    * 9. flow_rate_cc_per_sec
    * 10.flowrate
    * 11. posistion1_mm
-   * 12. position2_MM
+   * 12. position2_mm
    * */
     receive_FFT();
     Serial.println(data);

                                  &fluidLevel_array[analog_index], &fluidLevel_pin);

  water_level_cm = (fluidLevel_average - B_water_reference_level) / A_water_rate;
  

////Set the reference water level for a calculation (when appropriate)
  if(initialize==true){

  load2_average = smoothing(&number_of_readings, &load2_total,
                            &load2_array[analog_index], &load2_pin);

  //////////////////// For debugging
  // Serial.println(analogRead(load1_pin));
  // Serial.println(analogRead(load2_pin));
  // Serial.println(load2_average);
  // Serial.println(load2_average);

  //Convert analog signal to voltage
  load1_v_out = load1_average / 1023 * v_in;
  load2_v_out = load2_average / 1023 * v_in;
