![]() These SIMD instructions work on 4, 8 or even 16 numbers in parallel. Data parallelism exploitation: Many heavy computational tasks are considerably sped up by using SEE, SSE2, SSE3 and SSE4 instructions.When you move to a new image, the old one is cached, so that there's little delay if you toggle back and forth between images. Speculative decoding & caching of images: While you view a file, the next file in the folder is invisibly being decoded, so that it can be brought up very quickly.it doesn't wait for file reads to finish before starting to decode. Asynchronous file I/O: Images are decompressed at the same time as data is being read - i.e.High quality dithering: Floyd-Steinberg dithering is used for superior perceived image quality when displaying high bit-depth images.Deep color & HDR support: Specialized code paths for grayscale and color data, with 8- or 16-bit integer, or 32-bit floating point / color component - maintaining full precision for all image processing operations.It does include a simple slide show scripting language.It does not attempt to be a half-baked editor, format converter, or media player.Adjustments can be saved non-destructively and re-applied the next time you open it.Rotate, mirror, zoom, pan, adjust contrast, brightness, sharpness, hue, saturation, gamma, …. ![]()
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