ReplacementText.CountOfWords Property

public:
 property int CountOfWords { int get(); };

public int CountOfWords { get; }

member this.CountOfWords : int

Public ReadOnly Property CountOfWords As Integer

Property Value

Returns the number of recognized words replaced by the speech normalization procedure.

Examples

The example below displays information in a user interface about a RecognizedPhrase object returned by a recognition engine.

internal static void DisplayBasicPhraseInfo(
        Label label,
        RecognizedPhrase result,
        SpeechRecognizer rec)
{
  if (result != null && label != null)
  {
    // Blank
    if (rec != null)
    {
      // Clear
      label.Text += String.Format(
                             "  Recognizer currently at:   {0} mSec\n" +
                             "  Audio Device currently at: {1} mSec\n",
                             rec.RecognizerAudioPosition.TotalMilliseconds,
                             rec.AudioPosition.TotalMilliseconds);
    }

    if (result != null)
    { // Clear
      RecognitionResult recResult = result as RecognitionResult;
      if (recResult != null)
      {
        RecognizedAudio resultAudio = recResult.Audio;
        if (resultAudio == null)
        {
          label.Text += String.Format("  Emulated input\n");
        }
        else
        {
          label.Text += String.Format(
                               "  Candidate Phrase at:       {0} mSec\n" +
                               "  Phrase Length:             {1} mSec\n" +
                               "  Input State Time:          {2}\n" +
                               "  Input Format:              {3}\n",
                               resultAudio.AudioPosition.TotalMilliseconds,
                               resultAudio.Duration.TotalMilliseconds,
                               resultAudio.StartTime.ToShortTimeString(),
                               resultAudio.Format.EncodingFormat.ToString());
        }
      }

      label.Text += String.Format("  Confidence Level:          {0}\n", result.Confidence);
      if (result.Grammar != null)
      {
        label.Text += String.Format(
                            "  Recognizing Grammar:       {0}\n" +
                            "  Recognizing Rule:          {1}\n",
                            ((result.Grammar.Name != null) ? (result.Grammar.Name) : "None"),
                            ((result.Grammar.RuleName != null) ? (result.Grammar.RuleName) : "None"));
      }

      if  (result.ReplacementWordUnits.Count !=  0)
      {
        label.Text += String.Format("  Replacement text:\n");
        foreach (ReplacementText rep in result.ReplacementWordUnits)
        {
          string repText = rep.Text;
          // Add trailing spaces

          if ((rep.DisplayAttributes & DisplayAttributes.OneTrailingSpace) !=  0)
          {
            repText += " ";
          }
          if ((rep.DisplayAttributes & DisplayAttributes.TwoTrailingSpaces) !=  0)
          {
            repText += "  ";
          }
          if ((rep.DisplayAttributes & DisplayAttributes.ConsumeLeadingSpaces) != 0)
          {
            repText=repText.TrimStart();
          }
          if ((rep.DisplayAttributes & DisplayAttributes.ZeroTrailingSpaces) != 0)
          {
            repText = repText.TrimEnd();
          }
          label.Text += String.Format(
                           "      At index {0} for {1} words. Text: \"{2}\"\n",
                           rep.FirstWordIndex,  rep.CountOfWords, repText);

        }
        label.Text += String.Format("\n\n");
      }
    }
  }
}