Here We Go Steelers, Here We Go...
Here We Go Steelers, Here We Go...
Here We Go Steelers, Here We Go...!!!
I love irony.
Even if Bill Belichick was getting an atomic wedgie, his face would look exactly the same.
Originally Posted by SidSmythe
1.30) Taco Charlton, DE, Michigan (McKinley or Williams)
2.62) Quincy Wilson, CB, Florida (Obi Melifonwu, S)
3.94) Noah Brown, WR, OSU
The referee said that you hit Brian Sipe too hard. Did you hit him too hard?
I hit him as hard as I could - Jack Lambert
But just remember:
In the eyes of the Meadowlark, all waterbuffalo look the same.
Microsoft is rumored to be buying Youtube, Twitter, and Facebook... and merging them into a single product.
It will be called You Twit Face.
Originally Posted by steelblood
Why be lame when you can be lame*ss??? :P
LAME is a free software application used to encode audio into the lossy MP3 file format.
The name LAME is a recursive acronym for LAME Ain't an MP3 Encoder, reflecting LAME's early history when it was not actually an encoder, but merely a set of patches against the freely available ISO demonstration source code. The ISO code had a restrictive license but was available without charge.
By May 2000, the LAME project had reimplemented the last of the ISO source code, and thus LAME was then a totally new implementation — compiling recent versions of LAME no longer requires the ISO source code.
LAME development started around mid-1998. Mike Cheng started it as a set of modifications against the "8Hz-MP3" encoder sources, creating LAME 1.0. After some quality concerns raised by others, he decided to start again from scratch based on the "dist10" MPEG reference software sources. His goal was only to speed up the dist10 sources, and leave its quality untouched. That branch (a patch against the reference sources) became Lame 2.0. The project quickly became a team project. Mike Cheng eventually left leadership and started working on tooLAME (an MP2 encoder).
Mark Taylor then started pursuing increased quality in addition to better speed, and released version 3.0 featuring gpsycho, a new psychoacoustic model he developed. This marked the beginning of the development toward quality.
A few key improvements, in chronological order:
May 1999: a new psychoacoustic model (gpsycho) is released along with LAME 3.0
June 1999: The first variable bitrate implementation is released. Soon after this, LAME also became able to target lower sampling frequencies from MPEG-2
November 1999: LAME switches from a GPL license to an LGPL license, allowing it to be used with closed-source applications.
May 2000: the last pieces of the original ISO demonstration code are removed. LAME is not a patch anymore, but a full encoder.
December 2003: substantial improvement to default settings, along with improved speed. LAME no longer requires user to use complicated parameters to produce good results
May 2007: default variable bitrate encoding speed is vastly improved
Like all MP3 encoders, LAME implements some technology covered by patents owned by the Fraunhofer Society and other entities. The developers of LAME do not themselves license the technology described by these patents. Distributing compiled binaries of LAME, its libraries, or programs which are derivative works of LAME in countries which recognize those patents, may be considered infringing on the relevant patents.
The LAME developers state that since their code is only released in source code form, it should only be considered as an educational description of an MP3 encoder, and thus does not infringe any patent by itself when released as source code only. At the same time, they advise obtaining a patent license for any relevant technologies that LAME may implement before including a compiled version of the encoder into a product. Some software is released using this strategy; companies use the LAME library, but obtain patent licenses.
In November 2005, there were reports that the Extended Copy Protection rootkit included on some Sony Compact Discs included portions of the LAME library without complying with the terms of the LGPL.