List <PerfromanceEvaluator> ILeafAnalysis.compareQueryImagesForPerfromance()
{
List <PerfromanceEvaluator> allQueryImageResultSet = new List <PerfromanceEvaluator>();
List <MatcherResult> resultSetForPerf = new List <MatcherResult>();
foreach (ImageCategory img in queryImages)
{
List <String> images = img.listOfImages;
String leafCategory = img.leafCategory;
foreach (String imagePath in images)
{
QueryModel queryImage = null;
try
{
PerfromanceEvaluator performanceMatrix = new PerfromanceEvaluator();
performanceMatrix.expectedLeafName = leafCategory;
ConvertImage convertImage = new ConvertImage();
queryImage = new QueryModel();
using (Image imgBytes = Image.FromFile(imagePath))
{
byte[] imginByte = convertImage.imageToByteArrayConverter(imgBytes);
queryImage.ImageConversion(imginByte);
queryImage.startComparingImages(categoryBfmatcherMapping);
resultSetForPerf = queryImage.matchedResultSet;
performanceMatrix.result = resultSetForPerf;
allQueryImageResultSet.Add(performanceMatrix);
Console.WriteLine(imagePath + ":" + string.Join(":", resultSetForPerf.Select(item => item.ToString())));
}
}
catch (Exception exception)
{
// TODO
//Console.WriteLine(exception.ToString());
}
finally
{
if (queryImage != null)
{
queryImage.Dispose();
queryImage = null;
}
}
}
}
return(allQueryImageResultSet);
}
public void ImageConversion(byte[] queryimageData)
{
ConvertImage convertImage = new ConvertImage();
this.queryImage = convertImage._byteArrayToImageConverter(queryimageData);
}
