KeyframedAnimationSet CreateAnimationSet()
{
var trackList = Editor.Parser.ANIC.ChildList;
if ((trackList == null) || (trackList.Count <= 0))
{
return(null);
}
KeyframedAnimationSet set = new KeyframedAnimationSet("SetName", 1, PlaybackType.Once, trackList.Count, new CallbackKey[0]);
for (int i = 0; i < trackList.Count; i++)
{
var track = trackList[i];
ScaleKey[] scaleKeys = new ScaleKey[track.scalings.Length];
RotationKey[] rotationKeys = new RotationKey[track.rotations.Length];
TranslationKey[] translationKeys = new TranslationKey[track.translations.Length];
set.RegisterAnimationKeys(track.boneFrame, scaleKeys, rotationKeys, translationKeys);
for (int j = 0; j < track.scalings.Length; j++)
{
float time = track.scalings[j].index;
ScaleKey scale = new ScaleKey();
scale.Time = time;
scale.Value = track.scalings[j].value;
//scaleKeys[j] = scale;
set.SetScaleKey(i, j, scale);
}
for (int j = 0; j < track.rotations.Length; j++)
{
float time = track.rotations[j].index;
RotationKey rotation = new RotationKey();
rotation.Time = time;
rotation.Value = track.rotations[j].value;
//rotationKeys[j] = rotation;
set.SetRotationKey(i, j, rotation);
}
for (int j = 0; j < track.translations.Length; j++)
{
float time = track.translations[j].index;
TranslationKey translation = new TranslationKey();
translation.Time = time;
translation.Value = track.translations[j].value;
//translationKeys[j] = translation;
set.SetTranslationKey(i, j, translation);
}
}
return(set);
}
void LerpBones2(RecoilType _type, RotationKey _lastKey, RotationKey _curKey, out bool _finished)
{
_finished = false;
float recoilSplit = recoilTime / keys.Length;
timer += Time.deltaTime;
if (timer > recoilSplit)
{
timer = recoilSplit;
}
float perc = timer / recoilSplit;
if (_type == RecoilType.First)
{
for (int i = 0; i < bones.Length; i++)
{
bones[i].localRotation = Quaternion.Lerp(bones[i].localRotation, Quaternion.Euler(_curKey.rotations[i]), perc);
}
}
else if (_type == RecoilType.Keys)
{
for (int i = 0; i < bones.Length; i++)
{
bones[i].localRotation = Quaternion.Lerp(Quaternion.Euler(_lastKey.rotations[i]), Quaternion.Euler(_curKey.rotations[i]), perc);
}
}
else
{
for (int i = 0; i < bones.Length; i++)
{
bones[i].localRotation = Quaternion.Lerp(Quaternion.Euler(_lastKey.rotations[i]), bones[i].localRotation, perc);
}
}
if (perc >= 1)
{
_finished = true;
timer = 0;
}
}
IEnumerator DoConvertTake(AMTakeData oldTake, Take newTake, bool isMeta, string assetPath)
{
newTake.name = oldTake.name;
newTake.frameRate = oldTake.frameRate;
newTake.endFramePadding = oldTake.endFramePadding;
newTake.numLoop = oldTake.numLoop;
newTake.loopMode = oldTake.loopMode;
newTake.loopBackToFrame = oldTake.loopBackToFrame;
newTake.trackCounter = oldTake.track_count;
newTake.groupCounter = oldTake.group_count;
//go through groups
newTake.rootGroup = new Group();
newTake.rootGroup.group_name = oldTake.rootGroup.group_name;
newTake.rootGroup.group_id = oldTake.rootGroup.group_id;
newTake.rootGroup.elements = new List <int>(oldTake.rootGroup.elements);
newTake.rootGroup.foldout = oldTake.rootGroup.foldout;
newTake.groupValues = new List <Group>();
foreach (var oldGroup in oldTake.groupValues)
{
var newGroup = new Group();
newGroup.group_name = oldGroup.group_name;
newGroup.group_id = oldGroup.group_id;
newGroup.elements = new List <int>(oldGroup.elements);
newGroup.foldout = oldGroup.foldout;
newTake.groupValues.Add(newGroup);
}
//go through tracks
newTake.trackValues = new List <Track>();
foreach (var oldTrack in oldTake.trackValues)
{
AddMessage(" - convert track: " + oldTrack.name);
Track newTrack = null;
if (oldTrack is AMAnimationTrack)
{
newTrack = new UnityAnimationTrack();
ConvertTrackCommonFields(oldTrack, newTrack, true, isMeta);
newTrack.keys = new List <Key>();
foreach (AMAnimationKey oldKey in oldTrack.keys)
{
var newKey = new UnityAnimationKey();
ConvertKeyCommonFields(oldKey, newKey);
newKey.wrapMode = oldKey.wrapMode;
newKey.amClip = oldKey.amClip;
newKey.crossfade = oldKey.crossfade;
newKey.crossfadeTime = oldKey.crossfadeTime;
newTrack.keys.Add(newKey);
}
}
else if (oldTrack is AMAudioTrack)
{
newTrack = new AudioTrack();
ConvertTrackCommonFields(oldTrack, newTrack, true, isMeta);
newTrack.keys = new List <Key>();
foreach (AMAudioKey oldKey in oldTrack.keys)
{
var newKey = new AudioKey();
ConvertKeyCommonFields(oldKey, newKey);
newKey.audioClip = oldKey.audioClip;
newKey.loop = oldKey.loop;
newKey.oneShot = oldKey.oneShot;
newTrack.keys.Add(newKey);
}
}
else if (oldTrack is AMCameraSwitcherTrack)
{
newTrack = new CameraSwitcherTrack();
ConvertTrackCommonFields(oldTrack, newTrack, true, isMeta);
newTrack.keys = new List <Key>();
for (int i = 0; i < oldTrack.keys.Count; i++)
{
var oldKey = (AMCameraSwitcherKey)oldTrack.keys[i];
var newKey = new CameraSwitcherKey();
ConvertKeyCommonFields(oldKey, newKey);
newKey.type = oldKey.type;
newKey.typeEnd = oldKey.typeEnd;
newKey.color = oldKey.color;
newKey.colorEnd = oldKey.colorEnd;
newKey.cameraFadeType = oldKey.cameraFadeType;
newKey.cameraFadeParameters = new List <float>(oldKey.cameraFadeParameters);
newKey.irisShape = oldKey.irisShape;
newKey.still = oldKey.still;
newKey.endFrame = oldKey.endFrame;
if (isMeta)
{
newKey.SetCameraDirect(null, oldKey.cameraTargetPath);
newKey.SetCameraEndDirect(null, oldKey.cameraEndTargetPath);
}
else
{
newKey.SetCameraDirect(oldKey.getCamera(null), "");
newKey.SetCameraDirect(oldKey.getCameraEnd(null), "");
}
newTrack.keys.Add(newKey);
}
}
else if (oldTrack is AMEventTrack)
{
var newEventTrack = new EventTrack();
newTrack = newEventTrack;
ConvertTrackCommonFields(oldTrack, newTrack, false, isMeta);
newTrack.keys = new List <Key>();
string eventCompName = null;
//TODO: create new tracks per different components from keys
//for now we only allow conversion of one component, so the first key will be used.
foreach (AMEventKey oldKey in oldTrack.keys)
{
string keyCompName = oldKey.getComponentName();
if (string.IsNullOrEmpty(eventCompName))
{
if (!string.IsNullOrEmpty(keyCompName))
{
eventCompName = keyCompName;
AddMessage(" - EventTrack using component: " + eventCompName);
if (isMeta)
{
newEventTrack.SetTargetAsComponentDirect(oldTrack.targetPath, null, eventCompName);
}
else
{
newEventTrack.SetTargetAsComponentDirect("", oldKey.getComponentRef(), eventCompName);
}
}
}
//only add if component matched
if (string.IsNullOrEmpty(eventCompName) || keyCompName != eventCompName)
{
AddMessage(" - Cannot add EventKey with Component: " + eventCompName, Color.yellow);
continue;
}
var newKey = new EventKey();
ConvertKeyCommonFields(oldKey, newKey);
newKey.useSendMessage = oldKey.useSendMessage;
newKey.methodName = oldKey.methodName;
newKey.parameters = new List <EventParameter>(oldKey.parameters.Count);
for (int i = 0; i < oldKey.parameters.Count; i++)
{
var oldParm = oldKey.parameters[i];
var newParm = new EventParameter();
ConvertEventParameter(oldParm, newParm);
newKey.parameters.Add(newParm);
}
newTrack.keys.Add(newKey);
}
}
else if (oldTrack is AMGOSetActiveTrack)
{
var oldGOTrack = (AMGOSetActiveTrack)oldTrack;
var newGOTrack = new GOSetActiveTrack();
newTrack = newGOTrack;
ConvertTrackCommonFields(oldTrack, newTrack, true, isMeta);
newGOTrack.startActive = oldGOTrack.startActive;
newTrack.keys = new List <Key>();
foreach (AMGOSetActiveKey oldKey in oldTrack.keys)
{
var newKey = new GOSetActiveKey();
ConvertKeyCommonFields(oldKey, newKey);
newKey.setActive = oldKey.setActive;
newKey.endFrame = oldKey.endFrame;
newTrack.keys.Add(newKey);
}
}
else if (oldTrack is AMMaterialTrack)
{
var oldMatTrack = (AMMaterialTrack)oldTrack;
var newMatTrack = new MaterialTrack();
newTrack = newMatTrack;
ConvertTrackCommonFields(oldTrack, newTrack, true, isMeta);
newMatTrack.materialIndex = oldMatTrack.materialIndex;
newMatTrack.property = oldMatTrack.property;
newMatTrack.propertyType = (MaterialTrack.ValueType)oldMatTrack.propertyType;
newTrack.keys = new List <Key>();
foreach (AMMaterialKey oldKey in oldTrack.keys)
{
var newKey = new MaterialKey();
ConvertKeyCommonFields(oldKey, newKey);
newKey.endFrame = oldKey.endFrame;
newKey.texture = oldKey.texture;
newKey.vector = oldKey.vector;
newTrack.keys.Add(newKey);
}
}
else if (oldTrack is AMOrientationTrack)
{
newTrack = new OrientationTrack();
ConvertTrackCommonFields(oldTrack, newTrack, true, isMeta);
newTrack.keys = new List <Key>();
foreach (AMOrientationKey oldKey in oldTrack.keys)
{
var newKey = new OrientationKey();
ConvertKeyCommonFields(oldKey, newKey);
if (isMeta)
{
newKey.SetTargetDirect(null, oldKey.GetTargetPath());
}
else
{
newKey.SetTargetDirect(oldKey.GetTarget(null), "");
}
newKey.endFrame = oldKey.endFrame;
newTrack.keys.Add(newKey);
}
}
else if (oldTrack is AMPropertyTrack)
{
var oldPropTrack = (AMPropertyTrack)oldTrack;
var newPropTrack = new PropertyTrack();
newTrack = newPropTrack;
ConvertTrackCommonFields(oldTrack, newTrack, true, isMeta);
newPropTrack.valueType = (PropertyTrack.ValueType)oldPropTrack.valueType;
if (oldPropTrack.isPropertySet())
{
Component comp = oldPropTrack.GetTargetComp(null);
string compName = oldPropTrack.getComponentName();
bool isField = oldPropTrack.isField;
string fieldName = oldPropTrack.getMemberName();
if (isMeta)
{
newPropTrack.SetTargetCompDirect(null, compName, isField, fieldName);
}
else
{
newPropTrack.SetTargetCompDirect(comp, compName, isField, fieldName);
}
}
newTrack.keys = new List <Key>();
foreach (AMPropertyKey oldKey in oldTrack.keys)
{
var newKey = new PropertyKey();
ConvertKeyCommonFields(oldKey, newKey);
newKey.endFrame = oldKey.endFrame;
newKey.val = oldKey.val;
newKey.valString = oldKey.valString;
newKey.valObj = oldKey.valObj;
newKey.vect4 = oldKey.vect4;
newTrack.keys.Add(newKey);
}
}
else if (oldTrack is AMRotationEulerTrack)
{
var oldRotEulerTrack = (AMRotationEulerTrack)oldTrack;
var newRotEulerTrack = new RotationEulerTrack();
newTrack = newRotEulerTrack;
ConvertTrackCommonFields(oldTrack, newTrack, true, isMeta);
newRotEulerTrack.axis = (AxisFlags)oldRotEulerTrack.axis;
newTrack.keys = new List <Key>();
foreach (AMRotationEulerKey oldKey in oldTrack.keys)
{
var newKey = new RotationEulerKey();
ConvertKeyCommonFields(oldKey, newKey);
newKey.rotation = oldKey.rotation;
newKey.endFrame = oldKey.endFrame;
newTrack.keys.Add(newKey);
}
}
else if (oldTrack is AMRotationTrack)
{
newTrack = new RotationTrack();
ConvertTrackCommonFields(oldTrack, newTrack, true, isMeta);
newTrack.keys = new List <Key>();
foreach (AMRotationKey oldKey in oldTrack.keys)
{
var newKey = new RotationKey();
ConvertKeyCommonFields(oldKey, newKey);
newKey.rotation = oldKey.rotation;
newKey.endFrame = oldKey.endFrame;
newTrack.keys.Add(newKey);
}
}
else if (oldTrack is AMTranslationTrack)
{
var oldTransTrack = (AMTranslationTrack)oldTrack;
var newTransTrack = new TranslationTrack();
newTrack = newTransTrack;
ConvertTrackCommonFields(oldTrack, newTrack, true, isMeta);
newTransTrack.pixelPerUnit = oldTransTrack.pixelPerUnit;
newTransTrack.pixelSnap = oldTransTrack.pixelSnap;
newTrack.keys = new List <Key>();
foreach (AMTranslationKey oldKey in oldTrack.keys)
{
var newKey = new TranslationKey();
ConvertKeyCommonFields(oldKey, newKey);
newKey.position = oldKey.position;
newKey.endFrame = oldKey.endFrame;
newKey.isConstSpeed = oldKey.isConstSpeed;
newKey.path = new Vector3[oldKey.path.Length];
System.Array.Copy(oldKey.path, newKey.path, newKey.path.Length);
newTrack.keys.Add(newKey);
}
}
else if (oldTrack is AMTriggerTrack) //convert TriggerTrack to EventTrack with TriggerSignal
{
var newTriggerTrack = new EventTrack();
newTrack = newTriggerTrack;
ConvertTrackCommonFields(oldTrack, newTrack, false, isMeta);
//grab/create signal for this trigger
string signalPath = GetTriggerSignalPath(assetPath);
TriggerSignal triggerSignal;
if (!mTriggerSignalLookup.TryGetValue(signalPath, out triggerSignal))
{
//try to load it if it exists
triggerSignal = AssetDatabase.LoadAssetAtPath <TriggerSignal>(signalPath);
if (!triggerSignal)
{
AddMessage(" - Creating Trigger Signal: " + signalPath);
triggerSignal = ScriptableObject.CreateInstance <TriggerSignal>();
AssetDatabase.CreateAsset(triggerSignal, signalPath);
AssetDatabase.SaveAssets();
yield return(new WaitForFixedUpdate());
}
mTriggerSignalLookup.Add(signalPath, triggerSignal);
}
newTriggerTrack.SetTargetAsObject(triggerSignal);
newTrack.keys = new List <Key>();
foreach (AMTriggerKey oldKey in oldTrack.keys)
{
var newKey = new EventKey();
ConvertKeyCommonFields(oldKey, newKey);
newKey.useSendMessage = false;
newKey.methodName = "Invoke";
newKey.parameters = new List <EventParameter>(3);
newKey.parameters.Add(new EventParameter()
{
valueType = EventData.ValueType.String, val_string = oldKey.valueString
});
newKey.parameters.Add(new EventParameter()
{
valueType = EventData.ValueType.Integer, val_int = oldKey.valueInt
});
newKey.parameters.Add(new EventParameter()
{
valueType = EventData.ValueType.Float, val_float = oldKey.valueFloat
});
newTrack.keys.Add(newKey);
}
}
newTake.trackValues.Add(newTrack);
yield return(new WaitForFixedUpdate());
}
}
private void buttonAnimationKeyframeNew_Click(object sender, EventArgs e)
{
try
{
if (listViewAnimationTrack.SelectedItems.Count != 1)
{
return;
}
xaAnimationTrack track = (xaAnimationTrack)listViewAnimationTrack.SelectedItems[0].Tag;
int animation = Editor.Parser.AnimationSection.TrackList.IndexOf(track);
int timeIndex = (int)numericAnimationClipKeyframe.Value;
xaAnimationKeyframe keyframe = (xaAnimationKeyframe)Gui.Scripting.RunScript(EditorVar + ".NewKeyframe(track=" + EditorVar + ".Parser.AnimationSection.TrackList[" + animation + "], index=" + timeIndex + ")");
Changed = Changed;
int key = track.KeyframeList.IndexOf(keyframe);
if (key >= animationSet.GetRotationKeyCount(animationSet.GetAnimationIndex(track.Name)))
{
if (animationSet != null)
{
Pause();
renderTimer.Tick -= renderTimer_Tick;
Gui.Renderer.RemoveAnimationSet(animationId);
animationSet.Dispose();
animationSet = null;
}
animationSet = CreateAnimationSet();
if (animationSet != null)
{
animationId = Gui.Renderer.AddAnimationSet(animationSet);
renderTimer.Interval = 10;
renderTimer.Tick += new EventHandler(renderTimer_Tick);
Play();
}
}
float time = timeIndex;
ScaleKey scale = new ScaleKey();
scale.Time = time;
scale.Value = keyframe.Scaling;
animationSet.SetScaleKey(animation, key, scale);
RotationKey rotation = new RotationKey();
rotation.Time = time;
rotation.Value = Quaternion.Invert(keyframe.Rotation);
animationSet.SetRotationKey(animation, key, rotation);
TranslationKey translation = new TranslationKey();
translation.Time = time;
translation.Value = keyframe.Translation;
animationSet.SetTranslationKey(animation, key, translation);
AdvanceTime(0);
AddTrackToEditedTracks(track);
listViewAnimationTrack.SelectedItems[0].SubItems[1].Text = track.KeyframeList.Count.ToString();
listViewAnimationTrack.SelectedItems[0].SubItems[2].Text = (track.KeyframeList[track.KeyframeList.Count - 1].Index - track.KeyframeList[0].Index + 1).ToString();
DisplayNewKeyframe(true);
}
catch (Exception ex)
{
Utility.ReportException(ex);
}
}
KeyframedAnimationSet CreateAnimationSet()
{
var trackList = Editor.Parser.AnimationSection.TrackList;
if ((trackList == null) || (trackList.Count <= 0))
{
return null;
}
KeyframedAnimationSet set = new KeyframedAnimationSet("SetName", 1, PlaybackType.Once, trackList.Count, new CallbackKey[0]);
for (int i = 0; i < trackList.Count; i++)
{
var track = trackList[i];
var keyframes = track.KeyframeList;
ScaleKey[] scaleKeys = new ScaleKey[keyframes.Count];
RotationKey[] rotationKeys = new RotationKey[keyframes.Count];
TranslationKey[] translationKeys = new TranslationKey[keyframes.Count];
for (int k = 0; k < 10; k++)
{
try
{
set.RegisterAnimationKeys(k == 0 ? track.Name : track.Name + "_error" + k, scaleKeys, rotationKeys, translationKeys);
for (int j = 0; j < keyframes.Count; j++)
{
float time = keyframes[j].Index;
ScaleKey scale = new ScaleKey();
scale.Time = time;
scale.Value = keyframes[j].Scaling;
//scaleKeys[j] = scale;
set.SetScaleKey(i, j, scale);
RotationKey rotation = new RotationKey();
rotation.Time = time;
rotation.Value = Quaternion.Invert(keyframes[j].Rotation);
//rotationKeys[j] = rotation;
set.SetRotationKey(i, j, rotation);
TranslationKey translation = new TranslationKey();
translation.Time = time;
translation.Value = keyframes[j].Translation;
//translationKeys[j] = translation;
set.SetTranslationKey(i, j, translation);
}
break;
}
catch (Exception ex)
{
switch (k)
{
case 0:
Report.ReportLog("Error in Track: " + track.Name);
Utility.ReportException(ex);
break;
case 9:
Report.ReportLog("Aborting to register with different name. Animation will not be displayed.");
break;
}
}
}
}
return set;
}
KeyframedAnimationSet CreateAnimationSet()
{
var trackList = Editor.Parser.ANIC.ChildList;
if ((trackList == null) || (trackList.Count <= 0))
{
return null;
}
KeyframedAnimationSet set = new KeyframedAnimationSet("SetName", 1, PlaybackType.Once, trackList.Count, new CallbackKey[0]);
for (int i = 0; i < trackList.Count; i++)
{
var track = trackList[i];
ScaleKey[] scaleKeys = new ScaleKey[track.scalings.Length];
RotationKey[] rotationKeys = new RotationKey[track.rotations.Length];
TranslationKey[] translationKeys = new TranslationKey[track.translations.Length];
set.RegisterAnimationKeys(track.boneFrame, scaleKeys, rotationKeys, translationKeys);
for (int j = 0; j < track.scalings.Length; j++)
{
float time = track.scalings[j].index;
ScaleKey scale = new ScaleKey();
scale.Time = time;
scale.Value = track.scalings[j].value;
//scaleKeys[j] = scale;
set.SetScaleKey(i, j, scale);
}
for (int j = 0; j < track.rotations.Length; j++)
{
float time = track.rotations[j].index;
RotationKey rotation = new RotationKey();
rotation.Time = time;
rotation.Value = track.rotations[j].value;
//rotationKeys[j] = rotation;
set.SetRotationKey(i, j, rotation);
}
for (int j = 0; j < track.translations.Length; j++)
{
float time = track.translations[j].index;
TranslationKey translation = new TranslationKey();
translation.Time = time;
translation.Value = track.translations[j].value;
//translationKeys[j] = translation;
set.SetTranslationKey(i, j, translation);
}
}
return set;
}
