Hi Michael,
> The question doesn't entirely make sense. If you want 30fps in realtime, >
> but can only encode 25 frames in one second, then your output will only >
> have 25 frames per second regardless of how you specify the framerate. > But,
> I'll assume you mean that you want to display frames with 33ms > duration and
> occasionally let the video stutter.> > For a variable framerate codec, you
> can get this effect just with the > timestamps. When you drop a frame, just
> make the next timestamp 66ms from > the previous.>
Basically I am feeding the input frames to the encoder at potentially a faster
rate then the encoder can handle. For example 30 frames per second of
1920x1200 YUV420. The MPEG-4 Encoder seems to only be able to encode this at
3-4 frames per second, but has no way of dropping them to still meet 30fps. I
don't want the encoder to do 3-4fps since then I will have a backlog of input
frames.
> Just to be sure there isn't confusion... if you compile ffmpeg without >
> libswscale, and then use swscale functions anyway, they will use an older >
> implementation that used to be "img_convert". This implmentation works > fine
> for most common conversions.
I am trying to do RGB16/24 to YUV conversion. I thought if i used any swscale
functions without compiling with libswscale, then I will get some linking
errors? If not can you tell me which functions to use to do the above
conversions?
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