public void DataMatchesCorrectly()
{
var brady = this.ReadResult("brady.fmb");
var matt = this.ReadResult("matt.fmb");
var rosack = this.ReadResult("rosack.fmb");
var rosackTest = this.ReadResult("rosack_test.fmb");
var processor = new FaceModelRecognitionProcessor(new List<IFaceModelTargetFace> { brady, matt, rosack });
var result = new FaceModelRecognitionProcessorResult();
result.Deformations = rosackTest.Deformations;
result.HairColor = rosackTest.HairColor;
result.SkinColor = rosackTest.SkinColor;
processor.Process(result);
Assert.AreEqual("Rosack", result.Key);
}
/// <summary>
/// Processes the subject data (contained in result) against the target faces
/// </summary>
public void Process(FaceModelRecognitionProcessorResult result)
{
lock (this.processingMutex)
{
result.Score = double.MaxValue;
foreach (var targetFace in this.faces)
{
var score = this.ScoreFaceDifferences(result, targetFace);
if (score < this.Threshold && score < result.Score)
{
result.Score = score;
result.Key = targetFace.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);
}
}
/// <summary>
/// Processes the subject data (contained in result) against the target faces
/// </summary>
public void Process(FaceModelRecognitionProcessorResult result)
{
lock (this.processingMutex)
{
result.Score = double.MaxValue;
foreach (var targetFace in this.faces)
{
var score = this.ScoreFaceDifferences(result, targetFace);
if (score < this.Threshold && score < result.Score)
{
result.Score = score;
result.Key = targetFace.Key;
}
}
}
}
