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2:22 is a 2017 science fiction thriller film directed by Paul Currie, written by Nathan Parker and Todd Stein, and starring Michiel Huisman, Teresa Palmer and Sam Reid.The film's plot involves air traffic controller Dylan Branson, who, thanks to a mysterious anomaly at 2:22, prevented the collision of two aircraft and met Sarah, whose destinies appear to be tied to the time 2:22.
It was subsequently adopted by ImageMagick instead of JasPer in 6.8.8-2 [4] and approved as new reference software for this standard in July 2015. [5] OpenJPEG is a fork of libj2k, a JPEG-2000 codec library written by David Janssens during his master thesis at University of Louvain (UCLouvain) in 2001.
Version 2.0 was released on 12 April 2011. [1] J2K-Codec supports decoding of different resolution levels and selective tile decoding. [2] It also supports files, produced by ADV202/ADV212 hardware chips. [3] The library is faster than JasPer or OpenJPEG libraries and has approximately the same decoding speed as Kakadu. [4]
2:22 is a 2008 Canadian low-budget crime thriller directed by Phillip Guzman and starring Mick Rossi, Robert Miano, Aaron Gallagher, Jorge A. Jiminez, Peter Dobson, and Val Kilmer. The film premiered at the 2008 Santa Fe International Film Festival.
2:22 may refer to: 2:22, a Canadian low-budget crime thriller; 2:22, a science fiction thriller; 2:22 A Ghost Story, a thriller play by Danny Robins; See also. 222 ...
J2K may refer to: . JPEG 2000, the image compression standard; J2K-Codec, a proprietary library to decode JPEG 2000 images; The US Coast Guard designation for the Fairchild 24 light transport aircraft
JPEG 2000 (JP2) is an image compression standard and coding system. It was developed from 1997 to 2000 by a Joint Photographic Experts Group committee chaired by Touradj Ebrahimi (later the JPEG president), [1] with the intention of superseding their original JPEG standard (created in 1992), which is based on a discrete cosine transform (DCT), with a newly designed, wavelet-based method.
Part 2 (ISO/IEC 21122-2) builds on top of Part 1 to segregate different applications and uses of JPEG XS into reduced coding tool subsets with tighter constraints. The definition of profiles, levels, and sublevels allows for reducing the complexity of implementations in particular application use cases, while also safeguarding interoperability.