public void Insert(AMKey key, Tweener tween)
{
mSequence.Insert(key.getWaitTime(mTake.frameRate, 0.0f), tween);
}
public void Trigger(AMKey key, AMTriggerData data)
{
mTarget.SequenceTrigger(this, key, data);
}
public int getKeyIndex(AMKey key)
{
return(keys.IndexOf(key));
}
/// <summary>
/// This will only duplicate the tracks and groups, includeKeys=true to also duplicate keys
/// </summary>
/// <param name="take"></param>
public void DuplicateTake(AMTakeData dupTake, bool includeKeys, bool addCompUndo)
{
AMTakeData a = new AMTakeData();
a.name = dupTake.name;
MakeTakeNameUnique(a);
a.numLoop = dupTake.numLoop;
a.loopMode = dupTake.loopMode;
a.frameRate = dupTake.frameRate;
a.endFramePadding = dupTake.endFramePadding;
//a.lsTracks = new List<AMTrack>();
//a.dictTracks = new Dictionary<int,AMTrack>();
if (dupTake.rootGroup != null)
{
a.rootGroup = dupTake.rootGroup.duplicate();
}
else
{
a.initGroups();
}
a.group_count = dupTake.group_count;
if (dupTake.groupValues != null)
{
a.groupValues = new List <AMGroup>();
foreach (AMGroup grp in dupTake.groupValues)
{
a.groupValues.Add(grp.duplicate());
}
}
a.track_count = dupTake.track_count;
if (dupTake.trackValues != null)
{
a.trackValues = new List <AMTrack>();
foreach (AMTrack track in dupTake.trackValues)
{
GameObject holderGO = (this as AMITarget).holder.gameObject;
AMTrack dupTrack = (addCompUndo ? UnityEditor.Undo.AddComponent(holderGO, track.GetType()) : holderGO.AddComponent(track.GetType())) as AMTrack;
dupTrack.enabled = false;
track.CopyTo(dupTrack);
a.trackValues.Add(dupTrack);
dupTrack.maintainTrack(mDataTarget);
Object tgtObj = dupTrack.GetTarget(mDataTarget);
//if there's no target, then we can't add the keys for events and properties
if (includeKeys && !(tgtObj == null && (dupTrack is AMPropertyTrack || dupTrack is AMEventTrack)))
{
foreach (AMKey key in track.keys)
{
AMKey dupKey = (addCompUndo ? UnityEditor.Undo.AddComponent(holderGO, key.GetType()) : holderGO.AddComponent(key.GetType())) as AMKey;
if (dupKey)
{
key.CopyTo(dupKey);
dupKey.enabled = false;
dupKey.maintainKey(mDataTarget, tgtObj);
dupTrack.keys.Add(dupKey);
}
}
dupTrack.updateCache(mDataTarget);
}
}
}
takes.Add(a);
}
public virtual void CopyTo(AMKey key)
{
Debug.LogError("Animator: No override for CopyTo()");
}
public void Build(bool autoKill, UpdateType updateType, bool updateTimeIndependent)
{
if (mSequence != null)
{
mSequence.Kill();
}
//create sequence
mSequence = DOTween.Sequence();
mSequence.SetUpdate(updateType, updateTimeIndependent);
mSequence.SetAutoKill(mIsAutoKill = autoKill);
if (mTake.numLoop < 0 && mTake.loopBackToFrame > 0)
{
if (mTake.loopMode == LoopType.Yoyo)
{
mSequence.SetLoops(2, mTake.loopMode);
}
else
{
mSequence.SetLoops(1, mTake.loopMode); //allow sequence to end so we can loop back to specific frame
}
}
else
{
mSequence.SetLoops(mTake.numLoop, mTake.loopMode);
}
mSequence.OnComplete(OnSequenceComplete);
mTake.maintainCaches(mTarget);
float minWaitTime = float.MaxValue;
foreach (AMTrack track in mTake.trackValues)
{
Object tgt = null;
if ((tgt = track.GetTarget(mTarget)) != null)
{
track.buildSequenceStart(this);
int keyMax = track.keys.Count;
if (keyMax > 0)
{
for (int keyInd = 0; keyInd < keyMax; keyInd++)
{
AMKey key = track.keys[keyInd];
key.build(this, track, keyInd, tgt);
}
float waitTime = track.keys[0].getWaitTime(mTake.frameRate, 0.0f);
if (waitTime < minWaitTime)
{
minWaitTime = waitTime;
}
}
}
}
//prepend delay at the beginning
if (minWaitTime > 0.0f)
{
mSequence.PrependInterval(minWaitTime);
}
//append delay at the end
if ((mTake.numLoop >= 0 || mTake.loopBackToFrame <= 0) && mTake.endFramePadding > 0)
{
mSequence.AppendInterval(mTake.endFramePadding / (float)mTake.frameRate);
}
}