public override void ProcessFrame(Playable playable, FrameData info, object playerData)
{
float duration = (float)playable.GetDuration();
float passedTime = (float)playable.GetTime();
Debug.Log("Playable get time " + playable.GetTime());
Debug.Log("Playable duration " + playable.GetDuration());
float t = duration - passedTime;
Vector3 change = position - initialPosition;
trasnform.position = Equations.ChangeVector(t, position, change, duration, Ease.Linear);
}
protected override void EvaluteAtTime(float t)
{
if (rect != null)
{
Vector3 change = startPosition - endPosition;
Vector3 targetPosition = Equations.ChangeVector(t, endPosition, change, duration, ease);
if (!useCustomPivot)
{
rect.anchoredPosition = rect.FromAbsolutePositionToAnchoredPosition(targetPosition, canvas, pivotPreset);
}
else
{
rect.anchoredPosition = rect.FromAbsolutePositionToAnchoredPosition(targetPosition, canvas, pivot);
}
}
}
//Update Rotation
private void UpdateRotation(TweenRotationObject tween)
{
Vector3 begin = tween.startValue;
Vector3 finish = tween.tweenValue;
Vector3 change = finish - begin;
float duration = tween.totalTime;
float currentTime = Time.time - (tween.startTime + tween.delay);
if (duration == 0)
{
this.EndTween(tween);
this.transform.position = finish;
return;
}
if (Time.time > tween.startTime + tween.delay + duration)
{
this.EndTween(tween);
}
this.transform.rotation = Quaternion.Euler(Equations.ChangeVector(currentTime, begin, change, duration, tween.ease));
}
public void EvaluateAtTime(float t)
{
t *= Length;
int index = GetIndexAtTime(t);
Debug.Log("index: " + index);
float distanceToNextNode = Vector2.Distance(m_processedPath[index], m_processedPath[index + 1]);
float passTime = 0.0f;
for (int n = 0; n < index; n++)
{
passTime += m_pathTime[n];
}
t -= passTime;
Vector3 change = m_processedPath[index + 1] - m_processedPath[index];
m_rect.anchoredPosition = Equations.ChangeVector(t, m_processedPath[index], change, (distanceToNextNode / m_totalPathDistance) * m_length, m_ease);
}
