static void AddTempCh ( uint8_t Ch )
{
  /*----------------------------------------------------------------*/
  if ( TempParamAsciiValueIndex < TempParamAsciiValueSize )
  {
    TempParamAsciiValue [ TempParamAsciiValueIndex ] = Ch ;
    TempParamAsciiValueIndex ++ ;
    TempParamAsciiValue [ TempParamAsciiValueIndex ] = 0 ;
  } /* if */ ;
} /* AddTempCh */


static void DisplayMeasurementData ( void )
{
  uint8_t Number [ 8 ] ;
  uint8_t Loop ;
  /*-------------------------------------------------------------------------*/
  TempParamAsciiValueIndex = 0 ;
  if ( MeasurementTechData & 0x04 )
  {
    AddTempCh ( 0 ) ;
    TempSensorPresent = false ;
    LEDOn ( SensorFailLed ) ;
  } /* if ... */
  else
  {
    TempSensorPresent = true ;
    LEDOff ( SensorFailLed ) ;
    WordToStr ( Number , 5 , ' ' , MeasurementData >> 2 ) ;
    for ( Loop = 0 ; Loop < 6 ; Loop ++ )
    {
      if ( Number [ Loop ] == ' ' )
        continue ;
      if ( ! Number [ Loop ] )
        break ;
      AddTempCh ( Number [ Loop ] ) ;
    } /* for */ ;
    AddTempCh ( ',' ) ;
    switch ( MeasurementData & 0x03 )
    {
      case 0 :
        AddTempCh ( '0' ) ;
        AddTempCh ( '0' ) ;
        break ;
      case 1 :
        AddTempCh ( '2' ) ;
        AddTempCh ( '5' ) ;
        break ;
      case 2 :
        AddTempCh ( '5' ) ;
        AddTempCh ( '0' ) ;
        break ;
      case 3 :
        AddTempCh ( '7' ) ;
        AddTempCh ( '5' ) ;
        break ;
    } /* switch */ ;
  } /* if ... else */ ;
} /* DisplayMeasurementData */