       //PIN 14->A0, 24->A10, 33->A19
       
        case 0:     
-               result=Light;
+               result=Light; // Luminosity from 0 to 1023
                break;
-       /*case 1:     
-               break;   
-       case 2:     
-               break;       
-       case 3:     
+       case 1:     
+               result=T; // Temperature in celcius from -30°C to +50°C
+               break;  
+       case 2:
+               result=skyT; // Temperature in celcius from T° Clear sky (-8°C) to totally cover sky corrected temperature (0°C)  
+               break;
+       case 3:
+               result=P; // pressure from 920hPa to 1080hPa
                break;                      
        case 4:     
+               result = Hr22ext; // Humidity from 0 to 100%Hr
                break;       
-       case 5:     
+       case 5:
+               result = DewExt; // Dew temperature in °C
                break;                   
        case 6:     
-               result=(IR+273)*20;
+               result = WindSpeed; //Windseep in km/h from 0 to 130 km/h
                break;     
        case 7:     
-               result=(Tir+273)*20;
-               break;   
-       case 8:     
-               result=P;
-               break;       
-       case 9:     
+               result=Clouds; // relative cloud from 0 (clear sky) to 100 (cloudy sky);
+               break; 
+       /*case 8:
+               result = ; // 
+               break;*/        
+       /*case 9:     
                result=(Tp+273)*20;
                break;                      
        case 10:     

  
#ifdef USE_IR_SENSOR  
    
    IR = mlx.readObjectTempC(); // Sky temperature in K

    Tir = mlx.readAmbientTempC(); // Ambiant temperature in K
    Clouds=cloudIndex();
    skyT=skyTemp();
    if (Clouds >CLOUD_FLAG_PERCENT) {


#ifdef USE_P_SENSOR
    Tp=bme.readTemperature();
    P=bme.readPressure()/ 100; // in hPa
#else
    //set P sensor fail flag
    digitalWrite(PIN_TO_DIGITAL(13), HIGH);     
