getTargetPosition getTargetRotation getTargetTransform grabbedObjectCenter handVisual makeGrab makeRelease setHand Start unsetHand Update

override void AVR.Phys.AVR_OffsetGrabProvider.Update ( ) inlineprotectedvirtual Reimplemented from AVR.Phys.AVR_BasicGrabProvider. Definition at line 78 of file AVR_OffsetGrabProvider.cs. { #if AVR_NET if (IsOnline && !IsOwner) return; #endif // Pre-grab hand if (grabbedObject == null && handVisual != null && grabbableFinder.getGrabLocation(out GrabLocation grabLocation) && !grabLocation.isNode) { handVisual.SqueezeOn(grabLocation.collider, grabPoint.position - grabLocation.location); // This is a hacky/bad way of calculating the "entry-distance" (maximum distance inside the grabzone-collider in direction grabzone_p) Vector3 far_away = 100.0f * (grabLocation.location - grabPoint.position); Vector3 smth = grabbableFinder.closestPoint(far_away); float entrydist = Vector3.Distance(smth, grabPoint.position); float currentdist = Vector3.Distance(grabPoint.position, grabLocation.location); float max_pregrab_adapt_factor = 0.35f; // maximum AdaptWeigth used for pregrab. (weight when grabPoint=p) float max_pregrab_grace_dist = 0.03f; // Distance at which we consider "grabPoint=p" for purposes stated above float w = Mathf.Max(0, max_pregrab_adapt_factor - (Mathf.Max(0, currentdist - max_pregrab_grace_dist) / entrydist)); handVisual.SetSqueezeWeight(w); } else if (grabbedObject == null && handVisual) { handVisual.Relax(); } // Regular update base.Update(); }