One minor correction – Grant Skinner isn’t the author of TweenLite. http://blog.greensock.com/about/

I am really sorry about the authoring mistake. I suppose I have seen those import gs.* and import gs.easing.* statements too many times and my mind in a perverted twist assimilated those with Grant’s acronyme. At least it is now corrected!

You could even tween it if you want a smooth transition between normal and slow motion. And tweens aren’t limited to being organized in a serial or parallel manner – they can overlap as much as you want. There’s a video that explains it at http://blog.greensock.com/timeline-basics/

Indeed, and the video is a great introduction to all the features this amazing Timeline engine brings to life.

Also, instead of using an onUpdate to check when it hits 40% and 45%, you could just use TweenLite.delayedCall()

Yup, and I will add an update to this example with a simpler version and delayedCall in a near future!

Again, thx for your review and this amazing library!

Anyway, I really like how you demonstrated the value of the timeScale property. You could even tween it if you want a smooth transition between normal and slow motion. And tweens aren’t limited to being organized in a serial or parallel manner – they can overlap as much as you want. There’s a video that explains it at http://blog.greensock.com/timeline-basics/

Also, instead of using an onUpdate to check when it hits 40% and 45%, you could just use TweenLite.delayedCall() or switch to TimelineMax and use addCallback() – either way, it would call a function at a specific time that’d change (or tween) the timeScale. Just a few ideas. But you did a great job here – I totally appreciate the demo. Cheers!