Christmas Cybertree Usb Arduino

Made by Guiye / Art / Lights / Upcycling
About the project

Built with recycled elements, high brightness color LEDs and an RGB LED.
Project info

Difficulty: Easy
Platforms: Arduino
Estimated time: 6 hours
License: GNU General Public License, version 3 or later (GPL3+)
Items used in this project

Hardware components

	5V Power bank	x 1
	Breadboard (generic)	x 1
	Male/Female Jumper Wires	x 1
	Glass Ball	x 2
	Hard disk reading head	x 1
	Aluminum dissipator	x 3
	LED, RGB	x 1
	High Brightness LED, Color	x 8
	Arduino UNO	x 1
View all
Story

The Arduino Cyber Christmas Tree is an easy project to carry out. Manufactured with electronic garbage, some LEDs and an Arduino Uno board. It has an editable sequence code for turning the LEDs on and off. It can be used as a desktop tree, as it can be connected to a computer's USB port or a 5V power bank.
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Schematics, diagrams and documents

conexion_PhRgaXx5kW.png

Code

Christmas_CyberTree.ino

/*
  Parpadeo de 8 LEDs
  Secuencias de parpadeos de 8 LEDs + LED RGB
 */


//Declaracion de los pines como constantes:
const int LEDr=9; //Color rojo pin 9
const int LEDb=10; //Color azul pin 10
const int LEDg=11; //Color verde pin 11
//Declaracin de las variables necesarias:

int rojo=0;
int verde=0;
int azul=0;

int rled = 2;         // Pin digital al que conectamos el LED rojo
int yled = 3;         // Pin digital al que conectamos el LED amarillo
int bled = 4;         // Pin digital al que conectamos el LED azul
int wled = 5;         // Pin digital al que conectamos el LED blanco
int b2led = 6;        // Pin digital al que conectamos el LED azul 2
int y2led = 7;        // Pin digital al que conectamos el LED amarillo 2
int r2led = 8;        // Pin digital al que conectamos el LED rojo 2
int wl = 12;          // Pin digital al que conectamos el LED blanco 2

void setup() {               
  pinMode(rled, OUTPUT);    // Configracin del pin 2 como salida
  pinMode(yled, OUTPUT);    // Configracin del pin 3 como salida
  pinMode(bled, OUTPUT);    // Configracin del pin 4 como salida
  pinMode(wled, OUTPUT);    // Configracin del pin 5 como salida
  pinMode(b2led, OUTPUT);   // Configracin del pin 6 como salida
  pinMode(y2led, OUTPUT);   // Configracin del pin 7 como salida
  pinMode(r2led, OUTPUT);   // Configracin del pin 8 como salida
  pinMode(wl, OUTPUT);   // Configracin del pin 12 como salida

  setColor(0,255,255);
  delay(50);
  setColor(255,0,255);
  delay(50);
  setColor(255,255,0);
  delay(50);

  //Comprobacion todos los colores
  setColor(255,255,255);
  delay(50);
  setColor(0,0,0);
  delay(50);
  setColor(255,255,255);
  delay(50);
  //Dejamos el color rojo para empezar el loop
  setColor(255,0,255);
  delay(10);
  }

void loop() 

{ 
  digitalWrite(wl, HIGH);  
  delay(5);  
  digitalWrite(wl, LOW);  
  delay(100); 
    digitalWrite(wl, HIGH);  
  delay(5);  
  digitalWrite(wl, LOW);  
  delay(100); 
    digitalWrite(wl, HIGH);  
  delay(5);  
  digitalWrite(wl, LOW);  
  delay(100); 
  
  //Se mantiene el rojo al maximo mientras sube el verde
  for (int verde=255;verde>=0;verde--){
    setColor(0,verde,255);
    delay(1);
    } 
  //Se mantiene el verde al maximo mientras baja el rojo
  for (int rojo=0;rojo<=255;rojo++){
    setColor(rojo,0,255);
    delay(1);
    }
  //Se mantiene el verde al maximo mientras sube el azul
  for (int azul=255;azul>=0;azul--){
    setColor(255,0,azul);
    delay(1);
    }
  //Se mantiene el azul al maximo mientras baja el verde
  for (int verde=0;verde<=255;verde++){
    setColor(255,verde,0);
    delay(1);
    }
  
  //Se mantiene el rojo al maximo mientras baja el azul
  for (int azul=0;azul<=255;azul++){
    setColor(0,255,azul);
    if(azul==255){
      delay(1);
      }
    else{ 
      delay(1);
      }
    }
  
/////////////

 digitalWrite(rled, HIGH);  
  delay(20);                
  digitalWrite(yled, HIGH); 
  delay(20);                  
  digitalWrite(bled, HIGH);  
  delay(20);                  
  digitalWrite(wled, HIGH);  
  delay(20);                  
  digitalWrite(b2led, HIGH); 
  delay(20);                   
  digitalWrite(y2led, HIGH);  
  delay(20);                 
  digitalWrite(r2led, HIGH);  
  delay(20);                 

  digitalWrite(rled, LOW);  
  delay(20);                  
  digitalWrite(yled, LOW);  
  delay(20);                
  digitalWrite(bled, LOW); 
  delay(20);               
  digitalWrite(wled, LOW);  
  delay(20);                 
  digitalWrite(b2led, LOW);  
  delay(20);                  
  digitalWrite(y2led, LOW);  
  delay(20);                 
  digitalWrite(r2led, LOW);  
  delay(20);                  

////destello blanco////

  digitalWrite(wl, HIGH);  
  delay(5);  
  digitalWrite(wl, LOW);  
  delay(100); 
  digitalWrite(wl, HIGH);  
  delay(5);  
  digitalWrite(wl, LOW);  
  delay(100); 
  digitalWrite(wl, HIGH);  
  delay(5);  
  digitalWrite(wl, LOW);  
  delay(100); 
  
/////////////

//Se mantiene el rojo al maximo mientras sube el verde
  for (int verde=255;verde>=0;verde--){
    setColor(0,verde,255);
    delay(1);
    } 

    //////

 digitalWrite(rled, HIGH); 
  delay(10);                  
  digitalWrite(rled, LOW); 
  delay(10);                  
  
  digitalWrite(yled, HIGH);  
  delay(10);                 
  digitalWrite(yled, LOW);  
  delay(10);                 
  
  digitalWrite(bled, HIGH);  
  delay(10);                  
  digitalWrite(bled, LOW);  
  delay(10);                  
  
  digitalWrite(wled, HIGH); 
  delay(10);                  
  digitalWrite(wled, LOW); 
  delay(10);                  
  
  digitalWrite(b2led, HIGH);  
  delay(10);                  
  digitalWrite(b2led, LOW);  
  delay(10);                  
  
  digitalWrite(y2led, HIGH);  
  delay(10);                  
  digitalWrite(y2led, LOW);  
  delay(10);                  
  
  digitalWrite(r2led, HIGH);  
  delay(10);                  
  digitalWrite(r2led, LOW); 
  delay(10);  

  ///destello blanco///
  digitalWrite(wl, HIGH);  
  delay(5);  
  digitalWrite(wl, LOW);  
  delay(100); 
  digitalWrite(wl, HIGH);  
  delay(5);  
  digitalWrite(wl, LOW);  
  delay(100); 
  digitalWrite(wl, HIGH);  
  delay(5);  
  digitalWrite(wl, LOW);  
  delay(100); 
  
  /////

  digitalWrite(rled, HIGH); 
  delay(10);                  
  digitalWrite(rled, LOW); 
  delay(10);                  
  
  digitalWrite(yled, HIGH);  
  delay(10);                 
  digitalWrite(yled, LOW);  
  delay(10);                 
  
  digitalWrite(bled, HIGH);  
  delay(10);                  
  digitalWrite(bled, LOW);  
  delay(10);                  
  
  digitalWrite(wled, HIGH); 
  delay(10);                  
  digitalWrite(wled, LOW); 
  delay(10);                  
  
  digitalWrite(b2led, HIGH);  
  delay(10);                  
  digitalWrite(b2led, LOW);  
  delay(10);                  
  
  digitalWrite(y2led, HIGH);  
  delay(10);                  
  digitalWrite(y2led, LOW);  
  delay(10);                  
  
  digitalWrite(r2led, HIGH);  
  delay(10);                  
  digitalWrite(r2led, LOW); 
  delay(10);  
  
  ///destello blanco///
  digitalWrite(wl, HIGH);  
  delay(5);  
  digitalWrite(wl, LOW);  
  delay(100); 
  digitalWrite(wl, HIGH);  
  delay(5);  
  digitalWrite(wl, LOW);  
  delay(100); 
  digitalWrite(wl, HIGH);  
  delay(5);  
  digitalWrite(wl, LOW);  
  delay(100);
  
  /////

  //Se mantiene el verde al maximo mientras baja el rojo
  for (int rojo=0;rojo<=255;rojo++){
    setColor(rojo,0,255);
    delay(1);
    }

      //Se mantiene el verde al maximo mientras sube el azul
  for (int azul=255;azul>=0;azul--){
    setColor(255,0,azul);
    delay(1);
    
    }

      //Se mantiene el azul al maximo mientras baja el verde
  for (int verde=0;verde<=255;verde++){
    setColor(255,verde,0);
    delay(1);
    }
  
  //Se mantiene el rojo al maximo mientras baja el azul
  for (int azul=0;azul<=255;azul++){
    setColor(0,255,azul);
    if(azul==255){
      delay(1);
      }
    else{ 
      delay(1);
      }
    }

/////////////

  digitalWrite(rled, HIGH);  
  delay(30);                
  digitalWrite(yled, HIGH); 
  delay(30);                  
  digitalWrite(bled, HIGH);  
  delay(30);                  
  digitalWrite(wled, HIGH);  
  delay(30);                  
  digitalWrite(b2led, HIGH); 
  delay(30);                   
  digitalWrite(y2led, HIGH);  
  delay(30);                 
  digitalWrite(r2led, HIGH);  
  delay(30);    

  digitalWrite(wl, HIGH);  
  delay(30); 
//
  digitalWrite(rled, LOW);  
  delay(30);                  
  digitalWrite(yled, LOW);  
  delay(30);                
  digitalWrite(bled, LOW); 
  delay(30);               
  digitalWrite(wled, LOW);  
  delay(30);                 
  digitalWrite(b2led, LOW);  
  delay(30);                  
  digitalWrite(y2led, LOW);  
  delay(30);                 
  digitalWrite(r2led, LOW);  
  delay(30);  

  digitalWrite(wl, LOW);  
  delay(30);

////

  //Se mantiene el rojo al maximo mientras sube el verde
  for (int verde=255;verde>=0;verde--){
    setColor(0,verde,255);
    delay(1);
    } 
  
  //Se mantiene el rojo al maximo mientras sube el verde
  for (int verde=30;verde>=0;verde--){
    setColor(0,verde,30);
    delay(1);
    } 

    //////
  
    digitalWrite(rled, HIGH); 
  delay(30);                  
  digitalWrite(rled, LOW); 
  delay(30);                  
  
  digitalWrite(yled, HIGH);  
  delay(30);                 
  digitalWrite(yled, LOW);  
  delay(30);                 
  
  digitalWrite(bled, HIGH);  
  delay(30);                  
  digitalWrite(bled, LOW);  
  delay(30);                  
  
  digitalWrite(wled, HIGH); 
  delay(30);                  
  digitalWrite(wled, LOW); 
  delay(30);                  
  
  digitalWrite(b2led, HIGH);  
  delay(30);                  
  digitalWrite(b2led, LOW);  
  delay(30);                  
  
  digitalWrite(y2led, HIGH);  
  delay(30);                  
  digitalWrite(y2led, LOW);  
  delay(30);                  
  
  digitalWrite(r2led, HIGH);  
  delay(30);                  
  digitalWrite(r2led, LOW); 
  delay(30);                  

  ///destello blanco///
  digitalWrite(wl, HIGH);  
  delay(5);  
  digitalWrite(wl, LOW);  
  delay(100); 
  digitalWrite(wl, HIGH);  
  delay(5);  
  digitalWrite(wl, LOW);  
  delay(100); 
  digitalWrite(wl, HIGH);  
  delay(5);  
  digitalWrite(wl, LOW);  
  delay(100); 
  /////

    //Se mantiene el azul al maximo mientras baja el verde
  for (int verde=0;verde<=255;verde++){
    setColor(255,verde,0);
    delay(1);
    }
  
  //Se mantiene el rojo al maximo mientras baja el azul
  for (int azul=0;azul<=255;azul++){
    setColor(0,255,azul);
    if(azul==255){
      delay(1);
      }
    else{ 
      delay(1);
      }
    }

    ////
 
  digitalWrite(rled, HIGH); 
  delay(60);                  
  digitalWrite(rled, LOW); 
  delay(30);                  
  
  digitalWrite(yled, HIGH);  
  delay(60);                 
  digitalWrite(yled, LOW);  
  delay(30);                 
  
  digitalWrite(bled, HIGH);  
  delay(60);                  
  digitalWrite(bled, LOW);  
  delay(30);                  
  
  digitalWrite(wled, HIGH); 
  delay(60);                  
  digitalWrite(wled, LOW); 
  delay(30);                  
  
  digitalWrite(b2led, HIGH);  
  delay(60);                  
  digitalWrite(b2led, LOW);  
  delay(30);                  
  
  digitalWrite(y2led, HIGH);  
  delay(60);                  
  digitalWrite(y2led, LOW);  
  delay(30);                  
  
  digitalWrite(r2led, HIGH);  
  delay(60);                  
  digitalWrite(r2led, LOW); 
  delay(30); 

    ///destello blanco///
  digitalWrite(wl, HIGH);  
  delay(5);  
  digitalWrite(wl, LOW);  
  delay(100); 
  digitalWrite(wl, HIGH);  
  delay(5);  
  digitalWrite(wl, LOW);  
  delay(100); 
  digitalWrite(wl, HIGH);  
  delay(5);  
  digitalWrite(wl, LOW);  
  delay(100); 
  /////

 //Se mantiene el azul al maximo mientras baja el verde
  for (int verde=0;verde<=50;verde++){
    setColor(50,verde,0);
    delay(1);
    }
  
  //Se mantiene el rojo al maximo mientras baja el azul
  for (int azul=0;azul<=55;azul++){
    setColor(0,55,azul);
    if(azul==55){
      delay(1);
      }
    else{ 
      delay(1);
      }
    }

/////////////

  digitalWrite(rled, HIGH); 
  delay(50);                  
  digitalWrite(rled, LOW); 
  delay(50);                  
  
  digitalWrite(yled, HIGH);  
  delay(50);                 
  digitalWrite(yled, LOW);  
  delay(50);                 
  
  digitalWrite(bled, HIGH);  
  delay(50);                  
  digitalWrite(bled, LOW);  
  delay(50);                  
  
  digitalWrite(wled, HIGH); 
  delay(50);                  
  digitalWrite(wled, LOW); 
  delay(50);                  
  
  digitalWrite(b2led, HIGH);  
  delay(50);                  
  digitalWrite(b2led, LOW);  
  delay(50);                  
  
  digitalWrite(y2led, HIGH);  
  delay(50);                  
  digitalWrite(y2led, LOW);  
  delay(50);                  
  
  digitalWrite(r2led, HIGH);  
  delay(50);                  
  digitalWrite(r2led, LOW); 
  delay(50);               

//////////

    ///destello blanco///
  digitalWrite(wl, HIGH);  
  delay(5);  
  digitalWrite(wl, LOW);  
  delay(100); 
  digitalWrite(wl, HIGH);  
  delay(5);  
  digitalWrite(wl, LOW);  
  delay(100); 
  digitalWrite(wl, HIGH);  
  delay(5);  
  digitalWrite(wl, LOW);  
  delay(100); 
   
/////////////

  digitalWrite(rled, HIGH);  
  delay(100);                 
  
  digitalWrite(r2led, HIGH); 
  delay(100); 
 
  digitalWrite(yled, HIGH); 
  delay(100);                 

  digitalWrite(y2led, HIGH);  
  delay(100);                 
  
  digitalWrite(bled, HIGH);  
  delay(100);                 
 
  digitalWrite(b2led, HIGH); 
  delay(100);                   
  
  digitalWrite(wled, HIGH);  
  delay(100);                  
 

  digitalWrite(rled, LOW);  
  delay(50);                 

  digitalWrite(r2led, LOW);  
  delay(50);    

  digitalWrite(yled, LOW);  
  delay(70);                  

  digitalWrite(y2led, LOW);  
  delay(70);  

  digitalWrite(bled, LOW);  
  delay(100);                
  
  digitalWrite(b2led, LOW); 
  delay(150);                

  digitalWrite(wled, LOW);  
  delay(200);

///////////////////////////

  digitalWrite(rled, HIGH);  
  digitalWrite(r2led, HIGH); 
  delay(200); 
 
  digitalWrite(yled, HIGH); 
  digitalWrite(y2led, HIGH);  
  delay(200);                 
  
  digitalWrite(bled, HIGH);  
  digitalWrite(b2led, HIGH); 
  delay(200);                   
  
  digitalWrite(wled, HIGH);  
  delay(200);                  
 
  digitalWrite(rled, LOW);  
  digitalWrite(r2led, LOW);  
  delay(300);    

  digitalWrite(yled, LOW);  
  digitalWrite(y2led, LOW);  
  delay(300);  

  digitalWrite(bled, LOW);  
  digitalWrite(b2led, LOW); 
  delay(300);                

  digitalWrite(wled, LOW);  
  delay(300);   

///////

//Se mantiene el azul al maximo mientras baja el verde
  for (int verde=0;verde<=0;verde++){
    setColor(0,verde,0);
    delay(1);
    }
  
  //Se mantiene el rojo al maximo mientras baja el azul
  for (int azul=0;azul<=5;azul++){
    setColor(0,10,azul);
    if(azul==0){
      delay(1);
      }
    else{ 
      delay(1);
      }
    }

    //////

  digitalWrite(wl, HIGH);  
  delay(50);  
  digitalWrite(wl, LOW);  
  delay(50); 
  digitalWrite(wl, HIGH);  
  delay(50);  
  digitalWrite(wl, LOW);  
  delay(50); 
  digitalWrite(wl, HIGH);  
  delay(50);  
  digitalWrite(wl, LOW);  
  delay(50); 

  digitalWrite(wled, HIGH);  
  delay(50);  
  digitalWrite(wled, LOW);  
  delay(50);  
  digitalWrite(wled, HIGH);  
  delay(50);  
  digitalWrite(wled, LOW);  
  delay(50);  
  digitalWrite(wled, HIGH);  
  delay(50);  
  digitalWrite(wled, LOW);  
  delay(50);  

  digitalWrite(wl, HIGH);  
  delay(50);  
  digitalWrite(wl, LOW);  
  delay(50); 
  digitalWrite(wl, HIGH);  
  delay(50);  
  digitalWrite(wl, LOW);  
  delay(50); 
  digitalWrite(wl, HIGH);  
  delay(50);  
  digitalWrite(wl, LOW);  
  delay(50); 

  digitalWrite(wled, HIGH);  
  delay(50);  
  digitalWrite(wled, LOW);  
  delay(50);  
  digitalWrite(wled, HIGH);  
  delay(50);  
  digitalWrite(wled, LOW);  
  delay(50);  
  digitalWrite(wled, HIGH);  
  delay(50);  
  digitalWrite(wled, LOW);  
  delay(50);  

//

  digitalWrite(wl, HIGH);  
  delay(50);  
  digitalWrite(wl, LOW);  
  delay(50); 
  digitalWrite(wled, HIGH);  
  delay(50);  
  digitalWrite(wled, LOW);  
  delay(50); 

  digitalWrite(wl, HIGH);  
  delay(50);  
  digitalWrite(wl, LOW);  
  delay(50); 
  digitalWrite(wled, HIGH);  
  delay(50);  
  digitalWrite(wled, LOW);  
  delay(50); 
  
  digitalWrite(wl, HIGH);  
  delay(50);  
  digitalWrite(wl, LOW);  
  delay(50); 
  digitalWrite(wled, HIGH);  
  delay(50);  
  digitalWrite(wled, LOW);  
  delay(50); 

  digitalWrite(wl, HIGH);  
  delay(50);  
  digitalWrite(wl, LOW);  
  delay(50); 
  digitalWrite(wled, HIGH);  
  delay(50);  
  digitalWrite(wled, LOW);  
  delay(50); 

  digitalWrite(wl, HIGH);  
  delay(50);  
  digitalWrite(wl, LOW);  
  delay(50); 
  digitalWrite(wled, HIGH);  
  delay(50);  
  digitalWrite(wled, LOW);  
  delay(50); 
  
  digitalWrite(wl, HIGH);  
  delay(50);  
  digitalWrite(wl, LOW);  
  delay(50); 
  digitalWrite(wled, HIGH);  
  delay(50);  
  digitalWrite(wled, LOW);  
  delay(50); 

///////////////////////////
                  
 //Se mantiene el rojo al maximo mientras baja el azul
  for (int azul=0;azul<=255;azul++){
    setColor(0,255,azul);
    if(azul==255){
      delay(1);
      }
      }

///////////////////////////

  ///raya/////////////////
 
  digitalWrite(wled, HIGH);   
  digitalWrite(yled, HIGH);  
  digitalWrite(y2led, HIGH);
  digitalWrite(bled, HIGH);   
  digitalWrite(b2led, HIGH);  
  digitalWrite(rled, HIGH);
  digitalWrite(r2led, HIGH);   
  delay(500); 
  
  digitalWrite(wled, LOW);   
  digitalWrite(yled, LOW);  
  digitalWrite(y2led, LOW);
  digitalWrite(bled, LOW);   
  digitalWrite(b2led, LOW);  
  digitalWrite(rled, LOW);
  digitalWrite(r2led, LOW);   
  delay(200);         

  digitalWrite(wled, HIGH);   
  digitalWrite(yled, HIGH);  
  digitalWrite(y2led, HIGH);
  digitalWrite(bled, HIGH);   
  digitalWrite(b2led, HIGH);  
  digitalWrite(rled, HIGH);
  digitalWrite(r2led, HIGH);   
  delay(500); 
  
  digitalWrite(wled, LOW);   
  digitalWrite(yled, LOW);  
  digitalWrite(y2led, LOW);
  digitalWrite(bled, LOW);   
  digitalWrite(b2led, LOW);  
  digitalWrite(rled, LOW);
  digitalWrite(r2led, LOW);   
  delay(200);   

////punto//////////////////

  digitalWrite(wled, HIGH);   
  digitalWrite(yled, HIGH);  
  digitalWrite(y2led, HIGH);
  digitalWrite(bled, HIGH);   
  digitalWrite(b2led, HIGH);  
  digitalWrite(rled, HIGH);
  digitalWrite(r2led, HIGH);   
  delay(70); 
  
  digitalWrite(wled, LOW);   
  digitalWrite(yled, LOW);  
  digitalWrite(y2led, LOW);
  digitalWrite(bled, LOW);   
  digitalWrite(b2led, LOW);  
  digitalWrite(rled, LOW);
  digitalWrite(r2led, LOW);   
  delay(200);   

  digitalWrite(wled, HIGH);   
  digitalWrite(yled, HIGH);  
  digitalWrite(y2led, HIGH);
  digitalWrite(bled, HIGH);   
  digitalWrite(b2led, HIGH);  
  digitalWrite(rled, HIGH);
  digitalWrite(r2led, HIGH);   
  delay(70); 
  
  digitalWrite(wled, LOW);   
  digitalWrite(yled, LOW);  
  digitalWrite(y2led, LOW);
  digitalWrite(bled, LOW);   
  digitalWrite(b2led, LOW);  
  digitalWrite(rled, LOW);
  digitalWrite(r2led, LOW);   
  delay(200); 

////////////////////////////

  digitalWrite(rled, HIGH); 
  delay(70);                 
  digitalWrite(yled, HIGH);  
  delay(65);                 
  digitalWrite(bled, HIGH); 
  delay(60);                 
  digitalWrite(wled, HIGH);  
  delay(55);                 
  digitalWrite(y2led, HIGH); 
  delay(50);                  
  digitalWrite(b2led, HIGH);  
  delay(45);                 
  digitalWrite(r2led, HIGH);  
  delay(40);     

  digitalWrite(wl, HIGH);  
  delay(100);    

  digitalWrite(rled, LOW);  
  delay(40);                  
  digitalWrite(yled, LOW);  
  delay(45);                
  digitalWrite(bled, LOW);  
  delay(50);                 
  digitalWrite(wled, LOW);  
  delay(55);                 
  digitalWrite(b2led, LOW);  
  delay(60);                
  digitalWrite(y2led, LOW); 
  delay(65);                 
  digitalWrite(r2led, LOW);  
  delay(70);

  digitalWrite(wl, LOW);  
  delay(100);  
  
 ///////////////////////////

 digitalWrite(rled, HIGH); 
  delay(70);                 
  digitalWrite(yled, HIGH);  
  delay(65);                 
  digitalWrite(bled, HIGH); 
  delay(60);                 
  digitalWrite(wled, HIGH);  
  delay(55);                 
  digitalWrite(y2led, HIGH); 
  delay(50);                  
  digitalWrite(b2led, HIGH);  
  delay(45);                 
  digitalWrite(r2led, HIGH);  
  delay(40);     

  digitalWrite(wl, HIGH);  
  delay(100);    

  digitalWrite(rled, LOW);  
  delay(40);                  
  digitalWrite(yled, LOW);  
  delay(45);                
  digitalWrite(bled, LOW);  
  delay(50);                 
  digitalWrite(wled, LOW);  
  delay(55);                 
  digitalWrite(b2led, LOW);  
  delay(60);                
  digitalWrite(y2led, LOW); 
  delay(65);                 
  digitalWrite(r2led, LOW);  
  delay(70);

  digitalWrite(wl, LOW);  
  delay(100);  
  
///////////////////////////

  digitalWrite(rled, HIGH); 
  delay(30);                 
  digitalWrite(yled, HIGH);  
  delay(25);                 
  digitalWrite(bled, HIGH); 
  delay(20);                 
  digitalWrite(wled, HIGH);  
  delay(15);                 
  digitalWrite(y2led, HIGH); 
  delay(10);                  
  digitalWrite(b2led, HIGH);  
  delay(5);                 
  digitalWrite(r2led, HIGH);  
  delay(1);                  

  digitalWrite(rled, LOW);  
  delay(1);                  
  digitalWrite(yled, LOW);  
  delay(5);                
  digitalWrite(bled, LOW);  
  delay(10);                 
  digitalWrite(wled, LOW);  
  delay(15);                 
  digitalWrite(b2led, LOW);  
  delay(20);                
  digitalWrite(y2led, LOW); 
  delay(25);                 
  digitalWrite(r2led, LOW);  
  delay(30);                 
}
///////////////////////////

void setColor(int red,int green,int blue)
{
  analogWrite(LEDr,red);
  analogWrite(LEDg,green);
  analogWrite(LEDb,blue); 
}

////FELIZ///NAVIDAD////////
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conexion_PhRgaXx5kW.png

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Christmas_CyberTree.ino

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Guiye

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Shop

Project Hub

Video

Blog

Shop home

3D printing

Single Board Computers

Development kits

Sensors

Internet of things

Robotics

Accessories

Product of the Week

Electromaker Educator

The Electromaker Show

The Electromaker Podcast

Christmas Cybertree Usb Arduino

About the project

Project info

Items used in this project

Hardware components

Story

Schematics, diagrams and documents

conexion_PhRgaXx5kW.png

Code

Christmas_CyberTree.ino

Credits

Guiye

Leave your feedback...

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