Rock solid vector tools that work just the way you want them to Professional CMYK, LAB, RGB and Grayscale color modelsĪdvanced Lanczos 3 image resampling plus Bicubic, Bilinear and Nearest Neighbor methods Seamless switching between tools and editing modes for frustration-free design Live pixel and retina view of vector artwork, wireframe view, split screen mode Optimized for documents of any complexity, zoom to over 1,000,000% for absolute precision Live gradients, transforms, effects and adjustments Panning and zooming is always live at 60fps Whether you’re working on graphics for marketing materials, websites, icons, UI design or just like creating cool concept art, Affinity Designer will revolutionize how you work. Professional Graphic Design Software for the Mac.Īffinity Designer is the fastest, smoothest, most precise vector graphic design software available. Affinity Designer 1.10.3 Multilingual macOS Intel & M1
0 Comments
How does Tenorshare 4uKey for Android work? With Tenorshare 4uKey for Android, you can easily remove your screen lock without any technical skills or data loss. It supports different Android versions and device models, including Samsung, Huawei, LG, Motorola, and more. Tenorshare 4uKey for Android is a professional software designed to help you unlock various types of screen locks on your Android device. Tenorshare 4uKey for Android Full Overview This powerful software can help you bypass various types of screen locks on your Android device with ease. Are you locked out of your Android phone? Are you looking for a reliable tool to unlock your device without hassle? Look no further than Tenorshare 4uKey for Android. Where -c:a copy copy audio -c:v vp9 -b:v 100K re-encode video with 100K bitrate. If you have time, and want to recodec almost same quality, but 1/3 size, use this: ffmpeg -i "input.avi" -c:a copy -c:v vp9 -b:v 100K "4" Best practice is let the audio in the original format. It is fast, and almost same quality as original. Stream #0:1: Audio: mp3 (U / 0x0055), 32000 Hz, stereo, fltp, 112 kb/sįor the nearly loseless re-containering use: ffmpeg -i "input.avi" -c:v copy -c:a copy "input.mp4"Ĭonversion about 2 sec, result is input.mp4 138MB. For example there is a video file 139MB input.avi ffprobe input.aviĭuration: 00:21:20.16, start: 0.000000, bitrate: 891 kb/s Fortunately, the compiler provides you a way to completely customize how Objective-C APIs end up in Swift. The compiler isn't that smart, so by default you'll end up with methods even if they are better defined as something else in Swift: M圜lass.sharedInstance() // would work better in Swift as `M圜lass.shared`!Īdditionally, the automatic API translation doesn't consider Swift-only features like default arguments and generics in methods, which are really good tools for developing APIs in Swift. However, what if you want that Objective-C API to become something completely different? One example of a common architectural difference between the languages is the usage of methods versus properties - most things in Objective-C are methods, while Swift will advise you to use computed properties for things that are computed but yet don't involve actually processing data. While I'm not a fan of how the naming can end up sometimes, there are attributes that you can use to finetune the final result, like NS_SWIFT_NAME(customName) to use a customized name or NS_SWIFT_NOTHROW to disable the error pointer -> throws conversion. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |