//============================================================================================
/**
* @brief
*
*********************************************************************************************/
public FootStepTagTrack(FootStepTagTrack a_copy) : base(a_copy)
{
for(int i=0; i < a_copy.m_footStepData.Count; ++i)
{
m_footStepData.Add(a_copy.m_footStepData[i]);
}
}
public void ScrapGeneratedClips()
{
if (GeneratedClip != null)
{
AssetDatabase.RemoveObjectFromAsset(GeneratedClip);
AssetDatabase.ImportAsset(AssetDatabase.GetAssetPath(this));
GeneratedClip = null;
}
GeneratedTagTracks = new List<TagTrack>();
GeneratedEvents = new List<EventMarker>();
GeneratedUserBoolTracks = new List<TagTrackBase>();
if (PrimaryClip != null)
{
GeneratedLeftFootStepTrack = new FootStepTagTrack(0, "FootStep Left", PrimaryClip.length);
GeneratedRightFootStepTrack = new FootStepTagTrack(1, "FootStep Right", PrimaryClip.length);
GeneratedWarpPositionTrack = new TagTrackBase(2, "Diable Warp (Position)", PrimaryClip.length);
GeneratedWarpRotationTrack = new TagTrackBase(3, "Disable Warp (Rotation)", PrimaryClip.length);
GeneratedEnableRootMotionTrack = new TagTrackBase(4, "Disable Matching", PrimaryClip.length);
GeneratedPoseFavourTrack = new FloatTagTrack(5, "Pose Favour", PrimaryClip.length);
GeneratedWarpTrajLatTrack = new TagTrackBase(6, "Disable Trajectory Warp (Angular)", PrimaryClip.length);
GeneratedWarpTrajLongTrack = new TagTrackBase(7, "Disable Trajectory Warp (Long)", PrimaryClip.length);
GeneratedPoseFavourTrack.DefaultValue = PoseFavourTrack.DefaultValue;
}
}
public void ValidateBaseData()
{
if (MotionModifier == null)
MotionModifier = new MotionModifyData();
if (Events == null)
Events = new List<EventMarker>();
if (TagTracks == null)
TagTracks = new List<TagTrack>();
if (FavourTagTracks == null)
FavourTagTracks = new List<TagTrack>();
if (GeneratedEvents == null)
GeneratedEvents = new List<EventMarker>();
if (GeneratedTagTracks == null)
GeneratedTagTracks = new List<TagTrack>();
if (GeneratedFavourTagTracks == null)
GeneratedFavourTagTracks = new List<TagTrack>();
if (GeneratedUserBoolTracks == null)
GeneratedUserBoolTracks = new List<TagTrackBase>();
if (PrimaryClip != null)
{
if (LeftFootStepTrack == null || LeftFootStepTrack.Name == null || LeftFootStepTrack.Name == "")
LeftFootStepTrack = new FootStepTagTrack(0, "Footstep Left", PrimaryClip.length);
if (RightFootStepTrack == null || RightFootStepTrack.Name == null || RightFootStepTrack.Name == "")
RightFootStepTrack = new FootStepTagTrack(1, "Footstep Right", PrimaryClip.length);
if (WarpPositionTrack == null || WarpPositionTrack.Name == null || WarpPositionTrack.Name == "")
WarpPositionTrack = new TagTrackBase(2, "Disable Warp (Position)", PrimaryClip.length);
if (WarpRotationTrack == null || WarpRotationTrack.Name == null || WarpRotationTrack.Name == "")
WarpRotationTrack = new TagTrackBase(3, "Disable Warp (Rotation)", PrimaryClip.length);
if (EnableRootMotionTrack == null || EnableRootMotionTrack.Name == null || EnableRootMotionTrack.Name != "Disable Matching")
EnableRootMotionTrack = new TagTrackBase(4, "Disable Matching", PrimaryClip.length);
if (PoseFavourTrack == null || PoseFavourTrack.Name == null || PoseFavourTrack.Name == "" )
PoseFavourTrack = new FloatTagTrack(5, "Pose Favour", PrimaryClip.length);
if (WarpTrajLatTrack == null || WarpTrajLatTrack.Name == null || WarpTrajLatTrack.Name == "")
WarpTrajLatTrack = new TagTrackBase(6, "Disable Trajectory Warp (Angular)", PrimaryClip.length);
if (WarpTrajLongTrack == null || WarpTrajLongTrack.Name == null || WarpTrajLongTrack.Name == "")
WarpTrajLongTrack = new TagTrackBase(7, "Disable Trajectory Warp (Long)", PrimaryClip.length);
PoseFavourTrack.DefaultValue = 1f;
}
MotionModifier.OnEnable(this);
EditorUtility.SetDirty(this);
}
public void ValidateBaseData()
{
if (MotionModifier == null)
MotionModifier = new MotionModifyData();
if (TagTracks == null)
TagTracks = new List<TagTrack>();
if (FavourTagTracks == null)
FavourTagTracks = new List<TagTrack>();
if (GeneratedTagTracks == null)
GeneratedTagTracks = new List<TagTrack>();
if (GeneratedFavourTagTracks == null)
GeneratedFavourTagTracks = new List<TagTrack>();
if (m_clips == null)
m_clips = new List<AnimationClip>();
if (m_positions == null)
m_positions = new List<Vector2>();
if (m_clips != null && m_clips.Count > 0)
{
float clipLength = m_clips[0].length;
if (LeftFootStepTrack == null || LeftFootStepTrack.Name == "" || LeftFootStepTrack.Name == null)
LeftFootStepTrack = new FootStepTagTrack(0, "Footstep Left", clipLength);
if (RightFootStepTrack == null || RightFootStepTrack.Name == "" || RightFootStepTrack.Name == null)
RightFootStepTrack = new FootStepTagTrack(1, "Footstep Right", clipLength);
if (WarpPositionTrack == null || WarpPositionTrack.Name == "" || WarpPositionTrack.Name == null)
WarpPositionTrack = new TagTrackBase(2, "Disable Warp (Position)", clipLength);
if (WarpRotationTrack == null || WarpRotationTrack.Name == "" || WarpRotationTrack.Name == null)
WarpRotationTrack = new TagTrackBase(3, "Disable Warp (Rotation)", clipLength);
if (EnableRootMotionTrack == null || EnableRootMotionTrack.Name == "" || EnableRootMotionTrack.Name == null)
EnableRootMotionTrack = new TagTrackBase(4, "Enable Root Motion", clipLength);
if (PoseFavourTrack == null || PoseFavourTrack.Name == "" || PoseFavourTrack.Name == null)
PoseFavourTrack = new FloatTagTrack(5, "Pose Favour", clipLength);
if (WarpTrajLatTrack == null || WarpTrajLatTrack.Name == null || WarpTrajLatTrack.Name == "")
WarpTrajLatTrack = new TagTrackBase(6, "Disable Trajectory Warp (Angular)", clipLength);
if (WarpTrajLongTrack == null || WarpTrajLongTrack.Name == null || WarpTrajLongTrack.Name == "")
WarpTrajLongTrack = new TagTrackBase(7, "Disable Trajectory Warp (Long)", clipLength);
PoseFavourTrack.SetDefaultTagValue(1f);
}
MotionModifier.OnEnable(this);
EditorUtility.SetDirty(this);
}
public void CopyData(MxMBlendSpace a_copy)
{
ValidateBaseData();
m_magnitude = a_copy.m_magnitude;
m_smoothing = a_copy.m_smoothing;
m_scatterSpace = a_copy.m_scatterSpace;
m_scatterSpacing = a_copy.m_scatterSpacing;
m_scatterPositions = null;
UseSpeedMods = a_copy.UseSpeedMods;
GlobalTags = a_copy.GlobalTags;
GlobalFavourTags = a_copy.GlobalFavourTags;
m_clips = new List<AnimationClip>(a_copy.m_clips);
m_positions = new List<Vector2>(a_copy.Positions);
if(m_targetPrefab == null)
m_targetPrefab = a_copy.m_targetPrefab;
TagTracks = new List<TagTrack>(a_copy.TagTracks.Count + 1);
foreach(TagTrack track in a_copy.TagTracks)
{
TagTracks.Add(new TagTrack(track));
}
FavourTagTracks = new List<TagTrack>(a_copy.FavourTagTracks.Count + 1);
foreach(TagTrack track in a_copy.FavourTagTracks)
{
FavourTagTracks.Add(new TagTrack(track));
}
UserBoolTracks = new List<TagTrackBase>(a_copy.UserBoolTracks.Count + 1);
foreach(TagTrackBase track in a_copy.UserBoolTracks)
{
UserBoolTracks.Add(new TagTrackBase(track));
}
LeftFootStepTrack = new FootStepTagTrack(a_copy.LeftFootStepTrack);
RightFootStepTrack = new FootStepTagTrack(a_copy.RightFootStepTrack);
WarpPositionTrack = new TagTrackBase(a_copy.WarpPositionTrack);
WarpRotationTrack = new TagTrackBase(a_copy.WarpRotationTrack);
EnableRootMotionTrack = new TagTrackBase(a_copy.EnableRootMotionTrack);
PoseFavourTrack = new FloatTagTrack(a_copy.PoseFavourTrack);
WarpTrajLatTrack = new TagTrackBase(a_copy.WarpTrajLatTrack);
WarpTrajLongTrack = new TagTrackBase(a_copy.WarpTrajLongTrack);
MotionModifier = new MotionModifyData(a_copy.MotionModifier, this);
}
public void CopyTagsAndEvents(IMxMAnim a_target, bool a_mirrored)
{
//Copy Require tag tracks
List<TagTrack> targetTagTracks = a_target.AnimTagTracks;
if (targetTagTracks != null)
{
TagTracks = new List<TagTrack>(targetTagTracks.Count + 1);
foreach (TagTrack track in targetTagTracks)
{
if (track != null)
{
TagTracks.Add(new TagTrack(track));
}
}
}
//Copy Favour tag tracks
List<TagTrack> targetFavourTracks = a_target.AnimFavourTagTracks;
if (FavourTagTracks != null)
{
FavourTagTracks = new List<TagTrack>(targetFavourTracks.Count + 1);
foreach (TagTrack track in targetFavourTracks)
{
if (track != null)
FavourTagTracks.Add(new TagTrack(track));
}
}
//Copy User Tags
List<TagTrackBase> userTagTracks = a_target.UserTagTracks;
if (userTagTracks != null)
{
UserBoolTracks = new List<TagTrackBase>(userTagTracks.Count + 1);
foreach (TagTrackBase track in userTagTracks)
{
if (track != null)
UserBoolTracks.Add(track);
}
}
//Copy Utility Tags
List<TagTrackBase> utilityTagTracks = a_target.GenericTagTracks;
if (utilityTagTracks != null)
{
if (a_mirrored)
{
if (utilityTagTracks.Count > 0)
{
RightFootStepTrack = new FootStepTagTrack(utilityTagTracks[0] as FootStepTagTrack);
RightFootStepTrack.Name = "Footstep Right";
}
if (utilityTagTracks.Count > 1)
{
LeftFootStepTrack = new FootStepTagTrack(utilityTagTracks[1] as FootStepTagTrack);
LeftFootStepTrack.Name = "Footstep Left";
}
}
else
{
if (utilityTagTracks.Count > 0)
LeftFootStepTrack = new FootStepTagTrack(utilityTagTracks[0] as FootStepTagTrack);
if (utilityTagTracks.Count > 1)
RightFootStepTrack = new FootStepTagTrack(utilityTagTracks[1] as FootStepTagTrack);
}
if (utilityTagTracks.Count > 2)
WarpPositionTrack = new TagTrackBase(utilityTagTracks[2]);
if (utilityTagTracks.Count > 3)
WarpRotationTrack = new TagTrackBase(utilityTagTracks[3]);
if (utilityTagTracks.Count > 4)
EnableRootMotionTrack = new TagTrackBase(utilityTagTracks[4]);
if (utilityTagTracks.Count > 5)
PoseFavourTrack = new FloatTagTrack(utilityTagTracks[5] as FloatTagTrack);
if (utilityTagTracks.Count > 6)
WarpTrajLatTrack = new TagTrackBase(utilityTagTracks[6]);
if (utilityTagTracks.Count > 7)
WarpTrajLongTrack = new TagTrackBase(utilityTagTracks[7]);
}
}
public void GenerateModifiedAnimation(MxMPreProcessData a_preProcessData, string a_directory)
{
EditorUtility.DisplayProgressBar("Generate Modified Animation", "Scraping Old Anims", 0f);
if (a_preProcessData != null)
m_targetPreProcessData = a_preProcessData;
ScrapGeneratedClips();
if (UseSpeedMods)
{
if (PrimaryClip != null && m_targetPreProcessData != null)
{
EditorUtility.DisplayProgressBar("Generate Modified Animation", "Copying Clip " + PrimaryClip.name, 0f);
GeneratedClip = new AnimationClip();
EditorUtility.CopySerialized(PrimaryClip, GeneratedClip);
GeneratedClip.name = PrimaryClip.name + "_MxM_MOD";
var curveBindings = AnimationUtility.GetCurveBindings(GeneratedClip);
List<AnimationCurve> workingCurves = new List<AnimationCurve>(curveBindings.Length + 1);
List<AnimationEvent> newEvents = new List<AnimationEvent>();
List<MotionSection> motionList = MotionModifier.MotionSections;
MotionTimingPresets presets = m_targetPreProcessData.MotionTimingPresets;
GeneratedTagTracks = new List<TagTrack>(TagTracks);
GeneratedFavourTagTracks = new List<TagTrack>(TagTracks);
GeneratedUserBoolTracks = new List<TagTrackBase>(UserBoolTracks);
GeneratedLeftFootStepTrack = new FootStepTagTrack(LeftFootStepTrack);
GeneratedRightFootStepTrack = new FootStepTagTrack(RightFootStepTrack);
GeneratedWarpPositionTrack = new TagTrackBase(WarpPositionTrack);
GeneratedWarpRotationTrack = new TagTrackBase(WarpRotationTrack);
GeneratedEnableRootMotionTrack = new TagTrackBase(EnableRootMotionTrack);
GeneratedPoseFavourTrack = new FloatTagTrack(PoseFavourTrack);
GeneratedWarpTrajLatTrack = new TagTrackBase(WarpTrajLatTrack);
GeneratedWarpTrajLongTrack = new TagTrackBase(WarpTrajLongTrack);
//Create curves but don't add keys
for (int i = 0; i < curveBindings.Length; ++i)
{
workingCurves.Add(new AnimationCurve());
}
float cumTimeShift = 0f; //This is the cumulative amount of time shift at the point of modification;
float curStartTime = 0f; //The start time for the current motion section
int[] startKeyIndex = new int[workingCurves.Count]; //The start key for the current motion section
for (int i = 0; i < motionList.Count; ++i)
{
EditorUtility.DisplayProgressBar("Generate Modified Animation",
"Modifying Section " + i + " of " + PrimaryClip.name, ((float)i) / ((float)motionList.Count));
MotionSection motionSection = motionList[i];
float startWarpTime = curStartTime;
float endWarpTime = motionSection.EndTime;
float warpScale = motionSection.GetSpeedMod(curStartTime, presets, this);
float localTimeShift = (endWarpTime - startWarpTime) - (endWarpTime - startWarpTime) * warpScale;
//Shift Curve Keys
for (int k = 0; k < curveBindings.Length; ++k)
{
EditorCurveBinding binding = curveBindings[k];
AnimationCurve originalCurve = AnimationUtility.GetEditorCurve(PrimaryClip, binding);
AnimationCurve workingCurve = workingCurves[k];
//Make a cut at the end only
int endKeyIndex = originalCurve.AddKey(endWarpTime, originalCurve.Evaluate(endWarpTime));
if (endKeyIndex == -1)
endKeyIndex = originalCurve.keys.Length - 1;
//Add in the intermediate keys scaled relative to the start and shifted by the cumulative time shift
for (int keyIndex = startKeyIndex[k]; i < motionList.Count - 1 ? keyIndex < endKeyIndex : keyIndex <= endKeyIndex; ++keyIndex)
{
Keyframe key = originalCurve.keys[keyIndex];
key.time = startWarpTime + ((key.time - startWarpTime) * warpScale) - cumTimeShift;
key.inTangent /= warpScale;
key.outTangent /= warpScale;
workingCurve.AddKey(key);
}
startKeyIndex[k] = endKeyIndex;
}
//Shift Events
foreach (AnimationEvent evt in GeneratedClip.events)
{
if (evt.time > startWarpTime && evt.time < endWarpTime)
{
//Scale & Shift
evt.time = startWarpTime + ((evt.time - startWarpTime) * warpScale) - cumTimeShift;
}
newEvents.Add(evt);
}
//Shift MxM Events
foreach (EventMarker evt in Events)
{
EventMarker newMarker = new EventMarker(evt);
if (newMarker.EventTime > startWarpTime && evt.EventTime < endWarpTime)
{
evt.EventTime = startWarpTime + ((evt.EventTime - startWarpTime) * warpScale) - cumTimeShift;
}
GeneratedEvents.Add(newMarker);
}
//Shift MXM Tag Points
foreach (TagTrack track in GeneratedTagTracks)
{
List<Vector2> tagList = track.Tags;
for (int k = 0; k < tagList.Count; ++k)
{
Vector2 newTag = tagList[k];
if (newTag.x > startWarpTime && newTag.x < endWarpTime)
{
newTag.x = startWarpTime + ((newTag.x - startWarpTime) * warpScale) - cumTimeShift;
}
if (newTag.y > startWarpTime && newTag.y < endWarpTime)
{
newTag.y = startWarpTime + ((newTag.y - startWarpTime) * warpScale) - cumTimeShift;
}
tagList[k] = newTag;
}
}
//Shift MXM FavourTag Points
foreach (TagTrack track in GeneratedFavourTagTracks)
{
List<Vector2> tagList = track.Tags;
for (int k = 0; k < tagList.Count; ++k)
{
Vector2 newTag = tagList[k];
if (newTag.x > startWarpTime && newTag.x < endWarpTime)
{
newTag.x = startWarpTime + ((newTag.x - startWarpTime) * warpScale) - cumTimeShift;
}
if (newTag.y > startWarpTime && newTag.y < endWarpTime)
{
newTag.y = startWarpTime + ((newTag.y - startWarpTime) * warpScale) - cumTimeShift;
}
tagList[k] = newTag;
}
}
//Shift MxM User Tags
foreach (TagTrackBase track in GeneratedUserBoolTracks)
{
ShiftTrackTags(track, startWarpTime, endWarpTime, warpScale, cumTimeShift);
}
//Shift MxM Utility Tags
ShiftTrackTags(GeneratedLeftFootStepTrack, startWarpTime, endWarpTime, warpScale, cumTimeShift);
ShiftTrackTags(GeneratedRightFootStepTrack, startWarpTime, endWarpTime, warpScale, cumTimeShift);
ShiftTrackTags(GeneratedWarpPositionTrack, startWarpTime, endWarpTime, warpScale, cumTimeShift);
ShiftTrackTags(GeneratedWarpRotationTrack, startWarpTime, endWarpTime, warpScale, cumTimeShift);
ShiftTrackTags(GeneratedEnableRootMotionTrack, startWarpTime, endWarpTime, warpScale, cumTimeShift);
ShiftTrackTags(GeneratedPoseFavourTrack, startWarpTime, endWarpTime, warpScale, cumTimeShift);
ShiftTrackTags(GeneratedWarpTrajLatTrack, startWarpTime, endWarpTime, warpScale, cumTimeShift);
ShiftTrackTags(GeneratedWarpTrajLongTrack, startWarpTime, endWarpTime, warpScale, cumTimeShift);
cumTimeShift += localTimeShift;
curStartTime = endWarpTime;
}
for (int i = 0; i < workingCurves.Count; ++i)
{
EditorUtility.DisplayProgressBar("Generate Modified Animation",
"Generating Curves for clip: " + PrimaryClip.name, ((float)i) / ((float)workingCurves.Count));
AnimationUtility.SetEditorCurve(GeneratedClip, curveBindings[i], workingCurves[i]);
}
AnimationUtility.SetAnimationEvents(GeneratedClip, newEvents.ToArray());
EditorUtility.SetDirty(GeneratedClip);
AssetDatabase.CreateAsset(GeneratedClip, a_directory + "/" + GeneratedClip.name + ".anim");
//AssetDatabase.AddObjectToAsset(GeneratedClip, m_targetPreProcessData);
AssetDatabase.ImportAsset(AssetDatabase.GetAssetPath(GeneratedClip));
EditorUtility.SetDirty(this);
EditorUtility.ClearProgressBar();
}
else
{
Debug.LogWarning("Warning: Cannot generate modified animation with no PrimaryClip in MxMAnimationClipComposite");
}
}
}
public void CopyData(MxMAnimationClipComposite a_copy)
{
PrimaryClip = a_copy.PrimaryClip;
BeforeClips = new List<AnimationClip>(a_copy.BeforeClips);
AfterClips = new List<AnimationClip>(a_copy.AfterClips);
Looping= a_copy.Looping;
IgnoreEdges = a_copy.IgnoreEdges;
ExtrapolateTrajectory = a_copy.ExtrapolateTrajectory;
FlattenTrajectory = a_copy.FlattenTrajectory;
RuntimeSplicing = a_copy.RuntimeSplicing;
UseSpeedMods = a_copy.UseSpeedMods;
GlobalTags = a_copy.GlobalTags;
GlobalFavourTags = a_copy.GlobalFavourTags;
TagTracks = new List<TagTrack>(a_copy.TagTracks.Count + 1);
foreach(TagTrack track in a_copy.TagTracks)
{
TagTracks.Add(new TagTrack(track));
}
for (int i = 0; i < a_copy.TagTracks.Count; ++i)
{
TagTracks.Add(new TagTrack(a_copy.TagTracks[i]));
}
FavourTagTracks = new List<TagTrack>(a_copy.FavourTagTracks.Count + 1);
foreach(TagTrack track in a_copy.FavourTagTracks)
{
FavourTagTracks.Add(new TagTrack(track));
}
UserBoolTracks = new List<TagTrackBase>(a_copy.UserBoolTracks.Count + 1);
foreach(TagTrackBase track in a_copy.UserBoolTracks)
{
UserBoolTracks.Add(new TagTrackBase(track));
}
Events = new List<EventMarker>(a_copy.Events.Count + 1);
foreach(EventMarker marker in a_copy.Events)
{
Events.Add(new EventMarker(marker));
}
m_targetPreProcessData = a_copy.m_targetPreProcessData;
m_targetAnimModule = a_copy.m_targetAnimModule;
m_targetPrefab = a_copy.m_targetPrefab;
PoseList = null;
LeftFootStepTrack = new FootStepTagTrack(a_copy.LeftFootStepTrack);
RightFootStepTrack = new FootStepTagTrack(a_copy.RightFootStepTrack);
WarpPositionTrack = new TagTrackBase(a_copy.WarpPositionTrack);
WarpRotationTrack = new TagTrackBase(a_copy.WarpRotationTrack);
EnableRootMotionTrack = new TagTrackBase(a_copy.EnableRootMotionTrack);
PoseFavourTrack = new FloatTagTrack(a_copy.PoseFavourTrack);
WarpTrajLatTrack = new TagTrackBase(a_copy.WarpTrajLatTrack);
WarpTrajLongTrack = new TagTrackBase(a_copy.WarpTrajLongTrack);
MotionModifier = new MotionModifyData(a_copy.MotionModifier, this);
}
public static void DetectFootsteps(IMxMAnim a_mxmAnim, GameObject a_targetModel, MxMPreProcessData a_preProcessData,
AnimationModule a_animModule, float a_groundingThreshold, float a_minSpacing, float a_minDuration, float a_maxFootSpeed)
{
if ((a_preProcessData == null && a_animModule == null) || a_mxmAnim == null)
{
return;
}
AnimationClip targetClip = a_mxmAnim.TargetClip;
if (targetClip == null)
{
return;
}
if (a_targetModel == null)
{
if (a_preProcessData == null)
{
a_targetModel = a_preProcessData.Prefab;
}
else if (a_animModule == null)
{
a_targetModel = a_animModule.Prefab;
}
if (a_targetModel == null)
{
Debug.LogError("MxM Footstep Detection - The MxMAnim you are trying to detect footsteps for has no target" +
"model. This could occur if your target model is not set on the pre-processor, or your animation module" +
"doesn't have a MotionMatch Config referenced.");
return;
}
}
List <FootStepData> leftFootStepData = new List <FootStepData>();
List <Vector2> leftFootStepPositions = new List <Vector2>();
List <FootStepData> rightFootStepData = new List <FootStepData>();
List <Vector2> rightFootStepPositions = new List <Vector2>();
GameObject model = GameObject.Instantiate(a_targetModel);
model.transform.SetPositionAndRotation(Vector3.zero, Quaternion.identity);
Animator animator = model.GetComponent <Animator>();
if (animator == null)
{
animator = model.AddComponent <Animator>();
}
animator.applyRootMotion = true;
animator.cullingMode = AnimatorCullingMode.AlwaysAnimate;
Transform leftToeJoint = null;
Transform rightToeJoint = null;
bool getBonesByName = false;
if (a_preProcessData != null)
{
getBonesByName = a_preProcessData.GetBonesByName;
}
else if (a_animModule != null)
{
getBonesByName = a_animModule.GetBonesByName;
}
if (!getBonesByName)
{
leftToeJoint = animator.GetBoneTransform(HumanBodyBones.LeftToes);
rightToeJoint = animator.GetBoneTransform(HumanBodyBones.RightToes);
}
else
{
//Get generic joints?
Debug.LogWarning("Automatic detection of footsteps is not currently supported for generic rigs");
return;
}
PlayableGraph playableGraph = PlayableGraph.Create();
playableGraph.SetTimeUpdateMode(DirectorUpdateMode.Manual);
var playableOutput = AnimationPlayableOutput.Create(playableGraph, "Animation", animator);
var animationMixer = AnimationMixerPlayable.Create(playableGraph, 1, true);
playableOutput.SetSourcePlayable(animationMixer);
var clipPlayable = AnimationClipPlayable.Create(playableGraph, targetClip);
animationMixer.ConnectInput(0, clipPlayable, 0);
animationMixer.SetInputWeight(0, 1f);
clipPlayable.SetTime(0.0);
clipPlayable.SetTime(0.0);
playableGraph.Evaluate(0f);
model.transform.SetPositionAndRotation(Vector3.zero, Quaternion.identity);
const float SixtyHz = 1f / 60f;
float leftFootLowestY = leftToeJoint.position.y;
float rightFootLowestY = rightToeJoint.position.y;
for (float time = 0f; time <= targetClip.length; time += SixtyHz)
{
float leftFootY = leftToeJoint.position.y;
float rightFootY = rightToeJoint.position.y;
if (leftFootY < leftFootLowestY)
{
leftFootLowestY = leftFootY;
}
if (rightFootY < rightFootLowestY)
{
rightFootLowestY = rightFootY;
}
playableGraph.Evaluate(SixtyHz);
}
clipPlayable.SetTime(0.0);
clipPlayable.SetTime(0.0);
playableGraph.Evaluate(0f);
bool leftFootGrounded = false;
bool rightFootGrounded = false;
float leftStepStartTime = 0f;
float leftStepEndTime = 0f;
float rightStepStartTime = 0f;
float rightStepEndTime = 0f;
model.transform.SetPositionAndRotation(Vector3.zero, Quaternion.identity);
float leftToeSpeed = 0f;
float rightToeSpeed = 0f;
Vector3 leftToeLastPos = leftToeJoint.position;
Vector3 rightToeLastPos = rightToeJoint.position;
for (float time = 0f; time <= targetClip.length; time += SixtyHz)
{
//Velocities
leftToeSpeed = Vector3.Distance(leftToeLastPos, leftToeJoint.position) / SixtyHz;
rightToeSpeed = Vector3.Distance(rightToeLastPos, rightToeJoint.position) / SixtyHz;
leftToeLastPos = leftToeJoint.position;
rightToeLastPos = rightToeJoint.position;
//LEFT FOOT
float leftFootDif = leftToeJoint.position.y - leftFootLowestY;
if (leftFootDif < a_groundingThreshold && leftToeSpeed < a_maxFootSpeed)
{
if (leftFootGrounded == false)
{
leftStepStartTime = time;
}
leftFootGrounded = true;
}
else
{
if (leftFootGrounded == true)
{
leftStepEndTime = time;
leftFootStepData.Add(new FootStepData());
leftFootStepPositions.Add(new Vector2(leftStepStartTime, leftStepEndTime));
}
leftFootGrounded = false;
}
//RIGHT FOOT
float rightFootDif = rightToeJoint.position.y - rightFootLowestY;
if (rightFootDif < a_groundingThreshold && rightToeSpeed < a_maxFootSpeed)
{
if (rightFootGrounded == false)
{
rightStepStartTime = time;
}
rightFootGrounded = true;
}
else
{
if (rightFootGrounded == true)
{
rightStepEndTime = time;
rightFootStepData.Add(new FootStepData());
rightFootStepPositions.Add(new Vector2(rightStepStartTime, rightStepEndTime));
}
rightFootGrounded = false;
}
playableGraph.Evaluate(SixtyHz);
}
List <TagTrackBase> genericTagTracks = a_mxmAnim.GenericTagTracks;
FootStepTagTrack leftFootTagTrack = genericTagTracks[0] as FootStepTagTrack;
leftFootTagTrack.RemoveAllTags();
for (int i = 0; i < leftFootStepPositions.Count; ++i)
{
Vector2 footStepPosition = leftFootStepPositions[i];
//Combine footsteps that are too close to be real (This should be recursive)
if (i + 1 < leftFootStepPositions.Count)
{
for (int k = i + 1; k < leftFootStepPositions.Count; ++k)
{
Vector2 nextFootStepPos = leftFootStepPositions[k];
if (nextFootStepPos.x - footStepPosition.y < a_minSpacing)
{
footStepPosition.y = nextFootStepPos.y;
leftFootStepPositions.RemoveAt(k);
--k;
}
else
{
break;
}
}
}
//Ignore footsteps that are too short to be real
if (footStepPosition.y - footStepPosition.x < a_minDuration)
{
continue;
}
leftFootTagTrack.AddTag(footStepPosition.x, footStepPosition.y);
}
FootStepTagTrack rightFootTagTrack = genericTagTracks[1] as FootStepTagTrack;
rightFootTagTrack.RemoveAllTags();
for (int i = 0; i < rightFootStepPositions.Count; ++i)
{
Vector3 footStepPosition = rightFootStepPositions[i];
//Combine footsteps that are too close to be real (This should be recursive)
if (i + 1 < rightFootStepPositions.Count)
{
for (int k = i + 1; k < rightFootStepPositions.Count; ++k)
{
Vector2 nextFootStepPos = rightFootStepPositions[k];
if (nextFootStepPos.x - footStepPosition.y < a_minSpacing)
{
footStepPosition.y = nextFootStepPos.y;
rightFootStepPositions.RemoveAt(k);
--k;
}
else
{
break;
}
}
}
//Ignore footsteps that are too short to be real
if (footStepPosition.y - footStepPosition.x < a_minDuration)
{
continue;
}
rightFootTagTrack.AddTag(footStepPosition.x, footStepPosition.y);
}
GameObject.DestroyImmediate(model);
}