private void SetTo(int index)
{
foreach (DUITrans DUITrans in transitions[index].duiTransitions)
{
DUITrans.Update(1);
}
foreach (PanelTrans UITrans in transitions[index].panelTransitions)
{
UITrans.SetTarget();
UITrans.Update(1);
}
transitions[index].atomTransition.atom.AdjustScale();
transitions[index].atomTransition.orbitals?.AdjustScale();
transitions[index].atomTransition.atom.Interactable = transitions[index].atomTransition.interactable;
Transitioning = false;
}
private IEnumerator LerpTo(int index)
{
currLerpTime = 0;
foreach (PanelTrans UITrans in transitions[index].panelTransitions)
{
UITrans.SetTarget();
}
while (currLerpTime < LERP_TIME)
{
currLerpTime += Time.deltaTime;
if (currLerpTime > LERP_TIME)
{
currLerpTime = LERP_TIME;
}
float p = currLerpTime / LERP_TIME;
p = p * p * (3f - 2f * p); //smooth step
//p = p*p*p*(p*(p*6-15)+10); //smoother step
//p = Mathf.Pow(p, 1f / 6f);
foreach (DUITrans DUITrans in transitions[index].duiTransitions)
{
DUITrans.Update(p);
}
foreach (PanelTrans UITrans in transitions[index].panelTransitions)
{
UITrans.Update(p);
}
transitions[index].atomTransition.atom.AdjustScale();
transitions[index].atomTransition.orbitals?.AdjustScale();
yield return(new WaitForEndOfFrame());
}
transitions[index].atomTransition.atom.Interactable = transitions[index].atomTransition.interactable;
Transitioning = false;
}
