Shuffle FFT output into real/imag blocks so that they are easier to
handle in the complex multiply. Do the unshuffle again before doing the
inverse FFT.
When streams are skipped via continue in updateDescriptors(),
the loop index i and descriptorSetLen diverge. The image info
is written at descriptorSetLen but pImageInfo was referencing
index i, pointing to uninitialized memory and causing incorrect
Vulkan descriptor updates.
Fix by using descriptorSetLen consistently.
Signed-off-by: Wang Yu <wangyu@uniontech.com>
We don't need 2 convolvers anymore, we can use the same convolver with
2 outputs with the left and right ir.
Add latency option to the sofa plugin. I believe the latency of the
SOFA filters is by default 0, so use that.
Add support for multiple convolver outputs. This makes things more
efficient because we only need to do the input FFT once to produce the N
outputs.
Add convolver2 that can have multiple outputs.
port_use_buffers and related port methods increment port_id when the
implicit output direction differs from the adapter's primary direction.
port_reuse_buffer only receives a port id but applies to output ports,
so apply the same offset before forwarding to this->target.
Also update videoadapter for the same mapping.
MT7925 fails to setup a SCO connection that results to working LC3-24kHz
audio. Other controllers (Intel etc) appear to work OK.
Add quirk for disabling this codec, and disable it for this Mediatek
controller.
ACP was re-selecting the “best” port on every port availability event,
even when a port was already explicitly selected by the user. This
differs from PulseAudio’s behavior, where port switching decisions are
left to higher-level policy.
This caused issues on devices where Line Out (speakers) and Headphones
share the same analog interface: when headphones are plugged in, ACP
would immediately switch away from the user-selected Line Out, or end up
in a state where no sound is produced despite selecting speakers explicitly from
clients like pwvucontrol.
Fix this by only re-evaluating and switching ports when:
- no active port is currently selected, or
- the active port has become unavailable
This preserves manual user choices and prevents ACP from fighting client
port selections during route activation.
Additionally, adjust ALSA mixer paths to better separate Line Out and
Headphones behavior:
- Disable Line Out controls in the headphones path
- Add explicit Line Out and Auto-Mute Mode handling in the lineout path
Together, these changes align PipeWire’s behavior more closely with
PulseAudio and fix cases where selecting speakers while headphones are
plugged results in no audio output.
Signed-off-by: John Titor <masumrezarock100@gmail.com>
The CHECK_PORT condition in impl_node_port_reuse_buffer was inverted with a negation operator, causing the function to reject valid output ports and accept invalid ones.
Fixes the logic so that valid ports proceed to buffer recycling and invalid ports are properly rejected.
When a node is inactive but linked to a driver, the only reason it is
not being scheduled is because it is inactive.
We already set up the links and negotiate the format and buffers to
prepare going to RUNNING. This patch now also make the node go to IDLE,
which makes the adapter negotiate a forma and buffers with the internal
node.
This makes things more symetrical, when linking a node, it becomes IDLE,
when activating it becomes RUNNABLE, when inactive it goes back to IDLE.
The switch to RUNNING will also be faster when things are already set up
in the IDLE state.
The main advantage is that it allows us to implement the startup of
corked streams in pulseaudio better. Before this patch we had to set the
stream to active to make it go through the Format and buffer negotiation
and then quickly set it back to inactive, hopefully without skipping a
cycle. After this patch, the corked stream goes all the way to IDLE,
where it then waits to become active.
See #4991
When the port is destroyed we need to remove it from the mix_list or
else the process function will keep trying to use the invalid memory.
This is because the port logic does not want to call any functions on
the port (like clearing the IO or Format) after it emitted the destroy
signal and we need to clean up ourselves.
Fixes#5221
When the search path is /usr/lib/, /usr/lib/foo.so fails to load because
there is no / after the search path. Fix this by requiring that either
the search path end with / or the following char is a /.
Use FMA when we can, make sure FMA compilation is supported and the CPU
also supports it at runtime.
Avoid divisions by doing the modulo increment more explicitly.
When there is a stream without tx_latency enabled, the fill_count ends
with MIN_FILL value. This causes one buffer of silence to be written to
every stream before the actual data in each iteration.
Consequently, more data is written than consumed in each iteration.
After several iterations, spa_bt_send fails, triggering a
group_latency_check failure in few next iterations and leading to
dropped data.
Skip streams without tx_latency enabled in fill level calculations
to prevent these audio glitches.
The control values are only set in the port control_data after the
filter has been activated and the instances are created.
Property enumerations might happen before that and then we can either
return the current_value (when set in a control section or later with a
param property) or the default value.
If we pass a path /usr/libevil/mycode.so, it might have a prefix of
/usr/lib but we should still reject it. Do thi by checking that after
the prefix match, we start a new directory.
spa_poll_event should have exactly same layout as epoll_events to be
compatible across platforms. The structure is packed only on x86-64.
Fix packing and replace the data member with similar union as
epoll_data, to fix compatibility on 32-bit etc.
FDK-AAC encoder uses band pass filter, which is automatically
applied at all bitrates.
For CBR encoding mode, its values are as follows (for stereo):
* 0-12 kb/s: 5 kHz
* 12-20 kb/s: 6.4 kHz
* 20-28 kb/s: 9.6 kHz
* 40-56 kb/s: 13 kHz
* 56-72 kb/s: 16 kHz
* 72-576 kb/s: 17 kHz
VBR uses the following table (stereo):
* Mode 1: 13 kHz
* Mode 2: 13 kHz
* Mode 3: 15.7 kHz
* Mode 4: 16.5 kHz
* Mode 5: 19.3 kHz
17 kHz for CBR is a limiting value for high bitrate.
Assume >110 kbit/s as a "high bitrate" CBR and increase the
band pass cutout up to 19.3 kHz (as in mode 5 VBR).
Link: d8e6b1a3aa/libAACenc/src/bandwidth.cpp (L114-L160)
This makes it the same size as epoll_event and we don't need to copy the
results over.
It however technically causes an ABI break, in case someone was using
the system interface directly.
