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Diffstat (limited to 'DOCS/video.html')
| -rw-r--r-- | DOCS/video.html | 54 |
1 files changed, 7 insertions, 47 deletions
diff --git a/DOCS/video.html b/DOCS/video.html index 48166346fe..31b09a5670 100644 --- a/DOCS/video.html +++ b/DOCS/video.html @@ -183,8 +183,9 @@ n*(fps of the movie) Hz.</LI> <LI>Radeon VE - currently only XFree86 CVS has driver for this card, version 4.1.0 doesn't. And no TV out support. Of course with <B>MPlayer</B> you can happily get <B>accelerated</B> display, with or without <B>TV output</B>, and -no libraries or X are needed. Read <a href=#2.3.1.15>Vidix</a> and <A -HREF=#2.3.1.14>Radeon video overlay</A> sections).</LI> </P> +no libraries or X are needed. Read <A HREF=#2.3.1.15>Vidix</A> section.</LI> + +</P> <P><B><A NAME=2.3.1.2.5>2.3.1.2.5. NeoMagic cards</A></B></P> @@ -435,6 +436,9 @@ also help. Thanks!</P> <P>It also helps with some buggy drivers/cards if the video is jerky (not slow system problem), or audio is lagging.</P> +<P>SDL video output supports displaying subtitles under the movie, on the (if + present) black bar.</P> + <P>Here are some notes about SDL out in <B>MPlayer</B>.</P> @@ -761,52 +765,8 @@ video modes.</P> <P><B><A NAME=2.3.1.14>2.3.1.14. Rage128 (Pro) / Radeon video overlay (radeon_vid)</A></B></P> -<P> -<b>radeon_vid</b> and <B>rage128_vid</B> provides support for the <b>BackEnd Scaler</b> on ATI <b>Radeon</b> and Rage128 (Pro) chipsets. -It was designed and introduced as analog of <a href="video.html#2.3.1.7">mga_vid</a> driver, so you can use it in the same way!<br> -But main goal of this driver usage is <a href="video.html#2.3.1.12">VESA</a> driver.<br> -Simply because VESA enables TV-out on ATI's card but Backend scaler is used after -mode switching. This implementation outputs video stream on both: <b>TV-screen</b> and <b>CRTC</b> -display simultaneously. (It slightly degrades quality of video output but it's -much better than nothing). -Sorry! I couldn't find out any video overlay's related information -on ATI pages. (I planned to implement it through <b>int 10h</b> calls). But it was -very easy to implement this stuff through reading/writing Radeon ports. -<br><b>NOTE</b>: XXX_VID technology is perfectly undocumented and maybe in the -future this stuff will be fully rewritten. This is the first public release of -driver.</P> - -<P><B>Installation</B></P> - -<P> -<UL> - <LI> - <CODE>cd drivers/radeon<BR> - make<BR> - make install<BR> - make nodes</CODE></LI> - <LI>add one of the following at the end of the <CODE>/etc/modules.conf</CODE> file :<BR> - <CODE> alias char-major-178 radeon_vid</CODE><BR> - <CODE> alias char-major-178 rage128_vid</CODE></LI> - <LI>run <CODE>depmod -a</CODE></LI> -</UL> -</P> - -<P> -<br><b>Usage:</b><BR> - <CODE>mplayer -vo vesa:vidix <your options> filename</CODE> -</P> -<P>More examples (for hardware deinterlacing, etc) can be found - <A HREF="../drivers/radeon/README">here</A>.</P> - -<P><B>NOTE</B>: don't use any framebuffers when you plan to use this driver ! Use -it only from textmode console.</P> - -<P> -<b>Conclusion:</b> I know there are lot of lacks and bugs. So if you are able -to improve something then simply send me your patches. -</P> +<P>This section is OBSOLETED ! Use Vidix !</P> <P><B><A NAME=2.3.1.15>2.3.1.15. VIDIX</A></B></P> |