K-Devices Modulators v1.1 for Ableton Live v9.7.1 ALP

 

Links update: 12/12/2018

Get deep with the multi-functional LFO, create a sequence of randomized preset states, or modulate parameters using an audio signal – this set of envelope followers and other device controllers can reinvent how you use your instruments and effects, and take your modulations to the molecular level.


Three of the set’s four devices work by manipulating a single target parameter for advanced modulations (EXT, REF and TED). TIP works differently: it takes snapshots of a target device’s entire range of parameters, then offers ways to switch between them. Here’s the lowdown on each device:

EXT3

A step-sequenced modulator and envelope generator allowing quick creation of automated patterns and creative modulations. Control the target parameter via steps, creating sequences with controls like swing, time resolution and time variation. You can also adjust envelopes, set independent lengths for each step and adjust the smoothness of transitions between these steps.

REF

An envelope follower for modulating any parameter using an audio source. You can band-limit an incoming signal, then shape the output using a host of functions and response parameters.The display offers accurate visual feedback on how the resulting envelope will control your target parameter.

TED

A fully customizable LFO with a comprehensive set of tools for crafting perfectly shaped control signals: six blendable LFO waveforms, advanced wave shaping parameters, cycle repetition controls and more. TED can even output CV/GATE, so can act as a function generator for modular systems.

TIP

A unique grid-based device controller with which you can take up to 64 snapshots of your target device’s entire range of parameters and store them within a cell of TIP’s grid. Then switch between snapshots by designing automations or triggering automatically using random and other definable functions. You can also randomize up to 264 of any device’s parameters in an instant, with the option to exclude volume and dry/wet functions.

 

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