/// <summary>
/// Method called to do the animation IN, ie. from "out of the screen" to "in the screen".
/// We will anim from top and horizontally.
/// </summary>
public void DOAnimIN()
{
AnimVerySimpleShare(true);
DesactivateUIFitter();
OnUIAnimInStart.Invoke();
bool animFromTopFinished = false;
bool animHorizontallyFinished = false;
AnimateINFromTop(() => {
animFromTopFinished = true;
if (animFromTopFinished && animHorizontallyFinished)
{
animFromTopFinished = false;
animHorizontallyFinished = false;
OnUIAnimInEnd.Invoke();
}
});
AnimateINHorizontaly(() => {
animHorizontallyFinished = true;
if (animFromTopFinished && animHorizontallyFinished)
{
animFromTopFinished = false;
animHorizontallyFinished = false;
OnUIAnimInEnd.Invoke();
}
});
}
/// <summary>
/// Method called to do the animation IN, ie. from "out of the screen" to "in the screen".
/// We will anim from top and horizontally.
/// </summary>
public void DOAnimIN()
{
Debug.Log("ANIM IN");
DesactivateUIFitter();
OnUIAnimInStart.Invoke();
bool animFromTopFinished = false;
bool animHorizontallyFinished = false;
AnimateINFromTop(() => {
animFromTopFinished = true;
if (animFromTopFinished && animHorizontallyFinished)
{
animFromTopFinished = false;
animHorizontallyFinished = false;
OnUIAnimInEnd.Invoke();
}
});
AnimateINHorizontaly(() => {
animHorizontallyFinished = true;
if (animFromTopFinished && animHorizontallyFinished)
{
animFromTopFinished = false;
animHorizontallyFinished = false;
OnUIAnimInEnd.Invoke();
}
});
}
