#include <Wire.h>



const int BROCHE_LEDGv = 13;
const int BROCHE_LEDGj = 12;
const int BROCHE_LEDGr = 11;
const int BROCHE_LEDGi = 10;
const int BROCHE_LEDGb1 = 9;
const int BROCHE_LEDGb2 = 8;
const int BROCHE_LEDGb3 = 7;
const int BROCHE_LEDGb4 = 6;
const int BROCHE_LEDGdef = 5;


int temp;
int tempa;
int ThermistorPin=0;
int mesure;


void setup() {
  // put your setup code here, to run once:
pinMode (BROCHE_LEDGv, OUTPUT);
pinMode (BROCHE_LEDGj, OUTPUT);
pinMode (BROCHE_LEDGr, OUTPUT);
pinMode (BROCHE_LEDGi, OUTPUT);
pinMode (BROCHE_LEDGb1, OUTPUT);
pinMode (BROCHE_LEDGb2, OUTPUT);
pinMode (BROCHE_LEDGb3, OUTPUT);
pinMode (BROCHE_LEDGb4, OUTPUT);
pinMode (BROCHE_LEDGdef, OUTPUT);
analogRead(A0);
Serial.begin(9600);

}

void loop() {
  // put your main code here, to run repeatedly:

mesure=analogRead(ThermistorPin);
tempa=((mesure - 214.5) / 10.5);
temp=tempa - 4;
digitalWrite(BROCHE_LEDGdef,HIGH);



int temp1= temp/10;
int modulo1= temp%10;
int temp2= modulo1/5;
int modulo2= modulo1%5;



if (temp > 39 || temp < 0){
digitalWrite(BROCHE_LEDGdef,HIGH);
delay(100);
digitalWrite(BROCHE_LEDGdef,LOW);
delay(100);
}

else
{
if (temp1==3){
digitalWrite(BROCHE_LEDGv,HIGH);
digitalWrite(BROCHE_LEDGj,HIGH);
digitalWrite(BROCHE_LEDGr,HIGH);
}
if (temp1==2){
digitalWrite(BROCHE_LEDGv,HIGH);
digitalWrite(BROCHE_LEDGj,HIGH);

}
if (temp1==1){
digitalWrite(BROCHE_LEDGv,HIGH);
}
if (temp2==1){
digitalWrite(BROCHE_LEDGi,HIGH);
}

if (modulo2==1){
digitalWrite(BROCHE_LEDGb1,HIGH);
}

if (modulo2==2){
digitalWrite(BROCHE_LEDGb2,HIGH);
digitalWrite(BROCHE_LEDGb1,HIGH);
}

if (modulo2==3){
digitalWrite(BROCHE_LEDGb3,HIGH);
digitalWrite(BROCHE_LEDGb2,HIGH);
digitalWrite(BROCHE_LEDGb1,HIGH);
}

if (modulo2==4){
digitalWrite(BROCHE_LEDGb4,HIGH);
digitalWrite(BROCHE_LEDGb3,HIGH);
digitalWrite(BROCHE_LEDGb2,HIGH);
digitalWrite(BROCHE_LEDGb1,HIGH);
    }
delay(200);
digitalWrite(BROCHE_LEDGb4,LOW);
digitalWrite(BROCHE_LEDGb3,LOW);
digitalWrite(BROCHE_LEDGb2,LOW);
digitalWrite(BROCHE_LEDGb1,LOW);
digitalWrite(BROCHE_LEDGi,LOW);
digitalWrite(BROCHE_LEDGv,LOW);
digitalWrite(BROCHE_LEDGr,LOW);
digitalWrite(BROCHE_LEDGj,LOW);

  }
}