/// <summary>
/// Attempt to find a trained face in the original bitmap
/// </summary>
public IRecognitionProcessorResult Process(Bitmap colorSpaceBitmap, KinectFaceTrackingResult trackingResults)
{
lock (this.processingMutex)
{
using (var croppedBmp = trackingResults.GetCroppedFace(colorSpaceBitmap))
{
using (var grayBmp = croppedBmp.MakeGrayscale(100, 100))
{
grayBmp.HistogramEqualize();
string key = null;
double eigenDistance = -1;
if (this.Recognizer != null)
{
key = this.Recognizer.Recognize(grayBmp, out eigenDistance);
}
// Save detection info
return(new EigenObjectRecognitionProcessorResult
{
Score = eigenDistance,
Image = (Bitmap)grayBmp.Clone(),
Key = key
});
}
}
}
}
/// <summary>
/// Attempt to find a trained face in the original bitmap
/// </summary>
public IRecognitionProcessorResult Process(Bitmap colorSpaceBitmap, KinectFaceTrackingResult trackingResults)
{
lock (this.processingMutex)
{
using (var croppedBmp = trackingResults.GetCroppedFace(colorSpaceBitmap))
{
using (var grayBmp = croppedBmp.MakeGrayscale(100, 100))
{
grayBmp.HistogramEqualize();
string key = null;
double eigenDistance = -1;
if (this.Recognizer != null)
key = this.Recognizer.Recognize(grayBmp, out eigenDistance);
// Save detection info
return new EigenObjectRecognitionProcessorResult
{
Score = eigenDistance,
Image = (Bitmap)grayBmp.Clone(),
Key = key
};
}
}
}
}
/// <summary>
/// Attempt to find a trained face
/// </summary>
public IRecognitionProcessorResult Process(Bitmap colorSpaceBitmap, KinectFaceTrackingResult trackingResults)
{
lock (this.processingMutex)
{
var result = new FaceModelRecognitionProcessorResult();
if (trackingResults.ConstructedFaceModel != null)
{
result.Deformations = trackingResults.ConstructedFaceModel.FaceShapeDeformations;
result.HairColor = this.UIntToColor(trackingResults.ConstructedFaceModel.HairColor);
result.SkinColor = this.UIntToColor(trackingResults.ConstructedFaceModel.SkinColor);
this.Process(result);
}
return result;
}
}
/// <summary>
/// Attempt to find a trained face
/// </summary>
public IRecognitionProcessorResult Process(Bitmap colorSpaceBitmap, KinectFaceTrackingResult trackingResults)
{
lock (this.processingMutex)
{
var result = new FaceModelRecognitionProcessorResult();
if (trackingResults.ConstructedFaceModel != null)
{
result.Deformations = trackingResults.ConstructedFaceModel.FaceShapeDeformations;
result.HairColor = this.UIntToColor(trackingResults.ConstructedFaceModel.HairColor);
result.SkinColor = this.UIntToColor(trackingResults.ConstructedFaceModel.SkinColor);
this.Process(result);
}
return(result);
}
}
