protected void UpdateTween(RectTransform p_target, float p_delta, NodeFlowData p_flowData, Vector2 p_startPosition, Quaternion p_startRotation, Vector3 p_startScale, RectTransform p_towards, EaseType p_easeType)
{
if (p_target == null)
{
if (Model.killOnNullEncounter)
{
Stop_Internal();
}
return;
}
if (Model.useToPosition)
{
Vector2 towardsPosition = TransformExtensions.FromToRectTransform(p_towards, p_target);
//towardsPosition = towardsPosition - p_target.anchoredPosition;
towardsPosition = new Vector2(DashTween.EaseValue(p_startPosition.x, towardsPosition.x, p_delta, p_easeType),
DashTween.EaseValue(p_startPosition.y, towardsPosition.y, p_delta, p_easeType));
p_target.anchoredPosition = towardsPosition;
}
if (Model.useToRotation)
{
p_target.localRotation = Quaternion.Lerp(p_startRotation, p_towards.localRotation, p_delta);
}
if (Model.useToScale)
{
p_target.localScale = Vector3.Lerp(p_startScale, p_towards.localScale, p_delta);
}
}
protected void UpdateScaleTween(Transform p_target, float p_delta, NodeFlowData p_flowData, Vector3 p_startScale, Vector3 p_toScale, bool p_relative, EaseType p_easeType)
{
if (p_target == null)
{
if (Model.killOnNullEncounter)
{
Stop_Internal();
}
return;
}
if (p_relative)
{
p_target.localScale = p_startScale + new Vector3(DashTween.EaseValue(0, p_toScale.x, p_delta, p_easeType),
DashTween.EaseValue(0, p_toScale.y, p_delta, p_easeType),
DashTween.EaseValue(0, p_toScale.z, p_delta, p_easeType));
}
else
{
p_toScale -= p_startScale;
p_target.localScale = p_startScale + new Vector3(DashTween.EaseValue(0, p_toScale.x, p_delta, p_easeType),
DashTween.EaseValue(0, p_toScale.y, p_delta, p_easeType),
DashTween.EaseValue(0, p_toScale.z, p_delta, p_easeType));
}
}
protected void UpdatePositionTween(Transform p_target, float p_delta, NodeFlowData p_flowData, Vector3 p_startPosition, Vector3 p_finalPosition, bool p_relative, EaseType p_easeType)
{
if (p_target == null)
{
if (Model.killOnNullEncounter)
{
Stop_Internal();
}
return;
}
if (p_relative)
{
p_target.position =
p_startPosition + new Vector3(DashTween.EaseValue(0, p_finalPosition.x, p_delta, p_easeType),
DashTween.EaseValue(0, p_finalPosition.y, p_delta, p_easeType),
DashTween.EaseValue(0, p_finalPosition.z, p_delta, p_easeType));
}
else
{
p_target.position = new Vector3(DashTween.EaseValue(p_startPosition.x, p_finalPosition.x, p_delta, p_easeType),
DashTween.EaseValue(p_startPosition.y, p_finalPosition.y, p_delta, p_easeType),
DashTween.EaseValue(p_startPosition.z, p_finalPosition.z, p_delta, p_easeType));
}
}
protected void UpdateTransformTween(Transform p_target, float p_delta, NodeFlowData p_flowData, Vector2 p_startPosition, Quaternion p_startRotation, Vector3 p_startScale, Transform p_towards, EaseType p_easeType)
{
if (p_target == null)
{
if (Model.killOnNullEncounter)
{
Stop_Internal();
}
return;
}
if (GetParameterValue(Model.useToPosition, p_flowData))
{
Vector2 towardsPosition = p_towards.position;
towardsPosition = new Vector2(DashTween.EaseValue(p_startPosition.x, towardsPosition.x, p_delta, p_easeType),
DashTween.EaseValue(p_startPosition.y, towardsPosition.y, p_delta, p_easeType));
p_target.position = towardsPosition;
}
if (GetParameterValue(Model.useToRotation, p_flowData))
{
p_target.localRotation = Quaternion.Lerp(p_startRotation, p_towards.localRotation, p_delta);
}
if (GetParameterValue(Model.useToScale, p_flowData))
{
p_target.localScale = Vector3.Lerp(p_startScale, p_towards.localScale, p_delta);
}
}
protected void UpdateTween(Transform p_target, float p_delta, NodeFlowData p_flowData, Quaternion p_startRotation, Vector3 p_toRotation, EaseType p_easeType)
{
if (p_target == null)
{
if (Model.killOnNullEncounter)
{
Stop_Internal();
}
return;
}
Quaternion rotation = Quaternion.Euler(p_toRotation);
if (Model.isToRelative)
{
rotation = rotation * p_startRotation;
}
//p_target.localRotation = Quaternion.Lerp(p_startRotation, rotation, DOVirtual.EasedValue(0,1, p_delta, p_easing));
p_target.localRotation = Quaternion.Lerp(p_startRotation, rotation, DashTween.EaseValue(0, 1, p_delta, p_easeType));
/*
* Debug.Log(rotation.eulerAngles + " : " + p_toRotation + " : " + p_startRotation.eulerAngles);
* Vector3 finalRotation = rotation.eulerAngles;
* finalRotation.z = finalRotation.z > 180 ? finalRotation.z - 360 : finalRotation.z;
* Vector3 easedRotation = new Vector3(DOVirtual.EasedValue(0, finalRotation.x, p_delta, Model.easing),
* DOVirtual.EasedValue(0, finalRotation.y, p_delta, Model.easing),
* DOVirtual.EasedValue(0, finalRotation.z, p_delta, Model.easing));
*
* p_target.localRotation = p_startRotation * Quaternion.Euler(easedRotation);
*/
}
protected void UpdateRotationTween(Transform p_target, float p_delta, NodeFlowData p_flowData, Quaternion p_startRotation, Vector3 p_toRotation, bool p_relative, EaseType p_easeType)
{
if (p_target == null)
{
if (Model.killOnNullEncounter)
{
Stop_Internal();
}
return;
}
Quaternion rotation = Quaternion.Euler(p_toRotation);
if (p_relative)
{
rotation = rotation * p_startRotation;
}
p_target.localRotation = Quaternion.Lerp(p_startRotation, rotation, DashTween.EaseValue(0, 1, p_delta, p_easeType));
}
protected void UpdateTween(CanvasGroup p_target, float p_delta, NodeFlowData p_flowData, float p_startAlpha, float p_toAlpha, EaseType p_easeType)
{
;
// Check if the target wasn't destroyed while the tween is running, correctly end user should also destroy all tweens explicitly
if (p_target == null)
{
if (Model.killOnNullEncounter)
{
Stop_Internal();
}
return;
}
if (Model.isToRelative)
{
p_target.alpha = p_startAlpha + DashTween.EaseValue(0, p_toAlpha, p_delta, p_easeType);
}
else
{
p_target.alpha = DashTween.EaseValue(p_startAlpha, p_toAlpha, p_delta, p_easeType);
}
}
protected void UpdateTween(RectTransform p_target, float p_delta, NodeFlowData p_flowData, Vector2 p_startSizeDelta, Vector2 p_toSizeDelta, EaseType p_easeType)
{
if (p_target == null)
{
if (Model.killOnNullEncounter)
{
Stop_Internal();
}
return;
}
if (Model.isToRelative)
{
p_target.sizeDelta =
p_startSizeDelta + new Vector2(DashTween.EaseValue(0, p_toSizeDelta.x, p_delta, p_easeType),
DashTween.EaseValue(0, p_toSizeDelta.y, p_delta, p_easeType));
}
else
{
p_target.sizeDelta = new Vector2(DashTween.EaseValue(p_startSizeDelta.x, p_toSizeDelta.x, p_delta, p_easeType),
DashTween.EaseValue(p_startSizeDelta.y, p_toSizeDelta.y, p_delta, p_easeType));
}
}
protected void UpdateTween(RectTransform p_target, float p_delta, NodeFlowData p_flowData, Vector2 p_startPosition, Vector2 p_finalPosition, EaseType p_easeType)
{
if (p_target == null)
{
if (Model.killOnNullEncounter)
{
Stop_Internal();
}
return;
}
if (Model.isToRelative)
{
p_target.anchoredPosition =
p_startPosition + new Vector2(DashTween.EaseValue(0, p_finalPosition.x, p_delta, p_easeType),
DashTween.EaseValue(0, p_finalPosition.y, p_delta, p_easeType));
}
else
{
p_target.anchoredPosition = new Vector2(DashTween.EaseValue(p_startPosition.x, p_finalPosition.x, p_delta, p_easeType),
DashTween.EaseValue(p_startPosition.y, p_finalPosition.y, p_delta, p_easeType));
}
}