ShaperBox 2 Manual

Cableguys ShaperBox 2 is a flexible effects rack for precision mixing and creative sound design. It contains 5 powerful effects called Shapers, which are processed in series, meaning the output of each one feeds into the next, creating an effects chain. The Shapers can be placed in any order you like to create a wide range of effects, and each is calculated on a per-sample basis, for high quality results.

Each Shaper’s effect is controlled by an editable LFO – using Cableguys’ easy tools, you can quickly design LFOs of arbitrary complexity by drawing with straight lines and smooth curves. Envelope Followers and a Compressor provide another, dynamically-driven layer of modulation and control, expanding the creative possibilities.

Installation & Licensing

Quick-Start Guide

Add a Shaper

When you load ShaperBox 2, you see a screen that shows all five available Shapers.

Go ahead and click one to add it to the effects chain in its default state, or click one of the three Quick Presets under any Shaper to instantly set it up in a useful configuration – a VolumeShaper 6 sidechain, or TimeShaper 2 ‘vinyl scratch’, for example. Alternatively, click Add all Shapers​ to insert all five Shapers in one go.

Don't own all Shapers yet? No problem – you can run any of them in demo mode to test them out.

Manage your Shapers

Do you want a filtered stutter or a stuttered filter?

The order in which you place your Shapers can have a big impact on the sound – drag them in the Shaper Bar to rearrange them.

To bring up a Shaper for editing, click its icon. Hit '+' to bring up the Start Screen and add more Shapers (you can add one of each).

Editing Parameters

Drag a slider to adjust – you can click on the whole area.

Hold SHIFT​​ for a precise adjustment.

Double-click to reset to the default value.

Scroll your mousewheel or trackpad with the pointer over a control to adjust it, or over a menu to step through its contents.

Design your LFO Wave

The large graph in the centre of each Shaper is the LFO Wave Editor.

Use it to modulate Shaper Parameters such as volume or filter cutoff frequency over time, creating motion and movement that brings your tracks to life.

Create your own custom modulation LFO waveform by dragging in the Wave Editor area using the pointer tool, or three powerful Pens – learn more about wave editing by clicking the '?' icon at the bottom of the plugin.

Set up the Envelope Follower

Filter, Pan and Width Shapers feature an envelope follower that reacts to peaks in the incoming audio signal. For example, use it to make the filter open automatically with each snare drum hit.

To turn the envelope follower on/off, click the Envelope button, top right.

Use the Attack, Hold and Release controls to shape the Envelope’s response to the incoming audio, and Amount to set the strength of the modulation – ie, how deep the filter, pan or width changes will be. Threshold excludes input signals below a certain level.

VolumeShaper is a little different: it contains a Compressor section instead. However, the controls work in almost exactly the same way as those of the envelope follower (because a compressor is basically an envelope follower that controls amplitude).

Load Presets

For instant inspiration, use the User Wave buttons below-left to call up specially designed LFO Wave Presets. These cover everything from classic sine, square, saw and other analogue-style waveforms, to production essentials like sidechain ducking, and a variety of creative rhythmic patterns.

Or use the preset bar at the very bottom of the interface to load professionally crafted ShaperBox 2 presets – step through presets with the '<' and '>' buttons to either side of the current preset name, and open the full browser with the 'folder' button.

Focus your Sound

Want to apply a Shaper to just one frequency range? Perhaps you’d even like to try different LFO or envelope follower setups for bass, middle and treble. The Bands section gives you this power.

Use the multiband crossover in the upper left – grab the handles to adjust the frequencies, and click a band to edit its Wave.

Use the upper-right Mix knob to blend dry and wet signals for every band, or use the lower-right Master Mix to blend ShaperBox 2’s final output with the dry input signal.

Further Help Directly in the Plugin

Hover the mouse over any control to see a quick description in the lower-right Help bar.

Click the '?' button at the bottom of the plugin for detailed wave-editing help.

Meet the Shapers

Each Shaper has a different specialism and at least one Shaper Parameter that can be modulated by the LFO waveform drawn in the Wave editor.

In addition, Filter, Pan and Width Shapers can be modulated using an envelope follower, accessed with the Envelope button, while VolumeShaper features a corresponding Compressor section.

Shapers also have Settings in the top bar section. These cannot be modulated – though like most controls in ShaperBox, they can be automated via your DAW.

VolumeShaper 6

VolumeShaper modulates the volume of the audio signal based on the LFO waveform drawn into the Shaper Graph and/or the action of its compressor.

Use VolumeShaper for

  • Classic sidechain pumping/ducking effects
  • Achieving louder mixes by sidechaining only the bass
  • Removing and softening elements in a mixed loop
  • Rhythmic gating/stuttering – a.k.a. ‘trance gating’
  • Completely custom tremolo effects
  • Isolating elements within a mixed loop
  • Enhancing punch and snap with compression
  • Multiband compression, for focused dynamic response
  • Precision control of dynamics through a combination of compression and LFO volume modulation
  • Transient editing

Settings

  • Gain: Boost or attenuate the volume level.
  • Compressor: Activate/deactivate the Compressor for the selected band. You can also hide/show the Compressor using the small arrow.

Wave Editor

  • X axis: Time, as determined by the LFO Length/Speed parameter.
  • Y axis: Volume in decibels, from -inf dB at the bottom, through -6dB at the centre, to 0dB at the top.

TimeShaper 2

TimeShaper works by storing the incoming audio in a buffer, then scrubbing or scratching backwards and forwards through that buffer in real time, based on the movement of the LFO.

Use TimeShaper for

  • Smooth, click-free stutters and edits
  • Stutter effects using Step Draw mode
  • Half-speed effects for trap and hip-hop
  • Real-time reverse effects
  • Tight, tempo-locked scratches
  • Half-speed slow-down effects
  • Tight tape-stops
  • Tape-style ‘wow’, chorusing, vibrato and more

Settings

  • Time Range
    • Linked [ As LFO Length ] : The default setting, suitable for most situations. The maximum time offset (Y axis of the graph) is equal to LFO Loop Length, which can be in beats (L​FO Mode: Beat)​, milliseconds (L​FO Mode: Hertz​), or as defined by the incoming MIDI note (L​FO Mode: Pitch​).
    • Beat [ 1 / 2 / 4 / 8 Bars ] :​ Set the maximum time offset manually in bars. Set higher than LFO Length to jump further back in time; set lower for greater vertical resolution in the Wave Editor.
    • Fine [ 2.5 / 10 / 20ms ] :​ The maximum time offset is very small indeed (2.5, 10 or 20ms), creating subtle fluctuations rather than large jumps in time. Use this to create realistic tape/vinyl-style pitch ‘wow’ effects, vibrato, chorus/flanger (in conjunction with dry/wet Mix), etc.
  • Step Mode
    • Smooth: Prevents clicks by performing a small fade-in before each ‘hard’ step, such as those used in the Stutter category of the User Waves. This is the default option, giving the best results in most situations.
    • Instant:​​ The playback point jumps instantly at hard steps. Clicks may occur, depending on the source material.

Wave Editor

  • X axis: Time, as determined by the LFO Length/Speed parameter.
  • Y axis: Time offset, shown in beats or milliseconds. The maximum offset value (labelled at the bottom of the axis) depends on the Time Range option – see the TimeShaper Settings section, below, for more on this.
  • X axis offset indicator bar: The right edge moves steadily and points to the current position in the L​FO​. The left edge shows the point in the input a​udio​ waveform that’s actually being played back.

FilterShaper Core 2

FilterShaper Core is a powerful three-band multimode filter that enables independent modulation of both cutoff frequency and resonance, with a dedicated LFO and Envelope Follower for each.

Use FilterShaper Core for

  • Rhythmic filtering of beats, pads, basses – anything!
  • Isolating or removing kicks,​snares and hi-hats from drum loops
  • Elaborate multiband filtering with a different filter type on each band
  • Dynamic filter modulation based on the volume of the incoming signal or another track entirely
  • Complex ‘wah’-style effects with an envelope follower on every band
  • Radical multiband sound design with audio-rate modulation

Settings

  • Filter Type
    • 6dB Clean [ Low-Pass / High-Pass ] : Ultra-transparent filters with a shallow slope for gentle high- and low-frequency roll-off.
    • 12dB Clean [ Low-Pass / High-Pass / Band-Pass / Notch / Peak ] :​ Standard steepness filters, for controlled yet characterful results.
    • 24dB Clean [ Low-Pass / High-Pass / Band-Pass / Notch / Peak ] :​ Like the 12dB Clean variants, but with sharper roll-off, for tight and flavourful frequency sculpting.
    • 12dB Sallen-Key [ Low-Pass / High-Pass / Band-Pass / Notch ] :​ Warm, analogue-style filters with a medium roll-off slope. Sallen-Key is a classic filter design found in several vintage and modern hardware analogue synths.
    • 24dB Sallen-Key [ Low-Pass / High-Pass / Band-Pass / Notch ] :​ Steeper analogue-style types for edgy ‘character’ filtering.
    • Notch Phaser [ 2 / 4 / 6 / 8-Notch ] : This phaser type creates notches in the frequency spectrum. It’s great for adding more subtle movement, and it works especially well on full-frequency material such as lush pads.
    • Peak Phaser [ 2 / 4 / 6 / 8-Peak ] : Add spaced resonant peaks with this phaser configuration. It excels at psychedelic sweeps and deep, powerful modulations that jump from the speakers.
  • Edit Mode
    • Cutoff / Resonance: Switch between editing filter cutoff frequency and resonance with these two buttons, and drag up and down on either to shift the whole LFO waveform up and down.
  • Envelope: Click to activate/deactivate the Envelope Follower for the selected band.

Wave Editor

  • X axis: Time, as determined by the LFO Length/Speed parameter.
  • Y axis: F​ilter cutoff frequency in Cutoff Edit Mode, from 20.6Hz at the bottom, through 659Hz at the centre, to 21.1kHz at the top. Filter resonance in Resonance Edit Mode, from 0-100%.

PanShaper 3

PanShaper modulates the stereo position of the audio signal based on the LFO waveform and/or the Envelope Follower, using a blend of regular level-based panning and psychoacoustic Haas placement.

Use PanShaper for

  • Detailed and precise rhythmic panning of any sound
  • Bringing stereo movement to mono drums
  • Surgical panning of individual frequency ranges within a loop
  • Mixing regular and psychoacoustic panning for spectacular stereo imaging
  • Dynamic panning of drums and percussion
  • Adding stereo energy to specific frequency ranges
  • Energising basslines without compromising mono compatibility
  • Modulating the panning of one track based on the volume level of another

Settings

  • Pan Mode
    • Stereo Balance [ 3dB / 4.5dB / 6dB / 0dB ] : The best option for most sources. Works like the pan control in most DAWs/mixers, reducing one channel's level and increasing the other (by 3, 4.5 or 6dB) to compensate for level loss. Set to 0dB for no compensation.
    • Stereo Combined [ Combined ] : Pan both channels together to prevent hard-panned sounds from disappearing.
  • Pan / Haas
    • 100% / 0% – 0% / 100% : Combine regular level-based panning with the delay-based Haas effect. The Haas effect uses very short delay times to psychoacoustically simulate stereo imaging placement. The slider ranges from 100% regular panning to 100% Haas, with combinations of the two in-between.
  • Haas Range
    • 0.00 - 40.0ms​ : The maximum Haas delay time in milliseconds, as applied at full modulation. Around 2ms gives a range of stereo placement that reflects real life, so this is the default value, but it’s quite common in mixing to go higher than this, for ‘larger than life’ results.
  • Envelope : Click to activate/deactivate the Envelope Follower for the selected band.

TIP: Haas can cause ‘phasing’ sounds when mixed to mono, especially when modulated or applied heavily. Therefore, we recommend to check your mix in mono while fine-tuning the Pan/Haas and Haas Range controls, in order to achieve a result that works well in both mono and stereo. You may also try restricting the frequency range of the effect using the Bands section in the upper left. Don’t have a ‘mono mix’ tool? Just add a WidthShaper after PanShaper, and set it to fully mono.

Wave Editor

  • X axis: Time, as determined by the LFO Length/Speed parameter.
  • Y axis: Left/right panning position. Haas delay time in milliseconds.

WidthShaper 2

WidthShaper modulates the stereo width of the audio signal, based on the LFO waveform and/or the action of its Envelope Follower. More specifically, WidthShaper modulates only the side signal of the mid/side mix – this means WidthShaper will never compromise the audio’s mono compatibility no matter how wild your experimentation gets.

Use WidthShaper for

  • Creating huge, stereo-filling risers
  • Spreading out the high frequencies without affecting the midrange and low end
  • ‘Monoising’ the bass without affecting midrange and high frequencies
  • Widening or narrowing sounds as they get louder or quieter
  • Modulating the width of one track based on the volume level of another

Settings

  • Gain: Boost or attenuate the volume level – useful for compensating the perceived change in volume caused by narrowing or expanding the stereo width.
  • Envelope: Click to activate/deactivate the Envelope Follower for the selected band.

Wave Editor

  • X axis: Time, as determined by the LFO Length/Speed parameter.
  • Y axis: Stereo width, from Mono at the bottom, through the original input signal width at the centre (100%), to wide at the top (200%).


Envelope Follower Filtershaper Core 2 PanShaper 3 WidthShaper 2

Envelope Followers follow the amplitude envelope (the peaks and troughs of the waveform) of the audio to create a d​ynamic​ modulation curve from the audio itself.

If that’s a little hard to understand, check out the graph. The grey spikes are drum hits in a loop, and the blue trace is the envelope follower’s reaction to those hits. In this example, FilterShaper Core 2’s filter opens (ie, raises the filter cutoff) every time there is a loud drum hit, then closes gradually afterwards.

Envelope Followers are found in FilterShaper Core 2, PanShaper 3 and WidthShaper 2. Use them to create modulation of the filter, panning or stereo width that follows the rhythm and dynamics of your audio. There is a separate Envelope Follower for each band.

To better understand the Envelope Follower – or just Envelope – let’s see how the controls affect its response.

Envelope Controls

  • Attack

    Attack determines how quickly the Envelope rises to meet peaks in the audio. A fast attack gives a practically instant rise, shown as a vertical line on the trace. A slow attack gives a gradual slope that lags a little behind the audio peak.

  • Fast attack
    Slow attack



  • Hold

    Once the Envelope has completed its attack phase and reached the peak level, you can make it stay at this level for a while, giving a flat horizontal line on the trace. Setting Hold to 0ms will disable this feature.

  • Hold disabled (0ms)
    Short hold
    Long hold

    Hold can be used to:
    • Avoid distortion caused by very short attack and release times
    • Get musical, rhythmic results. Try setting hold to around 250ms at 120bpm to ‘delay’ the release by half a beat – good for creating off-beat bounce.



  • Release

    What goes up must come down, and after the attack/hold phase, it’s time for the Envelope to fall back to its resting point. The Release determines how long the descent takes. It looks something like this.

  • Fast release
    Slow release
    Very slow release

    Enable Adaptive Release with the small ‘A’ button next to the Release slider. This uses a dual-stage release envelope, so that quick transient events get a faster release time, thus reducing pumping artifacts.

    Adaptive Release OFF
    Adaptive Release ON



  • Threshold

    ShaperBox 2’s Envelope Follower is extremely sensitive, and will accurately follow even the smallest details of your track. Sometimes, though, you only want the Envelope to react to the loudest, boldest sounds – for example, the kick and snare in a drum loop, but not the hi-hats. This is where the Threshold control comes in. It allows you to exclude quiet sounds from being tracked by the Envelope Follower. Set the Threshold, and the Envelope will ‘ignore’ all sounds below this level (you may also know this as a gate). To have the entire input ‘followed’, set the Threshold to the minimum value of -Inf dB.

  • Gate disabled (inf. dB)
    Gate at 50%



  • Amount

    Perhaps the simplest control in the Envelope Follower, this sets the strength of modulation produced by the Envelope Follower, up to 200% (and beyond with the Depth control, explained below). Note that in Add mode (explained later), it can also be set negatively. For example, to make FilterShaper Core 2’s low-pass filter ‘open’ with each kick drum hit, you would use a positive Amount to raise the cutoff with every hit. To make the filter ‘close’ with every hit, you would use a negative Amount instead.




  • Shift

    Sometimes, the Envelope is reacting exactly how you like, but you want to shift the whole modulation curve up or down on the graph. This control does just that. As an example, let’s say you’re modulating FilterShaper Core 2’s low-pass filter cutoff on a synth lead, and you want just a bit of filter movement – about 10% Amount seems right. However, at default levels, the filter cutoff will hardly reach above 100Hz, so the high-pitched synth lead becomes inaudible! Increasing Amount helps, but then the cutoff is rushing up and down the whole frequency range, creating a very obvious effect. Raising Shift instead allows you to position the modulation’s resting point without changing the Amount.

    TIP: If you want to get a Shaper’s parameter moving using host DAW automation rather than the LFO or Envelope Follower, this is the parameter to do it with. Automating Shift with no LFO or envelope modulation (ie, Threshold all the way up or Amount all the way down) taking place simply manipulates the filter cutoff/resonance, pan position or stereo width directly.




  • Depth

    Sometimes you need even stronger modulation than the default Amount range of +/-200% can supply. For example, when Attack is increased, the envelope may not rise up as far when reacting to transients. Or when using sidechain filtering (explained later), the input signal may be reduced in level due to frequencies being removed, so the envelope is also lower in level.

    The Depth buttons are there to help in such cases. Choose between x2, x4 and x8 options, representing +/-200%, +/-400%, and +/-800% Amount ranges.




  • Add / Multiply

    Found only in FilterShaper Core 2 and WidthShaper 2, this option controls how the Envelope and the LFO interact. While the Envelope and LFO can seem like two separate ‘effects’ in use, the modulation shapes they create are always combined before being used to control a single parameter such as filter cutoff.

    The colored Modulation Trace drawn on the graph reflects this, and although it may seem like this is showing you the Envelope’s response, that’s not quite accurate – it is the c​ombined LFO/Envelope result.

    So how does ShaperBox 2 combine the LFO and Envelope? The simplest way is to add them together – that’s the default Add mode.

    Here are a few examples of how the LFO and Envelope will stack up when added – the Envelope is using the exact same settings in all examples.

  • LFO at 0%
    LFO at 50%
    Rising LFO ramp
    LFO sine wave
    LFO steps

    In Add mode, you can think of the LFO as applying an offset to the Envelope’s vertical position (or vice versa).

    TIP: If the total modulation amount (LFO + Envelope) exceeds the top of the graph, it will have nowhere left to go. You can see this in the sine wave and steps examples above: where the LFO reaches the maximum position, the envelope trace is flattened out. Therefore, it is possible to create a setup that gives no modulation, if the LFO is in the 100% position all of the time. The same advice applies with negative Amounts and the bottom of the graph.




  • Multiply mode

    In Multiply mode, the LFO and Envelope are instead multiplied together. Essentially, the LFO controls the depth/strength/amount of the Envelope’s modulation. You could create a cool filter cutoff Envelope that reacts to the hi-hats, and make it more intense over time with a simple rising LFO ramp across a number of bars.

    TIP: When the Envelope is reacting quickly (eg, reacting to every 1/4 note), and the LFO more slowly (eg, 2 bars), it can seem like the slower element, the LFO, is controlling the intensity of the faster element, the Envelope. However, with a slow Envelope and rapid LFO modulation, the perceived effect is reversed: it seems like the Envelope is controlling the intensity of the LFO.

    TIP: Multiply mode has one important consequence that you need to remember: if the LFO ​or​ envelope is at zero (at the bottom of the graph), then the output will also be zero. That means no modulation! So, if you are using Multiply mode, and no modulation is happening, make sure your LFO and envelope are both well above zero. This is especially important with low-pass filters in FilterShaper Core 2, because they can produce silence if stuck at their lowest position (20Hz).

  • Here are some examples of Multiply mode:

    LFO at 100%
    LFO at 50%
    LFO at 0%
    Rising LFO ramp
    LFO sine wave
    LFO steps



Envelope Input

Normally, the Envelope Follower listens and reacts to all frequencies in the input signal (or in the current band, as defined in the upper-left Bands section).

We can see that the Dry Audio signal is split in two, with one copy sent to the Shaper effect (eg, filter, panner, widener) for processing, and an identical copy sent to the Envelope Follower’s input.

But it doesn’t have to be this way: the Filter section allows you to select which frequencies the Envelope hears (Note: this does not filter the audio you hear, and it is nothing to do with FilterShaper Core 2’s creative filtering effects). Like this:

You can even route in external signals from other tracks in your project (called external sidechain routing), like this:







  • Band Free

    In Band mode, the Envelope Follower responds to the frequencies in the band, as defined in the upper-left Bands section.
    In Free mode, you can freely adjust the High/Low Envelope Filters independently of the band crossover frequencies.

  • Free mode
    Band mode



  • High / Low Envelope Filters

    This double-ended slider sets the range of frequencies this Envelope Follower will hear and respond to. The exact frequencies are displayed in the help text area at the bottom of the plugin.

    When in Band mode, you cannot edit this parameter, though it will reflect your current Bands setting – a useful reminder of how the Band mode works.

    Here are some example uses for the Envelope Follower’s Free mode:

    • Widen the high frequencies of a mixed loop whenever the kick drum plays.
    • Momentarily open the filter cutoff only when the snare drum plays, to automatically extract/isolate the snare drums in a mixed loop.
    • Slightly pan a guitar or synth part in response to the midrange frequencies of a vocal (using Sidechain – see below), creating subtle mix space for the vocal, and dynamic stereo placement.



  • Sidechain

    Enable this and the Envelope Follower listens to an external sidechain signal, which could be any track in your DAW. For this to work, you must use your DAW to route the sidechain signal into ShaperBox 2’s secondary inputs (ie, inputs 3 & 4). Please see your DAW’s manual for information on this.

    Using external sidechain routing, you can, for example, compress the bassline on one track whenever the kick drum on another track plays.

    Note that you can use the Envelope Follower’s Filter section and Sidechain at the same time to achieve advanced and creative routings.




  • Solo Sidechain

    Lets you hear exactly what the Envelope Follower is hearing – especially useful when using the Free Filter or Sidechain options. The filtered signal is routed directly to ShaperBox 2’s output, bypassing all other Shapers, so that you can monitor it in isolation.

Compressor VolumeShaper 6

Compressor

VolumeShaper 6’s Compressor complements the LFO’s user-defined volume modulation by reacting directly to the dynamics of the input signal. It’s great for automatic smoothing of dynamically uneven signals, getting them sounding thicker and more present. Use it to make drums more punchy and ‘glued’, basses chunkier, vocals more in-your-face, and synths more ‘pumping’. It works per-band, and you can use it on its own or combine it with the LFO for an extra layer of dynamic control – more on this at the end of this section.

A compressor reduces the volume of the input signal by a certain amount (Ratio) whenever it goes above a user-specified level (Threshold), then returns it to its original volume again when it drops back below the same level (Threshold). The reduction and subsequent return occur at user-specified rates (Attack, Hold, Release).



  • Threshold: The Threshold control sets the decibel level above which the volume reduction (compression) is triggered. You might position it to ‘catch’ just the very loudest elements (the snare in a drum loop, say), or dig deeper into the signal to clamp down on all but the quietest bits (squashing an unruly bassline, for example). In simple terms, everything below the Threshold is ignored, and everything above it gets compressed.


  • Ratio: The amount of volume reduction (compression) applied to the signal when it exceeds the Threshold, expressed as a ratio between 1.00:1 and 100:1. With Ratio set to 5:1, for example, the output signal will only rise by 1dB for every 5dB the input signal exceeds the Threshold. 2:1 is the default value of VolumeShaper 6’s Compressor, and it’s a good starting point for everyday compression, smoothing dynamics in a natural, non-obvious way; 100:1, on the other hand, delivers brutal limiting, bringing peaks almost all the way down to the level of the quietest elements. A 1:1 ratio means no compression takes place.


  • Attack: As we’ve explained, when the input signal exceeds the Threshold, compression kicks in – but that doesn’t happen instantly (although it can be very fast indeed). The speed at which the full compression Ratio – and thus full volume reduction – is reached is set by the Attack slider, which ranges from 0.010-200ms. At very low Attack settings, peaks in the signal are compressed so fast that even the initial transients (the very first, ‘attacking’ part of a sound) don’t get through. Lengthening the Attack, then, allows the crack of a snare drum or the ‘pluck’ of an electric bass to get through, before the ‘body’ of the sound is reduced in level. This enhances the impression of snap (short attack) and punch (long attack). Lengthen it too far, though, and the compression might not have time to grab hold of fast transients– although this can be just the ticket if you’re after a pumping effect on more sustained sounds.


  • Hold: Once the Attack phase has completed and full compression is reached, the Hold setting keeps it at that level for up to 500ms, regardless of input signal level. Setting Hold to 0ms will disable this feature.

    TIP: Use Hold to create more specific compression shapes. For example, with fast Attack/Release compression on drums, try setting Hold to 5ms to emphasise the transients even more.

    TIP: VolumeShaper’s Compressor is designed to give low distortion. However, with very fast attack/release times, distortion may naturally occur as the compressor ‘rides’ individual wave cycles of the sound. short Hold setting can alleviate this. Try compressing a clean but deep bassline (a sine wave sub bass or 808 is perfect) to explore this.



  • Release: When the input signal falls back below the Threshold, the Release parameter determines how long it takes for the compression to ‘let go’, returning the signal to its natural volume level, from 50.0ms to 2.00s.

    Enable Adaptive Release with the small A button next to the Release slider. This uses a dual-stage release envelope, so that quick transient events get a faster release time, reducing pumping artifacts.



  • Makeup: A compressor lowers the volume of the signal when it goes above the threshold, meaning the output will always be quieter than its input. To counteract this, most compressors have something called makeup gain to boost the signal afterwards – and VolumeShaper is no exception. With the ‘A’ button on, Auto Makeup is active, which automatically sets the output gain so that, in most cases, the compressed signal sounds about as loud as the original, dry one – important for making accurate comparisons and managing gain-staging. If the Auto Makeup doesn’t get it quite right, you can manually offset it using the Makeup slider.

Compressor Input

VolumeShaper’s Compressor uses an ‘internal’ envelope follower (a.k.a. detection circuit) to track the volume level of a ‘silent’ parallel copy of the input signal, and this envelope follower has all the same features as the FilterShaper Core 2, WidthShaper 2 and PanShaper 3 Envelope Follower. So, you can filter what the compressor responds to, or override it with the audio from another track altogether via the External Sidechain input.



  • Band/Free:

    In Band mode, the detection circuit responds to the frequencies in the band, as defined in the upper-left Bands section.
    In Free mode, you can freely adjust the High/Low Envelope Filters independently of the band crossover frequencies.

    Here are some example uses for the Compressor’s Free mode:

    • Making the compressor ‘ignore’ the bass so as to avoid it causing unwanted pumping.
    • De-essing. Focus the Filters on the sibilant frequencies in a vocal, or the ‘harshness’ range of a cymbal, for example. Adjust Bands to separately choose the frequencies that actually get reduced, for transparent results.
    • Mix rescue at the mastering stage. Imagine a drum loop with kick drum, snare drum and hi hats. The snare drum is standing out of the mix too much, so you would like to add compression to the whole mix whenever there is a snare drum hit. By setting the Envelope section’s filters to focus on the 200Hz region where the snare’s fundamental tone is found, the compressor’s detection circuit will ignore the bass drum and hi-hats.


  • High/Low Envelope Filters: This double-ended slider sets the range of frequencies the Compressor will hear and respond to. When in Band mode, you cannot edit this parameter, though it will reflect your current Bands setting – a useful reminder of how the Band mode works.


  • Sidechain: Enable this and the Compressor listens to an external sidechain signal, which could be any track in your DAW. For this to work, you must use your DAW to route the sidechain signal into ShaperBox 2’s secondary inputs (ie, inputs 3 & 4). Please see your DAW’s manual for information on this.

    Note that you can use the Compressor’s Filter section and Sidechain at the same time to achieve advanced and creative routings.

    Using external sidechain routing, you can, for example, compress the bassline on one track whenever the kick drum on another track plays.



  • Solo Sidechain: Lets you hear exactly what the Compressor is hearing – especially useful when using the Free Filter or Sidechain options. The filtered signal is routed directly to ShaperBox 2’s output, bypassing all other Shapers, so you can monitor it in isolation.

Using VolumeShaper’s Compressor and LFO together

Combining the Compressor and LFO gives you access to a degree of dynamic sculpting. Here, for example, we’ve dialled in the Compressor so it sounds great on a drum loop, except for a couple of hi-hats that are now poking out too much, because the Compressor is not grabbing them in the same way. Instead of messing around with the Compressor settings, potentially compromising the rest of the loop, we can just grab the Arc Pen and draw two dips in the LFO waveform, like this, to reduce the level of those two hi-hats:

General Instructions for all Shapers


Shaper Selection Screen

The first thing you see when you launch ShaperBox 2 is the Shaper Screen. Here, you can add any Shapers you own to the effects chain (or all of them at once with the Add all Shapers button), and try out any you don’t in demo mode. If you prefer, you can hide Shapers you don’t own with the ‘Show Full Versions Only’ button.

Each Shaper also has three Quick Presets underneath its main logo. These give you 1-click access to a range of essential processes, such as sidechain ducking and compression with VolumeShaper 6, mono bass in WidthShaper 2, and half-time in TimeShaper 2.

If you would prefer ShaperBox 2 to always open up with one of these presets, set your preferred startup preset in the Startup section of the Main menu (the button next to ShaperBox 2).

Shaper Bar

The Shaper Bar holds all currently loaded Shapers, with the signal flowing through them from left to right.

  • Click to select a Shaper for editing, drag to change the order, or click ‘+’ to add more Shapers (not available if you have already loaded all Shapers).
  • Hover to access Remove Shaper or Shaper On/Off. Note that Shaper On/Off can be automated using your DAW’s automation system.
  • Use the Master Mix to blend the effected output with the unprocessed input – this can give different results to using the Mix controls inside individual Shapers.

Library Presets

ShaperBox 2 ships with a large library of professionally designed presets. It also gives access to the Cableguys Preset Cloud, where you can share presets with other users. Because Cableguys' in-house sound designers are constantly adding new presets to the Preset Cloud, the ShaperBox 2 library is ever-growing, bringing new presets to stimulate your creativity.

Loading a Preset always loads a complete ShaperBox setup, replacing all current Shapers and their settings. Presets include any User Waves too.

  1. Open and close the full Preset Library Browser.
  2. Step through presets based on your current Preset Filter setting.

Main Menu

Preset
  • New:​ Want to start from scratch? This removes all Shapers and resets ShaperBox 2 to its default state.
  • Save: Store your preset – it will be stored locally, on your computer, until the next time you hit Sync. If you'd like to share the preset with others via the Cableguys Online Preset Library, uncheck 'Set to Private'.
  • Startup: Select one of the Quick Presets as your Startup preset, bypassing the Shaper Selection Screen. For example, choose the VolumeShaper > Sidechain​ option, and when you add a new ShaperBox, it loads up with a classic 1/4-note sidechain curve ready to go. Set to ShaperBox > Empty (Default)​ option to disable this feature.
Cableguys Preset Cloud
  • Sync Presets:​ Get up to date with all the latest presets. Selecting this menu option (or clicking the S​ync​ button at the top right of the Preset Browser) will download all new Shared presets, and upload/update all of your presets (your Private ones are uploaded only for backup purposes – other users will not see them). Note that syncing is completely optional – you can use ShaperBox 2 without ever connecting it to the Internet.
  • Edit your Cableguys Profile: Show the Cableguys community who you are! Upload your avatar image, enter profile text, and link to your website and social media. Profiles are completely optional and only available if you share presets. Any of the fields can be left blank.
Scaling
  • 75-200%​: Adapt the ShaperBox 2 GUI to your monitor resolution, or just make it easier to see, by expanding it to up to 200% of its default (100%) size, or reducing it to 75%. Scaling amounts that would exceed the resolution of your display appear in grey.
Help
  • Show Help Screen:​ Open the quick wave editing guide.
  • Open Web Manual and Tutorials: Access this online manual.
  • Check for Updates: Ensure your ShaperBox 2 is up to date. This takes care of all Shapers – you don’t need to update each one separately.

Library Browser


Find both useful everyday setups and inspirational effects with ShaperBox 2's Library Browser.

TIP: Presets are displayed in the order in which they were created, so to check out the newest presets, click the double arrow to go to the end of the list.


From left to right, the elements of each Preset listing are:

  • Preset / Creator:​ The name of the Preset and its Creator.
  • Shaper: Indicates which Shaper this preset is for. Displays ‘Mixed’ if for multiple Shapers.
  • Shapers used: Every Shaper used in the preset is represented by a square of its characteristic colour.
  • Rating: How do other users rate this Preset? By default, this shows their average score. Click to set your own rating, shown in orange – click again to remove your rating.
  • Approved: Cableguys’ in-house sound designers check every Shared User Preset – if it's useful enough, it’s Approved, as indicated by this badge.
  • Shared / Private: Make your preset Shared or Private – click the padlock to toggle the status, updated on the next Sync. Note that once a Shared preset has been Synced, it cannot be set back to Private status.
  • Trash: Delete a preset, updated on the next Sync. Note that Shared presets cannot be deleted once Synced.

Preset Filter

Fill in the fields to narrow the selection of presets.

  • Preset: Partial matches are accepted – eg, type "rhythm" to see all presets containing the word rhythm.
  • Creator: The author of the preset.
  • Selection: Show only Approved presets, My Presets or All presets.
  • Shaper: Sometimes, you want a preset for a specific Shaper – here's the option for that. Select Mixed to see Presets that combine multiple Shapers.
  • Minimum rating: Only want the very best? Click to see the presets rated at least as high as your chosen star value.

Library Presets

Each Shaper has its own specially designed Wave Presets. These are simpler than Library Presets, loading an LFO waveform into the current Shaper without changing any other settings.

Wave Presets are categorised. For example, VolumeShaper 6 has categories (shown above) for Sidechain (sidechain ducking/pumping), Trimming (for shortening and shaping the envelope of a sound), Rhythmic 1 & 2 (adding groove and motion), and Basic (standard synth-style waveforms: saw, square, etc).

Wave Presets can be switched in real time using host automation.

TIP: Study each Shaper's Wave Presets to learn which shapes create which effects – especially useful for TimeShaper 2.

User Wave Slots

Click the ‘downwards arrow’ icon to Store the current Wave. Load any stored User Wave by clicking it. Hover on a stored User Wave for Store and Remove options.


When MIDI Switch is enabled, the User Wave Slots instead look like this:

Now MIDI notes C# to A will load the corresponding User Wave into the Shaper from which it was originally saved, turning ShaperBox 2 into a performance effect – trigger it via your MIDI keyboard, pads, or other device. Or, trigger via MIDI clips in your DAW to change waves in sync with your song.

If you are using Shapers in multiband mode (see M​ ultiband editor​, below), the colour indicates both the Shaper and the band into which the Wave will be loaded. This makes it easy to load different Waves into different bands of the same Shaper.

Once you've created a great setup for jamming or live use, simply save it as a Library Preset – all the User Wave Slot assignments will be stored with it.

The cog icon opens a screen with MIDI input configuration and additional help – see M​ore on MIDI​, below.


Here are just a few creative ways to use MIDI wave-switching:

  • Switch FilterShaper Core 2 patterns, from smooth sweeps, to fast wobbles and complex rhythms, to create a live ‘wobble machine’.
  • Store a range of TimeShaper 2 stutter and repeat effects to create wild glitch effects on the fly.
  • Use VolumeShaper 6 to apply a ‘trance gate’ effect to a synth pad, and switch between different waveforms/rhythms.
  • Switch sidechain curves in VolumeShaper 6 depending on the part of the song, or kick drum being used (eg, a different kick for your breakdown or intro).
  • TIP: Just like the Wave Presets, you can use host automation to switch User Waves.

    TIP: Why does the MIDI Switch key range start at C# and not C? The answer is that C is reserved for ShaperBox’s MIDI Trigger feature, which restarts the LFO waveform (explained later in this manual). That means you can use both MIDI Switch and MIDI Trigger features at the same time.

Oscilloscope

A sample-accurate oscilloscope displays the input (dark) and processed (light) audio signals. By default, the Oscilloscope works in Magnitude mode, combining the left and right channels (showing whichever is highest in amplitude at any given moment) in a single ‘upward’ audio waveform.

You can switch to a normal waveform view, and left/right channels are toggled in the Wave/Oscilloscope Menu (right-click in the waveform editor). You’ll also find the option to Freeze the scope – useful if you’d like to continue editing while the transport is stopped.

Magnitude mode makes it easy to dial in VolumeShaper 6’s Compressor and the Envelope Followers found in PanShaper 3, WidthShaper 2 and FilterShaper Core 2. For this reason, when the mouse pointer is over an Envelope Follower or Compressor control, Magnitude mode is always enabled temporarily, and the brightness of the waveforms slightly increased.

Oscilloscope
Magnitude

LFO Wave Editor

ShaperBox 2 features a powerful system for designing and editing your own LFO waveforms in exquisite detail. Create smooth curves, peaks, cuts and slopes using soft or hard breakpoints to define gentle transitions or sharp bends in the wave. Or, use three Pens to freely draw, adjust and sequence steps, ramps, arcs and S-curves.

LFO waveforms are made up of freely adjustable "points" (aka nodes or breakpoints). Using these, any LFO shape can be created, from stepped staircases to gentle, pulsing curves, or any combination of these.

There are three weights of point:
  • Hard: Creates a tight angle. Extremely precise, but can cause clicks due to the instantaneous parameter change.
  • Medium: The angle is rounded off slightly – great for 'instant' jumps without clicking artifacts.
  • Soft: For smooth, flowing curves – create sweeping modulations, soft pulses and gradual changes.


Tool Strip

The Tool Strip contains tools used to create and edit waveforms in the Wave Editor. From left to right:

  1. Pointer: Create and edit points without snapping them to the background grid.
  2. Snapped Pointer: Works just like the Pointer, except points will be snapped to the background grid as you move them.
  3. Line Pen: Draw, adjust and repeat lines – see H​ow to use Pens​ below.
  4. Arc Pen: Draw, adjust and repeat curved arcs
  5. S-Curve Pen: Draw, adjust and repeat S-shaped curves
  6. Selection: Draw a box to select all points that fall within it, or S​HIFT​-click the button to select all points. You can then move and scale the points by dragging the selection box or the handles around its edges. Hold ALT​ to lock to vertical movement only, or ALT-SHIFT​ for horizontal lock. Hold ALT​ while scaling to stretch about the centre.
  7. Move wave/selection left/right: Shift the selection or entire wave one grid space left or right. Hold S​HIFT​ for precise adjustment (1/16 of a grid space).
  8. Randomize wave points​: All points are set to a new random position and weight. No points are removed or added, but points snap to the background grid if the Snapped Pointer is selected. S​HIFT​-click to move points vertically only, preserving the rhythm.
  9. 2x: ‘Double-time’ the selection or the entire waveform. S​HIFT​-click to ‘triple-time’.
  10. Delete Points: Remove all points, or delete selected points.
  11. Undo / redo​: Step back and forth through your edits. Works on a per-Shaper/band basis.
  12. Wave / Oscilloscope: Open the Wave/Oscilloscope menu

TIP: Minutely shifting the wave left/right using the Move function can be very helpful in fine-tuning the response of sidechaining curves in VolumeShaper 6 – just a little earlier or later can make a real difference to the groove and tightness.




How to edit points with the Pointer tool [1]

  • To create a soft point, c​lick​ an empty area.
  • To create a hard point, CTRL-click​ an empty area.
  • To change a point's weight, right-click it.
  • To delete a point, double-click​ it.
  • To move a point, drag it.
  • Toggle snapping temporarily by holding SHIFT while moving.
  • Select multiple points with SHIFT-drag. You can then move and scale the points by dragging the box or the handles around its edges – great for easily changing the intensity or ‘amount’ of an effect. Hold ALT to lock to vertical movement only, or ALT-SHIFT for horizontal lock. Hold ALT while stretching to scale around the centre.

TIP: Click the ‘?’ icon to access a quick wave-editing guide right inside ShaperBox 2.




How to use Pens [3] [4] [5]

ShaperBox 2’s three Pens enable lines, arcs and S-curves to be created, manipulated and repeated in the waveform. They all work in the same way, with a simple, intuitive workflow.

  • Click once to add a line, arc or S-curve at the location shown by the white visual preview.
  • Click again without moving the mouse to add the same shape again, right after the first. Repeat as required!
  • Click-drag to change the length and height of the Pen shape. Note that if you drag far enough left, the shape will be flipped around (and clicking to repeat will move from right to left!). The Pen will retain its shape until edited again.
  • If a Pen shape ‘crashes’ into the edge of the Wave Editor, the shape will be compressed to fit. Clicking while the shape is compressed will set the Pen to this new size.
  • Hold CTRL to toggle to the Pointer tool temporarily.
  • SHIFT-drag to select multiple points. You can then move and scale the points by dragging the box or the handles around its edges – great for easily changing the intensity or ‘amount’ of an effect. Hold ALT to lock to vertical movement only, or ALT-SHIFT for horizontal lock. Hold ALT while stretching to scale about the centre.
  • Pens always snap to the grid.



Wave/Oscilloscope Menu

Right-click any empty area in the Wave Editor, or click the [•••] button in the Wave Editor Tool Strip to open the Wave/Oscilloscope Menu.



  • Wave
    • Select all points:​ Create a selection around all points in the Wave – the same as SHIFT​-clicking the Selection tool button.
    • Flip horizontal​: Reverse the wave/selection in time.
    • Flip vertical:​ Invert the wave/selection.
    • Double:​ ‘Double-time’ the selection or the entire wave.
    • Triple:​ ‘Triple-time’ the selection or the entire wave.
    • Show triplet grid:​ Change the snap grid to triplet time – useful for shuffle/swung rhythms.
    • Copy/Paste​:Transfer waves between Shapers and bands.
  • Oscilloscope
    • Magnitude mode​: The default ‘half waveform’ view, showing the highest amplitude at any given moment out of the left and right channels. Disable to switch to the classic two-channel mode.
    • Left/Right channel​: Enable only one channel – useful for displaying a bigger mono waveform in classic oscilloscope mode. Disable both to turn off the oscilloscope.
    • Freeze​: Lock the current waveform – useful if you want to edit while the transport is stopped.

TIP: Create a ‘trimming’ wave in VolumeShaper 6, so you hear only the hi-hats in a loop – then flip the wave vertically to exclude the hi-hats. This works great when applied only to the treble band.

TIP: With all points selected, you can adjust the intensity of the waveform by stretching it vertically, or speed it up/slow it down by stretching it over time (for example, to turn a half-bar pattern into a full-bar one). Hold ALT while stretching to scale about the centre.

LFO Settings

These three menus give you control over when the waveform starts over, and the length of the LFO cycle. You can set it free-running, synced to the tempo of your DAW, or even to the frequency (pitch) of a MIDI note you're playing, to create everything from long, evolving sweeps to freaky ring modulation-style effects.

LFO Mode, Length and MIDI Trigger are set independently per Shaper – in fact, when unlinked, each band inside a Shaper can have its own settings.

Here’s how the three menus work:


  • LFO Mode
    • Beat:​ The default mode. The LFO locks to your project’s tempo and play position, and the LFO Length is set in musical units (bars and beats).
    • Hertz:​ The LFO rate is set in Hertz (cycles per second). When Hertz mode is selected, the LFO Length menu is replaced by a Speed slider. Note that in Hertz mode, the LFO is ‘synced’ to project position once when you hit play – this gives consistent-sounding playback from a given position.
    • Pitch​: The LFO speed will be set to the frequency of the MIDI note you play. Try it for bizarre ring modulation-style effects! When Pitch is selected, the MIDI Trigger menu switches automatically to On mode.
    • LFO Link: To set the LFO for multiple Shaper bands to the same settings, activate the Link icons in those bands. You can link any combination of the three bands in this way. When the Mid band is part of the linked group, you can automate all linked LFO controls via the Mid band’s LFO parameters. If only Low and High are linked, then the Low band is the one to automate. Disable the Link controls for independent LFO settings per band. Note that Link affects Mode, Length/Speed and MIDI Trigger – to remind you, all three parameters will flash when toggling Link buttons.

  • Length / Speed
    • Length (1/128–32 Bars):​ In Beat mode, set the length of the loop, from 1/128 to 32 bars. The 1/4, 1/2 and 1 buttons give instant 1-click access to the three most commonly used timings.
    • Speed (0.020–5.24kHz):​ In Hertz mode, set the free-running LFO rate.

  • MIDI Trigger
    • Off​: The LFO loops continuously regardless of MIDI input.
    • On: The LFO loops continuously, but resets to the start when a MIDI note is received.
    • On (1-Shot)​: The LFO does not loop, but will play exactly once when a MIDI note is received, then remain at the final value of the waveform. With VolumeShaper 6, for example, if the waveform ends at the bottom of the Graph, the volume will stay there, and you will hear only silence until the next MIDI note is received. Drag the final point/node of the waveform to the upper right of the graph to keep it at full volume after the LFO has played.

For the MIDI Trigger modes, any note will work, e​xcept ​when ShaperBox's MIDI Switch option is enabled too, in which case only C notes will reset the LFO.

TIP: Note that Ableton Live has a serious bug concerning timing that can affect all position-synced plugins (ie, not just Cableguys plugins). For more info and a workaround, see our FAQ page.

TIP: The LFO Link function is great for easy editing and ensuring that your LFOs stay in sync across bands. However, exciting rhythmic effects can be achieved by disabling it. Try copying the same Wave to all bands, but using different Loop Lengths for each; or combining a beat-synced pattern in one band with audio-rate modulation on another.

MIDI Setup

For instructions on setting your DAW up to send MIDI to ShaperBox 2, please visit our FAQ page.​

Open ShaperBox 2’s MIDI Setup screen by clicking the small ‘cog’ button in either the MIDI Switch or MIDI Trigger area.


  • MIDI Port
    • Direct From DAW:​ This is the best option if supported by your DAW, as it gives the tightest possible timing.
    • MIDI Devices​: If your DAW doesn’t support the D​irect From DAW​ option, assign a MIDI input port from those available to your system. The timing may not be as tight, though, and you’ll need to return to this screen if ports are added or removed.
    • Channels:​ Select All Channels, or any individual MIDI channel from 1-16 for input.
    • Trigger Smoothing:​ This option is on by default and alleviates the clicks that can arise when retriggering LFOs with MIDI.

Multiband Editor

Multiband processing brings a powerful extra dimension to every Shaper, dividing the input signal into three completely separate and independently ‘shaped’ frequency bands.

Here are just a few of the countless things you can do using multiband processing:

  • Bass sidechaining: D​uck just the bass by homing in on it with VolumeShaper 6’s low band, leaving all other frequencies in the signal unaffected. Get tighter bass and keep the top-end groove.
  • Multi-spectrum sidechaining:​ Apply different sidechain ducking curves to each VolumeShaper 6 frequency range – go long on the bass, medium length in the mids, and short at the top, allowing your kick to punch through with total precision.
  • Get wide but solid bass:​ Use WidthShaper 2 to widen the higher frequencies in a bassline while keeping the lows mono and centred.
  • Solve troublesome dynamics issues:​ VolumeShaper 6’s Compressor becomes even more powerful in multiband, helping you tame even the most dynamically wayward of material. Simply set the Split sliders to target the frequency range of whichever element is jumping out – ‘jumpy’ midrange resonances in a vocal, for example – and set the Compressor for that band as required.
  • Animate arpeggios:​ Set PanShaper 3 to divide an arpeggiated synth, piano or guitar into three ‘note ranges’, then apply different envelope follower Amounts to each for multi-directional panning based on note input.
  • Extreme time shaping:​ Deconstruct the very temporal fabric of a drum loop by pushing it through TimeShaper 2 with totally different LFO waveforms for each band.
  • Add interest to pads:​ Apply FilterShaper Core 2’s Phaser to just the midrange in a complex pad sound for a combination of psychedelia and stability.

That barely scratches the surface of ShaperBox’s multiband possibilities – the only limit is your imagination!


ShaperBox 2’s multiband setup is designed with ease of use in mind. The three bands are defined in the Bands section at the top-left of the interface, which also shows the audio spectrum and modulation signal level for each one.

  • Split sliders​: Add a Low or High band by moving a Split slider to the desired frequency. Drag the Mid band left and right to move both Split sliders together – if either Split slider reaches the left or right edge of the display, it will 'remember' its position relative to the other Split slider when moved back in the other direction. Double-click the Mid band to reset both Spit sliders. You can also change the slope of each filter split to 6dB, 12dB or 24dB/octave — this option becomes visible when you move the mouse over the spectrum. The exact split frequencies are shown in the help text area at the bottom of the plugin when you mouse-over the band split.
  • Solo (S)​:​ Solo the selected band – the other bands in the Shaper are muted. Click between bands to instantly solo them.
  • ‘Arrows’ button: Expand the Bands spectrum to fill the interface.

Routing And Mixing

Do you want a filtered stutter or a stuttered filter? The order of the effects can make a huge difference to what you get out of them, and experimenting with this is very easy in ShaperBox 2 – just drag Shapers in the Shaper bar to change the left-to-right processing order.

Each Shaper has its own dry/wet Mix control in the upper-right of the interface. This blends the signal coming into the Shaper with its output. In fact, there is a separate Mix control for each band when using Shapers in Multiband mode.

With VolumeShaper 6, PanShaper 3 and WidthShaper 2, the dry/wet Mix works like an ‘amount’ control, making the effect less pronounced the lower it goes – the result is exactly the same as if the modulation curve had been flattened vertically. Lowering the Mix slider also has a profound effect on the Compressor, enabling parallel, a.k.a. New York-style, compression. (PanShaper 3’s Haas effect is an exception to this, however, as, rather than flattening the curve, it mixes its slightly-delayed output with the dry signal, which can introduce phasing artifacts.)

With FilterShaper Core 2 and TimeShaper 2, blending the Dry and Wet signals has the potential for much more drastic effects.

To set the same dry/wet Mix amount for multiple Shaper bands, enable the Link button to the upper-right of the slider. You can link any combination of the three bands in this way. When the Mid band is part of the linked group, you can automate all linked Mix controls via the Mid Mix parameter. If only Low and High are linked, then the Low Mix parameter is the one to automate. Disable the Link controls for independent Dry/Wet Mix per band.

TIP: As mentioned earlier, the Master Mix in the Shaper Bar works differently to the individual Mix knobs. Master Mix instead blends the output of the final Shaper in the chain with the unprocessed signal at the plugin’s input. This is useful when, for example, you’ve put your signal through a far-too-destructive series of Shapers in the name of experimental sound design and want to rein the results back in by mixing in some of the original sound.

Common Plugin Issues

If you are experiencing crashes or graphics issues, then it is likely that your computer is running out of available RAM. If you are running your DAW in 32-bit mode, it can only address RAM up to 2GB/4GB. With bigger projects, where more RAM is required than can be addressed, all kind of strange things can happen with all plugins from all vendors. There is no such RAM limitation with 64-bit DAWs.

All plugins from all vendors that are position-synced are affected by Ableton Live's known timing issues. For a workaround, check our FAQ page.

For any other issues, please check our FAQ page — there's a good chance that the answer is already there.

Be sure to check out our YouTube channel, too, where you'll find lots of tips-'n'-tricks videos, or visit the plugin pages for more information.