int IFaceCompare.ExtractFeature(byte[] bgr24, int width, int height, int widthstep, ref FaceModel faceModel)
{
int result;
try
{
object obj = FaceComparePro._obj;
lock (obj)
{
FaceModelV3[] array = new FaceModelV3[1];
int num = FaceComparePro._FacesDetect_AlphaPro(FaceComparePro.FaceEngne, bgr24, width, height, widthstep, array, 1);
if (num > 0)
{
faceModel = FaceUnit.FaceModelV3ToFaceModel(array.FirstOrDefault <FaceModelV3>());
}
else
{
faceModel = new FaceModel();
num = -1;
}
result = num;
}
}
catch (Exception arg_56_0)
{
throw arg_56_0;
}
return(result);
}
public virtual int DetectFaces4Image_only(byte[] bgr24, int width, int height, int widthstep, out FaceModel[] faceModel, int maxFaceCount)
{
int result;
try
{
object obj = this._obj;
lock (obj)
{
FaceModelRectV4[] array = new FaceModelRectV4[10];
int num = FaceDetectV4._FacesDetects(this._faceEngne, bgr24, width, height, widthstep, array, 10);
if (num > 0)
{
FaceModelV4[] array2 = new FaceModelV4[num];
for (int i = 0; i < num; i++)
{
array2[i].FaceRect = array[i];
}
faceModel = FaceUnit.FaceModelV4ToFaceModel(array2);
}
else
{
faceModel = new FaceModel[0];
}
result = num;
}
}
catch (Exception)
{
throw;
}
return(result);
}
public static FaceModel WisFaceToFaceModel(WisFace wisFace)
{
//return new FaceModel
//{
// FaceRect = FaceUnit.WisRectToFaceModelRect(wisFace),
// LeftEyeFacePoint = FaceUnit.WisPointToFaceModelPoint(wisFace.ptLeftEye),
// RightEyeFacePoint = FaceUnit.WisPointToFaceModelPoint(wisFace.ptRightEye),
// LeftMouthFacePoint = FaceUnit.WisPointToFaceModelPoint(wisFace.ptMouthLeft),
// RightMouthFacePoint = FaceUnit.WisPointToFaceModelPoint(wisFace.ptMouthRight),
// Nose = FaceUnit.WisPointToFaceModelPoint(wisFace.ptNose),
// FaceRect =
// {
// fConf = wisFace.conf,
// Roll = wisFace.roll,
// Yaw = wisFace.yaw,
// Pitch = wisFace.pitch
// }
//};
FaceModel y = new FaceModel
{
FaceRect = FaceUnit.WisRectToFaceModelRect(wisFace),
LeftEyeFacePoint = FaceUnit.WisPointToFaceModelPoint(wisFace.ptLeftEye),
RightEyeFacePoint = FaceUnit.WisPointToFaceModelPoint(wisFace.ptRightEye),
LeftMouthFacePoint = FaceUnit.WisPointToFaceModelPoint(wisFace.ptMouthLeft),
RightMouthFacePoint = FaceUnit.WisPointToFaceModelPoint(wisFace.ptMouthRight),
Nose = FaceUnit.WisPointToFaceModelPoint(wisFace.ptNose),
};
y.FaceRect.fConf = wisFace.conf;
y.FaceRect.Roll = wisFace.roll;
y.FaceRect.Yaw = wisFace.yaw;
y.FaceRect.Pitch = wisFace.pitch;
return(y);
}
public static FaceModelV4 ToFaceModelV4(FaceModel faceModel)
{
return(new FaceModelV4
{
FaceRect = faceModel.FaceRect.ToFaceModelRectV4(),
Feature = faceModel.Feature
});
}
public static FaceModel FaceModelV2ToFaceModel(FaceModelV2 faceModelV2)
{
//return new FaceModel
//{
// FaceRect = FaceUnit.FaceModelRectV3ToFaceModelRect(faceModelV2.FaceRect),
// Feature = faceModelV2.Feature,
// LeftEyeFacePoint = FaceUnit.ToFaceModelPoint(faceModelV2.LeftEyeFacePointInt),
// LeftMouthFacePoint = FaceUnit.ToFaceModelPoint(faceModelV2.LeftMouthFacePointInt),
// Nose = FaceUnit.ToFaceModelPoint(faceModelV2.Nose),
// RightEyeFacePoint = FaceUnit.ToFaceModelPoint(faceModelV2.RightEyeFacePointInt),
// RightMouthFacePoint = FaceUnit.ToFaceModelPoint(faceModelV2.RightMouthFacePointInt),
// FaceRect.fConf = faceModelV2.Conf,
// FaceRect.fRotAngle = faceModelV2.Angle
// //FaceRect =
// //{
// // fConf = faceModelV2.Conf,
// // fRotAngle = faceModelV2.Angle
// //}
// //FaceRect.fConf = faceModelV2.Conf;
// //FaceRect.fRotAngle = faceModelV2.Angle;
// // =
// //{
// // fConf = faceModelV2.Conf,
// // fRotAngle = faceModelV2.Angle
// //}
//};
FaceModel x = new FaceModel
{
FaceRect = FaceUnit.FaceModelRectV3ToFaceModelRect(faceModelV2.FaceRect),
Feature = faceModelV2.Feature,
LeftEyeFacePoint = FaceUnit.ToFaceModelPoint(faceModelV2.LeftEyeFacePointInt),
LeftMouthFacePoint = FaceUnit.ToFaceModelPoint(faceModelV2.LeftMouthFacePointInt),
Nose = FaceUnit.ToFaceModelPoint(faceModelV2.Nose),
RightEyeFacePoint = FaceUnit.ToFaceModelPoint(faceModelV2.RightEyeFacePointInt),
RightMouthFacePoint = FaceUnit.ToFaceModelPoint(faceModelV2.RightMouthFacePointInt)
//FaceRect.fConf = faceModelV2.Conf,
//FaceRect.fRotAngle = faceModelV2.Angle
//FaceRect =
//{
// fConf = faceModelV2.Conf,
// fRotAngle = faceModelV2.Angle
//}
//FaceRect.fConf = faceModelV2.Conf;
//FaceRect.fRotAngle = faceModelV2.Angle;
// =
//{
// fConf = faceModelV2.Conf,
// fRotAngle = faceModelV2.Angle
//}
};
x.FaceRect.fConf = faceModelV2.Conf;
x.FaceRect.fRotAngle = faceModelV2.Angle;
return(x);
}
public static FaceModel[] FaceModelV4ToFaceModel(FaceModelV4[] faceModelV4)
{
FaceModel[] array = new FaceModel[faceModelV4.Length];
for (int i = 0; i < faceModelV4.Length; i++)
{
array[i] = FaceUnit.FaceModelV4ToFaceModel(faceModelV4[i]);
}
return(array);
}
public static Point[] MC_GetFacePoints(FaceModel faceModel)
{
return(new Point[]
{
FaceHelper.GetPointByPoint(faceModel.LeftEyeFacePoint),
FaceHelper.GetPointByPoint(faceModel.RightEyeFacePoint),
FaceHelper.GetPointByPoint(faceModel.Nose),
FaceHelper.GetPointByPoint(faceModel.LeftMouthFacePoint),
FaceHelper.GetPointByPoint(faceModel.RightMouthFacePoint)
});
}
public static FaceModel[] FaceModelV2ToFaceModel(FaceModelV2[] faceModelV2)
{
FaceModel[] array = new FaceModel[faceModelV2.Length];
for (int i = 0; i < faceModelV2.Length; i++)
{
array[i] = FaceUnit.FaceModelV2ToFaceModel(faceModelV2[i]);
}
if (array.Length > 1)
{
IEnumerable <FaceModel> arg_4C_0 = array;
Func <FaceModel, int> arg_4C_1;
if ((arg_4C_1 = FaceUnit.class_c.class_c_9__0_0) == null)
{
arg_4C_1 = (FaceUnit.class_c.class_c_9__0_0 = new Func <FaceModel, int>(FaceUnit.class_c.class_c_9._FaceModelV2ToFaceModel_b__0_0));
}
array = arg_4C_0.OrderByDescending(arg_4C_1).ToArray <FaceModel>();
}
return(array);
}
public static int MC_ExtractFeature(Image <Bgr, byte> image, ref FaceModel faceModel)
{
int result;
try
{
object obj = FaceCompare._obj;
lock (obj)
{
FaceModelV3 faceModelV = faceModel.ToFaceModelV3();
int arg_49_0 = FaceCompare._ExtractFeature(FaceCompare.FaceEngne, image.Bytes, image.Width, image.Height, image.MIplImage.Width, ref faceModelV);
faceModel = FaceUnit.FaceModelV3ToFaceModel(faceModelV);
result = arg_49_0;
}
}
catch (Exception arg_56_0)
{
throw arg_56_0;
}
return(result);
}
int IFaceCompare.DetectFaces4Image(byte[] bgr24, int width, int height, int widthstep, out FaceModel[] faceModel, int maxFaceCount)
{
int result;
try
{
object obj = this._obj;
lock (obj)
{
FaceModelRectV4[] array = new FaceModelRectV4[maxFaceCount];
int num = FaceCompareV4._FacesDetects(this._faceEngne, bgr24, width, height, widthstep, array, 10);
if (num > 0)
{
FaceModelV4[] array2 = new FaceModelV4[num];
for (int i = 0; i < num; i++)
{
array2[i].FaceRect = array[i];
byte[] feature = new byte[512];
if (FaceCompareV4._ExtractFeature(this._faceEngne, bgr24, width, height, widthstep, array[i], feature) == 0)
{
array2[i].Feature = feature;
}
}
faceModel = FaceUnit.FaceModelV4ToFaceModel(array2);
}
else
{
faceModel = new FaceModel[0];
}
result = num;
}
}
catch (Exception)
{
throw;
}
return(result);
}
int IFaceCompare.ExtractFeature(byte[] bgr24, int width, int height, int widthstep, ref FaceModel faceModel)
{
int result;
try
{
object obj = FaceCompareV2._obj;
lock (obj)
{
FaceModelV2 faceModelV = faceModel.ToFaceModelV2();
int arg_33_0 = FaceCompareV2._ExtractFeature(FaceCompareV2._faceEngne, bgr24, width, height, widthstep, ref faceModelV);
faceModel = FaceUnit.FaceModelV2ToFaceModel(faceModelV);
result = arg_33_0;
}
}
catch (Exception)
{
throw;
}
return(result);
}
public static int MC_BetweenEyes(FaceModel faceModel)
{
return(faceModel.RightEyeFacePoint.X - faceModel.LeftEyeFacePoint.X);
}
int IFaceCompare.ExtractFeature(byte[] bgr24, int width, int height, int widthstep, ref FaceModel faceModel)
{
int result;
try
{
object obj = this._obj;
lock (obj)
{
FaceModelRectV4 facerRect = faceModel.FaceRect.ToFaceModelRectV4();
byte[] feature = new byte[512];
int expr_3C = FaceCompareV4._ExtractFeature(this._faceEngne, bgr24, width, height, widthstep, facerRect, feature);
if (expr_3C == 0)
{
faceModel.Feature = feature;
}
result = expr_3C;
}
}
catch (Exception)
{
throw;
}
return(result);
}
internal int _FaceModelV3ToFaceModel_b__2_0(FaceModel p)
{
return(p.FaceRect.Right - p.FaceRect.Left);
}
