Just wanted to thank you for a brilliant and extremely useful blog. It's been extremely helpful for my iOS app. I wonder if any of this has improved with iOS 27...? I'm putting off downloading the beta for a while.
I think it's a valid and trivial way to solve any problem which deals with unbounded constraints which is achieving the maximum frame rate possible while plugged in charging. Thus to solve it we generally focus on achieving maximum performance on least finite energy constraint which is low power mode. And we project that conclusion as it is performing it's theoretical best in unbounded mode thus the 120FPS challenge title.
Would be nice to have a series dedicated to optimizing SwiftUI unnecessary redraws.
Did you try LazyVGrid at all? I’ve heard that’s better?
That is a great question. I didn't try grid at all. Maybe I need to write a sequel.
Just wanted to thank you for a brilliant and extremely useful blog. It's been extremely helpful for my iOS app. I wonder if any of this has improved with iOS 27...? I'm putting off downloading the beta for a while.
It sounds like a click-bait, when you titling your article as "The 120FPS Challenge" and then "really going to do the 60fps challenge"
I think it's a valid and trivial way to solve any problem which deals with unbounded constraints which is achieving the maximum frame rate possible while plugged in charging. Thus to solve it we generally focus on achieving maximum performance on least finite energy constraint which is low power mode. And we project that conclusion as it is performing it's theoretical best in unbounded mode thus the 120FPS challenge title.