Note
Please see Azure Cognitive Services for Speech documentation for the latest supported speech solutions.
ReplacementText.DisplayAttributes Property
Gets information about the leading and trailing spaces for the text replaced by normalization.
Namespace: Microsoft.Speech.Recognition
Assembly: Microsoft.Speech (in Microsoft.Speech.dll)
Syntax
'Declaration
Public ReadOnly Property DisplayAttributes As DisplayAttributes
Get
'Usage
Dim instance As ReplacementText
Dim value As DisplayAttributes
value = instance.DisplayAttributes
public DisplayAttributes DisplayAttributes { get; }
Property Value
Type: Microsoft.Speech.Recognition.DisplayAttributes
Returns a DisplayAttributes object that specifies the use of white space to display text replaced by normalization.
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, SpeechRecognitionEngine 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");
}
}
}
}