Modifies the encoder group API added previously to better follow the
existing libobs API naming paradigms. This also produces much more
readable code, and allows a few small benefits like only needing to
hold a reference to the encoder group, instead of every encoder.
Adds global signals for when a filter is added to or removed from a
source. These will be helpful for listening for changes to a sources
filters without having to attach and detach a signal handler, which
would be annoying in the context of for example context menus which
change sources rapidly.
The commit 2fc13540 introduced a typo bug causing the defined height of
the fourth plane in I40A to be 0, instead of the original frame height.
This changes a 0 to a 3, in order to populate that value correctly.
The commit 2fc13540f implemented to copy a video frame into a different
line-size video frame.
However, when the line-size was different, the frame was not correctly
copied.
The existing caption insertion implementation is to add H.264 specific
SEI NALs, because of this we will skip caption insertion unless the
video stream is H.264. This prevents corruption of AV1/HEVC/etc.
We will now keep a per track list of caption data. When caption
insertion is triggered we will add that to the list for each actively
encoding video track. When doing interleaved send, we pull the data
from the caption data for the corresponding video. This ensures that
captions get copied to all video tracks.
Rewrites the `struct video_frame` implementation, resolving a few
hidden bugs, and improving memory alignment reliability. Should also
make it much easier to implement and maintain texture formats in this
part of the codebase.
Calling `set_higher_ts` before offsets are known pollutes
`highest_video_ts` with timestamps that are out of range of actual
timestamps. They're generally somewhere high above 0 until an
offset for all streams is found, where they are then reset to 0 or
slightly below 0 in the presence of b-frames.
`highest_video_ts` also needs to start below 0 for the same reason.
Even with timestamps being reset to close to 0, b-frames will
cause initial DTS to drop below 0, thus we need a value that should
"always" be below any "real" timestamps observed.
`highest_video_ts` tracking now only starts once all input streams
are ready, and is computed based on all buffered packets at that
point.
NV12 and P010 device functions were not exported on all platforms.
Windows was exporting from C files instead. After CMake 3.0 we started
hiding symbols and resolution failed.
w32-pthreads is not correctly added to the generated CMake project
if the UI subdirectory is not also included, which leads to builds
configured without UI to fail.
In order to support crop_to_bounds, deprecates:
obs_sceneitem_set_info
obs_sceneitem_get_info
In favor of:
obs_sceneitem_set_info2
obs_sceneitem_get_info2
New space availability keys seem to have very specific file system
requirements not documented anywhere. Using the opportunistic free
space key opportunistically (and falling back on the legacy value
otherwise) should always yield a "good-enough" free disk space value.
As the comment mentions this only occurs during an encoder stall on the
first frame. On D3D both gs_texture_t's are actually a single D3D
texture object and both planes are copied during gs_copy_texture, for
everyone else we need to copy the textures separately as they are
independent OpenGL textures.
