openKylin jxrlib package

jxrlib 1.1-ok1 source package in openKylin

Changelog

jxrlib (1.1-ok1) yangtze; urgency=high

  * Build for openKylin.

 -- openKylinBot <email address hidden>  Mon, 25 Apr 2022 22:03:04 +0800

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Uploaded by:
openKylinBot
Sponsored by:
Cibot
Uploaded to:
Yangtze V1.0
Original maintainer:
Ubuntu Developers
Architectures:
any
Section:
graphics
Urgency:
Very Urgent

Publishing See full publishing history

Series Pocket Published Component Section
Yangtze V1.0 release main graphics
Yangtze V1.0 proposed main graphics

Downloads

File Size SHA-256 Checksum
jxrlib_1.1.orig.tar.gz 280.8 KiB c7287b86780befa0914f2eeb8be2ac83e672ebd4bd16dc5574a36a59d9708303
jxrlib_1.1-ok1.debian.tar.xz 23.4 KiB 3c1a53865f7c3bcb7342afa8a06f4d4a8f9e9703bfa18a62a5ad3a834a20fb09
jxrlib_1.1-ok1.dsc 1.9 KiB be55467040c936c652574d95e1ab83485bcce1ad2e7f16fda5b1c62e969c6a77

View changes file

Binary packages built by this source

libjxr-dbg: JPEG-XR lib - debug files

 JPEG XR is an approved ISO/IEC International standard (its official
 designation is ISO/IEC 29199-2).
 .
 JPEG XR started its life in Microsoft Research. It publicly first appeared as
 the HD Photo format in Windows Vista.
 .
 For web developers, JPEG XR has a large number of interesting features, see
 the table below. Some of these are big advantages over other image formats
 like JPEG, PNG, OpenEXR, and TIFF.
  - Better Compression (40% smaller than JPEG)
  - Lossless Mode (better compression than PNG)
  - Alpha Channel (compress color lossy and alpha losslessly)
  - Extended Bitdepth (supports 8-, 16-, and 32-bit/channel)
  - Progressive Decode
  - Advanced Decoding Features (tile-based layout, for efficient
    region-of-interest access.)
 .
 Provide the debug files

libjxr-dev: JPEG-XR lib - dev files

 JPEG XR is an approved ISO/IEC International standard (its official
 designation is ISO/IEC 29199-2).
 .
 JPEG XR started its life in Microsoft Research. It publicly first appeared as
 the HD Photo format in Windows Vista.
 .
 For web developers, JPEG XR has a large number of interesting features, see
 the table below. Some of these are big advantages over other image formats
 like JPEG, PNG, OpenEXR, and TIFF.
  - Better Compression (40% smaller than JPEG)
  - Lossless Mode (better compression than PNG)
  - Alpha Channel (compress color lossy and alpha losslessly)
  - Extended Bitdepth (supports 8-, 16-, and 32-bit/channel)
  - Progressive Decode
  - Advanced Decoding Features (tile-based layout, for efficient
    region-of-interest access.)
 .
 Provide the development files

libjxr-tools: JPEG-XR lib - command line apps

 JPEG XR is an approved ISO/IEC International standard (its official
 designation is ISO/IEC 29199-2).
 .
 JPEG XR started its life in Microsoft Research. It publicly first appeared as
 the HD Photo format in Windows Vista.
 .
 For web developers, JPEG XR has a large number of interesting features, see
 the table below. Some of these are big advantages over other image formats
 like JPEG, PNG, OpenEXR, and TIFF.
  - Better Compression (40% smaller than JPEG)
  - Lossless Mode (better compression than PNG)
  - Alpha Channel (compress color lossy and alpha losslessly)
  - Extended Bitdepth (supports 8-, 16-, and 32-bit/channel)
  - Progressive Decode
  - Advanced Decoding Features (tile-based layout, for efficient
    region-of-interest access.)
 .
 Provides command line tools for JPEG XR libs (JxrDecApp & JxrEncApp)

libjxr0: JPEG-XR lib - libraries

 JPEG XR is an approved ISO/IEC International standard (its official
 designation is ISO/IEC 29199-2).
 .
 JPEG XR started its life in Microsoft Research. It publicly first appeared as
 the HD Photo format in Windows Vista.
 .
 For web developers, JPEG XR has a large number of interesting features, see
 the table below. Some of these are big advantages over other image formats
 like JPEG, PNG, OpenEXR, and TIFF.
  - Better Compression (40% smaller than JPEG)
  - Lossless Mode (better compression than PNG)
  - Alpha Channel (compress color lossy and alpha losslessly)
  - Extended Bitdepth (supports 8-, 16-, and 32-bit/channel)
  - Progressive Decode
  - Advanced Decoding Features (tile-based layout, for efficient
    region-of-interest access.)