private void Reset()
{
if (leapSpace == null)
{
leapSpace = FindObjectOfType <LeapSpace>();
}
}
public override SupportInfo GetSpaceSupportInfo(LeapSpace space)
{
if (space == null ||
space is LeapCylindricalSpace ||
space is LeapSphericalSpace)
{
return(SupportInfo.FullSupport());
}
else
{
return(SupportInfo.Error("Dynamic Renderer does not support " + space.GetType().Name));
}
}
public void validateSpaceComponent()
{
var origSpace = _space;
var spaces = Pool <List <LeapSpace> > .Spawn();
spaces.Clear();
try
{
GetComponents <LeapSpace>(spaces);
_space = spaces.Query().FirstOrDefault(s => s.enabled);
}
finally
{
spaces.Clear();
Pool <List <LeapSpace> > .Recycle(spaces);
}
// Support Undo/Redo with runtime space changes in-editor
bool didUndoRedo = false;
#if UNITY_EDITOR
if (_didUndoRedoThisFrame)
{
didUndoRedo = true;
_didUndoRedoThisFrame = false;
}
#endif
if (Application.isPlaying &&
(origSpace != _space ||
(_space == null && !_lastSpaceWasNull)) ||
didUndoRedo
)
{
onRuntimeSpaceChanged();
}
_lastSpaceWasNull = _space == null;
}
private Vector3 transformPoint(Vector3 worldPoint, LeapSpace space)
{
Vector3 localPalmPos = space.transform.InverseTransformPoint(worldPoint);
return(space.transform.TransformPoint(space.transformer.InverseTransformPoint(localPalmPos)));
}
public abstract SupportInfo GetSpaceSupportInfo(LeapSpace space);
public override SupportInfo GetSpaceSupportInfo(LeapSpace space)
{
return(SupportInfo.FullSupport());
}
