private IEnumerator LoadImpl()
{
var operation = SceneManager.LoadSceneAsync(data.BuildIndex, data.Mode);
yield return(operation);
if (data.Mode == LoadSceneMode.Additive)
{
SceneManager.SetActiveScene(SceneManager.GetSceneByBuildIndex(data.BuildIndex));
}
yield return(new WaitForEndOfFrame());
yield return(new WaitForEndOfFrame());
data.LoadAction?.Invoke();
Image image = GetComponent <Image>();
ColorAnimationData dataOut = new ColorAnimationData {
StartValue = new Color(0, 0, 0, 1),
EndValue = new Color(0, 0, 0, 0),
Duration = fadeInterval,
EaseType = EaseType.EaseInOutQuad,
Target = gameObject,
OnStart = (c, go) => image.color = c,
OnUpdate = (c, t, go) => image.color = c,
OnEnd = (c, go) => {
image.color = c;
Services.ViewService.Remove(Type);
}
};
GetComponent <ColorAnimator>().StartAnimation(dataOut);
}
public override void Setup(ViewData indata)
{
data = indata.UserData as LoadSceneData;
if (data == null)
{
throw new UnityException($"Invalid parameter type to {nameof(LoadingView)}");
}
Image image = GetComponent <Image>();
ColorAnimationData dataIn = new ColorAnimationData {
StartValue = new Color(0, 0, 0, 0),
EndValue = new Color(0, 0, 0, 1),
Duration = fadeInterval,
Target = gameObject,
AnimationMode = BosAnimationMode.Single,
EaseType = EaseType.EaseInOutQuad,
OnStart = (c, go) => image.color = c,
OnUpdate = (c, t, go) => image.color = c,
OnEnd = (c, go) => {
image.color = c;
StartCoroutine(LoadImpl());
}
};
GetComponent <ColorAnimator>().StartAnimation(dataIn);
}
private IEnumerator StartWaveImpl()
{
yield return(new WaitUntil(() => IsAvailable));
rectTransform.localScale = Vector3.one;
image.color = Color.white;
image.enabled = true;
isScaleCompleted = false;
isColorCompleted = false;
IsAvailable = false;
var scaleData = new Vector3AnimationData {
StartValue = Vector3.one,
EndValue = endScale * Vector3.one,
AnimationMode = BosAnimationMode.Single,
Duration = interval,
EaseType = EaseType.EaseInOutQuad,
Target = rectTransform.gameObject,
OnStart = (s, o) => { rectTransform.localScale = s; },
OnUpdate = (s, t, o) => { rectTransform.localScale = s; },
OnEnd = (s, o) => {
rectTransform.localScale = s;
isScaleCompleted = true;
},
Events = new List <AnimationEvent <Vector3> > {
new AnimationEvent <Vector3>()
{
Mode = AnimationEventMode.Single,
IsValid = (s, t, o) => t >= 0.5f,
OnEvent = (s, t, o) => {
var colorData = new ColorAnimationData {
StartValue = Color.white,
EndValue = Color.white.ChangeAlpha(0),
AnimationMode = BosAnimationMode.Single,
Duration = interval * (1f - t),
EaseType = EaseType.EaseInOutQuad,
Target = image.gameObject,
OnStart = image.UpdateColorFunctor(),
OnUpdate = image.UpdateColorTimedFunctor(),
OnEnd = image.UpdateColorFunctor(() => {
isColorCompleted = true;
StartCoroutine(EndWaveImpl());
})
};
colorAnimator.StartAnimation(colorData);
}
}
}
};
scaleAnimator.StartAnimation(scaleData);
}
private void PrepareAnimationObject(GameObject obj)
{
RectTransform trs = obj.GetComponent <RectTransform>();
Image image = obj.GetComponent <Image>();
Vector3Animator scaleAnimator = obj.GetComponent <Vector3Animator>();
ColorAnimator colorAnimator = obj.GetComponent <ColorAnimator>();
BezierMover mover = obj.GetComponent <BezierMover>();
RectTransformPositionObject positionObject = obj.GetComponent <RectTransformPositionObject>();
Vector3AnimationData scaleData = new Vector3AnimationData()
{
AnimationMode = BosAnimationMode.Single,
Duration = interval * 0.5f,
EaseType = EaseType.EaseInOutQuad,
EndValue = Vector3.one * 1.25f,
Events = null,
StartValue = Vector3.one,
Target = obj,
OnStart = (s, o) => trs.localScale = s,
OnUpdate = (s, t, o) => trs.localScale = s,
OnEnd = (s, o) => {
trs.localScale = s;
Vector3AnimationData scale2Data = new Vector3AnimationData()
{
StartValue = Vector3.one * 1.25f,
EndValue = Vector3.one,
Duration = interval * 0.5f,
EaseType = EaseType.EaseInOutQuad,
Target = obj,
OnStart = (s2, o2) => trs.localScale = s2,
OnUpdate = (s2, t2, o2) => trs.localScale = s2,
OnEnd = (s2, o2) => trs.localScale = s2
};
scaleAnimator.StartAnimation(scale2Data);
ColorAnimationData colorData = new ColorAnimationData()
{
StartValue = Color.white,
EndValue = new Color(1, 1, 1, 0.2f),
Duration = interval * 0.5f,
EaseType = EaseType.EaseInOutQuad,
Target = obj,
OnStart = (c2, o2) => image.color = c2,
OnUpdate = (c2, t2, o2) => image.color = c2,
OnEnd = (c2, o2) => image.color = c2
};
colorAnimator.StartAnimation(colorData);
}
};
scaleAnimator.StartAnimation(scaleData);
var bezierData = AnimUtils.GetBizerQuadData(positionObject,
startObject.anchoredPosition,
endObject.anchoredPosition,
interval * 1.1f, (go) => Destroy(go),
linerFactor,
orthoFactor);
mover.Setup(bezierData);
}
public override void Start()
{
base.Start();
if (debugButton != null)
{
debugButton.SetListener(() => ViewService.Show(ViewType.DebugView));
}
gameScroll = FindObjectOfType <GameScrollView>();
totalCountActiveGenerators = gameScroll.GetComponentsInChildren <PlanetGeneratorView>().Length;
if (totalCountActiveGenerators == 0)
{
totalCountActiveGenerators = 1;
}
//Debug.Log($"founded total count of active generators => {totalCountActiveGenerators}".BoldItalic().Colored(ConsoleTextColor.navy));
Color startColor = rectangularBackgroundImage.color;
leftModuleFrameInData = new Vector2AnimationData {
StartValue = new Vector2(-641, -380),
EndValue = new Vector2(-1056, -380),
Duration = duration * 0.5f,
EaseType = easeType,
Target = leftModuleTransform.gameObject,
OnStart = (pos, go) => leftModuleTransform.anchoredPosition = pos,
OnEnd = (pos, go) => {
leftModuleTransform.anchoredPosition = pos;
Vector2AnimationData smallData = new Vector2AnimationData {
StartValue = new Vector2(-1053, -253.4f),
EndValue = new Vector2(-903, -253.4f),
Duration = duration * 0.5f,
EaseType = easeType,
Target = leftModuleSmallTransform.gameObject,
OnStart = (pos2, go2) => leftModuleSmallTransform.anchoredPosition = pos2,
OnEnd = (pos2, go2) => leftModuleSmallTransform.anchoredPosition = pos2,
OnUpdate = (pos2, t2, go2) => leftModuleSmallTransform.anchoredPosition = pos2
};
leftModuleSmallTransform.GetComponent <Vector2Animator>().StartAnimation(new List <Vector2AnimationData> {
smallData
});
},
OnUpdate = (pos, t, go) => leftModuleTransform.anchoredPosition = pos
};
leftModuleFrameSmallOutData = new Vector2AnimationData {
StartValue = new Vector2(-903, -253.4f),
EndValue = new Vector2(-1053, -253.4f),
Duration = duration * 0.5f,
EaseType = easeType,
Target = leftModuleSmallTransform.gameObject,
OnStart = (pos, go) => leftModuleSmallTransform.anchoredPosition = pos,
OnEnd = (pos, go) => {
leftModuleSmallTransform.anchoredPosition = pos;
Vector2AnimationData leftData = new Vector2AnimationData {
StartValue = new Vector2(-1056, -380),
EndValue = new Vector2(-641, -380),
EaseType = EaseType.EaseOutCubic,
Duration = duration,
OnStart = (pos2, go2) => leftModuleTransform.anchoredPosition = pos2,
OnEnd = (pos2, go2) => leftModuleTransform.anchoredPosition = pos2,
OnUpdate = (pos2, t2, go2) => leftModuleTransform.anchoredPosition = pos2
};
leftModuleTransform.GetComponent <Vector2Animator>().StartAnimation(new List <Vector2AnimationData> {
leftData
});
},
OnUpdate = (pos, t, go) => leftModuleSmallTransform.anchoredPosition = pos,
};
rightPlanetFrameInData = new Vector2AnimationData {
StartValue = new Vector2(640, -380),
EndValue = new Vector2(1050, -380),
Duration = duration * 0.5f,
EaseType = easeType,
OnStart = (pos, go) => rightPlanetFrameTransform.anchoredPosition = pos,
OnEnd = (pos, go) => {
rightPlanetFrameTransform.anchoredPosition = pos;
Vector2AnimationData smallData = new Vector2AnimationData {
StartValue = new Vector2(1056, -253.4f),
EndValue = new Vector2(900, -253.4f),
Duration = 0.5f * duration,
EaseType = easeType,
OnStart = (pos2, go2) => rightPlanetSmallTransform.anchoredPosition = pos2,
OnEnd = (pos2, go2) => rightPlanetSmallTransform.anchoredPosition = pos2,
OnUpdate = (pos2, t2, go2) => rightPlanetSmallTransform.anchoredPosition = pos2,
Target = rightPlanetSmallTransform.gameObject
};
rightPlanetSmallTransform.GetComponent <Vector2Animator>().StartAnimation(new List <Vector2AnimationData> {
smallData
});
},
OnUpdate = (pos, t, go) => rightPlanetFrameTransform.anchoredPosition = pos,
Target = rightPlanetFrameTransform.gameObject
};
rightPlanetFrameSmallOutData = new Vector2AnimationData {
StartValue = new Vector2(900, -253.4f),
EndValue = new Vector2(1056, -253.4f),
Duration = 0.5f * duration,
EaseType = easeType,
OnStart = (pos2, gos2) => rightPlanetSmallTransform.anchoredPosition = pos2,
OnEnd = (pos2, go2) => {
rightPlanetSmallTransform.anchoredPosition = pos2;
Vector2AnimationData rightData = new Vector2AnimationData {
StartValue = new Vector2(1050, -380),
EndValue = new Vector2(640, -380),
Duration = duration,
EaseType = EaseType.EaseOutCubic,
Target = rightPlanetFrameTransform.gameObject,
OnStart = (pos, go) => rightPlanetFrameTransform.anchoredPosition = pos,
OnEnd = (pos, go) => rightPlanetFrameTransform.anchoredPosition = pos,
OnUpdate = (pos, t, go) => rightPlanetFrameTransform.anchoredPosition = pos
};
rightPlanetFrameTransform.GetComponent <Vector2Animator>().StartAnimation(new List <Vector2AnimationData> {
rightData
});
},
OnUpdate = (pos2, t2, go2) => rightPlanetSmallTransform.anchoredPosition = pos2
};
rectangularBackgroundInData = new Vector2AnimationData {
StartValue = new Vector2(0, 0),
EndValue = new Vector2(0, 383),
Duration = duration,
EaseType = easeType,
Target = rectangularBackgroundTransform.gameObject,
OnStart = (pos, go) => {
rectangularBackgroundTransform.anchoredPosition = pos;
rightPlanetFrameTransform.GetComponent <Vector2Animator>().StartAnimation(new List <Vector2AnimationData> {
rightPlanetFrameInData
});
leftModuleTransform.GetComponent <Vector2Animator>().StartAnimation(new List <Vector2AnimationData> {
leftModuleFrameInData
});
},
OnEnd = (pos, go) => {
State = HeaderState.Collapsed;
isAnimating = false;
rectangularBackgroundTransform.anchoredPosition = pos;
},
OnUpdate = (pos, t, go) => {
rectangularBackgroundTransform.anchoredPosition = pos;
},
Events = new List <AnimationEvent <Vector2> > {
new AnimationEvent <Vector2> {
Mode = AnimationEventMode.Single,
IsValid = (pos, t, go) => {
if (pos.y >= 0f)
{
return(true);
}
return(false);
},
OnEvent = (pos, t, go) => {
Color sourceColor = rectangularBackgroundImage.color;
ColorAnimationData colorData = new ColorAnimationData {
Duration = duration * Mathf.Clamp01(60 / rectangularBackgroundTransform.sizeDelta.y) * 0.2f,
EaseType = easeType,
StartValue = sourceColor,
EndValue = new Color(sourceColor.r, sourceColor.g, sourceColor.b, 0),
Target = rectangularBackgroundImage.gameObject,
OnStart = (c, go2) => rectangularBackgroundImage.color = c,
OnEnd = (c, go2) => rectangularBackgroundImage.color = c,
OnUpdate = (c, t2, go2) => rectangularBackgroundImage.color = c
};
rectangularBackgroundImage.GetComponent <ColorAnimator>().StartAnimation(new List <ColorAnimationData> {
colorData
});
}
}
}
};
rectangularBackgroundOutData = new Vector2AnimationData {
StartValue = new Vector2(0, 383),
EndValue = new Vector2(0, 0),
Duration = duration,
EaseType = easeType,
OnStart = (pos, go) => {
rectangularBackgroundTransform.anchoredPosition = pos;
/*
* rightPlanetFrameTransform.GetComponent<Vector2Animator>().StartAnimation(new List<Vector2AnimationData> {
* rightPlanetFrameOutData
* });*/
rightPlanetSmallTransform.GetComponent <Vector2Animator>().StartAnimation(new List <Vector2AnimationData> {
rightPlanetFrameSmallOutData
});
leftModuleSmallTransform.GetComponent <Vector2Animator>().StartAnimation(new List <Vector2AnimationData> {
leftModuleFrameSmallOutData
});
},
OnEnd = (pos, go) => {
State = HeaderState.Expanded;
isAnimating = false;
rectangularBackgroundTransform.anchoredPosition = pos;
},
OnUpdate = (pos, t, go) => rectangularBackgroundTransform.anchoredPosition = pos,
Target = rectangularBackgroundTransform.gameObject,
Events = new List <AnimationEvent <Vector2> > {
new AnimationEvent <Vector2> {
Mode = AnimationEventMode.Single,
IsValid = (pos, t, go) => {
if (pos.y <= 60)
{
return(true);
}
return(false);
},
OnEvent = (pos, t, go) => {
ColorAnimationData colorData = new ColorAnimationData {
Duration = (1.0f - t) * duration,
EaseType = easeType,
StartValue = new Color(0, 0, 0, 0),
EndValue = startColor,
Target = rectangularBackgroundImage.gameObject,
OnStart = (c, go2) => rectangularBackgroundImage.color = c,
OnEnd = (c, go2) => rectangularBackgroundImage.color = c,
OnUpdate = (c, t2, go2) => rectangularBackgroundImage.color = c
};
rectangularBackgroundImage.GetComponent <ColorAnimator>().StartAnimation(new List <ColorAnimationData> {
colorData
});
}
}
}
};
updateTimer.Setup(0.4f, (delta) => {
if (gameScroll.VerticalNormalizedPosition >= MaxVerticalNormalizedPositionWhenEnableHiding)
{
if (State == HeaderState.Collapsed && !isAnimating)
{
Expand();
}
}
else
{
if (State == HeaderState.Expanded && !isAnimating)
{
Collapse();
}
}
}, true);
}
private void AnimateAuditorObject(SecretaryAnimObject mechanicView, Auditor info)
{
Vector3Animator scaleAnimator = mechanicView.gameObject.GetOrAdd <Vector3Animator>();
Vector2Animator positionAnimator = mechanicView.gameObject.GetOrAdd <Vector2Animator>();
ColorAnimator colorAnimator = mechanicView.gameObject.GetOrAdd <ColorAnimator>();
FloatAnimator rotateAnimator = mechanicView.gameObject.GetOrAdd <FloatAnimator>();
RectTransform rectTransform = mechanicView.GetComponent <RectTransform>();
Image image = mechanicView.GetComponent <Image>();
Vector2 endOffset = Random.insideUnitCircle.normalized * 300;
if (endOffset.y < 0)
{
endOffset.y = -endOffset.y;
}
Vector2 startPosition = buyButton.GetComponent <RectTransform>().anchoredPosition;
Vector2 endPosition = startPosition + endOffset;
Vector2AnimationData positionData = new Vector2AnimationData {
StartValue = startPosition,
EndValue = endPosition,
Duration = 0.3f,
EaseType = EaseType.EaseInOutQuad,
Target = mechanicView.gameObject,
OnStart = rectTransform.UpdatePositionFunctor(),
OnUpdate = rectTransform.UpdatePositionTimedFunctor(),
OnEnd = rectTransform.UpdatePositionFunctor(() => {
StartCoroutine(MoveInPlaceImpl(mechanicView, info));
})
};
Vector3AnimationData scaleData = new Vector3AnimationData {
StartValue = Vector3.one,
EndValue = 2f * Vector3.one,
Duration = .3f,
EaseType = EaseType.EaseInOutQuad,
Target = mechanicView.gameObject,
OnStart = rectTransform.UpdateScaleFunctor(),
OnUpdate = rectTransform.UpdateScaleTimedFunctor(),
OnEnd = rectTransform.UpdateScaleFunctor()
};
ColorAnimationData colorData = new ColorAnimationData {
StartValue = new Color(1, 1, 1, 0),
EndValue = new Color(1, 1, 1, 1),
Duration = .1f,
EaseType = EaseType.EaseInOutQuad,
Target = mechanicView.gameObject,
OnStart = image.UpdateColorFunctor(),
OnUpdate = image.UpdateColorTimedFunctor(),
OnEnd = image.UpdateColorFunctor()
};
FloatAnimationData rotateData = new FloatAnimationData {
StartValue = 0,
EndValue = Random.Range(-40, 40),
Duration = .3f,
EaseType = EaseType.EaseInOutQuad,
Target = mechanicView.gameObject,
OnStart = rectTransform.UpdateZRotation(),
OnUpdate = rectTransform.UpdateZRotationTimed(),
OnEnd = rectTransform.UpdateZRotation()
};
positionAnimator.StartAnimation(positionData);
scaleAnimator.StartAnimation(scaleData);
colorAnimator.StartAnimation(colorData);
rotateAnimator.StartAnimation(rotateData);
}
