IT'S LIT - HACKPRINCETON 2016

/* IT'S LIT - HackPrinceton 2016
 *  Ardunio
*/

int analog_sensor  = A0; // select the input pin for the potentiometer
int digit_sensor = 12; // select the input pin for the potentiometer
int ledPin1 = 3; // select the pin for the LED
int ledPin2 = 10;
int ledPin3 = 10;
int i = 0;
int i2 = 0;
int i3 = 0;
float aInput;
float sumAv1 = 0;
float sumAv2 = 0;
float sumAv3 = 0;
int const sample0 = 500;
int const sample1 = 1000;
int const sample2 = 1500;
int const sample3 = 2000;
//int const sample4= 2500;
float analog1[sample0];
float analog2[sample1];
float analog3[sample1];

// value from the analog input pin
int digitValue;  //  value from the digit input pin
float percent1 = 0;
float percent2 = 0;
float percent3 = 0;
float avgNow1 = 0;
float avgNow2 = 0;
float avgNow3 = 0;
float avg1 = 0;
float avg2 = 0;
float avg3 = 0;

void displayerLed(float pcnt1, float pcnt2) {

  aInput = analogRead(analog_sensor);


  ///////////////////11111111111111111111/////////////////////////

  analog1[i] = aInput;
  sumAv1 = sumAv1 + analog1[i];
  i++;
  if (i == sample0) {
    avgNow1 = sumAv1 / sample0;
    Serial.println (avgNow1, DEC);
    i = 0;
    sumAv1 = 0;
    //Serial.println (avgNow, DEC);
    percent1 = ((avgNow1 - avg1) / avgNow1 * 100);
    //Serial.println (percent, DEC);
    avg1 = avgNow1;
  }
  if (percent1 > pcnt1)
    digitalWrite (ledPin1, LOW);
  else digitalWrite (ledPin1, HIGH );


  ////////////////////22222222222222222222///////////////////////////

  analog2[i2] = aInput;
  sumAv2 = sumAv2 + analog2[i2];
  i2++;
  if (i2 == sample1) {
    avgNow2 = sumAv2 / sample1;
    //Serial.println (avgNow, DEC);
    i2 = 0;
    sumAv2 = 0;
    //Serial.println (avgNow, DEC);
    percent2 = ((avgNow2 - avg2) / avgNow2 * 100);
    //Serial.println (percent, DEC);
    avg2 = avgNow2;
  }

  if (percent2 >= pcnt2)  {
digitalWrite (ledPin2, HIGH);
  }
  else digitalWrite (ledPin2, LOW);


  /////////////////////333333333333333333333//////////////////////////

  //     analog3[i3] = aInput;
  //     sumAv3 = sumAv3 + analog3[i3];
  //     i3++;
  //     if (i3==sample1){
  //         avgNow3 = sumAv3/sample1;
  //         //Serial.println (avgNow, DEC);
  //         i3=0;
  //         sumAv3=0;
  //         //Serial.println (avgNow3, DEC);
  //         percent3 = ((avgNow3 - avg3)/avgNow3*100);
  //         //Serial.println (percent, DEC);
  //         avg3 = avgNow3;
  //     }
  //     if (percent3>= pcnts1)
  //          digitalWrite (ledPin3, LOW);
  //     else digitalWrite (ledPin3, HIGH);

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




}


void setup () {
  pinMode (ledPin1, OUTPUT);
  pinMode (ledPin2, OUTPUT);
  pinMode (digit_sensor, INPUT);
  Serial.begin (9600);
}

void loop () {

  displayerLed(.7, .3);



}