Solid State Logic Soundscape Mixer - Manual (Page 59)

Soundscape Mixpander
Page 59 of 109
The signal can be delayed by up to 255 samples. The value can be edited directly in the value box
using the mouse buttons in the usual way. Alternatively, double-clicking in the value box will call
up a dialog box where the required value can be entered:
Of course, there is room for creative uses of the sample delay line. For example, splitting a stereo
pair of tracks into two mono tracks and inserting a sample delay line element in the signal path for
one of these tracks can widen the perceived stereo image. Phase inverting the delayed signal can
also add extra width, but may cause mono cancellation or phasing.
Inputs and outputs
Mono, stereo, 4, 6, and 8 channel input elements can be inserted at any point in a mixer column
and can receive their signal from any external input(s) or internal bus(ses). They have a Mute
button.
NOTE: Please note that when inserted in a mixer column, an input always blocks any signal from
the mixer elements above it in that column. A benefit of this feature is that an insert point can be
created at any point in a mixer column by combining a send or output element with an input
element just below it.
All the output types that are available for a mixer column when it is first created are also available
for the individual, “plug-in” output elements which can be used to send the signal from any point
in a mixer column to any external output(s), internal bus(ses) or stream(s). Below is a reminder of
the sixteen available output types, which have been described in the “Mixer column input/output
configurations” section of this chapter:
− Outputs with fader: mono, mono to stereo with or without EPP (Equal Power Panning), stereo
with or without EPP, 4, 6, or 8 channel, mono to LRCS, mono to LRC-LsRs.
− Outputs without fader: mono, mono to stereo, stereo, 4, 6, or 8 channel.
Input sources and output destinations can be changed by clicking them with the I/O and DSP
Assign tool, as described in the “Input and output selection” section of this chapter.