| Commit message (Collapse) | Author | Age | Files | Lines |
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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.
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This was just redundant because it's always present together with 'egl'.
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In case of dynamic HDR metadata is present.
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To better match upstream naming.
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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.
*: https://github.com/FFmpeg/FFmpeg/commit/8a5896ec1f635ccf0d726f7ba7a06649ebeebf25
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See: https://github.com/FFmpeg/FFmpeg/commit/65ddc74988245a01421a63c5cffa4d900c47117c
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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.
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Since all of them(software, vulkan, cuda) already have a built in parity
parameter
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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.
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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.
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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.
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Followup to 45f822593f14d78fa22e74fa4e725a3ffd6f713c. vulkan hwdec uses
bwdif_vulkan so no reason to not make cuda also match.
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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.
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Only when the lavfi version is sufficiently new enough to actually have
these fields. See:
https://github.com/FFmpeg/FFmpeg/commit/2d555dc82d4ccd3c54c76e2fb3c861a8652de1c6
Fixes #13234
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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.
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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.
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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.
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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.
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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.
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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.
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the fallback needed it due to the struct wrapper. but the fallback is
now removed so it's no longer needed.
as for standard atomics, it was never really needed either, was useless
and then made obsolete in C17 and removed in C23.
ref: https://gustedt.wordpress.com/2018/08/06/c17-obsoletes-atomic_var_init/
ref: https://en.cppreference.com/w/c/atomic/ATOMIC_VAR_INIT
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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.
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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.
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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.
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fixes: #11180
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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.
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Mostly cosmetic
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This demotes the logs from VERBOSE to DEBUG, as well as making it log
formats in one line rather than one per line.
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Ideally, users should be using lavfi-complex instead of lavfi-bridge
for such a use case, however currently lavfi-complex doesn't support
hwdec. So we can allow filters with dynamic inputs to work with
lavfi-bridge, at the cost of them only being able to take in
only one input. This should probably be reverted when/if lavfi-complex
has hwdec, but for now this allows us to use libplacebo
as a video filter with hwdec in mpv again.
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This may seem obvious in retrospect, but we need to explicitly account
for the case where the source format is supported by the VO, but not
a valid target format for the conversion filter. In that situation, we
would conclude that conversion was necessary, because we relied solely
on the conversion filter to identify acceptable target formats.
To avoid that, we should go through the VO's reported set of supported
formats and if the source format is on the list, ensure that format is
also on the target list.
This is mostly a no-op as most VOs do not report supported formats
(instead assuming that all formats decoders can produce are supported)
and in the case where it matters (vaapi), there is only one format that
the VO supports which the conversion filter does not (yuv444p).
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The last piece in the puzzle for doing hardware conversions
automatically is ensuring we only consider valid target formats for the
conversion. Although it is unintuitive, some vaapi drivers can expose a
different set of formats for uploads vs for conversions, and that is
the case on the Intel hardware I have here.
Before this change, we would use the upload target list, and our
selection algorithm would pick a format that doesn't work for
conversions, causing everything to fail. Whoops.
Successfully obtaining the conversion target format list is a bit of a
convoluted process, with only parts of it encapsulated by ffmpeg.
Specifically, ffmpeg understands the concept of hardware configurations
that can affect the constraints of a device, but does not define what
configurations are - that is left up to the specific hwdevice type.
In the case of vaapi, we need to create a config for the video
processing endpoint, and use that when querying for constraints.
I decided to encapsulate creation of the config as part of the hwdec
init process, so that the constraint query can be down in the
hwtransfer code in an opaque way. I don't know if any other hardware
will need this capability, but if so, we'll be able to account for it.
Then, when we look at probing, instead of checking for what formats
are supported for transfers, we use the results of the constraint query
with the conversion config. And as that config doesn't depend on the
source format, we only need to do it once.
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I'm currently not convinced that the way the output_chain is handled as
part of reconfiguration is correct. If there is an event requiring
reconfiguration, such as toggling the use of hwdec, we currently do not
ensure that the filter chain is fully drained first. This creates a
situation where the filter chain is invalidated while the autoconvert's
sub filter (that does the real work) still has a frame to process and
pass on.
As the autoconvert code calls mp_subfilter_drain_destroy(), it returns
early to allow for draining before destroying the subfilter, but that
means the subfilter is still present in its original configuration, and
no actually draining is done before the existing filters reinitialise
themselves.
This leads to a situation where, if a hardware scaling filter is being
used by autoconvert, that filter is still present and responds when
told to reinitialise. But it cannot successfully reinitialise if the
triggering event is disabling hw decoding, as the input frame to the
filter will now be a software frame, so reinit fails, leading to total
failure of the filter chain, which is a fatal error, and we exit.
I think this was never noticed before, because I think it's not
possible for the hwtransfer filter to be active in a situation where
you can dynamically change the state such that the input or output
formats of the output chain are invalidated.
eg: If the autoconverter is activated because of `--vf=format=vaapi`,
it is actually not possible to toggle hwdec off, as the explicit user
filter ensure the hwdec is always present and active.
So, my solution here is to destroy the sub filter, regardless of
whether it needs draining or not. We simply have no opportunity to
drain and reconfigure in the correct order, and we must consider the
remaining frame in the filter as a casualty of the toggling process.
I'm sure there is a more substantial rework of the output_chain
reconfiguration process that could ensure draining before
reconfiguration begins, but my ambitions do not currently extend that
far.
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This has been a standing behaviour for a long time, but I noticed it
while implementing the hw->hw autoconvert functionality. Today, the
output_chain will reset the autoconvert state when any output_chain
filter sees the input format change. This is wasteful as it leads to
the image converter having to be reinitialised each time it happens,
so we should only do it when the actual "convert" filter sees the
input format change. It doesn't matter if one of the other filters in
the chain sees a change (although in practice, a format change will
basically always propagate down the chain, so they all see a change
at the same time).
The practical effect of the old behaviour was that a format change
would always lead to the image converter being rebuilt twice - once
after the "convert" filter sees the format change, and then again
after the "out" filter (the end of the chain) sees the change.
In this commit, we check which filter is seeing the change, and only
reset the autoconvert state for the "convert" filter itself.
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Historically, we have not attempted to support hw->hw format conversion
in the autoconvert logic. If a user needed to do these kinds of
conversions, they needed to manually insert the hw format's conversion
filter manually (eg: scale_vaapi).
This was usually fine because the general rule is that any format
supported by the hardware can be used as well as any other. ie: You
would only need to do conversion if you have a specific goal in mind.
However, we now have two situations where we can find ourselves with a
hardware format being produced by a decoder that cannot be accepted by
a VO via hwdec-interop:
* dmabuf-wayland can only accept formats that the Wayland compositor
accepts. In the case of GNOME, it can only accept a handful of RGB
formats.
* When decoding via VAAPI on Intel hardware, some of the more unusual
video encodings (4:2:2, 10bit 4:4:4) lead to packed frame formats
which gpu-next cannot handle, causing rendering to fail.
In both these cases (at least when using VAAPI with dmabuf-wayland), if
we could detect the failure case and insert a `scale_vaapi` filter, we
could get successful output automatically. For `hwdec=drm`, there is
currently no conversion filter, so dmabuf-wayland is still out of luck
there.
The basic approach to implementing this is to detect the case where we
are evaluating a hardware format where the VO can accept the hardware
format itself, but may not accept the underlying sw format. In the
current code, we bypass autoconvert as soon as we see the hardware
format is compatible.
My first observation was that we actually have logic in autoconvert to
detect when the input sw format is not in the list of allowed sw
formats passed into the autoconverter. Unfortunately, we never populate
this list, and the way you would expect to do that is vo-query-format
returning sw format information, which it does not. We could define an
extended vo-query-format-2, but we'd still need to implement the
probing logic to fill it in.
On the other hand, we already have the probing logic in the hwupload
filter - and most recently I used that logic to implement conversion
on upload. So if we could leverage that, we could both detect when
hw->hw conversion is required, and pick the best target format.
This exercise is then primarily one of detecting when we are in this
case and letting that code run in a useful way. The hwupload filter is
a bit awkward to work with today, and so I refactored a bunch of the
set up code to actually make it more encapsulated. Now, instead of the
caller instantiating it and then triggering the probe, we probe on
creation and instantiate the correct underlying filter (hwupload vs
conversion) automatically.
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mpv has a generic method for getting the display resolution, so we can
save it in vf_vapoursynth without too much trouble. Unfortunately, the
resolution won't actually be available in many cases (like my own)
because the windowing backend doesn't actually know it yet. It looks
like at least windows always returns the default monitor (maybe we
should do something similar for x11 and wayland), so there's at least
some value. Of course, this still has a bunch of pitfalls like not being
able to cope with multi monitor setups at all but so does display_fps.
As an aside, the vapoursynth API this uses apparently requires R26 (an
ancient version anyway), so bump the build to compensate for this.
Fixes #11510
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This specific option type is only used for the video aspect. The
underlying type was a float to represent the inputted value, but it's
actually not precise enough. When using something like 4:3, the values
of the incorrect digits are actually significant enough to make av_d2q
return a very funky numerator and denominator which is close to 4/3 but
not quite. This leads to some "off by one pixel" errors. Weirdly, mpv's
actual calculations for this were already being done as double, but then
converted to floats for this specific type. Just drop the conversion
step and leave it all as double which has the precision we need (i.e.
AVRational is now 4/3 for the this case). Fixes #8190.
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It's a bit of an edge case, but since we now allow the disabling of the
software fallback it's possible to have a situation where hwdec
completely fails and the mpv window is still lingering from the previous
item in the playlist. What needs to happen is simply that the vo_chain
should uninit itself and handle force_window if needed. In order to do
that, a new VDCTRL is added that checks vd_lavc if force_eof was set.
player/video will then start the uninit process if needed after getting
this.
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Although we can support vulkan multiplane images, cuda lacks any such
support, and so cannot natively import such images for interop. It's
possible that we can do separate exports for each plane in the image
and have it work, but for now, we can selectively disable multiplane
when we know that we'll be consuming cuda frames.
As a reminder, even though cuda is the frame source, interop is one way
so the vulkan images have to be imported to cuda before we copy the
frame contents over.
This logic here is slightly more complex than I'd like but you can't
just set the flag blindly, as it will cause hwframes ctx creation to
fail if the format is packed or if it's planar rgb. Oh well.
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This is currently the only vulkan deinterlacing filter in ffmpeg and
it's a very high quality algorithm.
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Vulkan Video Decoding has finally become a reality, as it's now
showing up in shipping drivers, and the ffmpeg support has been
merged.
With that in mind, this change introduces HW interop support for
ffmpeg Vulkan frames. The implementation is functionally complete - it
can display frames produced by hardware decoding, and it can work with
ffmpeg vulkan filters. There are still various caveats due to gaps and
bugs in drivers, so YMMV, as always.
Primary testing has been done on Intel, AMD, and nvidia hardware on
Linux with basic Windows testing on nvidia.
Notable caveats:
* Due to driver bugs, video decoding on nvidia does not work right now,
unless you use the Vulkan Beta driver. It can be worked around, but
requires ffmpeg changes that are not considered acceptable to merge.
* Even if those work-arounds are applied, Vulkan filters will not work
on video that was decoded by Vulkan, due to additional bugs in the
nvidia drivers. The filters do work correctly on content decoded some
other way, and then uploaded to Vulkan (eg: Decode with nvdec, upload
with --vf=format=vulkan)
* Vulkan filters can only be used with drivers that support
VK_EXT_descriptor_buffer which doesn't include Intel ANV as yet.
There is an MR outstanding for this.
* When dealing with 1080p content, there may be some visual distortion
in the bottom lines of frames due to chroma scaling incorporating the
extra hidden lines at the bottom of the frame (1080p content is
actually stored as 1088 lines), depending on the hardware/driver
combination and the scaling algorithm. This cannot be easily
addressed as the mechanical fix for it violates the Vulkan spec, and
probably requires a spec change to resolve properly.
All of these caveats will be fixed in either drivers or ffmpeg, and so
will not require mpv changes (unless something unexpected happens)
If you want to run on nvidia w |
