Upstream ASS specification says that all subtitles should be rendered
with color primaries and transfer matching their associated video. But
as expected after further discussion the decision has been made to
fallback to SDR mode in case of HDR video.
See-Also: 649a7c2e1f/libass/ass_types.h (L233-L237)
See-Also: libass/libass#297
See-Also: mpv-player#13381
Fixes: mpv-player#13673
Windows 10 top bar height cannot be adjusted individually when
WS_CAPTION is enabled due to buggy DWM NC drawing behavior. The issue is
fixed in Windows 11.
To keep consistent window look remove the border on each side, but only
on Windows 10.
Windows 11 draws border regardless, so we are 1px off on window size,
blending border with one line of video. Fix that by adding the border to
our internal windows size calculation.
Windows 10 on the other hand has a bug where specifying left and top NC
area will trigger title bar drawn in full height always. Keep old
behaviour in this case. Also while there is similar "visible" border
there, it seems to be transparent on Windows 10.
For high contrast themes, don't adjust title bar height and instead
remove WS_CAPTION to have the same border all around the window, as DWM
doesn't make borders invisible in this case.
With runtime geometry change, currently it only results in a
SetWindowPos call to resize the window. However, SetWindowPos doesn't
change the window maximized state, so Windows still thinks that the
window is maximized even though it no longer covers the whole workspace.
This results in visual glitches, and if the window is dragged afterwards
it's "restored" again.
Fix this by correctly setting the window maximized state in this case.
Currently mpv always uses the previous window size when unmaximizing
or exiting fullscreen. This disregards compositor's preferenced size in
the configure event, resulting in wrong window size if changing window
state and size are delivered in the same configure event.
It's better to always respect the preferenced size instead, unless
the state change is due to runtime geometry change, where we want
to use our preference.
Clarify that --autofit-larger sets the maximum size of the window.
The original wording was not written with runtime change in mind,
so the implication of "not changing size" is ambiguous.
In the xdg_toplevel_configure handler, in some cases the geometry is
not equal to the width and height in the event. This can happen
when runtime geometry change is requested (a new size is set),
or in the case of wl->state_change || width == 0 || height == 0
(the old size is used).
However, prepare_resize always uses the width and height in the event
and not the corrected geometry here. This causes
xdg_surface_set_window_geometry using the wrong value resulting in
wrong size of window decoration. Amusingly, the debug message right
above it uses the correct size.
Fix this by using the updated geometry size instead. Since now all
prepare_resize have parameters of 0, the width and height parameters
are no longer needed.
Fixes: 828dd65ef8
8e793bde78 made that changing geometry
while maximized has no effect until the window is unmaximazed. However,
this behavior is inconsistent with setting window-scale on all of win32,
wayland, and x11, which always unmaximizes the window and sets the
window size.
Since setting geometry is conceptually similar to setting window-scale
(both change the window size), they should have the same behavior.
If not fullscreen, unmaximize window on runtime geometry change to
keep the behavior consistent with window-scale.
Currently, setting geometry on runtime only changes the window size
but not the position. This is because reset_size is only set if
the window size is changed, and vo_x11_highlevel_resize doesn't set
the window position without force_window_position enabled. Fix this
by setting the related flags and perform a window move when
geometry is updated.
Fixes 8e793bde78.
Commit 39f7f83 changed ao_driver.reset to use AudioUnitReset instead of
AudioOutputUnitStop. The problem with calling AudioOutputUnitStop was
that AudioOutputUnitStart takes a significant amount of time after a
stop when a wireless audio device is being used. This resulted in
lagging that was noticeable to users during seeking and short
pause/resume cycles. Switching to AudioUnitReset eliminated this
lagging.
However with the switch to AudioUnitReset the macOS daemon coreaudiod
continued to consume CPU time and did not release a powerd assertion
that it created on behalf of mpv, preventing macOS from sleeping.
This commit will change ao_coreaudio.reset to call AudioOutputUnitStop
after a delay if playback has not resumed. This preserves the faster
restart of playback for seeking and short pause/resume cycles and avoids
preventing sleep and needless CPU consumption.
Fixes#11617
The code changes were authored by @orion1vi and @lhc70000.
Co-authored-by: Collider LI <lhc199652@gmail.com>
This is useful e.g. when the caller dup2's a socket into stdin, or
passes a socket/pipe as /dev/fd/{fd}, because it is impossible to seek
on sockets and pipes.
nanahi