 
     Serial.print("Sensor #"); Serial.print(i);
     Serial.print(": "); Serial.println(getAddress(thermalSensor[i]));
-    sensors.setHighAlarmTemp (thermalSensor[i], HighAlarmTemp[i]);     // alarm when temp is higher than
-    sensors.setLowAlarmTemp(thermalSensor[i], LowAlarmTemp[i]);    // alarm when temp is lower than
-    Serial.print("Alarms:");  Serial.println(getAlarms(thermalSensor[i]));
+    sensors.setHighAlarmTemp (thermalSensor[i], HighAlarmTemp[i]);          // alarm when temp is higher than HighAlarmTemp[i]
+    sensors.setLowAlarmTemp(thermalSensor[i], LowAlarmTemp[i]);             // alarm when temp is lower than LowAlarmTemp[i]
+    Serial.print("Alarms:");  Serial.println(getAlarms(thermalSensor[i]));  
     tt1m[i] = sensors.getTempC(thermalSensor[i]);
   }
 }
 
 
-// function to print a thermo-device address
+// get a termal-sensors device address
 String getAddress(DeviceAddress deviceAddress)
 {
   String datastring;

  return int(round(forecastSeconds));  
}

boolean makecall(String number)
{
  SIM900.print("ATD");


}

// check for active alarms on device
boolean checkAlarm(int deviceid)
{

