public void CalibrationPointUpdated(LeapMotionCalibrationStep leapMotionCalibrationStep, Point position, DndCore.Vector point3D, double scale)
{
switch (leapMotionCalibrationStep)
{
case LeapMotionCalibrationStep.BackUpperLeft:
skeletalData2d.BackPlane.UpperLeft2D = Point2D.From(position);
skeletalData2d.BackPlane.UpperLeft = ScaledPoint.From(point3D, scale);
break;
case LeapMotionCalibrationStep.BackLowerRight:
skeletalData2d.BackPlane.LowerRight2D = Point2D.From(position);
skeletalData2d.BackPlane.LowerRight = ScaledPoint.From(point3D, scale);
break;
case LeapMotionCalibrationStep.FrontUpperLeft:
skeletalData2d.FrontPlane.UpperLeft2D = Point2D.From(position);
skeletalData2d.FrontPlane.UpperLeft = ScaledPoint.From(point3D, scale);
break;
case LeapMotionCalibrationStep.FrontLowerRight:
skeletalData2d.FrontPlane.LowerRight2D = Point2D.From(position);
skeletalData2d.FrontPlane.LowerRight = ScaledPoint.From(point3D, scale);
break;
}
}
// 
FingerBone GetBone(Finger finger, Bone.BoneType boneType)
{
Bone bone = finger.Bone(boneType);
ScaledPoint centerPt = LeapCalibrator.ToScaledPoint(bone.Center);
return(new FingerBone(centerPt, bone.Length * centerPt.Scale, new DndCore.Vector(bone.Direction.x, bone.Direction.y)));
}
public Finger2d(Finger finger)
{
TipPosition = LeapCalibrator.ToScaledPoint(finger.TipPosition);
}
public FingerBone(ScaledPoint center, double scaledLength, DndCore.Vector direction)
{
Center = center;
ScaledLength = scaledLength;
Direction = direction;
}