370 lines
15 KiB
C#
370 lines
15 KiB
C#
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using System.Collections;
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using System.Collections.Generic;
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using System.Linq;
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using UnityEngine;
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namespace BNG {
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[RequireComponent(typeof(HandPoser))]
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[ExecuteInEditMode]
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public class AutoPoser : MonoBehaviour {
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[Header("Auto Pose Settings")]
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[Tooltip("(Required) A HandPose in the fully open position. AutoPose will lerp each finger joint between OpenHandPose and ClosedHandPose until contact is made at each finger tip.")]
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public HandPose OpenHandPose;
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[Tooltip("(Required) A HandPose in the fully closed position. AutoPose will lerp each finger between OpenHandPose and ClosedHandPose until contact is made at each finger tip.")]
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public HandPose ClosedHandPose;
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[Header("Finger Tip Collision")]
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[Tooltip("Radius (in meters) of the fingertips to use when checking for collisions during auto-posing. Only used if a FingerTipCollider is not defined. (Default : 0.00875)")]
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[Range(0.0f, 0.02f)]
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public float FingerTipRadius = 0.00875f;
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[Tooltip("(Optional) Index Finger Offset - Use this to manually position and scale your finger tip collider")]
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public FingerTipCollider ThumbCollider;
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[Tooltip("(Optional) Index Finger Offset - Use this to manually position and scale your finger tip collider")]
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public FingerTipCollider IndexFingerCollider;
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[Tooltip("(Optional) Index Finger Offset - Use this to manually position and scale your finger tip collider")]
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public FingerTipCollider MiddleFingerCollider;
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[Tooltip("(Optional) Index Finger Offset - Use this to manually position and scale your finger tip collider")]
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public FingerTipCollider RingFingerCollider;
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[Tooltip("(Optional) Index Finger Offset - Use this to manually position and scale your finger tip collider")]
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public FingerTipCollider PinkyFingerCollider;
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[Header("Continuous Update")]
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[Tooltip("If true the hand will auto pose in Update(). Also works in the editor.")]
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public bool UpdateContinuously = false;
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[Tooltip("(Optional) The HandPose to use when UpdateContinuously = true and no collisions have been detected. If not specified, the hand will make a ClosedHandPose shape when no collisions have been found.")]
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public HandPose IdleHandPose;
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public LayerMask CollisionLayerMask = ~0;
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// Gizmo Customization
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[Header("Editor Gizmos")]
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public bool ShowGizmos = true;
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public GizmoDisplayType GizmoType = GizmoDisplayType.Wire;
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public Color GizmoColor = Color.white;
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public HandPoser InspectedPose;
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// Where our hand currently is this frame
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HandPoseDefinition currentPose;
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// Used to store temp poses and prevent GC
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HandPoseDefinition tempPose;
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// Where our hand would after checking for collisions
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public HandPoseDefinition CollisionPose {
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get {
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return collisionPose;
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}
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}
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HandPoseDefinition collisionPose;
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public bool CollisionDetected {
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get {
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return _thumbHit || _indexHit || _middleHit || _ringHit || _pinkyHit;
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}
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}
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#region private variables
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private int _count = 0;
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private bool _thumbHit = false;
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private bool _indexHit = false;
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private bool _middleHit = false;
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private bool _ringHit = false;
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private bool _pinkyHit = false;
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#endregion
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void Start() {
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if(InspectedPose == null) {
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InspectedPose = GetComponent<HandPoser>();
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}
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}
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void OnEnable() {
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if(Application.isEditor && OpenHandPose == null && ClosedHandPose == null) {
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// Try to auto fill open / closed hand pose
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OpenHandPose = (HandPose)Resources.Load("Default", typeof(HandPose));
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ClosedHandPose = (HandPose)Resources.Load("Fist", typeof(HandPose));
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}
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}
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// Update is called once per frame
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void Update() {
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// Auto Update Auto Pose
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if (UpdateContinuously) {
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bool useIdlePose = CollisionDetected == false && IdleHandPose != null && InspectedPose != null;
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if(useIdlePose) {
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collisionPose = GetAutoPose();
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InspectedPose.UpdateHandPose(IdleHandPose.Joints, true);
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}
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else {
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UpdateAutoPose(true);
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}
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}
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}
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public virtual void UpdateAutoPose(bool lerp) {
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collisionPose = GetAutoPose();
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// Lerp to collision hand pose
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if (collisionPose != null) {
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InspectedPose.UpdateHandPose(collisionPose, lerp);
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}
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}
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/// <summary>
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/// Runs UpdateContinuously for one second
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/// </summary>
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public virtual void UpdateAutoPoseOnce() {
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StartCoroutine(updateAutoPoseRoutine());
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}
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IEnumerator updateAutoPoseRoutine() {
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UpdateContinuously = true;
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yield return new WaitForSeconds(0.2f);
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UpdateContinuously = false;
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}
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public HandPoseDefinition GetAutoPose() {
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if (InspectedPose == null || OpenHandPose == null || ClosedHandPose == null) {
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return null;
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}
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// Store our current hand state so we can snap back to it after we determine a collision
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currentPose = CopyHandDefinition(InspectedPose.GetHandPoseDefinition());
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// Start in open pose before
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InspectedPose.UpdateHandPose(OpenHandPose.Joints, false);
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// Lerp between Open and Closed hand position, stopping if we hit something
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_count = 0;
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_thumbHit = false;
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_indexHit = false;
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_middleHit = false;
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_ringHit = false;
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_pinkyHit = false;
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while (_count < 300) {
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// Check Tip Collision
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if (!_thumbHit) { _thumbHit = GetThumbHit(InspectedPose); }
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if (!_indexHit) { _indexHit = GetIndexHit(InspectedPose); }
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if (!_middleHit) { _middleHit = GetMiddleHit(InspectedPose); }
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if (!_ringHit) { _ringHit = GetRingHit(InspectedPose); }
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if (!_pinkyHit) { _pinkyHit = GetPinkyHit(InspectedPose); }
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// Can bail if everything is touching
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if (_thumbHit && _indexHit && _middleHit && _ringHit && _pinkyHit) {
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break;
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}
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_count++;
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}
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// Store the collision pose so we can return it after we've reset out hand back to it's original position
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tempPose = CopyHandDefinition(InspectedPose.GetHandPoseDefinition());
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// Switch back to the original hand pose we were in
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InspectedPose.UpdateHandPose(currentPose, false);
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return tempPose;
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}
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public HandPoseDefinition CopyHandDefinition(HandPoseDefinition ToCopy) {
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return new HandPoseDefinition() {
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IndexJoints = GetJointsCopy(ToCopy.IndexJoints),
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MiddleJoints = GetJointsCopy(ToCopy.MiddleJoints),
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OtherJoints = GetJointsCopy(ToCopy.OtherJoints),
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PinkyJoints = GetJointsCopy(ToCopy.PinkyJoints),
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RingJoints = GetJointsCopy(ToCopy.RingJoints),
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ThumbJoints = GetJointsCopy(ToCopy.ThumbJoints),
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WristJoint = GetJointCopy(ToCopy.WristJoint),
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};
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}
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public FingerJoint GetJointCopy(FingerJoint ToClone) {
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// Null check
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if(ToClone == null) {
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return null;
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}
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return new FingerJoint() {
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LocalPosition = ToClone.LocalPosition,
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LocalRotation = ToClone.LocalRotation,
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TransformName = ToClone.TransformName
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};
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}
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public List<FingerJoint> GetJointsCopy(List<FingerJoint> ToClone) {
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List<FingerJoint> joints = new List<FingerJoint>();
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for (int x = 0; x < ToClone.Count; x++) {
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joints.Add(GetJointCopy(ToClone[x]));
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}
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return joints;
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}
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public bool GetThumbHit(HandPoser poser) {
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if (ThumbCollider != null) {
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return LoopThroughJoints(poser.ThumbJoints, ClosedHandPose.Joints.ThumbJoints, ThumbCollider.transform.position, ThumbCollider.Radius);
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}
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else {
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return LoopThroughJoints(poser.ThumbJoints, ClosedHandPose.Joints.ThumbJoints, HandPoser.GetFingerTipPositionWithOffset(poser.ThumbJoints, FingerTipRadius), FingerTipRadius);
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}
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}
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public bool GetIndexHit(HandPoser poser) {
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if (IndexFingerCollider != null) {
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return LoopThroughJoints(poser.IndexJoints, ClosedHandPose.Joints.IndexJoints, IndexFingerCollider.transform.position, IndexFingerCollider.Radius);
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}
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else {
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return LoopThroughJoints(poser.IndexJoints, ClosedHandPose.Joints.IndexJoints, HandPoser.GetFingerTipPositionWithOffset(poser.IndexJoints, FingerTipRadius), FingerTipRadius);
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}
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}
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public bool GetMiddleHit(HandPoser poser) {
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if (MiddleFingerCollider != null) {
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return LoopThroughJoints(poser.MiddleJoints, ClosedHandPose.Joints.MiddleJoints, MiddleFingerCollider.transform.position, MiddleFingerCollider.Radius);
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}
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else {
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return LoopThroughJoints(poser.MiddleJoints, ClosedHandPose.Joints.MiddleJoints, HandPoser.GetFingerTipPositionWithOffset(poser.MiddleJoints, FingerTipRadius), FingerTipRadius);
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}
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}
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public bool GetRingHit(HandPoser poser) {
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if (RingFingerCollider != null) {
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return LoopThroughJoints(poser.RingJoints, ClosedHandPose.Joints.RingJoints, RingFingerCollider.transform.position, RingFingerCollider.Radius);
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}
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else {
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return LoopThroughJoints(poser.RingJoints, ClosedHandPose.Joints.RingJoints, HandPoser.GetFingerTipPositionWithOffset(poser.RingJoints, FingerTipRadius), FingerTipRadius);
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}
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}
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public bool GetPinkyHit(HandPoser poser) {
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if (PinkyFingerCollider != null) {
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return LoopThroughJoints(poser.PinkyJoints, ClosedHandPose.Joints.PinkyJoints, PinkyFingerCollider.transform.position, PinkyFingerCollider.Radius);
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}
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else {
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return LoopThroughJoints(poser.PinkyJoints, ClosedHandPose.Joints.PinkyJoints, HandPoser.GetFingerTipPositionWithOffset(poser.PinkyJoints, FingerTipRadius), FingerTipRadius);
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}
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}
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public virtual bool LoopThroughJoints(List<Transform> fromJoints, List<FingerJoint> toJoints, Vector3 tipPosition, float tipRadius) {
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// Not a complete set
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if(fromJoints == null || toJoints == null || toJoints.Count == 0) {
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return false;
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}
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int fromLength = fromJoints.Count;
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int toLength = toJoints.Count;
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float movementAmount = 1f;
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for (int x = 0; x < fromLength; x++) {
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// move towards destination
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Transform thisJoint = fromJoints[x];
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// Bone count mismatch
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if(x >= toLength) {
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return false;
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}
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thisJoint.localPosition = Vector3.MoveTowards(thisJoint.localPosition, toJoints[x].LocalPosition, movementAmount);
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thisJoint.localRotation = Quaternion.RotateTowards(thisJoint.localRotation, toJoints[x].LocalRotation, movementAmount);
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// Do Sphere cast at tip of finger
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bool isFingerTip = x == fromLength - 1;
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if (isFingerTip) {
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Collider[] hitColliders = Physics.OverlapSphere(tipPosition, tipRadius, CollisionLayerMask, QueryTriggerInteraction.Ignore);
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if (hitColliders != null && hitColliders.Length > 0) {
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for(int y = 0; y < hitColliders.Length; y++) {
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if(IsValidCollision(hitColliders[y])) {
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return true;
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}
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}
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}
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}
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}
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return false;
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}
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/// <summary>
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/// You can overrride this method to add your own collision validation logic
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/// </summary>
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public virtual bool IsValidCollision(Collider col) {
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// Ignore Triggers
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if (col == null || col.isTrigger) {
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return false;
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}
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// Default to a valid collisions
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return true;
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}
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#region EditorGizmos
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void OnDrawGizmos() {
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// Don't draw gizmos if this component has been disabled
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if(!this.isActiveAndEnabled) {
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return;
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}
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if(InspectedPose == null) {
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InspectedPose = GetComponent<HandPoser>();
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}
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if (ShowGizmos && InspectedPose != null) {
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Gizmos.color = GizmoColor;
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DrawJointGizmo(ThumbCollider, HandPoser.GetFingerTipPositionWithOffset(InspectedPose.ThumbJoints, FingerTipRadius), FingerTipRadius, GizmoType);
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DrawJointGizmo(IndexFingerCollider, HandPoser.GetFingerTipPositionWithOffset(InspectedPose.IndexJoints, FingerTipRadius), FingerTipRadius, GizmoType);
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DrawJointGizmo(MiddleFingerCollider, HandPoser.GetFingerTipPositionWithOffset(InspectedPose.MiddleJoints, FingerTipRadius), FingerTipRadius, GizmoType);
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DrawJointGizmo(RingFingerCollider, HandPoser.GetFingerTipPositionWithOffset(InspectedPose.RingJoints, FingerTipRadius), FingerTipRadius, GizmoType);
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DrawJointGizmo(PinkyFingerCollider, HandPoser.GetFingerTipPositionWithOffset(InspectedPose.PinkyJoints, FingerTipRadius), FingerTipRadius, GizmoType);
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}
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}
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public void DrawJointGizmo(FingerTipCollider tipCollider, Vector3 defaultPosition, float radius, GizmoDisplayType gizmoType) {
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if(tipCollider != null) {
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defaultPosition = tipCollider.transform.position;
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radius = tipCollider.Radius;
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}
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if (gizmoType == GizmoDisplayType.Wire) {
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Gizmos.DrawWireSphere(defaultPosition, radius);
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}
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else if (GizmoType == GizmoDisplayType.Solid) {
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Gizmos.DrawSphere(defaultPosition, radius);
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}
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}
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#endregion
|
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}
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public enum GizmoDisplayType {
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|
Wire,
|
||
|
|
Solid,
|
||
|
|
None
|
||
|
|
}
|
||
|
|
}
|
||
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|