public AbsoluteSkeletonBinding(
ISkeletonInput input,
Configuration.InputValueHandle handle,
SkeletonMarkers trackedJoint,
SkeletonMarkers?relativePositionToJoint,
BindingAxis axis,
float offset,
float sensitivity)
: base(handle, offset, sensitivity)
{
this._input = input;
_trackedJoint = trackedJoint;
_baseJoint = relativePositionToJoint;
_axis = axis;
_event_handler = new EventHandler <SkeletonChangedEventArgs>(_input_assign_position);
_analyzer_handler = new EventHandler <SkeletonChangedEventArgs>(_analyzer_handle);
input.SkeletonChanged += _event_handler;
input.SkeletonChanged += _analyzer_handler;
}
private InputBinding ConfigureAbsoluteSkeleton(XPathNavigator navigator, XPathNodeIterator bindingIt,
AbsoluteSkeletonBinding.BindingAxis axis, string point, float zeroAngle, float sensitivity, ISkeletonInput input)
{
XPathNodeIterator sb1 = bindingIt.Current.Select("skeleton/trackedJoint");
XPathNodeIterator sb2 = bindingIt.Current.Select("skeleton/baseJoint");
if (sb1.Count > 0)
{
sb1.MoveNext();
SkeletonMarkers trackedJoint = (SkeletonMarkers)Enum.Parse(typeof(SkeletonMarkers), sb1.Current.Value);
if (sb2.Count > 0)
{
sb2.MoveNext();
SkeletonMarkers?baseJoint = (SkeletonMarkers)Enum.Parse(typeof(SkeletonMarkers), sb2.Current.Value);
return(new AbsoluteSkeletonBinding(input, Configuration.GetHandle(point), trackedJoint, baseJoint, axis, zeroAngle, sensitivity));
}
return(new AbsoluteSkeletonBinding(input, Configuration.GetHandle(point), trackedJoint, null, axis, zeroAngle, sensitivity));
}
return(null);
}
public BonePartsValue(SkeletonMarkers firstMarker, SkeletonMarkers secondMarker)
{
_marker1 = firstMarker;
_marker2 = secondMarker;
}
public Vector3 GetPositionOf(SkeletonMarkers marker)
{
int i = (int)marker;
return(new Vector3(_points[i * 3], _points[i * 3 + 1], _points[i * 3 + 2]));
}
