You must provide registration information to Sony Creative Software Inc., a US company, in order to activate the software. The tag name may be prefixed by one or more family 0, 1 or 2 group names with optional leading family numbers, separated by colons (eg. ![]() 10 GB GPU memory is recommended for 8K video stabilization/lens breathing compensation.8 GB GPU memory is recommended for 8K rendering or 4K video stabilization/lens breathing compensation.6 GB GPU memory is recommended for 4K rendering.macOS provides software decoding of XAVC S or XAVC HS media. 6 GB of GPU memory is recommended for decoding XAVC S or XAVC HS media, and we recommend using the latest GPU driver version from NVIDIA, AMD/ATI, or Intel. ![]() 2 GB GPU memory is recommended for 4K preview, HD rendering, or HD video stabilization/lens breathing compensation.OpenGL 4.1 is required for video stabilization/lens breathing compensation.OpenGL 2.1 is recommended for optimum performance.NVIDIA, AMD/ATI, or Intel GPU with support for OpenCL 1.1 or later with at least 1024 MB of memory or a CPU with SSE 4.2 or higher.If you're using a dedicated GPU, the presets also require 4 GB or more GPU memory. The XAVC Long 422 3840x2160 200 Mbps (Sony) transcoding presets require 16 GB or more RAM. 4 GB RAM (8 GB recommended for 4K or larger media).Solid-state disk (SSD) or high-speed RAID for 4K or larger media.500 MB hard-disk space for program installation.An Ice Lake Core i7 processor with Quick Sync Video is recommended for 4:2:2 XAVC HS media and required for 8k media.A Kaby Lake Core i7 processor with Quick Sync Video is recommended for 4:2:0 XAVC HS media and required for 8k media.An Ivy Bridge Core i7 with Quick Sync Video or Xeon E5 processor is recommended for XAVC S media.An 8-core processor is recommended for 4K media.A 64-bit operating system: Microsoft® Windows 10 or Windows 11 macOS 11 (Big Sur)*, 12 (Monterey)*, or 13 (Ventura)*.I’m surprised whatever software Louis is using in 2016 would have this problem, but it would seem to be a mismatch between whatever it encoded in EXIF and what iCloud read from the upload-iCloud doesn’t strip EXIF data. As one example, GraphicConverter for OS X has a lot of EXIF rotation options to assist with import and editing. However, image software in Windows prior to Windows 8Ĭouldn’t read the orientation flag, and many Mac OS X apps used to suffer from the same problem, Likewise, any image-editing software, on opening a file and decompressing it (if necessary) to make it editable should also orient it first. ![]() Two images, one in the same rotation as the image-sensor array in the iPhone and the other rotated, have their Orientation value tagged in EXIF data.Īny software that can display an image should be able to read this orientation flag and display a photo in the correct orientation. (Rotations that aren’t aren’t at right angles always involves modifying image data to approximate the new angle.) Eight different orientations can be represented with a value for the EXIF Orientation tag. The orientation flag has one of eight values, representing each rotation of 0 degrees, 90 degrees, 180 degrees, and 270 degrees, as well as mirror flips (flipped top to bottom and left to right, and clockwise rotated top to bottom and left to right). The trick that camera makers came up with was to avoid rotating pixels and, instead, set a flag in the EXIF metadata that’s incorporated in any image their camera exports.
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