#include <Charlieplex.h>

#define NUMBER_OF_PINS 6
//define pins in the order you want to address them
byte pins[] = {10, 9, 8, 7, 6, 5};

//initialize object
Charlieplex charlieplex = Charlieplex(pins, NUMBER_OF_PINS);

//individual 'pins' , address charlieplex pins as you would adress an array
charliePin ledA1 = { 
  1, 0 }; 
charliePin ledA2 = { 
  2 , 0};
charliePin ledA3 = { 
  3, 0};
charliePin ledA4 = { 
  4, 0 };
charliePin ledA5 = { 
  5, 0 };


//individual 'pins' , address charlieplex pins as you would adress an array
charliePin ledB1 = { 
  0, 1 }; 
charliePin ledB2 = { 
  2, 1};
charliePin ledB3 = { 
  3, 1};
charliePin ledB4 = { 
  4, 1 };
charliePin ledB5 = { 
  5, 1 };

//individual 'pins' , address charlieplex pins as you would adress an array
charliePin ledC1 = { 
  0, 2 }; 
charliePin ledC2 = { 
  1, 2};
charliePin ledC3 = { 
  3, 2};
charliePin ledC4 = { 
  4, 2 };
charliePin ledC5 = { 
  5, 2 };

//individual 'pins' , address charlieplex pins as you would adress an array
charliePin ledD1 = { 
  0, 3 }; 
charliePin ledD2 = { 
  1, 3};
charliePin ledD3 = { 
  2, 3};
charliePin ledD4 = { 
  4, 3 };
charliePin ledD5 = { 
  5, 3 };

//individual 'pins' , address charlieplex pins as you would adress an array
charliePin ledE1 = { 
  0, 4 }; 
charliePin ledE2 = { 
  1, 4};
charliePin ledE3 = { 
  2, 4};
charliePin ledE4 = { 
  3, 4 };
charliePin ledE5 = { 
  5, 4 };


//individual 'pins' , address charlieplex pins as you would adress an array
charliePin ledF1 = { 
  0, 5 }; 
charliePin ledF2 = { 
  1, 5};
charliePin ledF3 = { 
  2, 5};
charliePin ledF4 = { 
  3, 5 };
charliePin ledF5 = { 
  4, 5 };


void setup(){
  /*nothing*/
}

void loop(){
  charlieplex.clear(); 


//charlieplex.charlieWrite(ledA1,HIGH);
//charlieplex.charlieWrite(ledA2,HIGH); // not working
//  charlieplex.charlieWrite(ledA3,HIGH);
// charlieplex.charlieWrite(ledA4,HIGH);
//  charlieplex.charlieWrite(ledA5,HIGH);
//    
//  charlieplex.charlieWrite(ledB1,HIGH);
//   charlieplex.charlieWrite(ledB2,HIGH); //not working
//  charlieplex.charlieWrite(ledB3,HIGH);
//charlieplex.charlieWrite(ledB4,HIGH);
//  charlieplex.charlieWrite(ledB5,HIGH);
// 
//  charlieplex.charlieWrite(ledC1,HIGH); // not working
//   charlieplex.charlieWrite(ledC2,HIGH); // not working
//  charlieplex.charlieWrite(ledC3,HIGH); // not working
//  charlieplex.charlieWrite(ledC4,HIGH); // not working
// charlieplex.charlieWrite(ledC5,HIGH);// not working
////
  charlieplex.charlieWrite(ledD1,HIGH);
//   charlieplex.charlieWrite(ledD2,HIGH); 
//  charlieplex.charlieWrite(ledD3,HIGH); // not working
//  charlieplex.charlieWrite(ledD4,HIGH);
// charlieplex.charlieWrite(ledD5,HIGH);
//
// charlieplex.charlieWrite(ledE1,HIGH);
// charlieplex.charlieWrite(ledE2,HIGH);
// charlieplex.charlieWrite(ledE3,HIGH); // not working
// charlieplex.charlieWrite(ledE4,HIGH);
// charlieplex.charlieWrite(ledE5,HIGH);
//
// charlieplex.charlieWrite(ledF1,HIGH);
// charlieplex.charlieWrite(ledF2,HIGH);
// charlieplex.charlieWrite(ledF3,HIGH); // not working
// charlieplex.charlieWrite(ledF4,HIGH);
// charlieplex.charlieWrite(ledF5,HIGH);

//  
}