机原理图。这个单片机应该是这些零件里面最贵的了,貌似网上卖7.9,还需要一个底座,买个最便宜的网上貌似0.22(如果你觉得你的焊接技术足够可以可以不买),1个9*15的万用板(小编用了2个,另一个用铜柱固定在流水灯下面当底座,被同学骂成败家。。。)一个电池盒(3节5号电池的),小编做的是两种供电方式的,还有用usb供电的东西,但是那东西不零卖,所以咱们还是消停点就单独用电池盒供电得了。。。一个开关(什么开关无所谓),16个5mmLED灯,个人觉得蓝色和白色的比较好看。16个电阻(470欧姆到1k欧姆都可以),一个8M晶振,2个30pF电容,一个0.1pF电容。零件就这些,下面说一下工具:电烙铁,焊锡,吸锡器,跳线(杜邦线什么的都可以),螺丝,螺丝刀。

下面要开始制作了,先说一下最重要的面子活——排版,一定确定自己排的是心形。。。(小编的逗比同学硬生生排成了菱形,被小编嘲笑了好久),尽量把灯向左排,这样右面剩下的地方就能放下一个电池盒。一定要注意灯的负极指向的是单片机引脚(PS:长脚是正极,短脚是负极,这应该没有人不知道吧。。。)。排完之后先把单片机和灯焊上,下一步按照单片机最小系统原理图把各种元件焊上让单片机能工作心形流水灯制作
心形流水灯制作。下一步插电阻,小编建议尽量把电阻插在引脚旁边,这样看起来比较整齐。接下来就要开始布线,建议先拿记号笔把自己要排的线画出来,尽量做到不冲突,不然就要跳线了,因为小编是认识人中第一个焊的,没有参考,所以跳的线有点多。。。最后焊完之后从单片机的VCC和GND各自引出一根线用来给单片机供电(VCC是正极,GND是负极),开关放在VCC和GND哪条引线上都行,接下来开始最后一步,先把电池盒固定上:先选好要把电池盒放在哪,然后在它旁边钻一个洞(可以拿螺丝刀弄,也可以拿烙铁烫,小编是拿烙铁烫的,那味道,,,结果小编差点没被室友撵出去,,,所以建议还是拿螺丝刀慢慢钻把。。。),把电池盒的两条线从洞里面穿出去,红线接到VCC上,黑线接到GND上,再去随便找一个有ATmega16开发板或者最小系统的朋友,让他把程序下进去就可以了,最后试试好不好使,要是不好使检查一下连线有没有错误,不要来打小编

AVR心形流水灯制作
AVR心形流水灯制作
AVR心形流水灯制作
AVR心形流水灯制作
AVR心形流水灯制作
AVR心形流水灯制作
AVR心形流水灯制作
程序如下:

//作者:Kevin Wang
//开发环境:ICC7
//时间:2016.03.24


#include<iom16v.h>
#include<macros.h>


#define uchar unsigned char 
#define uint unsigned int
unsigned int count;
char a;
char b;
char temp1;
char temp2;

char c;
char d;
char temp3;
char temp4;

char e;
char temp5;
char temp6;

char f;
char temp7;
char temp8;

char g;
char temp9;
char temp10;

char h;
char temp11;
char temp12;

/*********以下是延时函数*********/
void Delay_ms(uint xms)
{
	int i,j;
	for(i=0;i<xms;i++)
		for(j=0;j<1140;j++);
}

/**********huxi_Init**********/
void huxi()
{
 for(count=100;count<256;count++)    //OCR=0时,LED最亮,然后逐渐变暗
	 	{
	       OCR0=count;                     //比较匹配寄存器赋值
	       Delay_ms(2);                   //延时一段时间,以观察效果
        } 
		for(count=255;count>99;count--)      //OCR=255时,LED最暗,然后逐渐变亮
        {
	       OCR0= count;                       
	       Delay_ms(2);                       
        } 
}




void port_init() 
{
 	DDRA=0xff;
	DDRD=0xff;
	PORTA=0x00;
	PORTD=0x00;   
	DDRB|=(1<<PB3);   //PB3配置为输出(为1时用或符号|)
	PORTB&=(0<<PB3);     //PB3输出0(为0时与符号&)
}
/********定时器0初始化********/
void timer0_init()
{
	TCCR0|=(1<<WGM01)|(1<<WGM00);//定时器0快速PWM模式
	TCCR0|=(1<<COM01)|(1<<COM00);//比较匹配发生时OC0A置位,计数到TOP时OC0清零
	TCCR0|=(0<<CS02)|(1<<CS01)|(1<<CS00); //定时器1024分频
	OCR0=0;
 	SREG = 0x80;
}


/******************呼吸 中速***********************/
void huxizhong()
{
	 PORTA=0x00;
	 PORTD=0x00;
 	 for(count=100;count<256;count++)    //OCR=0时,LED最亮,然后逐渐变暗
	 	{
	       OCR0=count;                     //比较匹配寄存器赋值
	       Delay_ms(5);                   //延时一段时间,以观察效果
        }  
     for(count=255;count>99;count--)      //OCR=255时,LED最暗,然后逐渐变亮
        {
	       OCR0= count;                       
	       Delay_ms(5);                       
        }  
}

/*****************呼吸 快速*******************/
void huxikuai()
{
	 PORTA=0x00;
	 PORTD=0x00;
 	 for(count=100;count<256;count++)    //OCR=0时,LED最亮,然后逐渐变暗
	 	{
	       OCR0=count;                     //比较匹配寄存器赋值
	       Delay_ms(3);                   //延时一段时间,以观察效果
        }  
     for(count=255;count>99;count--)      //OCR=255时,LED最暗,然后逐渐变亮
        {
	       OCR0= count;                       
	       Delay_ms(3);                       
        }  
}

/****************呼吸 超快***************/
void huxichaokuai()
{
	 PORTA=0x00;
	 PORTD=0x00;
 	 for(count=100;count<256;count++)    //OCR=0时,LED最亮,然后逐渐变暗
	 	{
	       OCR0=count;                     //比较匹配寄存器赋值
	       Delay_ms(2);                   //延时一段时间,以观察效果
        }  
     for(count=255;count>99;count--)      //OCR=255时,LED最暗,然后逐渐变亮
        {
	       OCR0= count;                       
	       Delay_ms(2);                       
        }  
}

/*************流水1**************/
void liushui1()
{
 	 OCR0=count;
 	 count=100;
	 PORTA=0xff;
	 PORTD=0xff;
	 Delay_ms(200);
 	 PORTA=0xff;
	 PORTD=0x7f;
	 Delay_ms(200);
	 PORTA=0x7f;
	 PORTD=0x3f;
	 Delay_ms(200);
	 PORTA=0x3f;
	 PORTD=0x1f;
	 Delay_ms(200);
	 PORTA=0x1f;
	 PORTD=0x0f;
	 Delay_ms(200);
	 PORTA=0x0f;
	 PORTD=0x07;
	 Delay_ms(200);
	 PORTA=0x07;
	 PORTD=0x03;
	 Delay_ms(200);
	 PORTA=0x03;
	 PORTD=0x01;
	 Delay_ms(200);
	 PORTA=0x01;
	 PORTD=0x00;
	 Delay_ms(200);
	 PORTA=0x00;
	 PORTD=0x00;
	 Delay_ms(200);
}

/*************流水1 反*************/
void liushui1fan()
{
 	 OCR0=count;
 	 count=100;
 	 PORTA=0x00;
	 PORTD=0x00;
	 Delay_ms(200);
	 PORTA=0x01;
	 PORTD=0x00;
	 Delay_ms(200);
	 PORTA=0x03;
	 PORTD=0x01;
	 Delay_ms(200);
	 PORTA=0x07;
	 PORTD=0x03;
	 Delay_ms(200);
	 PORTA=0x0f;
	 PORTD=0x07;
	 Delay_ms(200);
	 PORTA=0x1f;
	 PORTD=0x0f;
	 Delay_ms(200);
	 PORTA=0x3f;
	 PORTD=0x1f;
	 Delay_ms(200);
	 PORTA=0x7f;
	 PORTD=0x3f;
	 Delay_ms(200);
	 PORTA=0xff;
	 PORTD=0x7f;
	 Delay_ms(200);
	 PORTA=0xff;
	 PORTD=0xff;
	 Delay_ms(200);
}

/************流水灯 1 +呼吸*********/
void liushui1huxi()
{
 	 OCR0=count;
 	 count=100;
	 PORTA=0xff;
	 PORTD=0xff;
	 huxi();
 	 PORTA=0xff;
	 PORTD=0x7f;
	 huxi();
	 PORTA=0x7f;
	 PORTD=0x3f;
	 huxi();
	 PORTA=0x3f;
	 PORTD=0x1f;
	 huxi();
	 PORTA=0x1f;
	 PORTD=0x0f;
	 huxi();
	 PORTA=0x0f;
	 PORTD=0x07;
	 huxi();
	 PORTA=0x07;
	 PORTD=0x03;
	 huxi();
	 PORTA=0x03;
	 PORTD=0x01;
	 huxi();
	 PORTA=0x01;
	 PORTD=0x00;
	 huxi();
	 PORTA=0x00;
	 PORTD=0x00;
	 huxi();
}

/*************流水1 呼吸 反*************/
void liushui1huxifan()
{
 	 OCR0=count;
 	 count=100;
 	 PORTA=0x00;
	 PORTD=0x00;
	 huxi();
	 PORTA=0x01;
	 PORTD=0x00;
	 huxi();
	 PORTA=0x03;
	 PORTD=0x01;
	 huxi();
	 PORTA=0x07;
	 PORTD=0x03;
	 huxi();
	 PORTA=0x0f;
	 PORTD=0x07;
	 huxi();
	 PORTA=0x1f;
	 PORTD=0x0f;
	 huxi();
	 PORTA=0x3f;
	 PORTD=0x1f;
	 huxi();
	 PORTA=0x7f;
	 PORTD=0x3f;
	 huxi();
	 PORTA=0xff;
	 PORTD=0x7f;
	 huxi();
	 PORTA=0xff;
	 PORTD=0xff;
	 huxi();
}



/*****************流水 2************///2个灯跑
void liushui2()
{
 	 OCR0=count;
 	 count=100;
 	 PORTA=0xfc;
	 PORTD=0xff;
	 Delay_ms(100);
	 PORTA=0xf9;
	 PORTD=0xff;
	 Delay_ms(100);
	 PORTA=0xf3;
	 PORTD=0xff;
	 Delay_ms(100);
	 PORTA=0xe7;
	 PORTD=0xff;
	 Delay_ms(100);
	 PORTA=0xcf;
	 PORTD=0xff;
	 Delay_ms(100);
	 PORTA=0x9f;
	 PORTD=0xff;
	 Delay_ms(100);
	 PORTA=0x3f;
	 PORTD=0xff;
	 Delay_ms(100);
	 PORTA=0x7f;
	 PORTD=0x7f;
	 Delay_ms(100);
	 PORTA=0xff;
	 PORTD=0x3f;
	 Delay_ms(100);
	 PORTA=0xff;
	 PORTD=0x9f;
	 Delay_ms(100);
	 PORTA=0xff;
	 PORTD=0xcf;
	 Delay_ms(100);
	 PORTA=0xff;
	 PORTD=0xe7;
	 Delay_ms(100);
	 PORTA=0xff;
	 PORTD=0xf3;
	 Delay_ms(100);
	 PORTA=0xff;
	 PORTD=0xf9;
	 Delay_ms(100);
	 PORTA=0xff;
	 PORTD=0xfc;
	 Delay_ms(100);
}

/*************流水 2 反**************/
void liushui2fan()
{
 	 OCR0=count;
 	 count=100;
 	 PORTA=0xff;
	 PORTD=0xfc;
	 Delay_ms(100);
	 PORTA=0xff;
	 PORTD=0xf9;
	 Delay_ms(100);
	 PORTA=0xff;
	 PORTD=0xf3;
	 Delay_ms(100);
	 PORTA=0xff;
	 PORTD=0xe7;
	 Delay_ms(100);
	 PORTA=0xff;
	 PORTD=0xcf;
	 Delay_ms(100);
	 PORTA=0xff;
	 PORTD=0x9f;
	 Delay_ms(100);
	 PORTA=0xff;
	 PORTD=0x3f;
	 Delay_ms(100);
	 PORTA=0x7f;
	 PORTD=0x7f;
	 Delay_ms(100);
	 PORTA=0x3f;
	 PORTD=0xff;
	 Delay_ms(100);
	 PORTA=0x9f;
	 PORTD=0xff;
	 Delay_ms(100);
	 PORTA=0xcf;
	 PORTD=0xff;
	 Delay_ms(100);
	 PORTA=0xe7;
	 PORTD=0xff;
	 Delay_ms(100);
	 PORTA=0xf3;
	 PORTD=0xff;
	 Delay_ms(100);
	 PORTA=0xf9;
	 PORTD=0xff;
	 Delay_ms(100);
	 PORTA=0xfc;
	 PORTD=0xff;
	 Delay_ms(100);
}

/***********流水 3************/
void liushui3()
{
 	 OCR0=count;
 	 count=100;
	 PORTA=0x55;
	 PORTD=0xaa;
	 Delay_ms(500);
	 PORTA=0xaa;
	 PORTD=0x55;
	 Delay_ms(500);
}

/**********流水 3快1**********/
void liushui3kuai1()
{
 	 OCR0=count;
 	 count=100;
	 PORTA=0x55;
	 PORTD=0xaa;
	 Delay_ms(300);
	 PORTA=0xaa;
	 PORTD=0x55;
	 Delay_ms(300);
}

/************流水 3快2**********/
void liushui3kuai2()
{
 	 OCR0=count;
 	 count=100;
	 PORTA=0x55;
	 PORTD=0xaa;
	 Delay_ms(100);
	 PORTA=0xaa;
	 PORTD=0x55;
	 Delay_ms(100);
}

/***********流水 4*********/ //1个灯流水
void liushui4()
{
 	 OCR0=count;
 	 count=100;
	 PORTA=0xff;
	 PORTD=0xff;
	 temp1=0xfe;
	 temp2=0x7f;
	 for(a=0;a<8;a++)
	 {
	     PORTA=temp1;
	     Delay_ms(100);
	     temp1=temp1<<1;
	 }
	 for(b=0;b<8;b++)
	 {
	     PORTD=temp2;
	     Delay_ms(100);
	     temp2=temp2>>1;
	 }
	 
}

/************流水4 反************/ 
void liushui4fan()
{
 	 OCR0=count;
 	 count=100;
	 PORTA=0xff;
	 PORTD=0xff;
	 temp3=0xff;
	 temp4=0xfe;
	 for(c=0;c<8;c++)
	 {
	     PORTD=temp4;
	     Delay_ms(100);
	     temp4=temp4<<1;   
	 }
	 for(d=0;d<8;d++)
	 {
	  	 PORTA=temp3;
	     Delay_ms(100);
	     temp3=temp3>>1;
	 }
	 
}

/*************流水灯 5*********/  //1个灯跑
void liushui5()
{
 	 OCR0=count;
 	 count=100;
	 PORTA=0xff;
	 PORTD=0xff;
	 
	 PORTA=0xfe;
	 PORTD=0xff;
	 Delay_ms(100);
	 PORTA=0xfd;
	 PORTD=0xff;
	 Delay_ms(100);
	 PORTA=0xfb;
	 PORTD=0xff;
	 Delay_ms(100);
	 PORTA=0xf7;
	 PORTD=0xff;
	 Delay_ms(100);
	 PORTA=0xef;
	 PORTD=0xff;
	 Delay_ms(100);
	 PORTA=0xdf;
	 PORTD=0xff;
	 Delay_ms(100);
	 PORTA=0xbf;
	 PORTD=0xff;
	 Delay_ms(100);
	 PORTA=0x7f;
	 PORTD=0xff;
	 Delay_ms(100);
	 PORTA=0xff;
	 PORTD=0x7f;
	 Delay_ms(100);
	 PORTA=0xff;
	 PORTD=0xbf;
	 Delay_ms(100);
	 PORTA=0xff;
	 PORTD=0xdf;
	 Delay_ms(100);
	 PORTA=0xff;
	 PORTD=0xef;
	 Delay_ms(100);
	 PORTA=0xff;
	 PORTD=0xf7;
	 Delay_ms(100);
	 PORTA=0xff;
	 PORTD=0xfb;
	 Delay_ms(100);
	 PORTA=0xff;
	 PORTD=0xfd;
	 Delay_ms(100);
	 PORTA=0xff;
	 PORTD=0xfe;
	 Delay_ms(100);
}

/****************流水灯 5 反**********/  //1个灯跑 反
void liushui5fan()
{
 	 OCR0=count;
 	 count=100;
	 PORTA=0xff;
	 PORTD=0xff;
	 
	 PORTA=0xff;
	 PORTD=0xfe;
	 Delay_ms(100);
	 PORTA=0xff;
	 PORTD=0xfd;
	 Delay_ms(100);
	 PORTA=0xff;
	 PORTD=0xfb;
	 Delay_ms(100);
	 PORTA=0xff;
	 PORTD=0xf7;
	 Delay_ms(100);
	 PORTA=0xff;
	 PORTD=0xef;
	 Delay_ms(100);
	 PORTA=0xff;
	 PORTD=0xdf;
	 Delay_ms(100);
	 PORTA=0xff;
	 PORTD=0xbf;
	 Delay_ms(100);
	 PORTA=0xff;
	 PORTD=0x7f;
	 Delay_ms(100);
	 PORTA=0x7f;
	 PORTD=0xff;
	 Delay_ms(100);
	 PORTA=0xbf;
	 PORTD=0xff;
	 Delay_ms(100);
	 PORTA=0xdf;
	 PORTD=0xff;
	 Delay_ms(100);
	 PORTA=0xef;
	 PORTD=0xff;
	 Delay_ms(100);
	 PORTA=0xf7;
	 PORTD=0xff;
	 Delay_ms(100);
	 PORTA=0xfb;
	 PORTD=0xff;
	 Delay_ms(100);
	 PORTA=0xfd;
	 PORTD=0xff;
	 Delay_ms(100);
	 PORTA=0xfe;
	 PORTD=0xff;
	 Delay_ms(100);
}

/****************流水 6**********/
void liushui6()
{
 	 OCR0=count;
 	 count=100;
	 PORTA=0xff;
	 PORTD=0xff; 
	 temp5=0xfe;
	 temp6=0x7f;
	 
	 for(e=0;e<8;e++)
	 {
	     PORTA=temp5;
		 PORTD=temp6;
	     Delay_ms(100);
	     temp5=temp5<<1;
	     temp6=temp6>>1;
	 }
}

/****************流水 6 反**********/
void liushui6fan()
{
 	 OCR0=count;
 	 count=100; 
	 temp7=0x7f;
	 temp8=0xfe;


	 for(e=0;e<8;e++)
	 {
	     PORTA=~temp7;
		 PORTD=~temp8;
	     Delay_ms(100);
	     temp7=temp7>>1;
	     temp8=temp8<<1;
	 }
}

/************流水灯 7*********/
void liushui7()
{
OCR0=count;
 	 count=100;
	 PORTA=0xff;
	 PORTD=0xff; 
	 Delay_ms(5);
	 
	 PORTA=0xfe;
	 PORTD=0xff;
	 Delay_ms(100);
	 PORTA=0xfd;
	 PORTD=0xfe;
	 Delay_ms(100);
	 PORTA=0xfb;
	 PORTD=0xfd;
	 Delay_ms(100);
	 PORTA=0xf7;
	 PORTD=0xfb;
	 Delay_ms(100);
	 PORTA=0xef;
	 PORTD=0xf7;
	 Delay_ms(100);
	 PORTA=0xdf;
	 PORTD=0xef;
	 Delay_ms(100);
	 PORTA=0xbf;
	 PORTD=0xdf;
	 Delay_ms(100);
	 PORTA=0x7f;
	 PORTD=0xbf;
	 Delay_ms(100);
	 PORTA=0xff;
	 PORTD=0x7f;
	 Delay_ms(100);
	 
	 PORTA=0xfe;
	 PORTD=0x7f;
	 Delay_ms(100);
	 PORTA=0xfd;
	 PORTD=0x7e;
	 Delay_ms(100);
	 PORTA=0xfb;
	 PORTD=0x7d;
	 Delay_ms(100);
	 PORTA=0xf7;
	 PORTD=0x7b;
	 Delay_ms(100);
	 PORTA=0xef;
	 PORTD=0x77;
	 Delay_ms(100);
	 PORTA=0xdf;
	 PORTD=0x6f;
	 Delay_ms(100);
	 PORTA=0xbf;
	 PORTD=0x5f;
	 Delay_ms(100);
	 PORTA=0x7f;
	 PORTD=0x3f;
	 Delay_ms(100);
	 
	 PORTA=0x7e;
	 PORTD=0x3f;
	 Delay_ms(100);
	 PORTA=0x7d;
	 PORTD=0x3e;
	 Delay_ms(100);
	 PORTA=0x7b;
	 PORTD=0x3d;
	 Delay_ms(100);
	 PORTA=0x77;
	 PORTD=0x3b;
	 Delay_ms(100);
	 PORTA=0x6f;
	 PORTD=0x37;
	 Delay_ms(100);
	 PORTA=0x5f;
	 PORTD=0x2f;
	 Delay_ms(100);
	 PORTA=0x3f;
	 PORTD=0x1f;
	 Delay_ms(100);
	 
	 PORTA=0x3e;
	 PORTD=0x1f;
	 Delay_ms(150);
	 PORTA=0x3d;
	 PORTD=0x1e;
	 Delay_ms(150);
	 PORTA=0x3b;
	 PORTD=0x1d;
	 Delay_ms(150);
	 PORTA=0x37;
	 PORTD=0x1b;
	 Delay_ms(150);
	 PORTA=0x2f;
	 PORTD=0x17;
	 Delay_ms(150);
	 PORTA=0x1f;
	 PORTD=0x0f;
	 Delay_ms(150);
	 
	 PORTA=0x1e;
	 PORTD=0x0f;
	 Delay_ms(150);
	 PORTA=0x1d;
	 PORTD=0x0e;
	 Delay_ms(150);
	 PORTA=0x1b;
	 PORTD=0x0d;
	 Delay_ms(150);
	 PORTA=0x17;
	 PORTD=0x0b;
	 Delay_ms(150);
	 PORTA=0x0f;
	 PORTD=0x07;
	 Delay_ms(150);
	 
	 PORTA=0x0e;
	 PORTD=0x07;
	 Delay_ms(200);
	 PORTA=0x0d;
	 PORTD=0x06;
	 Delay_ms(200);
	 PORTA=0x0b;
	 PORTD=0x05;
	 Delay_ms(200);
	 PORTA=0x07;
	 PORTD=0x03;
	 Delay_ms(200);
	 
	 PORTA=0x06;
	 PORTD=0x03;
	 Delay_ms(200);
	 PORTA=0x05;
	 PORTD=0x02;
	 Delay_ms(200);
	 PORTA=0x03;
	 PORTD=0x01;
	 Delay_ms(200);
	 
	 PORTA=0x02;
	 PORTD=0x01;
	 Delay_ms(200);
	 PORTA=0x01;
	 PORTD=0x00;
	 Delay_ms(200);
/////////////////////////////////////// 
	 
	 PORTA=0x01;
	 PORTD=0x00;
	 Delay_ms(200);
	 PORTA=0x02;
	 PORTD=0x01;
	 Delay_ms(200);
	 
	 PORTA=0x03;
	 PORTD=0x01;
	 Delay_ms(200);
	 PORTA=0x05;
	 PORTD=0x02;
	 Delay_ms(200);
	 PORTA=0x06;
	 PORTD=0x03;
	 Delay_ms(200);
	 
	 PORTA=0x07;
	 PORTD=0x03;
	 Delay_ms(200);
	 PORTA=0x0b;
	 PORTD=0x05;
	 Delay_ms(200);
	 PORTA=0x0d;
	 PORTD=0x06;
	 Delay_ms(200);
	 PORTA=0x0e;
	 PORTD=0x07;
	 Delay_ms(200);
	 
	 PORTA=0x0f;
	 PORTD=0x07;
	 Delay_ms(150);
	 PORTA=0x17;
	 PORTD=0x0b;
	 Delay_ms(150);
	 PORTA=0x1b;
	 PORTD=0x0d;
	 Delay_ms(150);
	 PORTA=0x1d;
	 PORTD=0x0e;
	 Delay_ms(150);
	 PORTA=0x1e;
	 PORTD=0x0f;
	 Delay_ms(150);
	 
	 PORTA=0x1f;
	 PORTD=0x0f;
	 Delay_ms(150);
	 PORTA=0x2f;
	 PORTD=0x17;
	 Delay_ms(150);
	 PORTA=0x37;
	 PORTD=0x1b;
	 Delay_ms(150);
	 PORTA=0x3b;
	 PORTD=0x1d;
	 Delay_ms(150);
	 PORTA=0x3d;
	 PORTD=0x1e;
	 Delay_ms(150);
	 PORTA=0x3e;
	 PORTD=0x1f;
	 Delay_ms(150);
	 
	 PORTA=0x3f;
	 PORTD=0x1f;
	 Delay_ms(100);
	 PORTA=0x5f;
	 PORTD=0x2f;
	 Delay_ms(100);
	 PORTA=0x6f;
	 PORTD=0x37;
	 Delay_ms(100);
	 PORTA=0x77;
	 PORTD=0x3b;
	 Delay_ms(100);
	 PORTA=0x7b;
	 PORTD=0x3d;
	 Delay_ms(100);
	 PORTA=0x7d;
	 PORTD=0x3e;
	 Delay_ms(100);
	 PORTA=0x7e;
	 PORTD=0x3f;
	 Delay_ms(100);
	 
	 PORTA=0x7f;
	 PORTD=0x3f;
	 Delay_ms(100);
	 PORTA=0xbf;
	 PORTD=0x5f;
	 Delay_ms(100);
	 PORTA=0xdf;
	 PORTD=0x6f;
	 Delay_ms(100);
	 PORTA=0xef;
	 PORTD=0x77;
	 Delay_ms(100);
	 PORTA=0xf7;
	 PORTD=0x7b;
	 Delay_ms(100);
	 PORTA=0xfb;
	 PORTD=0x7d;
	 Delay_ms(100);
	 PORTA=0xfd;
	 PORTD=0x7e;
	 Delay_ms(100);
	 PORTA=0xfe;
	 PORTD=0x7f;
	 Delay_ms(100);
	 
	 PORTA=0xff;
	 PORTD=0x7f;
	 Delay_ms(100);
	 PORTA=0x7f;
	 PORTD=0xbf;
	 Delay_ms(100);
	 PORTA=0xbf;
	 PORTD=0xdf;
	 Delay_ms(100);
	 PORTA=0xdf;
	 PORTD=0xef;
	 Delay_ms(100);
	 PORTA=0xef;
	 PORTD=0xf7;
	 Delay_ms(100);
	 PORTA=0xf7;
	 PORTD=0xfb;
	 Delay_ms(100);
	 PORTA=0xfb;
	 PORTD=0xfd;
	 Delay_ms(100);
	 PORTA=0xfd;
	 PORTD=0xfe;
	 Delay_ms(100);
	 PORTA=0xfe;
	 PORTD=0xff;
	 Delay_ms(100);
}



/************流水灯 7快*********/
void liushui7kuai()
{
 	 OCR0=count;
 	 count=100;
	 PORTA=0xff;
	 PORTD=0xff; 
	 Delay_ms(5);
	 
	 PORTA=0xfe;
	 PORTD=0xff;
	 Delay_ms(100);
	 PORTA=0xfd;
	 PORTD=0xfe;
	 Delay_ms(100);
	 PORTA=0xfb;
	 PORTD=0xfd;
	 Delay_ms(100);
	 PORTA=0xf7;
	 PORTD=0xfb;
	 Delay_ms(100);
	 PORTA=0xef;
	 PORTD=0xf7;
	 Delay_ms(100);
	 PORTA=0xdf;
	 PORTD=0xef;
	 Delay_ms(100);
	 PORTA=0xbf;
	 PORTD=0xdf;
	 Delay_ms(100);
	 PORTA=0x7f;
	 PORTD=0xbf;
	 Delay_ms(100);
	 PORTA=0xff;
	 PORTD=0x7f;
	 Delay_ms(100);
	 
	 PORTA=0xfe;
	 PORTD=0x7f;
	 Delay_ms(100);
	 PORTA=0xfd;
	 PORTD=0x7e;
	 Delay_ms(100);
	 PORTA=0xfb;
	 PORTD=0x7d;
	 Delay_ms(100);
	 PORTA=0xf7;
	 PORTD=0x7b;
	 Delay_ms(100);
	 PORTA=0xef;
	 PORTD=0x77;
	 Delay_ms(100);
	 PORTA=0xdf;
	 PORTD=0x6f;
	 Delay_ms(100);
	 PORTA=0xbf;
	 PORTD=0x5f;
	 Delay_ms(100);
	 PORTA=0x7f;
	 PORTD=0x3f;
	 Delay_ms(100);
	 
	 PORTA=0x7e;
	 PORTD=0x3f;
	 Delay_ms(100);
	 PORTA=0x7d;
	 PORTD=0x3e;
	 Delay_ms(100);
	 PORTA=0x7b;
	 PORTD=0x3d;
	 Delay_ms(100);
	 PORTA=0x77;
	 PORTD=0x3b;
	 Delay_ms(100);
	 PORTA=0x6f;
	 PORTD=0x37;
	 Delay_ms(100);
	 PORTA=0x5f;
	 PORTD=0x2f;
	 Delay_ms(100);
	 PORTA=0x3f;
	 PORTD=0x1f;
	 Delay_ms(100);
	 
	 PORTA=0x3e;
	 PORTD=0x1f;
	 Delay_ms(100);
	 PORTA=0x3d;
	 PORTD=0x1e;
	 Delay_ms(100);
	 PORTA=0x3b;
	 PORTD=0x1d;
	 Delay_ms(100);
	 PORTA=0x37;
	 PORTD=0x1b;
	 Delay_ms(100);
	 PORTA=0x2f;
	 PORTD=0x17;
	 Delay_ms(100);
	 PORTA=0x1f;
	 PORTD=0x0f;
	 Delay_ms(100);
	 
	 PORTA=0x1e;
	 PORTD=0x0f;
	 Delay_ms(100);
	 PORTA=0x1d;
	 PORTD=0x0e;
	 Delay_ms(100);
	 PORTA=0x1b;
	 PORTD=0x0d;
	 Delay_ms(100);
	 PORTA=0x17;
	 PORTD=0x0b;
	 Delay_ms(100);
	 PORTA=0x0f;
	 PORTD=0x07;
	 Delay_ms(100);
	 
	 PORTA=0x0e;
	 PORTD=0x07;
	 Delay_ms(100);
	 PORTA=0x0d;
	 PORTD=0x06;
	 Delay_ms(100);
	 PORTA=0x0b;
	 PORTD=0x05;
	 Delay_ms(100);
	 PORTA=0x07;
	 PORTD=0x03;
	 Delay_ms(100);
	 
	 PORTA=0x06;
	 PORTD=0x03;
	 Delay_ms(100);
	 PORTA=0x05;
	 PORTD=0x02;
	 Delay_ms(100);
	 PORTA=0x03;
	 PORTD=0x01;
	 Delay_ms(100);
	 
	 PORTA=0x02;
	 PORTD=0x01;
	 Delay_ms(100);
	 PORTA=0x01;
	 PORTD=0x00;
	 Delay_ms(100);
/////////////////////////////////////// 
	 
	 PORTA=0x01;
	 PORTD=0x00;
	 Delay_ms(100);
	 PORTA=0x02;
	 PORTD=0x01;
	 Delay_ms(100);
	 
	 PORTA=0x03;
	 PORTD=0x01;
	 Delay_ms(100);
	 PORTA=0x05;
	 PORTD=0x02;
	 Delay_ms(100);
	 PORTA=0x06;
	 PORTD=0x03;
	 Delay_ms(100);
	 
	 PORTA=0x07;
	 PORTD=0x03;
	 Delay_ms(100);
	 PORTA=0x0b;
	 PORTD=0x05;
	 Delay_ms(100);
	 PORTA=0x0d;
	 PORTD=0x06;
	 Delay_ms(100);
	 PORTA=0x0e;
	 PORTD=0x07;
	 Delay_ms(100);
	 
	 PORTA=0x0f;
	 PORTD=0x07;
	 Delay_ms(100);
	 PORTA=0x17;
	 PORTD=0x0b;
	 Delay_ms(100);
	 PORTA=0x1b;
	 PORTD=0x0d;
	 Delay_ms(100);
	 PORTA=0x1d;
	 PORTD=0x0e;
	 Delay_ms(100);
	 PORTA=0x1e;
	 PORTD=0x0f;
	 Delay_ms(100);
	 
	 PORTA=0x1f;
	 PORTD=0x0f;
	 Delay_ms(100);
	 PORTA=0x2f;
	 PORTD=0x17;
	 Delay_ms(100);
	 PORTA=0x37;
	 PORTD=0x1b;
	 Delay_ms(100);
	 PORTA=0x3b;
	 PORTD=0x1d;
	 Delay_ms(100);
	 PORTA=0x3d;
	 PORTD=0x1e;
	 Delay_ms(100);
	 PORTA=0x3e;
	 PORTD=0x1f;
	 Delay_ms(100);
	 
	 PORTA=0x3f;
	 PORTD=0x1f;
	 Delay_ms(100);
	 PORTA=0x5f;
	 PORTD=0x2f;
	 Delay_ms(100);
	 PORTA=0x6f;
	 PORTD=0x37;
	 Delay_ms(100);
	 PORTA=0x77;
	 PORTD=0x3b;
	 Delay_ms(100);
	 PORTA=0x7b;
	 PORTD=0x3d;
	 Delay_ms(100);
	 PORTA=0x7d;
	 PORTD=0x3e;
	 Delay_ms(100);
	 PORTA=0x7e;
	 PORTD=0x3f;
	 Delay_ms(100);
	 
	 PORTA=0x7f;
	 PORTD=0x3f;
	 Delay_ms(100);
	 PORTA=0xbf;
	 PORTD=0x5f;
	 Delay_ms(100);
	 PORTA=0xdf;
	 PORTD=0x6f;
	 Delay_ms(100);
	 PORTA=0xef;
	 PORTD=0x77;
	 Delay_ms(100);
	 PORTA=0xf7;
	 PORTD=0x7b;
	 Delay_ms(100);
	 PORTA=0xfb;
	 PORTD=0x7d;
	 Delay_ms(100);
	 PORTA=0xfd;
	 PORTD=0x7e;
	 Delay_ms(100);
	 PORTA=0xfe;
	 PORTD=0x7f;
	 Delay_ms(100);
	 
	 PORTA=0xff;
	 PORTD=0x7f;
	 Delay_ms(100);
	 PORTA=0x7f;
	 PORTD=0xbf;
	 Delay_ms(100);
	 PORTA=0xbf;
	 PORTD=0xdf;
	 Delay_ms(100);
	 PORTA=0xdf;
	 PORTD=0xef;
	 Delay_ms(100);
	 PORTA=0xef;
	 PORTD=0xf7;
	 Delay_ms(100);
	 PORTA=0xf7;
	 PORTD=0xfb;
	 Delay_ms(100);
	 PORTA=0xfb;
	 PORTD=0xfd;
	 Delay_ms(100);
	 PORTA=0xfd;
	 PORTD=0xfe;
	 Delay_ms(100);
	 PORTA=0xfe;
	 PORTD=0xff;
	 Delay_ms(100);
}



/**********流水灯 7 +呼吸***********/
void liushui7huxi()
{
OCR0=count;
 	 count=100;
	 PORTA=0xff;
	 PORTD=0xff; 
	 Delay_ms(5);
	 
	 PORTA=0xfe;
	 PORTD=0xff;
	 huxi();
	 PORTA=0xfd;
	 PORTD=0xfe;
	 huxi();
	 PORTA=0xfb;
	 PORTD=0xfd;
	 huxi();
	 PORTA=0xf7;
	 PORTD=0xfb;
	 huxi();
	 PORTA=0xef;
	 PORTD=0xf7;
	 huxi();
	 PORTA=0xdf;
	 PORTD=0xef;
	 huxi();
	 PORTA=0xbf;
	 PORTD=0xdf;
	 huxi();
	 PORTA=0x7f;
	 PORTD=0xbf;
	 huxi();
	 PORTA=0xff;
	 PORTD=0x7f;
	 huxi();
	 
	 PORTA=0xfe;
	 PORTD=0x7f;
	 huxi();
	 PORTA=0xfd;
	 PORTD=0x7e;
	 huxi();
	 PORTA=0xfb;
	 PORTD=0x7d;
	 huxi();
	 PORTA=0xf7;
	 PORTD=0x7b;
	 huxi();
	 PORTA=0xef;
	 PORTD=0x77;
	 huxi();
	 PORTA=0xdf;
	 PORTD=0x6f;
	 huxi();
	 PORTA=0xbf;
	 PORTD=0x5f;
	 huxi();
	 PORTA=0x7f;
	 PORTD=0x3f;
	 huxi();
	 
	 PORTA=0x7e;
	 PORTD=0x3f;
	 huxi();
	 PORTA=0x7d;
	 PORTD=0x3e;
	 huxi();
	 PORTA=0x7b;
	 PORTD=0x3d;
	 huxi();
	 PORTA=0x77;
	 PORTD=0x3b;
	 huxi();
	 PORTA=0x6f;
	 PORTD=0x37;
	 huxi();
	 PORTA=0x5f;
	 PORTD=0x2f;
	 huxi();
	 PORTA=0x3f;
	 PORTD=0x1f;
	 huxi();
	 
	 PORTA=0x3e;
	 PORTD=0x1f;
	 huxi();
	 PORTA=0x3d;
	 PORTD=0x1e;
	 huxi();
	 PORTA=0x3b;
	 PORTD=0x1d;
	 huxi();
	 PORTA=0x37;
	 PORTD=0x1b;
	 huxi();
	 PORTA=0x2f;
	 PORTD=0x17;
	 huxi();
	 PORTA=0x1f;
	 PORTD=0x0f;
	 huxi();
	 
	 PORTA=0x1e;
	 PORTD=0x0f;
	 huxi();
	 PORTA=0x1d;
	 PORTD=0x0e;
	 huxi();
	 PORTA=0x1b;
	 PORTD=0x0d;
	 huxi();
	 PORTA=0x17;
	 PORTD=0x0b;
	 huxi();
	 PORTA=0x0f;
	 PORTD=0x07;
	 huxi();
	 
	 PORTA=0x0e;
	 PORTD=0x07;
	 huxi();
	 PORTA=0x0d;
	 PORTD=0x06;
	 huxi();
	 PORTA=0x0b;
	 PORTD=0x05;
	 huxi();
	 PORTA=0x07;
	 PORTD=0x03;
	 huxi();
	 
	 PORTA=0x06;
	 PORTD=0x03;
	 huxi();
	 PORTA=0x05;
	 PORTD=0x02;
	 huxi();
	 PORTA=0x03;
	 PORTD=0x01;
	 huxi();
	 
	 PORTA=0x02;
	 PORTD=0x01;
	 huxi();
	 PORTA=0x01;
	 PORTD=0x00;
	 huxi();
/////////////////////////////////////// 
	 
	 PORTA=0x01;
	 PORTD=0x00;
	 huxi();
	 PORTA=0x02;
	 PORTD=0x01;
	 huxi();
	 
	 PORTA=0x03;
	 PORTD=0x01;
	 huxi();
	 PORTA=0x05;
	 PORTD=0x02;
	 huxi();
	 PORTA=0x06;
	 PORTD=0x03;
	 huxi();
	 
	 PORTA=0x07;
	 PORTD=0x03;
	 huxi();
	 PORTA=0x0b;
	 PORTD=0x05;
	 huxi();
	 PORTA=0x0d;
	 PORTD=0x06;
	 huxi();
	 PORTA=0x0e;
	 PORTD=0x07;
	 huxi();
	 
	 PORTA=0x0f;
	 PORTD=0x07;
	 huxi();
	 PORTA=0x17;
	 PORTD=0x0b;
	 huxi();
	 PORTA=0x1b;
	 PORTD=0x0d;
	 huxi();
	 PORTA=0x1d;
	 PORTD=0x0e;
	 huxi();
	 PORTA=0x1e;
	 PORTD=0x0f;
	 huxi();
	 
	 PORTA=0x1f;
	 PORTD=0x0f;
	 huxi();
	 PORTA=0x2f;
	 PORTD=0x17;
	 huxi();
	 PORTA=0x37;
	 PORTD=0x1b;
	 huxi();
	 PORTA=0x3b;
	 PORTD=0x1d;
	 huxi();
	 PORTA=0x3d;
	 PORTD=0x1e;
	 huxi();
	 PORTA=0x3e;
	 PORTD=0x1f;
	 huxi();
	 
	 PORTA=0x3f;
	 PORTD=0x1f;
	 huxi();
	 PORTA=0x5f;
	 PORTD=0x2f;
	 huxi();
	 PORTA=0x6f;
	 PORTD=0x37;
	 huxi();
	 PORTA=0x77;
	 PORTD=0x3b;
	 huxi();
	 PORTA=0x7b;
	 PORTD=0x3d;
	 huxi();
	 PORTA=0x7d;
	 PORTD=0x3e;
	 huxi();
	 PORTA=0x7e;
	 PORTD=0x3f;
	 huxi();
	 
	 PORTA=0x7f;
	 PORTD=0x3f;
	 huxi();
	 PORTA=0xbf;
	 PORTD=0x5f;
	 huxi();
	 PORTA=0xdf;
	 PORTD=0x6f;
	 huxi();
	 PORTA=0xef;
	 PORTD=0x77;
	 huxi();
	 PORTA=0xf7;
	 PORTD=0x7b;
	 huxi();
	 PORTA=0xfb;
	 PORTD=0x7d;
	 huxi();
	 PORTA=0xfd;
	 PORTD=0x7e;
	 huxi();
	 PORTA=0xfe;
	 PORTD=0x7f;
	 huxi();
	 
	 PORTA=0xff;
	 PORTD=0x7f;
	 huxi();
	 PORTA=0x7f;
	 PORTD=0xbf;
	 huxi();
	 PORTA=0xbf;
	 PORTD=0xdf;
	 huxi();
	 PORTA=0xdf;
	 PORTD=0xef;
	 huxi();
	 PORTA=0xef;
	 PORTD=0xf7;
	 huxi();
	 PORTA=0xf7;
	 PORTD=0xfb;
	 huxi();
	 PORTA=0xfb;
	 PORTD=0xfd;
	 huxi();
	 PORTA=0xfd;
	 PORTD=0xfe;
	 huxi();
	 PORTA=0xfe;
	 PORTD=0xff;
	 huxi();
}


/***************流水灯 8*************/
void liushui8()
{
 	 OCR0=count;
 	 count=100; 
	 temp9=0xff;
	 temp10=0xff;


	 for(g=0;g<8;g++)
	 {
	     PORTA=~temp9;
		 PORTD=~temp10;
		for(count=100;count<256;count++)    //OCR=0时,LED最亮,然后逐渐变暗
	 	{
	       OCR0=count;                     //比较匹配寄存器赋值
	       Delay_ms(2);                   //延时一段时间,以观察效果
        } 
		for(count=255;count>99;count--)      //OCR=255时,LED最暗,然后逐渐变亮
        {
	       OCR0= count;                       
	       Delay_ms(2);                       
        } 
	     temp9=temp9>>1;
	     temp10=temp10<<1;
	 }
}

void liushui8fan()
{
 	 OCR0=count;
 	 count=100; 
	 temp11=0xff;
	 temp12=0xff;
	
	 for(h=0;h<8;h++)
	 {
	     PORTA=temp11;
		 PORTD=temp12;
		 huxi();
	     temp11=temp11<<1;
	     temp12=temp12>>1;
	 }
}


/*********以下是主函数*********/
void main(void)            
{
	port_init();
	timer0_init(); 
	while(1)
	{
		huxizhong();
		huxikuai();
		huxichaokuai();
		liushui1();
		liushui1fan();
		liushui5();     //一个灯跑
		liushui5fan();
		liushui2fan();
		liushui2();     //两个灯跑
		liushui4();    //一个灯流水
		liushui4fan();
		liushui3();
		liushui3();
		liushui3kuai1();
		liushui3kuai1();
		liushui3kuai1();
		liushui3kuai2();
		liushui3kuai2();
		liushui3kuai2();
		liushui3kuai2();
		liushui3kuai2();
		liushui3kuai2();
		liushui4();    //一个灯流水
		liushui4fan();
		liushui7();
		liushui7huxi();
		liushui5();     //一个灯跑
		liushui5fan();
		liushui2fan();
		liushui2();     //两个灯跑
		liushui4();    //一个灯流水
		liushui4fan();
		liushui6();
		liushui6fan(); 
		liushui2fan();
		liushui2();     //两个灯跑
		liushui4();    //一个灯流水
		liushui4fan();
		liushui3();
		liushui3();
		liushui7kuai();
		liushui2fan();
		liushui2();     //两个灯跑
		liushui4();    //一个灯流水
		liushui4fan();
		liushui6();
		liushui6fan(); 
		liushui8();
		liushui8fan();
		liushui1();
		liushui1fan();
		liushui3kuai2();
		liushui3kuai2();
		liushui3kuai2();
		liushui3kuai2();
		liushui3kuai2();
		liushui3kuai2();
		liushui7kuai();
		liushui1huxifan();
		liushui1huxi();

	} 
}
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