![]() I recommend one of the following combinations of audio and video: You can either copy the audio or recode it to mp3. ![]() If you do resize, do this as the last (bottom most) filter.Ĥ. Make sure to use Mplayer resize and Lanczos3 to avoid (most) ugly artifacts. Players that support non-anamorphic video only will display this file incorrectly, so to work around this you can resize in Avidemux to 896x576 - the full 16:9 dimensions of the original, minus ~16 pixels cropped from each side. If XBMC supports anamorphic video other than MPEG-2, skip it. Deinterlace for all output formats, including MPEG-2 (where it will be the only filter).ģ. Second (bottom) add the YADIF deinterlacing filter: Top Field First, Spatial and Temporal check (no bob or skip bob, forget which): If this goes well, you should get or be able to open a preview window showing 688x576 video that is encoded progressively (test by using the seek bar). This is important, as you need mod16 video. If you're worried about slightly overcropping, do 8 from each, but I'll assume 16. First (top) Crop 16 pixels from both the left and right sides. Browse around a bit to get to know where the relatively few filters are.Ī. Doesn't matter what for now, we do this only to get access to the filters menu.Ģ. To get this to be progressive, do the following:ġ. The audio will be MPEG-1 Layer II (MP2) audio, and Avidemux correctly (!) detects the delay (small favors, etc.). It will be - assuming the sample, which contains some interlaced credits but a progressive picture-in-picture effect, is a good representative - PAL 25 fps, 720x576 scaled on playback to 1024x576, with about 16 pixels of black bars on each side. Best answer: Avidemux runs on Mac and Linux with a QT GUI, and will work well for this.įirst, open your mpeg video.
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