<opt>src-zero-order-hold</opt>, <opt>src-linear</opt>,
<opt>trivial</opt>, <opt>speex-float-N</opt>,
<opt>speex-fixed-N</opt>, <opt>ffmpeg</opt>. See the
- documentation of libsamplerate for an explanation for the
+ documentation of libsamplerate and speex for explanations of the
different src- methods. The method <opt>trivial</opt> is the most basic
algorithm implemented. If you're tight on CPU consider using
this. On the other hand it has the worst quality of them
</option>
<option>
- <p><opt>use-pid-file=</opt> Create a PID file in
- <file>/tmp/pulse-$USER/pid</file>. Of this is enabled you may
+ <p><opt>use-pid-file=</opt> Create a PID file in the runtime directory
+ (<file>$HOME/.pulse/*-runtime/pid</file>). If this is enabled you may
use commands like <opt>--kill</opt> or <opt>--check</opt>. If
you are planning to start more than one PulseAudio process per
user, you better disable this option since it effectively
disables multiple instances. Takes a boolean argument, defaults
- to <opt>yes</opt>. The <opt>--no-cpu-limit</opt> command line
+ to <opt>yes</opt>. The <opt>--use-pid-file</opt> command line
option takes precedence.</p>
</option>
cause the resulting output sound to be momentarily too loud or too soft.
So to ensure SW and HW volumes are applied concurrently without any
glitches, their application needs to be synchronized. The sink
- implementation needs to support synchornised volumes can use the following
- parameters to refine the process.</p>
+ implementation needs to support synchronized volumes. The following
+ parameters can be used to refine the process.</p>
<option>
<p><opt>enable-sync-volume=</opt> Enable sync volume for the sinks that