|
From: Roman S. <rv...@su...> - 2005-04-04 01:02:35
|
<F2On Mon, Apr 04, 2005 at 10:14:44AM +0930, Jonathan Woithe wrote: > These tests seem to suggest that the root cause of the problem actually lies > in libdv's encoder. It appears that when presented interlaced input, libdv > doesn't do the right thing, and perhaps even assumes the input is > non-interlaced: each field of the encoded frame contains blocky shadows of > the contents of the frame's other field. To make things a little bit clearer could you, please, run your experiments using ffmpeg instead of libdv. Both for encoding and decoding. > Anyway, what do others think? Is this an issue? Is there a way to get > around it so interlaced material is encoded correctly to DV by libdv? Oh, yeah! Use ffmpeg :-) > While > having encodedv work correctly would be good, a general libdv solution is > the most important consideration from my point of view since it would mean > that the output from programs which use libdv (such as cinelerra) would be Last I've heard cinelerra had a way of using ffmpeg's DV codec instead of libdv. Thanks, Roman. |