#include "SevSeg.h"
//Time Global variables
unsigned long timer;
int deciSecond = 0;
//int lastMillis,lastMillis2 = millis();

int value=100;
int value2=4;
const int ledPin1 = 14; //Blue Channel LED
const int ledPin2 = 15; // Green Value LED
char value_buffer1[4];
char value_buffer2[4];

// DISPLAY CODE
SevSeg myDisplay;

void setup() {

  pinMode ( ledPin1, OUTPUT );
  pinMode ( ledPin2, OUTPUT );
  int displayType = COMMON_CATHODE; //Your display is either common cathode or common anode
  //Declare what pins are connected to the GND pins (cathodes)
  int digit1 = 11; //Display Pin 12
  int digit2 = 12; //Display Pin 9
  int digit3 = 13; //Display Pin 8
  int digit4 = 19; //Display Pin x
  //Declare what pins are connected to the segments (anodes)
  int segA = 3; //Display Pin 11
  int segB = 4; //Display Pin 7
  int segC = 5; //Display Pin 4
  int segD = 6; //Display Pin 2
  int segE = 7; //Display Pin 1
  int segF = 8; //Display Pin 10
  int segG = 9; //Display Pin 5
  int segDP= 10; //Display Pin 3
  int numberOfDigits = 3; //Do you have a 1, 2 or 4 digit display?
  myDisplay.Begin(displayType, numberOfDigits, digit1, digit2, digit3, digit4, segA, segB, segC, segD, segE, segF, segG, segDP);
  myDisplay.SetBrightness(100); //Set the display to 100% brightness level

//Time Variables
  timer = millis();
}
void loop()
{
    sprintf(value_buffer1, "%03d", value);
    myDisplay.DisplayString(value_buffer1, 0);
    digitalWrite(ledPin1, HIGH);   // Turn on the LED
    digitalWrite(ledPin2, LOW);    // Turn off the LED

  delay(2000);
    sprintf(value_buffer2, "%03d", value2);
    myDisplay.DisplayString(value_buffer2, 0);
    digitalWrite(ledPin1, LOW);    // Turn off the LED
    digitalWrite(ledPin2, HIGH);   // Turn on the LED

  delay(2000);
  }