public Person(string ID, Point3D location, string gesture, trackingStates trackState,Joint leftHand, Joint rightHand, HandState leftHandState, HandState rightHandState, TrackingConfidence leftHandConfidence, TrackingConfidence rightHandConfidence)
{
this.ID = ID;
this.location = location;
this.gesture = gesture;
this.trackingState = (int)trackState;
this.leftHandLocation = null;
this.rightHandLocation = null;
if (leftHand.TrackingState == TrackingState.Tracked) {
this.leftHandLocation = new Point3D((double)leftHand.Position.X, (double)leftHand.Position.Y, (double)leftHand.Position.Z);
this.leftHandState = leftHandState.ToString();
this.leftHandConfidence = leftHandConfidence.ToString();
this.rightHandConfidence = rightHandConfidence.ToString();
}
if (rightHand.TrackingState == TrackingState.Tracked)
{
this.rightHandLocation = new Point3D((double)rightHand.Position.X, (double)rightHand.Position.Y, (double)rightHand.Position.Z);
this.rightHandState = rightHandState.ToString();
}
}
public TranslateRule(float changeInOrientation, float dX, float dZ, float xSpaceTran, float zSpaceTran, Point3D startingLocation)
{
this.changeInOrientation = changeInOrientation;
this.dX = dX;
this.dZ = dZ;
this.xSpace = xSpaceTran;
this.zSpace = zSpaceTran;
this.startingLocation = startingLocation;
}
public Point3D applyTranslateRule(Point3D locationInMeters, TranslateRule translateRule)
{
Point3D location = new Point3D(locationInMeters.X * 1000, locationInMeters.Y * 1000, locationInMeters.Z * 1000);
Vector vectorToStartingPoint = new Vector(location.X - translateRule.startingLocation.X, location.Z - translateRule.startingLocation.Z);
Point3D rotatedPoint = new Point3D(
vectorToStartingPoint.X * Math.Cos(translateRule.changeInOrientation * Math.PI / 180) + vectorToStartingPoint.Y * Math.Sin(translateRule.changeInOrientation * Math.PI / 180),//location.Z * Math.Sin(translateRule.changeInOrientation * Math.PI / 180),
0.6,
vectorToStartingPoint.Y * Math.Cos(translateRule.changeInOrientation * Math.PI / 180) - vectorToStartingPoint.X * Math.Sin(translateRule.changeInOrientation * Math.PI / 180));//location.X * Math.Sin(translateRule.changeInOrientation * Math.PI / 180));
rotatedPoint.X += translateRule.dX + translateRule.startingLocation.X;
rotatedPoint.Z += translateRule.dZ + translateRule.startingLocation.Z;
rotatedPoint.X = Math.Round(rotatedPoint.X * 1000000000) / 1000000000 / 1000;
rotatedPoint.Z = Math.Round(rotatedPoint.Z * 1000000000) / 1000000000 / 1000;
//Console.WriteLine(locationInMeters.Y);
return rotatedPoint;
}
