extends Node3D const Finger = preload ("res://lib/utils/touch/finger.gd") ## Record var finger_areas: Dictionary ## Record> var bodies_entered = {} var hand_left: Node3D var hand_right: Node3D func _init(hand_left: OpenXRHand, hand_right: OpenXRHand, finger_areas: Dictionary): self.finger_areas = finger_areas self.hand_left = hand_left.get_node("left_hand/Armature_001/Skeleton3D/vr_glove_left_slim") self.hand_right = hand_right.get_node("right_hand/Armature/Skeleton3D/vr_glove_right_slim") func _ready(): for finger_type in finger_areas.keys(): finger_areas[finger_type].area_entered.connect(func(body): if body is TouchBody3D: _on_body_entered(finger_type, body) ) finger_areas[finger_type].area_exited.connect(func(body): if body is TouchBody3D: _on_body_exited(finger_type, body) ) func _physics_process(_delta): hand_left.position = Vector3.ZERO hand_right.position = Vector3.ZERO for body in bodies_entered.keys(): var fingers = bodies_entered[body] for finger in fingers: if finger == Finger.Type.INDEX_LEFT: var start_pos = finger_areas[finger].get_parent().global_position var end_pos = body.to_global(body.plane.project(body.to_local(start_pos))) hand_left.global_position = end_pos + (hand_left.global_position - start_pos) elif finger == Finger.Type.INDEX_RIGHT: var start_pos = finger_areas[finger].get_parent().global_position var end_pos = body.to_global(body.plane.project(body.to_local(start_pos))) hand_right.global_position = end_pos + (hand_right.global_position - start_pos) func _on_body_entered(finger_type, body): if bodies_entered.has(body): if !bodies_entered[body].has(finger_type): bodies_entered[body].append(finger_type) else: bodies_entered[body] = [finger_type] func _on_body_exited(finger_type, body): if bodies_entered.has(body): if bodies_entered[body].has(finger_type): bodies_entered[body].erase(finger_type) if bodies_entered[body].size() == 0: bodies_entered.erase(body)