const int PIN_RED   = 13;
const int PIN_GREEN = 11;
const int PIN_BLUE  = 12;


const int v = 5000;

//#FF0000 // RGB(255, 0, 0)-RED

int R1=255;
int G1=0;
int Bl1=0;


///#00FF00//RGB(0, 255, 0)-green


int R2=0;
int G2=255;
int B2=0;

///#0000FF //RGB(0, 0, 255)-BLUE

int R3=0;
int G3=0;
int B3=255;


//#FFFF00 //RGB(255, 255, 0)-YELLOW

int R4=255;
int G4=245;
int B4=0;


//#0ef1f1//rgb(14, 241, 241)-sky blue

int R5=0;
int G5=255;
int B5=255;



//#8b4513 //rgb(139, 69, 19)-SaddleBrown

int R6=139;
int G6=69;
int B6=19;



//#ff0088 //rgb(255, 0, 136)-pink

int R7=255;
int G7=0;
int B7=136;





//#ffffff //rgb(255, 255, 255)-white

int R8=255;
int G8=255;
int B8=255;



//#000000 //rgb(0, 255, 255)-black

int R9=0;
int G9=255;
int B9=255;



void setup() 
{
  pinMode(PIN_RED,   OUTPUT);
  pinMode(PIN_GREEN, OUTPUT);
  pinMode(PIN_BLUE,  OUTPUT);
}

void loop() {


  ////////////////////////////////////////////////////////////////////////////////
  // // color code #00C9CC (R = 0,   G = 201, B = 204)
  // analogWrite(PIN_RED,   0);
  // analogWrite(PIN_GREEN, 201);
  // analogWrite(PIN_BLUE,  204);

  // delay(1000); // keep the color 1 second

  // // color code #F7788A (R = 247, G = 120, B = 138)
  // analogWrite(PIN_RED,   247);
  // analogWrite(PIN_GREEN, 120);
  // analogWrite(PIN_BLUE,  138);

  // delay(1000); // keep the color 1 second

  // // color code #34A853 (R = 52,  G = 168, B = 83)
  // analogWrite(PIN_RED,   52);
  // analogWrite(PIN_GREEN, 168);
  // analogWrite(PIN_BLUE,  83);

  // delay(1000); // keep the color 1 second


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


///////////////RED///////////////////////////////////////////////////

//   analogWrite(PIN_RED,   R1);
//   analogWrite(PIN_GREEN, G1);
//   analogWrite(PIN_BLUE,  Bl1);

//   delay(v); // keep the color 1 second

// //////////////GREEN//////////////////////////////////////

//    analogWrite(PIN_RED,  R2);
//   analogWrite(PIN_GREEN, G2);
//   analogWrite(PIN_BLUE,  B2);

//   delay(v); // keep the color 1 second

//   ////////////////////// BLUE  ///////////////////////////////


//    analogWrite(PIN_RED,  R3);
//   analogWrite(PIN_GREEN, G3);
//   analogWrite(PIN_BLUE,  B3);

//   delay(v); // keep the color 1 second

// //////////////////////yellow //////////////////////////////////

//    analogWrite(PIN_RED,   R4);
//   analogWrite(PIN_GREEN, G4);
//   analogWrite(PIN_BLUE,  B4);

//   delay(v); // keep the color 1 second


  // ////////////////////////sky blue/////////////////////////////////////////////////////////////




  //  analogWrite(PIN_RED,   R5);
  // analogWrite(PIN_GREEN, G5);
  // analogWrite(PIN_BLUE,  B5);

  // delay(v); // keep the color 1 second


  ////////////////////////// brown/////////////////////////////////////////////////////////////



  //   analogWrite(PIN_RED, R6);
  // analogWrite(PIN_GREEN, G6);
  // analogWrite(PIN_BLUE,  B6);

  // delay(v); // keep the color 1 second


  // ///////////////////////////////////pink/////////////////////////////////////////////


  //   analogWrite(PIN_RED, R7);
  // analogWrite(PIN_GREEN, G7);
  // analogWrite(PIN_BLUE,  B7);

  // delay(v); // keep the color 1 second

  ///////////////////////////////white//////////////////////////////////////////////
  
    analogWrite(PIN_RED, R8);
  analogWrite(PIN_GREEN, G8);
  analogWrite(PIN_BLUE,  B8);

  delay(v); // keep the color 1 second

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


  analogWrite(PIN_RED, R9);
  analogWrite(PIN_GREEN, G9);
  analogWrite(PIN_BLUE,  B9);

  delay(v); // keep the color 1 second

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








}