Why wait for 1.0.0 ? download it now as a torrent

[Farow]

http://www.h33t.com/details.php?id=f18d ... dd9e974f60
or
http://www.mininova.org/tor/1906196

[Farow]

when it comes out it you might want to download it again because it would have more features

[Jean-Baptiste Kempf]

This is the most Stupid post I have ever seen here since a long time.

Take the latest VLC 1.0.0 on this very forum and not the very old version on this very doubtful torrent.

[Farow]

This is the most Stupid post I have ever seen here since a long time.

Take the latest VLC 1.0.0 on this very forum and not the very old version on this very doubtful torrent.

lol i agree now ... i didn't see the

http://people.videolan.org/~jb/build/

[Farow]

This is the most Stupid post I have ever seen here since a long time.

Take the latest VLC 1.0.0 on this very forum and not the very old version on this very doubtful torrent.

here is something smart for you then

when will the speed of light become zero? In 1738: 303,320 +/- 310 km/second In 1861: 300,050 +/- 60 km/second In 1877: 299,921 +/- 13 km/second In 2004: 299,792 km/second "I did a cubic regression analysis on the the points listed. The computer came back with 100% match but is probably rounded to the thousandths place. So the actual generated points will be close but not exact with so few points. But proceeding, let's say this model is as good as any. More details are needed about the data to choose a better fitting model. For radiactive decay, population growth or a trust fund, you can find time tested models for different situations. Folks in research love to model patterns in nature to find an underlying pattern! Model: y=-0.000316x^3 +1.86211x^2 -3660.1x + 2697241 We can take the derivative(s) to find out the minimum or just enter in the equation in a computer for a value near zero. The generated points are: 1738 ; 301797 1861 ; 298184 1877 ; 298006 2004 ; 297466 Now we search for a year close to zero. In the year 2942 approaches 0. So possibly by the year 3000, the speed? will be almost zero. Cool question!" (Salo1 yahoo answers)

[Jean-Baptiste Kempf]