private void Reset()
{
// Apply default properties when created or reset in the editor.
duration = 0.4f;
curve = new AnimationCurve(new Keyframe[]
{
new Keyframe(0f, 0f, 3.00052f, 3.00052f),
new Keyframe(1f, 1f, 0.05463887f, 0.05463887f)
});
presentedCanvasOffScreenLocation = OffScreenLocation.Right;
animatePresentingCanvas = true;
presentingCanvasOffScreenLocation = OffScreenLocation.Left;
presentingCanvasParallaxScalar = 0.4f;
description = "The slide transition animation presents content by sliding it in " +
"from an off-screen location. It dismisses content by performing the reverse - " +
"sliding it to an off-screen location.\n\nIn addition to the presented canvas " +
"controller, the presenting canvas controller can also be animated to and from " +
"an off-screen location. This gives the appearance of the " +
"content sliding out as the presented content slides in.\n\nWith the " +
"'presentingCanvasParallaxScalar' property, you can scale the amount by which " +
"the presenter moves, creating parallax effects. A value of 1 will animate " +
"fully to the off-screen location (no parallax), whilst 0.5 would animate " +
"halfway to the off-screen location.A value of 0 has the same effect as " +
"disabling 'animatePresentingCanvas'.";
}
private Vector3 PositionForCanvasControllerAtLocation(CanvasController canvasController,
OffScreenLocation location)
{
Vector3 position = Vector3.zero;
switch (location)
{
case OffScreenLocation.Left:
{
position = canvasController.OffScreenLeftContentPosition();
break;
}
case OffScreenLocation.Top:
{
position = canvasController.OffScreenTopContentPosition();
break;
}
case OffScreenLocation.Right:
{
position = canvasController.OffScreenRightContentPosition();
break;
}
case OffScreenLocation.Bottom:
{
position = canvasController.OffScreenBottomContentPosition();
break;
}
}
return(position);
}
