After Later Audio — Ornament and Crime

Eurorack Sound Design with Ornament & Crime (o_C)

Ornament & Crime is a highly polymorphic Eurorack module with a diverse array of apps. Let's dive into creative modulation strategies for designing:

Each suggestion leverages specific apps and CV modulation mappings described in the manual:

Envelope type: Choose looping AD, ADR, or ADL2 types for sharp percussive shapes.
Segment shapes: Use Ledge, Cliff, and the various "Dipper" and "Wiggle" shapes for non-standard transients.
Envelope Duration Modulation: Assign CV inputs to decay, sustain, or ADR duration to make envelope times ever-changing, resulting in evolving percussive impacts.
Euclidean Trigger Filters: Set up polyrhythmic, glitchy patterns via the Eucl. Length and Fill parameters. Modulate Fill and Rotation with CV for morphing rhythm structures.

Run Bytebeat equations at audio rate (Speed = 255).
Stepped, digital waveforms combine bits and clicks for industrial snares/claps.
Modulate Parameters: Map CV or knob to Pitch, Parameters 0/1/2, or equation selection for morphing digital percussion timbres.
Step mode: Clock it externally and use its output as raw percussive bursts, then heavily low-pass filter downstream.

Cross-patch: Envelope (from Piqued) out controls VCA amplitude for bytebeat audio.
Extreme Settings: Use random envelope shapes and euclidean trigger randomness for unpredictable glitch percussion.

Write a sequence of semitones to define a solid "wobble" bassline, typical of dubstep.
Chain sequences: Use multiple patterns for longer riffs; combine forward, pendulum, and Brownian/random directions.
Aux Output: Instead of just gates, select envelope (ADSR, ADR) for "ducking" FX.
Assign CV inputs to "mult/div" for variable rhythmic sync, or to "direction"/"scale mask" for lexical morphing.

Set source to internal ByteB/IntSeq/LFSR
Assign a Turing Machine or integer sequence as the CV source for semi-random "talking" basslines.
Turing Machine Probability CV: Modulate with LFO or audio rate signals for controlled chaos.
Apply non-octave scales (Carlos alpha/beta/gamma, Bohlen-Pierce) for "alien" tonality.

Audio-rate LFOs as FM for VCOs—modulate the frequency and shape of the LFO for evolving, bitcrushed modulation on your bass OSC.

Set very slow frequency range ("cosmological"/"geol.").
CV-control shape spread, phase, and coupling for huge, drifting movement between layers.
Use outputs to modulate parallel VCAs or VCFs for wide stereo fields.

ADR, ADSR with massive segment lengths (multipliers up to 8192!).
Use Sine or Quartic shapes for slow swells and fades.
External CV control over durations/levels for pads that "breathe" and never repeat exactly.

Enable Loop Mode and reduce Speed for slow-changing, stepped CV.
Patch to modulate effects (reverb mix, delay time) or filter cutoff for unpredictable ambiance.

Extreme Randomization: Modulate everything—masks, root, buffer index, pattern offsets—to push o_C into unpredictable territory.
External Feedback: Send o_C outputs through distortion, wavefolders, or even back into its own CV inputs.
Non-octave Tunings: Explore alternate tunings for unfamiliar textures, especially with random melodic/sequence sources.