IEnumerator StartRun()
{
state = State.CreatingObjects;
yield return(null);
duration = Convert.ToSingle(durationList[durationSelId]);
// Generate random values for tweens
rndStartupPos = new Vector3[numTweens];
rndPositions = new Vector3[numTweens];
rndRotations = new Vector3[numTweens];
rndFloats = new float[numTweens];
for (int i = 0; i < numTweens; ++i)
{
rndStartupPos[i] = RandomVector3(50, 50, 20);
rndPositions[i] = RandomVector3(50, 50, 20);
rndRotations[i] = RandomVector3(180, 180, 180);
rndFloats[i] = UnityEngine.Random.Range(-1000f, 1000f);
}
// Generate testObjs
if (testType == TestType.Transforms)
{
testObjsGos = new GameObject[numTweens];
testObjsTrans = new Transform[numTweens];
}
else
{
testObjsData = new TestObjectData[numTweens];
}
for (int i = 0; i < numTweens; ++i)
{
if (testType == TestType.Transforms)
{
GameObject go = (GameObject)Instantiate(prefab);
go.SetActive(true);
Transform t = go.transform;
if (testSetup != TestSetup.Emit)
{
t.position = rndStartupPos[i];
}
t.parent = container;
testObjsGos[i] = go;
testObjsTrans[i] = t;
if (disableRenderers || testType == TestType.Floats)
{
go.renderer.enabled = false;
}
}
else
{
testObjsData[i] = new TestObjectData();
}
}
if (engine == Engine.DOTween)
{
// Set max capacity for this run.
// We could set it to the correct amount, but it would be somehow unfair for LeanTween
int minCapacityToBeFair = Convert.ToInt32(numTweensList[numTweensList.Length - 1]);
int capacityX1 = Convert.ToInt32(numTweensList[numTweensSelId]);
int neededCapacity = 0;
int capacity = minCapacityToBeFair;
if (testType == TestType.Transforms && positionTween)
{
neededCapacity += capacityX1;
}
if (testType == TestType.Transforms && rotationTween)
{
neededCapacity += capacityX1;
}
if (testType == TestType.Transforms && scaleTween)
{
neededCapacity += capacityX1;
}
if (minCapacityToBeFair < neededCapacity)
{
capacity = neededCapacity;
}
DOTween.SetTweensCapacity(capacity, 0);
}
yield return(null);
state = State.TweensSetup;
yield return(null);
totCreationTime = Time.realtimeSinceStartup;
SetupTweens();
totCreationTime = Time.realtimeSinceStartup - totCreationTime;
yield return(null);
state = State.Running;
// Reset FPS so average is more correct
fpsGadget.ResetFps();
}
IEnumerator StartRun()
{
state = State.CreatingObjects;
yield return null;
duration = Convert.ToSingle(durationList[durationSelId]);
// Generate random values for tweens
rndStartupPos = new Vector3[numTweens];
rndPositions = new Vector3[numTweens];
rndRotations = new Vector3[numTweens];
rndFloats = new float[numTweens];
for (int i = 0; i < numTweens; ++i) {
rndStartupPos[i] = RandomVector3(50, 50, 20);
rndPositions[i] = RandomVector3(50, 50, 20);
rndRotations[i] = RandomVector3(180, 180, 180);
rndFloats[i] = UnityEngine.Random.Range(-1000f, 1000f);
}
// Generate testObjs
if (testType == TestType.Transforms) {
testObjsGos = new GameObject[numTweens];
testObjsTrans = new Transform[numTweens];
} else {
testObjsData = new TestObjectData[numTweens];
}
for (int i = 0; i < numTweens; ++i) {
if (testType == TestType.Transforms) {
GameObject go = (GameObject)Instantiate(prefab);
go.SetActive(true);
Transform t = go.transform;
if (testSetup != TestSetup.Emit) t.position = rndStartupPos[i];
t.parent = container;
testObjsGos[i] = go;
testObjsTrans[i] = t;
if (disableRenderers || testType == TestType.Floats) go.GetComponent<Renderer>().enabled = false;
} else testObjsData[i] = new TestObjectData();
}
if (engine == Engine.DOTween) {
// Set max capacity for this run.
// We could set it to the correct amount, but it would be somehow unfair for LeanTween
int minCapacityToBeFair = Convert.ToInt32(numTweensList[numTweensList.Length - 1]);
int capacityX1 = Convert.ToInt32(numTweensList[numTweensSelId]);
int neededCapacity = 0;
int capacity = minCapacityToBeFair;
if (testType == TestType.Transforms && positionTween) neededCapacity += capacityX1;
if (testType == TestType.Transforms && rotationTween) neededCapacity += capacityX1;
if (testType == TestType.Transforms && scaleTween) neededCapacity += capacityX1;
if (minCapacityToBeFair < neededCapacity) capacity = neededCapacity;
DOTween.SetTweensCapacity(capacity, 0);
}
yield return null;
state = State.TweensSetup;
yield return null;
totCreationTime = Time.realtimeSinceStartup;
SetupTweens();
totCreationTime = Time.realtimeSinceStartup - totCreationTime;
yield return null;
state = State.Running;
// Reset FPS so average is more correct
fpsGadget.ResetFps();
}
void SetupTweens()
{
// Ease
DG.Tweening.Ease dotweenEase = easing == Easing.Linear ? DG.Tweening.Ease.Linear : DG.Tweening.Ease.InOutQuad;
Holoville.HOTween.EaseType hotweenEase = easing == Easing.Linear ? Holoville.HOTween.EaseType.Linear : Holoville.HOTween.EaseType.EaseInOutQuad;
LeanTweenType leanEase = easing == Easing.Linear ? LeanTweenType.linear : LeanTweenType.easeInOutQuad;
GoEaseType goEase = easing == Easing.Linear ? GoEaseType.Linear : GoEaseType.QuadInOut;
iTween.EaseType iTweenEase = easing == Easing.Linear ? iTween.EaseType.linear : iTween.EaseType.easeInOutQuad;
// Loop
int loops = testSetup == TestSetup.Emit ? 1 : -1;
DG.Tweening.LoopType dotweenLoopType = testSetup == TestSetup.YoyoLoop ? DG.Tweening.LoopType.Yoyo : DG.Tweening.LoopType.Restart;
Holoville.HOTween.LoopType hotweenLoopType = testSetup == TestSetup.YoyoLoop ? Holoville.HOTween.LoopType.Yoyo : Holoville.HOTween.LoopType.Restart;
LeanTweenType leanLoopType = testSetup == TestSetup.YoyoLoop ? LeanTweenType.pingPong : LeanTweenType.clamp;
GoLoopType goLoopType = testSetup == TestSetup.YoyoLoop ? GoLoopType.PingPong : GoLoopType.RestartFromBeginning;
iTween.LoopType iTweenLoopType = loops != -1 ? iTween.LoopType.none : testSetup == TestSetup.YoyoLoop ? iTween.LoopType.pingPong : iTween.LoopType.loop;
// Create tweens
switch (testType)
{
case TestType.Floats:
for (int i = 0; i < numTweens; ++i)
{
TestObjectData data = testObjsData[i];
switch (engine)
{
case Engine.HOTween:
HOTween.To(data, duration, new Holoville.HOTween.TweenParms()
.Prop("floatValue", rndFloats[i])
.Ease(hotweenEase)
.Loops(loops, hotweenLoopType)
);
break;
case Engine.LeanTween:
LeanTween.value(this.gameObject, x => data.floatValue = x, data.floatValue, rndFloats[i], duration).setEase(leanEase).setRepeat(loops).setLoopType(leanLoopType);
break;
case Engine.GoKit:
Go.to(data, duration, new GoTweenConfig()
.floatProp("floatValueProperty", rndFloats[i])
.setEaseType(goEase)
.setIterations(loops, goLoopType)
);
break;
case Engine.iTween:
Hashtable hs = new Hashtable();
hs.Add("from", data.floatValue);
hs.Add("to", rndFloats[i]);
hs.Add("time", duration);
hs.Add("onupdate", "UpdateiTweenFloat");
hs.Add("looptype", iTweenLoopType);
hs.Add("easetype", iTweenEase);
iTween.ValueTo(this.gameObject, hs);
break;
default:
// tCopy is needed to create correct closure object,
// otherwise closure will pass the same t to all the loop
TestObjectData dataCopy = data;
DOTween.To(() => dataCopy.floatValue, x => dataCopy.floatValue = x, rndFloats[i], duration).SetEase(dotweenEase).SetLoops(loops, dotweenLoopType);
break;
}
}
break;
default:
for (int i = 0; i < numTweens; ++i)
{
float twDuration = testSetup == TestSetup.Emit ? UnityEngine.Random.Range(0.25f, 1f) : duration;
Transform t = testObjsTrans[i];
GameObject go = testObjsGos[i]; // Used by LeanTween and iTween
switch (engine)
{
case Engine.HOTween:
Holoville.HOTween.TweenParms tp = new Holoville.HOTween.TweenParms()
.Ease(hotweenEase)
.Loops(loops, hotweenLoopType);
if (positionTween)
{
Vector3 toPos = rndPositions[i];
tp.Prop("position", toPos);
if (testSetup == TestSetup.Emit)
{
tp.OnComplete(() => EmitHOTweenPositionFor(t, toPos, twDuration, hotweenEase));
}
}
if (rotationTween)
{
Vector3 toRot = rndRotations[i];
tp.Prop("rotation", toRot);
if (testSetup == TestSetup.Emit)
{
tp.OnComplete(() => EmitHOTweenRotationFor(t, toRot, twDuration, hotweenEase));
}
}
if (scaleTween)
{
tp.Prop("localScale", rndScale);
if (testSetup == TestSetup.Emit)
{
tp.OnComplete(() => EmitHOTweenScaleFor(t, rndScale, twDuration, hotweenEase));
}
}
HOTween.To(t, twDuration, tp);
break;
case Engine.LeanTween:
LTDescr leanTween;
if (positionTween)
{
Vector3 toPos = rndPositions[i];
leanTween = LeanTween.move(go, rndPositions[i], twDuration).setEase(leanEase).setRepeat(loops).setLoopType(leanLoopType);
if (testSetup == TestSetup.Emit)
{
leanTween.setOnComplete(() => EmitLeanTweenPositionFor(t, go, toPos, twDuration, leanEase));
}
}
if (rotationTween)
{
Vector3 toRot = rndRotations[i];
leanTween = LeanTween.rotate(go, rndRotations[i], twDuration).setEase(leanEase).setRepeat(loops).setLoopType(leanLoopType);
if (testSetup == TestSetup.Emit)
{
leanTween.setOnComplete(() => EmitLeanTweenRotationFor(t, go, toRot, twDuration, leanEase));
}
}
if (scaleTween)
{
leanTween = LeanTween.scale(go, rndScale, twDuration).setEase(leanEase).setRepeat(loops).setLoopType(leanLoopType);
if (testSetup == TestSetup.Emit)
{
leanTween.setOnComplete(() => EmitLeanTweenScaleFor(t, go, rndScale, twDuration, leanEase));
}
}
break;
case Engine.GoKit:
GoTweenConfig goConfig = new GoTweenConfig()
.setEaseType(goEase)
.setIterations(loops, goLoopType);
if (positionTween)
{
Vector3 toPos = rndPositions[i];
goConfig.addTweenProperty(new PositionTweenProperty(toPos));
if (testSetup == TestSetup.Emit)
{
goConfig.onComplete(x => EmitGoKitPositionFor(t, toPos, twDuration, goEase));
}
}
if (rotationTween)
{
Vector3 toRot = rndRotations[i];
goConfig.addTweenProperty(new RotationTweenProperty(toRot));
if (testSetup == TestSetup.Emit)
{
goConfig.onComplete(x => EmitGoKitRotationFor(t, toRot, twDuration, goEase));
}
}
if (scaleTween)
{
goConfig.addTweenProperty(new ScaleTweenProperty(rndScale));
if (testSetup == TestSetup.Emit)
{
goConfig.onComplete(x => EmitGoKitScaleFor(t, rndScale, twDuration, goEase));
}
}
Go.to(t, twDuration, goConfig);
break;
case Engine.iTween:
Hashtable hs;
if (positionTween)
{
hs = new Hashtable();
hs.Add("position", rndPositions[i]);
hs.Add("time", twDuration);
hs.Add("looptype", iTweenLoopType);
hs.Add("easetype", iTweenEase);
iTween.MoveTo(go, hs);
}
if (rotationTween)
{
hs = new Hashtable();
hs.Add("rotation", rndRotations[i]);
hs.Add("time", twDuration);
hs.Add("looptype", iTweenLoopType);
hs.Add("easetype", iTweenEase);
iTween.RotateTo(go, hs);
}
if (scaleTween)
{
hs = new Hashtable();
hs.Add("scale", rndScale);
hs.Add("time", twDuration);
hs.Add("looptype", iTweenLoopType);
hs.Add("easetype", iTweenEase);
iTween.ScaleTo(go, hs);
}
break;
default:
// tCopy is needed to create correct closure object,
// otherwise closure will pass the same t to all the loop
Transform tCopy = t;
DG.Tweening.Tween dotween;
if (positionTween)
{
Vector3 toPos = rndPositions[i];
dotween = tCopy.DOMove(toPos, twDuration).SetEase(dotweenEase).SetLoops(loops, dotweenLoopType);
if (testSetup == TestSetup.Emit)
{
dotween.OnComplete(() => EmitDOTweenPositionFor(t, toPos, twDuration, dotweenEase));
}
}
if (rotationTween)
{
Vector3 toRot = rndRotations[i];
dotween = tCopy.DORotate(toRot, twDuration).SetEase(dotweenEase).SetLoops(loops, dotweenLoopType);
if (testSetup == TestSetup.Emit)
{
dotween.OnComplete(() => EmitDOTweenRotationFor(t, toRot, twDuration, dotweenEase));
}
}
if (scaleTween)
{
dotween = tCopy.DOScale(rndScale, twDuration).SetEase(dotweenEase).SetLoops(loops, dotweenLoopType);
if (testSetup == TestSetup.Emit)
{
dotween.OnComplete(() => EmitDOTweenScaleFor(t, rndScale, twDuration, dotweenEase));
}
}
break;
}
}
break;
}
}
