void Awake()
{
if (!Application.isPlaying)
{
return;
}
if (!meta && !_dataHolder)
{
foreach (Transform child in transform)
{
if (child.gameObject.name == "_animdata")
{
_dataHolder = child.gameObject;
break;
}
}
}
if (_dataHolder)
{
_dataHolder.SetActive(false);
}
List <AMTakeData> _t = _takes;
mSequences = new AMSequence[_t.Count];
for (int i = 0; i < mSequences.Length; i++)
{
mSequences[i] = new AMSequence(this, i, _t[i]);
}
}
void AMITarget.SequenceTrigger(AMSequence seq, AMKey key, AMTriggerData trigDat)
{
if (takeTriggerCallback != null)
{
takeTriggerCallback(this, seq.take, key, trigDat);
}
}
public override void build(AMSequence seq, AMTrack track, int index, UnityEngine.Object target)
{
//float sTime = getWaitTime(seq.take.frameRate, 0.0f);
Sequence _seq = seq.sequence;
AudioSource _src = target as AudioSource;
float frameRate = seq.take.frameRate;
float frameCount = Mathf.Ceil(audioClip.length * frameRate);
var tweenV = DOTween.To(new AMPlugValueSetElapsed(), () => 0f, (t) => {
if (t >= 1f)
{
return;
}
float fFrame = Mathf.RoundToInt(t * frameCount);
_src.time = (fFrame / frameRate) % audioClip.length;
_src.pitch = _seq.timeScale;
if (oneShot)
{
_src.PlayOneShot(audioClip);
}
else
{
if ((_src.isPlaying && _src.clip == audioClip))
{
return;
}
_src.loop = loop;
_src.clip = audioClip;
_src.Play();
}
}, 0, (loop && !oneShot) ? 1f / frameRate : getTime(seq.take.frameRate));
tweenV.plugOptions = new AMPlugValueSetOptions(_seq);
seq.Insert(this, tweenV);
/*
* _seq.InsertCallback(sTime, () => {
* //don't play when going backwards
* if(_seq.isBackwards) return;
*
* _src.pitch = _seq.timeScale;
*
* if(oneShot)
* _src.PlayOneShot(audioClip);
* else {
* if((_src.isPlaying && _src.clip == audioClip)) return;
* _src.loop = loop;
* _src.clip = audioClip;
* _src.Play();
* }
* });*/
}
public override void build(AMSequence seq, AMTrack track, int index, UnityEngine.Object target)
{
if (methodName == null)
{
return;
}
//get component and fill the cached method info
Component comp;
if (seq.target.isMeta)
{
if (string.IsNullOrEmpty(componentName))
{
return;
}
comp = (target as GameObject).GetComponent(componentName);
}
else
{
if (component == null)
{
return;
}
comp = component;
}
float duration = 1.0f / seq.take.frameRate;
if (useSendMessage)
{
if (parameters == null || parameters.Count <= 0)
{
var tween = DOTween.To(new AMPlugValueSetElapsed(), () => 0, (x) => comp.SendMessage(methodName, null, SendMessageOptions.DontRequireReceiver), 0, duration);
tween.plugOptions.SetSequence(seq);
seq.Insert(this, tween);
}
else
{
var tween = DOTween.To(new AMPlugValueSetElapsed(), () => 0, (x) => comp.SendMessage(methodName, parameters[0].toObject(), SendMessageOptions.DontRequireReceiver), 0, duration);
tween.plugOptions.SetSequence(seq);
seq.Insert(this, tween);
}
}
else
{
var method = cachedMethodInfo != null ? cachedMethodInfo : comp.GetType().GetMethod(methodName, GetParamTypes());
object[] parms = buildParams();
var tween = DOTween.To(new AMPlugValueSetElapsed(), () => 0, (x) => method.Invoke(comp, parms), 0, duration);
tween.plugOptions.SetSequence(seq);
seq.Insert(this, tween);
}
}
public override void build(AMSequence seq, AMTrack track, int index, UnityEngine.Object obj)
{
if (!obj || (canTween && endFrame == -1))
{
return;
}
int frameRate = seq.take.frameRate;
Transform trans = obj as Transform;
Transform sTarget = GetTarget(seq.target);
Transform eTarget = canTween ? (track.keys[index + 1] as AMOrientationKey).GetTarget(seq.target) : null;
var tween = DOTween.To(new FloatPlugin(), () => 0f, (x) => {
if (sTarget == null && eTarget == null)
{
return;
}
else if (sTarget == null)
{
trans.LookAt(eTarget);
}
else if (eTarget == null || sTarget == eTarget)
{
trans.LookAt(sTarget);
}
else
{
Quaternion s = Quaternion.LookRotation(sTarget.position - trans.position);
Quaternion e = Quaternion.LookRotation(eTarget.position - trans.position);
trans.rotation = Quaternion.Lerp(s, e, x);
}
}, 1f, getTime(frameRate));
if (sTarget != eTarget)
{
if (hasCustomEase())
{
tween.SetEase(easeCurve);
}
else
{
tween.SetEase((Ease)easeType, amplitude, period);
}
}
else
{
tween.SetEase(Ease.Linear);
}
seq.Insert(this, tween);
}
public override void buildSequenceStart(AMSequence seq)
{
//need to add activate game object on start to 'reset' properly during reverse
if (keys.Count > 0 && keys[0].frame > 0)
{
GameObject go = GetTarget(seq.target) as GameObject;
var tween = DG.Tweening.DOTween.To(new AMPlugValueSet <bool>(), () => startActive, (x) => go.SetActive(x), startActive, keys[0].getWaitTime(seq.take.frameRate, 0.0f));
tween.plugOptions = new AMPlugValueSetOptions(seq.sequence);
seq.Insert(0f, tween);
}
}
public override void build(AMSequence seq, AMTrack track, int index, UnityEngine.Object obj)
{
AMTriggerData parm = new AMTriggerData()
{
valueString = this.valueString, valueInt = this.valueInt, valueFloat = this.valueFloat
};
var tween = DOTween.To(new AMPlugValueSetElapsed(), () => 0, (x) => seq.Trigger(this, parm), 0, 1.0f / seq.take.frameRate);
tween.plugOptions = new AMPlugValueSetOptions(seq.sequence);
seq.Insert(this, tween);
}
public override void build(AMSequence seq, AMTrack track, int index, UnityEngine.Object target)
{
GameObject go = target as GameObject;
if (go == null)
{
return;
}
var tween = DOTween.To(new AMPlugValueSet <bool>(), () => setActive, (x) => go.SetActive(x), setActive, getTime(seq.take.frameRate));
tween.plugOptions = new AMPlugValueSetOptions(seq.sequence);
seq.Insert(this, tween);
}
void AMITarget.SequenceComplete(AMSequence seq)
{
//end camera fade
if (AMCameraFade.hasInstance())
{
AMCameraFade cf = AMCameraFade.getCameraFade();
cf.playParam = null;
}
mLastPlayingTakeIndex = mNowPlayingTakeIndex;
mNowPlayingTakeIndex = -1;
if (takeCompleteCallback != null)
{
takeCompleteCallback(this, seq.take);
}
}
void Awake()
{
if (!Application.isPlaying)
{
return;
}
_dataHolder.SetActive(false);
List <AMTakeData> _t = _takes;
mSequences = new AMSequence[_t.Count];
for (int i = 0; i < mSequences.Length; i++)
{
mSequences[i] = new AMSequence(this, i, _t[i]);
}
}
public void PlayAtTime(int index, float time, bool loop = false)
{
if (mNowPlayingTakeIndex == index)
{
return;
}
mLastPlayingTakeIndex = mNowPlayingTakeIndex;
Pause();
if (mLastPlayingTakeIndex != -1)
{
mSequences[mLastPlayingTakeIndex].take.PlaySwitch(this); //notify take that we are switching
}
AMSequence amSeq = mSequences[index];
AMTakeData newPlayTake = amSeq.take;
Sequence seq = amSeq.sequence;
if (seq == null)
{
amSeq.Build(sequenceKillWhenDone, updateType, updateTimeIndependent);
seq = amSeq.sequence;
}
mNowPlayingTakeIndex = index;
newPlayTake.PlayStart(this, newPlayTake.frameRate * time, 1.0f); //notify take that we are playing
if (seq != null)
{
/*if(loop) {
* seq.loops = -1;
* }
* else {
* seq.loops = newPlayTake.numLoop;
* }*/
seq.timeScale = mAnimScale;
seq.Goto(time, true);
}
}
public void SetSequence(AMSequence seq)
{
if (mSeq != seq)
{
if (mSeq != null)
{
mSeq.stepCompleteCallback -= OnStepComplete;
}
mSeq = seq;
if (mSeq != null)
{
mSeq.stepCompleteCallback += OnStepComplete;
}
}
mLoopCount = 0;
}
public override void build(AMSequence seq, AMTrack track, int index, UnityEngine.Object obj)
{
Transform trans = obj as Transform;
int frameRate = seq.take.frameRate;
//allow tracks with just one key
if (track.keys.Count == 1)
{
interp = (int)Interpolation.None;
}
if (!canTween)
{
var tween = DOTween.To(new AMPlugValueSet <Quaternion>(), () => rotation, (x) => trans.localRotation = x, rotation, getTime(frameRate));
tween.plugOptions.SetSequence(seq);
seq.Insert(this, tween);
}
else if (endFrame == -1)
{
return;
}
else
{
Quaternion endRotation = (track.keys[index + 1] as AMRotationKey).rotation;
var tween = DOTween.To(new PureQuaternionPlugin(), () => trans.localRotation, (x) => trans.localRotation = x, endRotation, getTime(frameRate));
if (hasCustomEase())
{
tween.SetEase(easeCurve);
}
else
{
tween.SetEase((Ease)easeType, amplitude, period);
}
seq.Insert(this, tween);
}
}
public override void build(AMSequence seq, AMTrack track, int index, UnityEngine.Object target)
{
// if targets are equal do nothing
if (endFrame == -1 || !hasTargets(seq.target) || targetsAreEqual(seq.target))
{
return;
}
Camera[] allCameras = (track as AMCameraSwitcherTrack).GetCachedCameras(seq.target);
int frameRate = seq.take.frameRate;
float frameCount = getNumberOfFrames(frameRate);
var itarget = seq.target;
var _seq = seq.sequence;
var tween = DOTween.To(new FloatPlugin(), () => 0f, (x) => {
AMCameraFade cf = AMCameraFade.getCameraFade();
AMCameraSwitcherKey.PlayParam param = cf.playParam;
if (param == null)
{
param = cf.playParam = new AMCameraSwitcherKey.PlayParam();
}
param.Apply(this, frameRate, itarget, allCameras, _seq.IsBackwards());
cf.percent = x / frameCount;
cf.value = 1.0f - cf.percent;
}, frameCount, frameCount / frameRate);
if (hasCustomEase())
{
tween.SetEase(easeCurve);
}
else
{
tween.SetEase((Ease)easeType, amplitude, period);
}
seq.Insert(this, tween);
}
Tweener GenerateTweener(AMSequence seq, AMPropertyTrack propTrack, float frameRate, Component comp)
{
float numFrames = endFrame == -1 ? 1f : (float)(endFrame - frame);
float time = numFrames / frameRate;
switch ((AMPropertyTrack.ValueType)propTrack.valueType)
{
case AMPropertyTrack.ValueType.Integer: {
int _val = System.Convert.ToInt32(val);
var tween = DOTween.To(new AMPlugValueSet <int>(), () => _val, GenerateSetter(propTrack, comp, _val), _val, time);
tween.plugOptions = new AMPlugValueSetOptions(seq.sequence);
return(tween);
}
case AMPropertyTrack.ValueType.Float: {
float _val = System.Convert.ToSingle(val);
var tween = DOTween.To(new AMPlugValueSet <float>(), () => _val, GenerateSetter(propTrack, comp, _val), _val, time);
tween.plugOptions = new AMPlugValueSetOptions(seq.sequence);
return(tween);
}
case AMPropertyTrack.ValueType.Double: {
var tween = DOTween.To(new AMPlugValueSet <double>(), () => val, GenerateSetter(propTrack, comp, val), val, time);
tween.plugOptions = new AMPlugValueSetOptions(seq.sequence);
return(tween);
}
case AMPropertyTrack.ValueType.Long: {
long _val = System.Convert.ToInt64(val);
var tween = DOTween.To(new AMPlugValueSet <long>(), () => _val, GenerateSetter(propTrack, comp, _val), _val, time);
tween.plugOptions = new AMPlugValueSetOptions(seq.sequence);
return(tween);
}
case AMPropertyTrack.ValueType.Vector2: {
Vector2 _val = vect2;
var tween = DOTween.To(new AMPlugValueSet <Vector2>(), () => _val, GenerateSetter(propTrack, comp, _val), _val, time);
tween.plugOptions = new AMPlugValueSetOptions(seq.sequence);
return(tween);
}
case AMPropertyTrack.ValueType.Vector3: {
Vector3 _val = vect3;
var tween = DOTween.To(new AMPlugValueSet <Vector3>(), () => _val, GenerateSetter(propTrack, comp, _val), _val, time);
tween.plugOptions = new AMPlugValueSetOptions(seq.sequence);
return(tween);
}
case AMPropertyTrack.ValueType.Color: {
Color _val = color;
var tween = DOTween.To(new AMPlugValueSet <Color>(), () => _val, GenerateSetter(propTrack, comp, _val), _val, time);
tween.plugOptions = new AMPlugValueSetOptions(seq.sequence);
return(tween);
}
case AMPropertyTrack.ValueType.Rect: {
Rect _val = rect;
var tween = DOTween.To(new AMPlugValueSet <Rect>(), () => _val, GenerateSetter(propTrack, comp, _val), _val, time);
tween.plugOptions = new AMPlugValueSetOptions(seq.sequence);
return(tween);
}
case AMPropertyTrack.ValueType.Vector4: {
var tween = DOTween.To(new AMPlugValueSet <Vector4>(), () => vect4, GenerateSetter(propTrack, comp, vect4), vect4, time);
tween.plugOptions = new AMPlugValueSetOptions(seq.sequence);
return(tween);
}
case AMPropertyTrack.ValueType.Quaternion: {
Quaternion _val = quat;
var tween = DOTween.To(new AMPlugValueSet <Quaternion>(), () => _val, GenerateSetter(propTrack, comp, _val), _val, time);
tween.plugOptions = new AMPlugValueSetOptions(seq.sequence);
return(tween);
}
case AMPropertyTrack.ValueType.Bool: {
bool _val = valb;
var tween = DOTween.To(new AMPlugValueSet <bool>(), () => _val, GenerateSetter(propTrack, comp, _val), _val, time);
tween.plugOptions = new AMPlugValueSetOptions(seq.sequence);
return(tween);
}
case AMPropertyTrack.ValueType.String: {
var tween = DOTween.To(new AMPlugValueSet <string>(), () => valString, GenerateSetter(propTrack, comp, valString), valString, time);
tween.plugOptions = new AMPlugValueSetOptions(seq.sequence);
return(tween);
}
case AMPropertyTrack.ValueType.Sprite: {
var spriteRenderer = comp as SpriteRenderer;
var _val = valObj as Sprite;
var tween = DOTween.To(new AMPlugValueSet <Sprite>(), () => _val, (x) => spriteRenderer.sprite = x, _val, time);
tween.plugOptions = new AMPlugValueSetOptions(seq.sequence);
return(tween);
}
case AMPropertyTrack.ValueType.Enum: {
System.Type infType = propTrack.GetCachedInfoType(seq.target);
object enumVal = infType != null?System.Enum.ToObject(infType, (int)val) : null;
if (enumVal != null)
{
var tween = DOTween.To(new AMPlugValueSet <object>(), () => enumVal, GenerateSetter(propTrack, comp, enumVal), enumVal, time);
tween.plugOptions = new AMPlugValueSetOptions(seq.sequence);
return(tween);
}
else
{
Debug.LogError("Invalid enum value.");
break;
}
}
}
return(null); //no type match
}
/// <summary>
/// Use sequence to insert callbacks, or some other crap, just don't insert the tweener you are returning!
/// target is set if required. index = this key's index in the track
/// </summary>
public virtual void build(AMSequence seq, AMTrack track, int index, UnityEngine.Object target)
{
Debug.LogError("Animator: No override for build.");
}
public override void buildSequenceStart(AMSequence sequence)
{
//cache material instance
Init(sequence.target);
}
public virtual void buildSequenceStart(AMSequence sequence)
{
}
public override void build(AMSequence seq, AMTrack track, int index, UnityEngine.Object target)
{
AMPropertyTrack propTrack = track as AMPropertyTrack;
if (endFrame == -1 && canTween && propTrack.canTween)
{
return;
}
int valueType = propTrack.valueType;
//get component and fill the cached method info
Component comp = propTrack.GetTargetComp(target as GameObject);
if (comp == null)
{
return;
}
string varName = propTrack.getMemberName();
int frameRate = seq.take.frameRate;
//change to use setvalue track in AMSequence
if (!string.IsNullOrEmpty(varName))
{
propTrack.RefreshData(comp);
//allow tracks with just one key
if (!propTrack.canTween || !canTween || track.keys.Count == 1)
{
seq.Insert(this, GenerateTweener(seq, propTrack, frameRate, comp));
}
else
{
//grab end frame
AMPropertyKey endKey = track.keys[index + 1] as AMPropertyKey;
if (targetsAreEqual(valueType, endKey))
{
return;
}
Tweener tween = null;
PropertyInfo propInfo = propTrack.GetCachedPropertyInfo();
if (propInfo != null)
{
switch ((AMPropertyTrack.ValueType)valueType)
{
case AMPropertyTrack.ValueType.Integer:
tween = DOTween.To(new IntPlugin(), () => System.Convert.ToInt32(propInfo.GetValue(comp, null)), (x) => propInfo.SetValue(comp, x, null), System.Convert.ToInt32(endKey.val), getTime(frameRate)); break;
case AMPropertyTrack.ValueType.Float:
tween = DOTween.To(new FloatPlugin(), () => System.Convert.ToSingle(propInfo.GetValue(comp, null)), (x) => propInfo.SetValue(comp, x, null), System.Convert.ToSingle(endKey.val), getTime(frameRate)); break;
case AMPropertyTrack.ValueType.Double:
tween = DOTween.To(new DoublePlugin(), () => System.Convert.ToDouble(propInfo.GetValue(comp, null)), (x) => propInfo.SetValue(comp, x, null), endKey.val, getTime(frameRate)); break;
case AMPropertyTrack.ValueType.Long:
tween = DOTween.To(new LongPlugin(), () => System.Convert.ToInt64(propInfo.GetValue(comp, null)), (x) => propInfo.SetValue(comp, x, null), System.Convert.ToInt64(endKey.val), getTime(frameRate)); break;
case AMPropertyTrack.ValueType.Vector2:
tween = DOTween.To(new Vector2Plugin(), () => (Vector2)propInfo.GetValue(comp, null), (x) => propInfo.SetValue(comp, x, null), endKey.vect2, getTime(frameRate)); break;
case AMPropertyTrack.ValueType.Vector3:
tween = DOTween.To(new Vector3Plugin(), () => (Vector3)propInfo.GetValue(comp, null), (x) => propInfo.SetValue(comp, x, null), endKey.vect3, getTime(frameRate)); break;
case AMPropertyTrack.ValueType.Color:
tween = DOTween.To(new ColorPlugin(), () => (Color)propInfo.GetValue(comp, null), (x) => propInfo.SetValue(comp, x, null), endKey.color, getTime(frameRate)); break;
case AMPropertyTrack.ValueType.Rect:
tween = DOTween.To(new RectPlugin(), () => (Rect)propInfo.GetValue(comp, null), (x) => propInfo.SetValue(comp, x, null), endKey.rect, getTime(frameRate)); break;
case AMPropertyTrack.ValueType.Vector4:
tween = DOTween.To(new Vector4Plugin(), () => (Vector4)propInfo.GetValue(comp, null), (x) => propInfo.SetValue(comp, x, null), endKey.vect4, getTime(frameRate)); break;
case AMPropertyTrack.ValueType.Quaternion:
tween = DOTween.To(new PureQuaternionPlugin(), () => (Quaternion)propInfo.GetValue(comp, null), (x) => propInfo.SetValue(comp, x, null), endKey.quat, getTime(frameRate)); break;
}
}
else
{
FieldInfo fieldInfo = propTrack.GetCachedFieldInfo();
if (fieldInfo != null)
{
switch ((AMPropertyTrack.ValueType)valueType)
{
case AMPropertyTrack.ValueType.Integer:
tween = DOTween.To(new IntPlugin(), () => System.Convert.ToInt32(fieldInfo.GetValue(comp)), (x) => fieldInfo.SetValue(comp, x), System.Convert.ToInt32(endKey.val), getTime(frameRate)); break;
case AMPropertyTrack.ValueType.Float:
tween = DOTween.To(new FloatPlugin(), () => System.Convert.ToSingle(fieldInfo.GetValue(comp)), (x) => fieldInfo.SetValue(comp, x), System.Convert.ToSingle(endKey.val), getTime(frameRate)); break;
case AMPropertyTrack.ValueType.Double:
tween = DOTween.To(new DoublePlugin(), () => System.Convert.ToDouble(fieldInfo.GetValue(comp)), (x) => fieldInfo.SetValue(comp, x), endKey.val, getTime(frameRate)); break;
case AMPropertyTrack.ValueType.Long:
tween = DOTween.To(new LongPlugin(), () => System.Convert.ToInt64(fieldInfo.GetValue(comp)), (x) => fieldInfo.SetValue(comp, x), System.Convert.ToInt64(endKey.val), getTime(frameRate)); break;
case AMPropertyTrack.ValueType.Vector2:
tween = DOTween.To(new Vector2Plugin(), () => (Vector2)fieldInfo.GetValue(comp), (x) => fieldInfo.SetValue(comp, x), endKey.vect2, getTime(frameRate)); break;
case AMPropertyTrack.ValueType.Vector3:
tween = DOTween.To(new Vector3Plugin(), () => (Vector3)fieldInfo.GetValue(comp), (x) => fieldInfo.SetValue(comp, x), endKey.vect3, getTime(frameRate)); break;
case AMPropertyTrack.ValueType.Color:
tween = DOTween.To(new ColorPlugin(), () => (Color)fieldInfo.GetValue(comp), (x) => fieldInfo.SetValue(comp, x), endKey.color, getTime(frameRate)); break;
case AMPropertyTrack.ValueType.Rect:
tween = DOTween.To(new RectPlugin(), () => (Rect)fieldInfo.GetValue(comp), (x) => fieldInfo.SetValue(comp, x), endKey.rect, getTime(frameRate)); break;
case AMPropertyTrack.ValueType.Vector4:
tween = DOTween.To(new Vector4Plugin(), () => (Vector4)fieldInfo.GetValue(comp), (x) => fieldInfo.SetValue(comp, x), endKey.vect4, getTime(frameRate)); break;
case AMPropertyTrack.ValueType.Quaternion:
tween = DOTween.To(new PureQuaternionPlugin(), () => (Quaternion)fieldInfo.GetValue(comp), (x) => fieldInfo.SetValue(comp, x), endKey.quat, getTime(frameRate)); break;
}
}
}
if (tween != null)
{
if (hasCustomEase())
{
tween.SetEase(easeCurve);
}
else
{
tween.SetEase((Ease)easeType, amplitude, period);
}
seq.Insert(this, tween);
}
}
}
else
{
Debug.LogError("Animator: No FieldInfo or PropertyInfo set.");
}
return;
}
public override void build(AMSequence seq, AMTrack track, int index, UnityEngine.Object target)
{
AMMaterialTrack matTrack = track as AMMaterialTrack;
AMMaterialTrack.ValueType propType = matTrack.propertyType;
Material matInst = matTrack.materialInstance;
string prop = matTrack.property;
int propId = Shader.PropertyToID(prop);
int frameRate = seq.take.frameRate;
Tweener tween = null;
int keyCount = track.keys.Count;
AMMaterialKey endKey = index + 1 < keyCount ? track.keys[index + 1] as AMMaterialKey : null;
float frameCount = endKey != null ? endKey.frame - frame + 1 : 1f;
switch (propType)
{
case AMMaterialTrack.ValueType.Float:
case AMMaterialTrack.ValueType.Range:
if (!canTween || keyCount == 1) //allow one key
{
var setTween = DOTween.To(new AMPlugValueSet <float>(), () => val, (x) => matInst.SetFloat(propId, x), val, frameCount / frameRate);
setTween.plugOptions.SetSequence(seq);
seq.Insert(this, setTween);
}
else
{
if (targetsAreEqual(propType, endKey))
{
return;
}
tween = DOTween.To(new FloatPlugin(), () => matInst.GetFloat(propId), (x) => matInst.SetFloat(propId, x), endKey.val, getTime(frameRate));
}
break;
case AMMaterialTrack.ValueType.Vector:
if (!canTween || keyCount == 1) //allow one key
{
var setTween = DOTween.To(new AMPlugValueSet <Vector4>(), () => vector, (x) => matInst.SetVector(propId, x), vector, frameCount / frameRate);
setTween.plugOptions.SetSequence(seq);
seq.Insert(this, setTween);
}
else
{
if (targetsAreEqual(propType, endKey))
{
return;
}
tween = DOTween.To(AMPluginFactory.CreateVector4(), () => matInst.GetVector(propId), (x) => matInst.SetVector(propId, x), endKey.vector, getTime(frameRate));
}
break;
case AMMaterialTrack.ValueType.Color:
if (!canTween || keyCount == 1) //allow one key
{
var val = color;
var setTween = DOTween.To(new AMPlugValueSet <Color>(), () => val, (x) => matInst.SetColor(propId, x), val, frameCount / frameRate);
setTween.plugOptions.SetSequence(seq);
seq.Insert(this, setTween);
}
else
{
if (targetsAreEqual(propType, endKey))
{
return;
}
tween = DOTween.To(AMPluginFactory.CreateColor(), () => matInst.GetColor(propId), (x) => matInst.SetColor(propId, x), endKey.color, getTime(frameRate));
}
break;
case AMMaterialTrack.ValueType.TexOfs:
if (!canTween || keyCount == 1) //allow one key
{
var val = texOfs;
var setTween = DOTween.To(new AMPlugValueSet <Vector2>(), () => val, (x) => matInst.SetTextureOffset(prop, x), val, frameCount / frameRate);
setTween.plugOptions.SetSequence(seq);
seq.Insert(this, setTween);
}
else
{
if (targetsAreEqual(propType, endKey))
{
return;
}
tween = DOTween.To(AMPluginFactory.CreateVector2(), () => matInst.GetTextureOffset(prop), (x) => matInst.SetTextureOffset(prop, x), endKey.texOfs, getTime(frameRate));
}
break;
case AMMaterialTrack.ValueType.TexScale:
if (!canTween || keyCount == 1) //allow one key
{
var val = texScale;
var setTween = DOTween.To(new AMPlugValueSet <Vector2>(), () => val, (x) => matInst.SetTextureScale(prop, x), val, frameCount / frameRate);
setTween.plugOptions.SetSequence(seq);
seq.Insert(this, setTween);
}
else
{
if (targetsAreEqual(propType, endKey))
{
return;
}
tween = DOTween.To(AMPluginFactory.CreateVector2(), () => matInst.GetTextureScale(prop), (x) => matInst.SetTextureScale(prop, x), endKey.texScale, getTime(frameRate));
}
break;
case AMMaterialTrack.ValueType.TexEnv:
var texEnvTween = DOTween.To(new AMPlugValueSet <Texture>(), () => texture, (x) => matInst.SetTexture(propId, x), texture, frameCount / frameRate);
texEnvTween.plugOptions.SetSequence(seq);
seq.Insert(this, texEnvTween);
break;
}
if (tween != null)
{
if (hasCustomEase())
{
tween.SetEase(easeCurve);
}
else
{
tween.SetEase((Ease)easeType, amplitude, period);
}
seq.Insert(this, tween);
}
}
public override void build(AMSequence seq, AMTrack track, int index, UnityEngine.Object obj)
{
int frameRate = seq.take.frameRate;
//allow tracks with just one key
if (track.keys.Count == 1)
{
interp = (int)Interpolation.None;
}
Transform trans = obj as Transform;
AMTranslationTrack tTrack = track as AMTranslationTrack;
bool pixelSnap = tTrack.pixelSnap;
float ppu = tTrack.pixelPerUnit;
if (!canTween)
{
//TODO: world position
Vector3 pos = pixelSnap ? new Vector3(Mathf.Round(position.x * ppu) / ppu, Mathf.Round(position.y * ppu) / ppu, Mathf.Round(position.z * ppu) / ppu) : position;
var tweener = DOTween.To(new AMPlugValueSet <Vector3>(), () => pos, (x) => trans.localPosition = x, pos, getTime(frameRate));
tweener.plugOptions = new AMPlugValueSetOptions(seq.sequence);
seq.Insert(this, tweener);
}
else
{
if (path.Length <= 1)
{
return;
}
if (getNumberOfFrames(seq.take.frameRate) <= 0)
{
return;
}
Tweener ret = null;
bool isRelative = false;
PathType pathType = path.Length == 2 ? PathType.Linear : PathType.CatmullRom;
if (pixelSnap)
{
ret = DOTween.To(new PlugVector3PathSnap(ppu), () => trans.localPosition, x => trans.localPosition = x, new Path(pathType, path, pathResolution), getTime(frameRate)).SetRelative(isRelative).SetOptions(isClosed);
}
else
{
ret = trans.DOLocalPath(path, getTime(frameRate), pathType, PathMode.Full3D, pathResolution, null).SetRelative(isRelative).SetOptions(isClosed);
}
if (hasCustomEase())
{
ret.SetEase(easeCurve);
}
else
{
ret.SetEase((Ease)easeType, amplitude, period);
}
seq.Insert(this, ret);
}
}
public override void build(AMSequence seq, AMTrack track, int index, UnityEngine.Object target)
{
int frameRate = seq.take.frameRate;
float waitTime = getWaitTime(frameRate, 0.0f);
Animation anim = (target as GameObject).GetComponent <Animation>();
float duration = wrapMode == WrapMode.Once ? amClip.length : ((seq.take.getLastFrame() - frame) + 1) / (float)frameRate;
if (crossfade)
{
if (index > 0)
{
AMAnimationKey prevKey = track.keys[index - 1] as AMAnimationKey;
var prevAnimState = anim[prevKey.amClip.name];
var prevWrap = prevKey.wrapMode;
var prevStartTime = prevKey.getWaitTime(frameRate, 0.0f);
var animState = anim[amClip.name];
var tween = DOTween.To(new FloatPlugin(), () => 0f, (x) => {
if (x < crossfadeTime)
{
float weight = x / crossfadeTime;
prevAnimState.enabled = true;
prevAnimState.wrapMode = prevWrap;
prevAnimState.weight = 1.0f - weight;
prevAnimState.time = (waitTime + x) - prevStartTime;
animState.enabled = true;
animState.wrapMode = wrapMode;
animState.weight = weight;
animState.time = x;
anim.Sample();
prevAnimState.enabled = false;
animState.enabled = false;
}
else
{
animState.enabled = true;
animState.wrapMode = wrapMode;
animState.weight = 1.0f;
animState.time = x;
anim.Sample();
animState.enabled = false;
}
}, duration, duration);
seq.Insert(this, tween);
}
else
{
var animState = anim[amClip.name];
var tween = DOTween.To(new FloatPlugin(), () => 0f, (x) => {
animState.enabled = true;
animState.wrapMode = wrapMode;
animState.time = x;
if (x < crossfadeTime)
{
animState.weight = x / crossfadeTime;
}
else
{
animState.weight = 1.0f;
}
anim.Sample();
animState.enabled = false;
}, duration, duration);
seq.Insert(this, tween);
}
}
else
{
var animState = anim[amClip.name];
var tween = DOTween.To(new FloatPlugin(), () => 0f, (x) => {
animState.enabled = true;
animState.wrapMode = wrapMode;
animState.time = x;
animState.weight = 1.0f;
anim.Sample();
animState.enabled = false;
}, duration, duration);
seq.Insert(this, tween);
}
}
public override void build(AMSequence seq, AMTrack track, int index, UnityEngine.Object obj)
{
Transform target = obj as Transform;
int frameRate = seq.take.frameRate;
//allow tracks with just one key
if (track.keys.Count == 1)
{
interp = (int)Interpolation.None;
}
if (!canTween)
{
switch ((track as AMRotationEulerTrack).axis)
{
case AMRotationEulerTrack.Axis.X:
float _x = rotation.x;
var tweenX = DOTween.To(new AMPlugValueSet <float>(), () => _x, (x) => { var a = target.localEulerAngles; a.x = x; target.localEulerAngles = a; }, _x, getTime(frameRate));
tweenX.plugOptions.SetSequence(seq);
seq.Insert(this, tweenX);
break;
case AMRotationEulerTrack.Axis.Y:
float _y = rotation.y;
var tweenY = DOTween.To(new AMPlugValueSet <float>(), () => _y, (y) => { var a = target.localEulerAngles; a.y = y; target.localEulerAngles = a; }, _y, getTime(frameRate));
tweenY.plugOptions.SetSequence(seq);
seq.Insert(this, tweenY);
break;
case AMRotationEulerTrack.Axis.Z:
float _z = rotation.z;
var tweenZ = DOTween.To(new AMPlugValueSet <float>(), () => _z, (z) => { var a = target.localEulerAngles; a.z = z; target.localEulerAngles = a; }, _z, getTime(frameRate));
tweenZ.plugOptions.SetSequence(seq);
seq.Insert(this, tweenZ);
break;
default:
var tweenV = DOTween.To(new AMPlugValueSet <Vector3>(), () => rotation, (r) => { target.localEulerAngles = r; }, rotation, getTime(frameRate));
tweenV.plugOptions.SetSequence(seq);
seq.Insert(this, tweenV);
break;
}
}
else if (endFrame == -1)
{
return;
}
else
{
Vector3 endRotation = (track.keys[index + 1] as AMRotationEulerKey).rotation;
Tweener tween;
switch ((track as AMRotationEulerTrack).axis)
{
case AMRotationEulerTrack.Axis.X:
tween = DOTween.To(new FloatPlugin(), () => target.localEulerAngles.x, (x) => { var a = target.localEulerAngles; a.x = x; target.localEulerAngles = a; }, endRotation.x, getTime(frameRate));
break;
case AMRotationEulerTrack.Axis.Y:
tween = DOTween.To(new FloatPlugin(), () => target.localEulerAngles.y, (y) => { var a = target.localEulerAngles; a.y = y; target.localEulerAngles = a; }, endRotation.y, getTime(frameRate));
break;
case AMRotationEulerTrack.Axis.Z:
tween = DOTween.To(new FloatPlugin(), () => target.localEulerAngles.z, (z) => { var a = target.localEulerAngles; a.z = z; target.localEulerAngles = a; }, endRotation.z, getTime(frameRate));
break;
default:
tween = DOTween.To(AMPluginFactory.CreateVector3(), () => target.localEulerAngles, (x) => target.localEulerAngles = x, endRotation, getTime(frameRate));
break;
}
if (hasCustomEase())
{
tween.SetEase(easeCurve);
}
else
{
tween.SetEase((Ease)easeType, amplitude, period);
}
seq.Insert(this, tween);
}
}