Zack Steinkamp Modulators M4L Bundle AMXD [FREE]

Free | M4L Device AMXD | 183 KB
Correlation Modulation v3:

This is a Max For Live device that uses a stereo signal's left/right phase correlation as a modulation source to control other parameters. It has adjustable smoothing, shift, and scale controls.

Modulation Delay v5:

Take what you know about audio delays and apply it to modulation signals! Modulation Delay is a Max For Live device that can affect a modulation signal in the same way a feedbacking delay effect can turn sound into echoes.

Here is an image of a Shaper device modulating Modulation Delay, where it creates echoes of the input.

Modulation Inertia v2:

This is a utility device that provide some inertia to a modulation signal.
The blue line in the graph is the Input signal. The yellow line is the Output signal, which you would then map to other parameters in your Live Set.

In the example above, the Output signal is mapped to the filter frequency of the Auto Filter following it. The Input signal (blue) is quite sudden in its up and down movement, but Modulation Inertia smooths it out. It has the ability to apply different smoothing to rising and falling signals, which facilitates making things like an Attack-Decay envelope capability.

Modulation Lerp v4:

This is a Max For Live device that calculates a linearly interpolated value between two input values. This lets you adjust the minimum and maximum constraints of a third signal.

Modulation Math v8:

This is a Max For Live device that lets you combine two modulation signals using math. This allows you to have more complex modulation than what you can normally do in Ableton Live. You can add, subtract, multiply, and divide two input signals. From there, you can invert, scale, and shift the resulting signal and map it to any other parameter (up to 8 destinations).

Modulation Stepper v4:

This is a Max For Live device that will turn continuous modulation input into stair-stepped output. It's similar to what a bitcrusher does to audio.

For example, you can map an LFO outputting a sine wave to this device's input, then configure the device to generate steps at a tempo-synced or free time interval, automating up to 8 other parameters.