VR Expansion Plugin

[CokeKuma]

In tests those guys were hiding invisible colliding bodies that are constrained to the controllers, then offsetting the pawn based on how far away the body is from its target location on collision, that is probably the easiest method to conceptualize how to go about doing it, then you can move to more stable iterations.

Its not a difficult concept to achieve if you think about it. Can do it with locking on to surfaces and reading positional differences as well (their hands lock on to the top of the surface when starting to climb, then they read the positional difference in that video and offset the player, the arms are not physics driven), or running fully simulated arms and reading wrist to controller differences, or for that matter, from held objects being stuck on things and reading where the hand is and where it should be.

If you really wanted to get involved you could also make the player based on an actually simulating body that is forced upright and use constraints from the hands to move it around directly when against objects, somewhat like lone echo.

Also the plugin doesn’t support “physics body / gravity”, its a character controller, all interactions are faked. Its not actually simulating on the physics scene, just being moved around in it as a kinematic actor.

@CokeKuma

The answer was very helpful. Some of the features shown in the video were reproduced.
But one more feature seems to be needed. Can gravity simply be added to the climbing mode provided by the plugin?

hi. .

Climbing function through hand succeeded in producing results above the intended level. But the problem is that the object, not the hand, is physics handling. The hand and object have different criteria to trigger on, and in the case of an object, the direction in which climbings should be allowed varies depending on the shape it occurs. Therefore, a very diverse number of cases must be considered. So I try to find a simpler solution other than one, but I don’t have a good idea. What do you think?

And how do I apply gravity in climbing mode? I tried to modify the code, but only the result of zero gravity came out.