With the previous change, it is possible that the mp_hwdec_ctx contains
a list of known supported hwuploads. Take this into account when adding
to the p->fmts list. We want to be sure to select only something that is
actually possible to use. If the hwdec does not implement
supported_hwupload_formats, then all are assumed to work.
It is possible for a format to be supported by hardware but not by
av_hwframe_transfer for uploading. This breaks the best upload format
selection. We first select the hardware input format and then choose the
best software format that can be uploaded. In some cases, this may
result in a format that is not uploadable at all, leading to an error.
To solve this, we should avoid adding non-uploadable formats to the fmts
table.
For example, for format d3d11/yuv420p, av_hwframe_transfer_get_formats()
returns empty list of formats.
Now that we have identified the device types associated with each hwdec, we
can take advantage of this to ensure that get the right hwdec is chosen when
decoding frames and there are multiple choices available with different device
types.
This is also plumbed into the filter initialisation logic, although in practice
the decision on the hwdec has already been made at this point - still it's
easier than retaining the ambiguous look up logic and worrying that it might
lead to an inconsistent result.
These were all deprecated in mpv 0.37.0 or earlier and are not
considered common enough options to warrant keeping the deprecated
mapping longer. Since demux_cue had only a single option in it, the
entire option substract is removed. This can be readded later if someone
wants to introduce a specific option to it again.
This adds non-mpv filters to option-info/af/choices and
option-info/vf/choices, which allows completing them with set af/vf
<Tab> in console.lua.
Partial fix of #13017. Getting the filter options would required adding
af-list and vf-list properties.
The pad count serves as a minimum even if the filter has
dynamic inputs/outputs, so we should reject them here.
At least on FFmpeg 6.1 this results in no practical change
in the list accepted filters.
fixes: 8bf3fe7e2a
Abstract out EGL, and allow choosing between EGL and vulkan at runtime.
vf_gpu_egl.c contains GL specific context and creation/destroy code,
vf_gpu_vulkan.c contains Vulkan specific. This allows vf_gpu being
built in systems where EGL is not available and where Vulkan is
available.
Lots of filters have generic internal function names like "process".
On a stack trace, all of the different filters use this name,
which causes confusion of the actual filter being processed.
This renames these internal function names to carry the filter names.
This matches what had already been done for some filters.
These options were deprecated with the addition of the channel layout
API about a couple of years ago*. Unfortunately, we never saw the
deprecation messages so it went unnoticed until they were completely
removed with the recent major version bump. Fix this by setting
in_chlayout and out_chlayout instead if we have AV_CHANNEL_LAYOUT.
Fixes#13662.
*: 8a5896ec1f
refqueue gets the field of the frame from mp_image which almost always(if not
always) assumes bottom field order first. By default this behavior should not
change but specifying the field order should bypass this.
We generally try to avoid that due to the #ifdef mess.
The equivalent format is defined in ffmpeg 4.4 while our interop code
requires a higher version, but that doesn't cause any problems.
When mp_output_chain_update_filters() fails, talloc_free() is called on
each mp_user_filter. But because the structure doesn't have a talloc
destructor, the args aren't freed, resulting in stale references.
Fix this by calling the destructor of the wrapped filter instead.
Deinterlacing required that the user set it on/off themselves, but we
actually have handy flags for detecting if a frame is interlaced. So
it's pretty simple to make an auto option using that. Unfortunately,
life is not quite that simple and there are known cases of false
positives from the ffmpeg flags so we can't make auto the default value.
However, it still may have some utility for some people, and the
detection could potentially be improved upon later. Closes#10358.
I don't actually deinterlace ever but allegedly this is better than
yadif, and there's no real reason to not have this be the fallback
deinterlace when we're not using hw frames. Also change various mentions
of yadif to bwdif. Ref #12835.
It's conceptually broken for an hw format to be identified as a
supported sw format for an hwdec, but in the case of the drm hwdec,
we have no choice but to do so for the weird rpi formats, as these
are declared, incorrectly, as hw formats in their forked ffmpegs.
This means we can't reject such formats as a matter of principle,
as we do today. Instead let's just assume that such formats can always
be accepted as-is, and will never require conversion. In practice, this
is either true or it will fail in the VO, which is the old behaviour
from before I introduced the conversion filter capability.
This commit replaces all uses of sig_peak and maps all HDR metadata.
Form notable changes mixed usage of maxCLL and max_luma is resolved and
not always max_luma is used which makes vo_gpu and vo_gpu_next behave
the same way.
I'd like some names to be more descriptive, but to work with 15 chars
limit we have to make some sacrifice.
Also because of the limit, remove the `mpv/` prefix and prioritize
actuall thread name.
This better reflects what it actually does. As a bonus, script writers
won't be misled into thinking that fps displays the actual video or
display fps.
Some hwdecs (eg: dxva) have no frames constraints and no static
supported_formats, which ends up segfaulting. This change fixes the
segfault, but also includes additional changes to avoid concluding that
direct output of hardware decoded video is impossible.
In the case where there are no frame constraints and no
supported_formats, we basically have no idea what the hardware actually
supports. Previously, we just tried to display the frame, but all the
work I did to detect incompatible formats causes this scenario to now
conclude that no formats can be displayed, and forces a HW download to
system memory.
I have made a couple of small changes to assume that direct display is
possible. If it's not, the VO will error out down the line, which is
what happened previously.
since i was going to fix the include order of stdatomic, might as well
sort the surrouding includes in accordance with the project's coding
style.
some headers can sometime require specific include order. standard
library headers usually don't. but mpv might "hack into" the standard
headers (e.g pthreads) so that complicates things a bit more.
hopefully nothing breaks. if it does, the style guide is to blame.
replace it with <stdatomic.h> and replace the mp_atomic_* typedefs with
explicit _Atomic qualified types.
also add missing config.h includes on some files.
Some ffmpeg hwcontexts do not implement frame constraints. That means
they cannot report which formats are support for given configurations.
My previous changes to make hwupload more capable relies on the
constraints to be provided to accurately describe what combinations are
supported, so we will currently see a bunch of errors failing to
configure the hwupload filter on platforms such as v4l2 SoCs with
drmprime. This doesn't break playback, but it's confusing.
To bridge the gap, this change uses the static format metadata that we
include for hwdecs to build a fake constraints struct to keep all the
other code working.
Not both of them. Formating it as `<name> (<desc>)` produced arguably
silly string like `hevc (HEVC (High Efficiency Video Coding))`. Unpack
this to show only description if available or name otherwise. Produces
way nicer results in stats.lua and similar places where this name is
printed.
These were deprecated a long time ago and apparently didn't even work
with lavfi filters. Go ahead and remove them and additionally clean up
some code related to them. m_config_from_obj_desc_and_args becomes much
simpler now and a couple of arguments can be completely removed.
