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@marudavid I am not able to reproduce your issue using the following sample code. There is a default background color always on both Xcode 15 and Xcode 16.1 Beta. It is possible you are using some type of ViewModifier that is causing this. The following works fine. import SwiftUI struct Icon: Identifiable { var id: String var color: Color } struct ContentView: View { let icons = [ Icon(id: figure.badminton, color: .red), Icon(id: figure.fencing, color: .orange), Icon(id: figure.gymnastics, color: .green), Icon(id: figure.indoor.cycle, color: .blue), Icon(id: figure.outdoor.cycle, color: .purple), Icon(id: figure.rower, color: .indigo), ] @State private var selected: Icon? var body: some View { LazyVGrid(columns: [.init(.adaptive(minimum: 100, maximum: 300))]) { ForEach(icons) { icon in Button { selected = icon } label: { Image(systemName: icon.id) } .foregroundStyle(icon.color.gradient) .font(.system(size: 100)) } } .fullScreenCover(item: $selected, content: { icon in DestinationView(icon: icon, anim

I have the same issue but need to know a way to avoid this automatic grouping at all. Would like each column has it all accessibility value (similar to the activities chart on health app)

So here is all the code Table(artViewModel.filteredArtPieces, selection: $selection, sortOrder: $sortOrder, columnCustomization: $columnCustomization) { TableColumn(Image) { artPiece in if let imageData = artPiece.artImage.first, let image = UIImage(data: imageData!) { Image(uiImage: image) .resizable() .frame(width: 50, height: 50) } else { Image(systemName: photo) .resizable() .frame(width: 50, height: 50) } } .customizationID(Image) TableColumn(Name, value: .artName) .customizationID(Name) TableColumn (Art ID, value: .artPieceID) { artPiece in Text(String(artPiece.artPieceID)) } .customizationID(Art ID) TableColumn (Price, value: .artPrice) { artPiece in Text (formatMoneyDouble(artPiece.artPrice)) } .customizationID(Price) TableColumn (Date, value: .artcreateDate) { artPiece in Text (artPiece.artcreateDate, style: .date) } // .resizable() .customizationID(Date) TableColumn(Artist, value: .artistName) .customizationID(Artist) TableColumn(Meduim, value: .artMedium) .customizationID(Meduim) TableColumn(Type,

I tried grep apsd[131:, 15:45:11.000+0900,15:34:22.998+0900, and 09:06:19.991+0900 for *.txt *.log in all sysdiagnoses, but there were no hits. How can I read sysdiagnose? Do I need to do any further processing on the resulting files after decompress tar? Also, is it OK for developers to read sysdiagnose? A sysdiagnose archive is a standard zip archive with a bunch of files it. Of those files, the largest and most useful file is by FAR the file named system_logs.logarchive. In the vast majority of cases, sysdiagnose analysis actually means open the console logarchive and try to figure out what happened. The post Your Friend the System Log has some good background on how else that file can be processed and manipulated but most of the time you'll be opening an viewing the file with Console.app. That's what will open it by default if you just double click on the archive. The actual analysis process isn't easy to quickly summarize, as it relies as much on becoming familiar with how the system operates and logs, a