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VLC Media Player 1.1.5VideoLAN.org - 19.06MB (Open Source) |
# Security:
* Fix a Windows crash on accessing Network Shared files/drives, VideoLAN-SA-1006
# Access:
* Support for RTP access for H264 streams by specifying the demux in the MRL
# Services Discovery:
* Integration in the playlist, of a list of web shows, provided by channels.com
# Demuxers:
* Game Music Emu (GME) plugin rewritten, using the proper C API
* DVDnav and DVDread fixes for encoding and misc issues
* Playback of live http .Webm streams
* Taglib thread-safety fix
# Decoders:
* Fix decoding of H264 using DxVA2 using Intel IGP, thanks to the donation from "Puget Systems"
# Skins:
* Add an icon to VLC on Linux
# Video Output:
* fix a bug that could lead to 100% CPU usage on XCB
# Interfaces:
* fix for Qt bug where VLC didn't exit properly on some Windows XP configuration
* fixes on luatelnet and luarc
# Miscellaneous crashes and fixes in various plugins (telnet, live555, theora and TS-mux, Qt)
# libLVC:
* add libvlc_media_new_fd() to play directly file descriptors (not Win32/Win64)
* Miscellaneous fixes
# Translations:
* Update translations for Walloon, Lithuanian, Spanish, Turkish, Estonian, Dutch, Bengali, German, Polish, Brazillian Portuguese, Japanese, Italian, Galician,French and Ukrainian
* Major update and activation on Windows of Modern Greek
* New Asturian translation
* Fix a Windows crash on accessing Network Shared files/drives, VideoLAN-SA-1006
# Access:
* Support for RTP access for H264 streams by specifying the demux in the MRL
# Services Discovery:
* Integration in the playlist, of a list of web shows, provided by channels.com
# Demuxers:
* Game Music Emu (GME) plugin rewritten, using the proper C API
* DVDnav and DVDread fixes for encoding and misc issues
* Playback of live http .Webm streams
* Taglib thread-safety fix
# Decoders:
* Fix decoding of H264 using DxVA2 using Intel IGP, thanks to the donation from "Puget Systems"
# Skins:
* Add an icon to VLC on Linux
# Video Output:
* fix a bug that could lead to 100% CPU usage on XCB
# Interfaces:
* fix for Qt bug where VLC didn't exit properly on some Windows XP configuration
* fixes on luatelnet and luarc
# Miscellaneous crashes and fixes in various plugins (telnet, live555, theora and TS-mux, Qt)
# libLVC:
* add libvlc_media_new_fd() to play directly file descriptors (not Win32/Win64)
* Miscellaneous fixes
# Translations:
* Update translations for Walloon, Lithuanian, Spanish, Turkish, Estonian, Dutch, Bengali, German, Polish, Brazillian Portuguese, Japanese, Italian, Galician,French and Ukrainian
* Major update and activation on Windows of Modern Greek
* New Asturian translation
K-Lite Codec Pack 9.95 (Full)
Any Video Converter 5.0.5
iTunes 11.0.4 (32-bit)
Winamp 5.70 Full Beta 3402
RealPlayer 16.0.2.32
GOM Player 2.1.50.5145
SUPER v2013 build 55
Zoom Player Home FREE 8.7 Beta 11
Spotify 0.9.0.133
QuickTime Lite 4.1.0
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![Scientists are getting very close to creating an actual invisibility cloak, as separate research teams over the past week have revealed significant advancements in the area. From an invisibility cloak scaled up to be able to hide a person to a quantum invisibility cloak that can hide objects in time, there is no better moment for fans of H.G. Wells and the Harry Potter franchise than this one. The invisibility cloak that uses time was designed by Purdue University scientists. Unlike the spatial cloak we all saw in Harry Potter, this device uses time cloaking, a relatively new concept based on the idea that in some places in time, the things that happen are not picked up. Since nobody can tell that these things occurred, it’s like they never happened. The concept still has a long way to go before it turns into reality, although scientists have been able to cloak small electrical signals so far. The technology may be difficult to grasp, yet researchers think that if successful , it will be a major breakthrough in making quantum information computing and storage very successful. Another research team, meanwhile, detailed how to make an invisibility cloak to hide large objects, including a person. The New York University of Rochester scientists used a conventional arrangement of lenses and mirrors to drive the light around the area they want to hide from view. The human-scale cloak also manages the impressive feat of hiding items across the entire optical range. But it still faces one major problem: that is only works in one direction, which means the hidden object becomes visible if the viewpoint changes. Nonetheless, this large-scale cloak could be successfully used to hide satellites in orbit and other huge objects. And a Shanghai-based team of researchers unveiled another invisibility cloak which they claim can be adjusted to make items invisible from any line of sight. The scientists demonstrated the cloak by making a pet goldfish and a cat disappear. According to the Chinese team, the device may have important applications in security, surveillance and entertainment. http://www.youtube.com/watch?v=YNO9-DYCi2U With all the new ideas and research, it seems we will see an actual invisibility cloak in use very soon. What do you think of this technology? What would you do if you had your very own invisibility cloak? [Image via Mental floss]](http://cdn.techbeat.com/wp-content/uploads/2013/06/invisibility-harry-120x80.jpg)