creation

//--------------------红外的上下左右键控制灯的开关
#include<IRremote.h>
#define IR_PIN 6//接红外引脚
decode_results results;

IRrecv irrecv(IR_PIN);
#define irhead 33464415//-------------------上下左右键的编码，可以增加
#define irback 33478695
#define irleft 33480735
#define irright 33460335
#define irA 33456255
#define irB 33439935
#define OUT1A 8//-----------------------接led的引脚
#define OUT1B 9//接led的引脚
#define OUT2A 10//接led的引脚
#define OUT2B 11//接led的引脚
#define OUT3A 12
#define OUT3B 13

//----------------流水灯中的代码
int LED1=8;

 int LED2=9;

 int LED3=10;

 int LED4=11;

 int LED5=12;

 int LED6=13;

 int n;
//---------------------------------------
void left()//------------------------下面是6个控制灯的函数
{
  digitalWrite(OUT1A, HIGH);
  digitalWrite(OUT1B, LOW);
  digitalWrite(OUT2A, LOW);
  digitalWrite(OUT2B, LOW);
  digitalWrite(OUT3A, LOW);
  digitalWrite(OUT3B, HIGH);
}
void right()
{
  digitalWrite(OUT1A, LOW);
  digitalWrite(OUT1B, HIGH);
  digitalWrite(OUT2A, LOW);
  digitalWrite(OUT2B, LOW);
  digitalWrite(OUT3A, LOW);
  digitalWrite(OUT3B, LOW);
}

void back()
{
 digitalWrite(OUT1A,LOW);
 digitalWrite(OUT1B,LOW);
 digitalWrite(OUT2A,LOW);
 digitalWrite(OUT2B,HIGH);
 digitalWrite(OUT3A, LOW);
 digitalWrite(OUT3B, LOW);
  }

void head()
{
 digitalWrite(OUT1A,LOW);
 digitalWrite(OUT1B,LOW);
 digitalWrite(OUT2A,HIGH);
 digitalWrite(OUT2B,LOW);
 digitalWrite(OUT3A, LOW);
 digitalWrite(OUT3B, LOW);

  }
void B()
{
 digitalWrite(OUT1A,HIGH);
 digitalWrite(OUT1B,HIGH);
 digitalWrite(OUT2A,LOW);
 digitalWrite(OUT2B,LOW);
 digitalWrite(OUT3A, HIGH);
 digitalWrite(OUT3B, HIGH);

  }
void STOP()
{
 digitalWrite(OUT1A,HIGH);
 digitalWrite(OUT1B,HIGH);
 digitalWrite(OUT2A,HIGH);
 digitalWrite(OUT2B,HIGH);
 digitalWrite(OUT3A,HIGH);
 digitalWrite(OUT3B,HIGH);

  }


  void period5()//红外遥控
  {
      
      if (irrecv.decode(&results)){
    Serial.println(results.value,DEC);
  switch(results.value)
  {
  
  case irhead:
  head();
  Serial.println("HEAD");
  delay(3000);
  STOP();
  break;

   case irback:
  back();
  Serial.println("BACK");
  delay(3000);
  STOP();
  break;

 case irleft:
  left();
  Serial.println("LEFT");
  delay(3000);
  STOP();
  break;

   case irright:
  right();
  Serial.println("RIGHT");
  delay(3000);
  STOP();
  break;
  
  case irB:
  B();
  Serial.println("B");
  delay(3000);
  STOP();
  break;
  
  case irA:
  liushuideng();
  Serial.println("RIGHT");
  delay(3000);
  STOP();
  break;
  
  }
  
  irrecv.resume();
  }
    }

    

void setup()
{
  pinMode(OUT1A, OUTPUT);//驱动
  pinMode(OUT1B, OUTPUT);
  pinMode(OUT2A, OUTPUT);
  pinMode(OUT2B, OUTPUT);
  pinMode(OUT3A, OUTPUT);
  pinMode(OUT3B, OUTPUT);
  Serial.begin(9600);  // 初始化串口通信及连接SR04的引脚
  irrecv.enableIRIn();//启动遥控器
  
  //一下为流水灯的setup函数中的代码
  /*
  for(n=8;n<=13;n++)

{

  pinMode(n, OUTPUT);  

}
*/
}


void loop()
{
  period5();

  }

//-------------以下为流水灯的源码
//因为红外遥控中有setup、loop函数，
//所以要用流水灯的loop函数替换原来红外遥控中的loop函数
//loop函数处理：这里只需把红外遥控中的loop函数代码注释掉即可
//setup函数处理：把流水灯里setup函数的内容放到红外遥控的setup函数即可，注释掉流水灯setup函数代码
/*
void setup()

{ //设置各个引脚的初始状态 

for(n=8;n<=13;n++)

{

  pinMode(n, OUTPUT);  

}

}
*/
/*
void loop() 

{

  liushuideng();

} 
*/

void liushuideng()  //流水灯
{
  turn1();//顺序点亮，顺序熄灭

  clean();  //灭掉所有灯

  

  turn2();//6灯齐闪

  clean();//灭掉所有灯

  

  turn3();

  clean();//灭掉所有灯
}

void turn1()  //顺序点亮，顺序熄灭

{

  for(n=8;n<=13;n++)

{

    digitalWrite(n,HIGH);

    delay(300);

}

  for(n=8;n<=13;n++)

{

    digitalWrite(n,LOW);

    delay(300);

}

}

void turn2()//6灯齐闪3次

{ for(int x=0;x<=2;x++)

{

  for(n=8;n<=13;n++)

{

    digitalWrite(n,HIGH);   

}

delay(300); 

  for(n=8;n<=13;n++)

{

    digitalWrite(n,LOW);

    

}

delay(300);

}

}

void turn3()//两个两个一起闪3次

{

  for(int x=0;x<=2;x++)

  {

  digitalWrite(8,HIGH);

  digitalWrite(9,HIGH);

  for(n=10;n<=13;n++){

    digitalWrite(n,LOW);

  }

  delay(300);

  digitalWrite(10,HIGH);

  digitalWrite(11,HIGH);

  digitalWrite(8,LOW);

  digitalWrite(9,LOW);

  digitalWrite(12,LOW);

  digitalWrite(13,LOW);

  delay(300);

  digitalWrite(12,HIGH);

  digitalWrite(13,HIGH);

  for(n=6;n<=11;n++){

    digitalWrite(n,LOW);

  }

  delay(300);

}

}

void clean()

{  for(n=8;n<=13;n++)

{

    digitalWrite(n,LOW);

    

}

delay(300);

}