/*
Basic Analogue Input Control - PhotoResistor Input
This example reads an analogue value from analogue in pin 1 and then compares this to a set point.
If the set point is threshold is crossed, the LED on digital pin 7 is turned on/off.
Author: David M. Auld
Date: 9th October 2009
*/
int photoIn = A0;       // photoresistor on Analogue Pin 1
int ledOut = 7;        // LED on Digital Pin 7
int aiValue = 0;       // input value
int setPoint = 550;    // Trigger value

int val = 0;

void setup()
{
  pinMode(ledOut, OUTPUT);  // Configure the Digital Pin Direction for the LED  
  pinMode(8, OUTPUT);
  pinMode(9, OUTPUT);
  Serial.begin(9600);
}
void loop() {
  val = analogRead(1);
  Serial.print(val);
 Serial.println(""); 
//  int dat = (125*val)>>8 ;
//  Serial.print("Tep : ") ; //print “Tep” means temperature
//Serial.print(dat) ; // print the value of dat
//Serial.println(" C"); //print “C” means degree
  
  aiValue = analogRead(photoIn);    // Read the analogue input value
  Serial.print(aiValue);
  
  Serial.print("\n");
  
  if (aiValue < setPoint)
  {
    digitalWrite(ledOut, HIGH);      // It has got dark, turn the LED on.
    digitalWrite(8, LOW);      // It has got dark, turn the LED on.
    //digitalWrite(9, HIGH);      // It has got dark, turn the LED on.
  }
  else
  {
    digitalWrite(ledOut, LOW);       // It is light again, turn the LED off.
    digitalWrite(8, HIGH);      // It has got dark, turn the LED on.
    //digitalWrite(9, LOW);   
  }             
  
  delay(1000);
}