Specifications

Trillium Lane Labs Plug-ins Guide52
TL EveryPhase
TL EveryPhase uses proprietary DSP algorithms
to deliver the classic analog phaser sound in dig-
ital form, with the added benefits of extensive
synchronization and automation options.
Figure 2 shows the different modules of
TL EveryPhase and how they interact with the
audio signal.
The modulation of the phaser algorithm in
TL EveryPhase can be controlled by a low fre-
quency oscillator (LFO) or by the envelope of an
audio signal using the built-in envelope detec-
tor. The Depth control switches TL EveryPhase
between phasing in opposite and identical phas-
ing modes, and feedBack can be taken from any
stage of the phaser by adjusting the Resonance
control.
TL EveryPhase provides controls to enable the
LFO to be synchronized to the current tempo of
the Pro Tools session. A variety of LFO triggers
are also provided to ensure that a phase effect
can be created to match the timing of any audio
signal.
The envelope detector in TL EveryPhase pro-
vides several options to control the phasing di-
rectly from an audio signal. Firstly, the envelope
detector can be driven by the audio of the cur-
rent track or audio from a side-chain input. The
envelope detector can drive the phaser modula-
tion directly by selecting ENV for the Source in
the Modulation section. Alternatively the enve-
lope detector can be used as a trigger for the LFO
by selecting Envelope under Triggers in the LFO
section.
TL EveryPhase Controls
The TL EveryPhase interface is divided into sev-
eral sections, each of which is described below.
Meter Section
Output
The Output meter displays the amplitude of the
outgoing audio. In mono mode, a single meter
bar is shown. In mono to stereo and stereo
modes, two meter bars are shown with the left
channel at the top of the meter display. In 5.1
mode, six channels are shown, in the order L C
R Ls Rs LFE from the top of the meter display.
The red clip indicator indicates a channel has
clipped. The clip indicator for each channel can
be cleared by clicking on it.
Figure 2. TL EveryPhase signal flow, processing, and
controls
Output and Modulation meters