private string ProcessDifferences(string textSource, string textDestination, ref int numberOfDeletions,
ref int numberOfAdditions, ref int numberOfReplacements)
{
SimplifyText(ref textSource);
SimplifyText(ref textDestination);
try
{
DifferenceEngine differenceEngine = new DifferenceEngine();
DifferenceListWordList sourceFile = new DifferenceListWordList(textSource);
DifferenceListWordList destinationFile = new DifferenceListWordList(textDestination);
differenceEngine.ProcessDifferences(sourceFile, destinationFile, DifferenceEngineLevel.SlowPerfect);
ArrayList diffReport = differenceEngine.DifferenceReport();
foreach (DifferenceResultSpan difference in diffReport)
{
switch (difference.Status)
{
case DifferenceResultStatus.DeleteSource:
PrintDifferences(difference.SourceIndex, difference.Length, sourceFile, "DeleteSource:");
numberOfDeletions += difference.Length;
break;
case DifferenceResultStatus.AddDestination:
PrintDifferences(difference.DestIndex, difference.Length, destinationFile, "AddDestination:");
numberOfAdditions += difference.Length;
break;
case DifferenceResultStatus.Replace:
PrintDifferences(difference.DestIndex, difference.Length, destinationFile, "Replace:");
numberOfReplacements += difference.Length;
break;
case DifferenceResultStatus.NoChange:
break;
}
}
}
catch (Exception ex)
{
MessageBox.Show("Failed to process the differences in the transcription. Error: " + ex.Message);
}
double accuracy = 1.0 -
((double)(numberOfAdditions + numberOfReplacements) /
(double)GetNumberOfWordsInString(textBoxCorrected.Text));
string accuracyPercent = (accuracy * 100.0).ToString("0.0");
return(accuracyPercent);
}
private string ProcessDifferences(string textSource, string textDestination, ref int numberOfDeletions,
ref int numberOfAdditions, ref int numberOfReplacements)
{
SimplifyText(ref textSource);
SimplifyText(ref textDestination);
try
{
DifferenceEngine differenceEngine = new DifferenceEngine();
DifferenceListWordList sourceFile = new DifferenceListWordList(textSource);
DifferenceListWordList destinationFile = new DifferenceListWordList(textDestination);
differenceEngine.ProcessDifferences(sourceFile, destinationFile, DifferenceEngineLevel.SlowPerfect);
ArrayList diffReport = differenceEngine.DifferenceReport();
foreach (DifferenceResultSpan difference in diffReport)
{
switch (difference.Status)
{
case DifferenceResultStatus.DeleteSource:
PrintDifferences(difference.SourceIndex, difference.Length, sourceFile, "DeleteSource:");
numberOfDeletions += difference.Length;
break;
case DifferenceResultStatus.AddDestination:
PrintDifferences(difference.DestIndex, difference.Length, destinationFile, "AddDestination:");
numberOfAdditions += difference.Length;
break;
case DifferenceResultStatus.Replace:
PrintDifferences(difference.DestIndex, difference.Length, destinationFile, "Replace:");
numberOfReplacements += difference.Length;
break;
case DifferenceResultStatus.NoChange:
break;
}
}
}
catch (Exception ex)
{
MessageBox.Show("Failed to process the differences in the transcription. Error: " + ex.Message);
}
double accuracy = 1.0 -
((double) (numberOfAdditions + numberOfReplacements)/
(double) GetNumberOfWordsInString(textBoxCorrected.Text));
string accuracyPercent = (accuracy*100.0).ToString("0.0");
return accuracyPercent;
}