<p>
By default, the I/O config is set to <em>Automatic</em>, i.e. the <kbd
- class="menu">Manual Config</kbd> led light is turned off. In this mode, the
+ class="menu">Manual Config</kbd> LED light is turned off. In this mode, the
diagram will display the standard input/outputs for this plugin, i.e. the
number of ports (inputs & outputs) is equal to the number of pins on the
plugin, and a one-to-one connection is automatically created.
<p>
The window allows connection of the I/O ports to the plugin pins and other
I/O ports, provided they are compatible (MIDI vs. audio), just by dragging
- & dropping the end connectors on top of one another. A dotted connector's
+ and dropping the end connectors on top of one another. A dotted connector's
line is a "<em>thru</em>" line that directly connects an input to an output
without connecting to a pin on the plugin—hence without any audio
modification. These "thru" connections are latency compensated, with respect
<p>
The only way to add inputs to a processor is via
- <a href="/signal-routing/sidechaining/">Sidechaining</a> from another signal.
+ <a href="@@sidechaining">Sidechaining</a> from another signal.
This is done by "tapping" the signal from another track or bus at any point.
</p>
section. A new dropdown menu appears, which displays a list of the
tracks/busses available to be sidechained, or, for a more complex setup (e.g.
sidechaining from hardware directly), the
- <a href="/signal-routing/Patchbay/">Routing Grid</a> (also accessible with a
+ <a href="@@patchbay">Routing Grid</a> (also accessible with a
<kbd class="mouse">Right</kbd>-click on the dropdown menu).
</p>