/// <summary>
/// Create face alignmentor
/// </summary>
/// <param name="type">Face alignment algorithm type</param>
/// <returns>Face alignmentor</returns>
public static IFaceAlignmentor CreateAlignmentor(FaceAlignmentType type)
{
ResourceKey key = ResourceKey.Unknown;
switch (type)
{
case FaceAlignmentType.Asm87Points:
key = ResourceKey.AsmAlignment;
break;
case FaceAlignmentType.Regression5Points:
key = ResourceKey.RegressionAlignment;
break;
case FaceAlignmentType.Regression27Points:
key = ResourceKey.RegressionAlignment27Points;
break;
default:
throw new ArgumentOutOfRangeException("type", "Unsupported alignment algorithm type.");
}
using (var s = ResourceManager.GetStream(key))
{
var alignmentor = FaceAlignmentorFactory.Create(type, s);
return(alignmentor);
}
}
/// <summary>
/// Constructor
/// </summary>
public SdkHelper()
{
foundFace = false;
this.Detectors = new FaceDetectionType[]
{
FaceDetectionType.Haar,
FaceDetectionType.Multiview,
FaceDetectionType.MultiviewPyramid,
};
this.Alignmentors = new FaceAlignmentType[]
{
FaceAlignmentType.Asm,
FaceAlignmentType.NeuralNetwork,
};
this.detectorType = this.Detectors.First();
this.alignmentType = this.Alignmentors.First();
}
/// <summary>
/// Constructor
/// </summary>
public SdkHelper()
{
foundFace = false;
this.Detectors = new FaceDetectionType[]
{
FaceDetectionType.Haar,
FaceDetectionType.Multiview,
FaceDetectionType.MultiviewPyramid,
};
this.Alignmentors = new FaceAlignmentType[]
{
FaceAlignmentType.Asm,
FaceAlignmentType.NeuralNetwork,
};
this.detectorType = this.Detectors.First();
this.alignmentType = this.Alignmentors.First();
}
public AlignmentWrapper(FaceAlignmentType type)
{
this.alignmentor = FaceAlignmentorFactory.Create(type);
this.Type = type;
}
public AlignmentWrapper(FaceAlignmentType type)
{
this.alignmentor = FaceAlignmentorFactory.Create(type);
this.Type = type;
}
