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    if flight:
      if current_angles:
        (azimuth, altitude) = current_angles
        line1 = 'AZM%s' % FloatToAlphanumericStr(azimuth, 1, 6, True)
        line1_decimal_mask = '00000010'
        line2 = 'ALT%s' % FloatToAlphanumericStr(altitude, 1, 6, True)
        line2_decimal_mask = '00000010'
      else:
        line1 = KEY_NOT_PRESENT_STRING
        line2 = KEY_NOT_PRESENT_STRING

  elif display_mode == DISP_FLIGHT_COUNT_LAST_SEEN:
    # 18 TODAY / T+ 14H
    flight_count_today = additional_attr.get('flight_count_today', 0)
    flight_count_today = ('%2d' % flight_count_today).ljust(3)
    line1 = '%sTODAY' % flight_count_today
    elapsed_time_str = 'UNK'
    if flight_last_seen:
      elapsed_time_str, partial_dec_mask = SecondsToShortString(
          GetNow(json_desc_dict, additional_attr) - flight_last_seen)

    line2 = 'T+ %s' % elapsed_time_str
    line2_decimal_mask = '000' + partial_dec_mask + '00'

  elif display_mode == DISP_RADIO_RANGE:
    # RNG 87MI / 9 PLANES
    radio_range = json_desc_dict.get('radio_range_miles')
    radio_range_str = KEY_NOT_PRESENT_STRING
    if radio_range is not None:
      radio_range_str = '%2dMI' % round(radio_range)
    line1 = 'RNG %s' % radio_range_str
    radio_range_flights = json_desc_dict.get('radio_range_flights', 0)
    plural = ''
    if radio_range_flights != 1:
      plural = 'S'
    line2 = '%d PLANE%s' % (radio_range_flights, plural)

  d = {}
  setting_screen_enabled = False
  if 'setting_screen_enabled' in configuration:
    setting_screen_enabled = True
  d['setting_screen_enabled'] = setting_screen_enabled
  d['setting_max_distance'] = configuration['setting_max_distance']




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                            <----SKIPPED LINES---->




    if flight:
      if current_angles:
        (azimuth, altitude) = current_angles
        line1 = 'AZM%s' % FloatToAlphanumericStr(azimuth, 1, 6, True)
        line1_decimal_mask = '00000010'
        line2 = 'ALT%s' % FloatToAlphanumericStr(altitude, 1, 6, True)
        line2_decimal_mask = '00000010'
      else:
        line1 = KEY_NOT_PRESENT_STRING
        line2 = KEY_NOT_PRESENT_STRING

  elif display_mode == DISP_FLIGHT_COUNT_LAST_SEEN:
    # 18 TODAY / T+ 14H
    flight_count_today = additional_attr.get('flight_count_today', 0)
    flight_count_today = ('%2d' % flight_count_today).ljust(3)
    line1 = '%sTODAY' % flight_count_today
    elapsed_time_str = 'UNK'
    if flight_last_seen:
      elapsed_time_str, partial_dec_mask = SecondsToShortString(
          GetNow(json_desc_dict, additional_attr) - flight_last_seen)
      line2_decimal_mask = '000' + partial_dec_mask + '00'
    line2 = 'T+ %s' % elapsed_time_str


  elif display_mode == DISP_RADIO_RANGE:
    # RNG 87MI / 9 PLANES
    radio_range = json_desc_dict.get('radio_range_miles')
    radio_range_str = KEY_NOT_PRESENT_STRING
    if radio_range is not None:
      radio_range_str = '%2dMI' % round(radio_range)
    line1 = 'RNG %s' % radio_range_str
    radio_range_flights = json_desc_dict.get('radio_range_flights', 0)
    plural = ''
    if radio_range_flights != 1:
      plural = 'S'
    line2 = '%d PLANE%s' % (radio_range_flights, plural)

  d = {}
  setting_screen_enabled = False
  if 'setting_screen_enabled' in configuration:
    setting_screen_enabled = True
  d['setting_screen_enabled'] = setting_screen_enabled
  d['setting_max_distance'] = configuration['setting_max_distance']




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