# After Later Audio — Ornament and Crime - [Manual PDF](../../manuals/ornament and crime.pdf) --- [Ornament & Crime v1.3 Firmware User Manual (PDF)](https://ornament-and-cri.me/user-manual-v1_3/) --- # How to Use the Ornament & Crime to Build Full-Length Eurorack Songs Ornament & Crime (“o_C”) is not just a clever quantizer or utility—it’s a deep, polymorphic toolkit that can drive structure, variation, and musical storytelling in a Eurorack system. Below, you’ll find practical strategies to go beyond catchy loops and into song-form, using o_C as the backbone or heart of your modular compositions. --- ## Core Concepts for Song Construction ### 1. **Scenes, Sections, and Recallable States** - **Presets/State Save**: The o_C can save the state of all its apps and channels. Use this as an instant “scene change”—moving from verse-like states to chorus-like states with a long press of the encoder, recalling saved setups. - **Manual or CV Scene Control**: Assign a CV (from another module like a sequencer, manual controller, or Planar/Vector joystick) to modulate parameters or even switch apps/states to jump between parts—e.g., swapping from melody lines to quantized harmonies or changing clock divisions. ### 2. **Self-Generating and Evolving Structures** - **Internal Sources**: Use o_C’s internal bytebeat, Turing Machine, logistics, or integer sequence generators as non-repeating, evolving sources for melody/bass/rhythm, avoiding static repetition. - **CV Assignment**: Modulate sequence length, active note mask, clock division, or quantizer root in real time, either manually or with slow modulation, to introduce gradual change and “movement” across sections. ### 3. **Euclidean and Polymetric Rhythms (Piqued, Harrington 1200, Sequins, Acid Curds)** - Harness Euclidean rhythm generation or sequence cycling to create rhythmic sections/variations: - **Intro:** Sparse rhythms, longer Euclidean cycles. - **Verse:** Denser fills. - **Chorus:** Polyrhythms (Euclidean masks + fast clocks). - Use envelope segments as rhythmic CV sources elsewhere—self-patching or routing to VCA/VCF, or triggering/clocking external envelopes. ### 4. **Chord Progression & Harmonic Movement** - **Harrington 1200 & Acid Curds:** Control chords, inversions, and progressions; automate these with manually advanced triggers, clock dividers, or CV assigned to progression or mode. - Example: One progression for “verse,” another for “chorus,” cycling through or gating between them. - Output root/chord CVs to voice multiple oscillators/VCOs for rich harmonies, or trigger chord changes via external gate sources (gestural performance, sequencer gates, or MIDI-to-CV modules). ### 5. **Melodic Structures and Melodic Variation (Sequins, Quantermain, Meta-Q)** - Use **Sequins** for up to 64-step melodies or bass lines, chaining them for A/B/C sections. - Assign CV to step, length, mask, clock rate—controlled by other sequencers/LFOs/programmed modulation sources to vary melody over time. - Employ **Meta-Q / Quantermain** to continuously or step-wise quantize incoming voltages, shifting scales, roots, masking notes for modal change, or variation, again assignable to external CV or LFOs for progression and development. ### 6. **Automation of System Parameters** - Self-patch outputs: Use o_C’s own modulation or logic outputs (from say, Piqued envelopes or random sources) to control or modulate its own settings or those of other modules (via CV attenuators or logic). - External modulation: Route LFOs, random, or stepped CV into o_C’s assignable parameters for emergent, non-repetitive structure (slow LFOs for subtle change; fast CV for ratchets, abrupt scene changes). --- ## Concrete Song-Building Techniques ### **A. Multichannel Song Parts from a Single o_C** 1. **Drums/Percussion:** - Use Piqued for Euclidean trigger envelopes—patch out to EG/VCA for percussion sources or send gates to external drum modules. 2. **Bass Line:** - Use Sequins as a 16+ step bass CV sequencer, or Quantermain to quantize random CV to a stable bass line. 3. **Lead & Harmony:** - Harrington 1200 for chords, Quantermain for melody. Both can share the same clock, or intentionally de-sync for more complex phrasing. 4. **Automated Transitions:** - Assign CV from a macro controller, manual switch, envelope, or slow LFO to swap chord progressions, sequence chains, or root notes. - Use the CV-to-slot system in Meta-Q or Sequins to “flip” between different sequences or masks. ### **B. Sectional Song Development** - **Verse:** - Activate slot 1 in Sequins with a basic scale and rhythm; play a specific chord progression on Acid Curds; simplified rhythm on Piqued. - **Chorus:** - Switch to slot 2 in Sequins, use a different pattern; swap Acid Curds progression; open up Piqued’s rhythm or introduce ratchets. - **Bridge:** - Use randomized or Turing-sourced quantization, add logic/chaos modulations to pitch or rhythm, etc. ### **C. Live Performance & Improvisation** - Leverage state save/recall to prepare song sections in advance. - Use external manual controllers (Pressure Points, Planar) to live-modulate o_C parameters. - Modulate into and out of chaos—LFO sweeps, ramp-up LFSR “random” sources, and gradually restrict scale masks back to consonance for dynamic tension/release. --- ## Example Patch for a Full-Song Structure **Setup:** - Channel A: Drums (Piqued envelopes trigger VCAs/drum modules) - Channel B: Bassline (Sequins, quantized & stepped) - Channel C: Chord CV (Acid Curds or Harrington 1200 feeding three VCOs for chords) - Channel D: Lead (Quantermain, quantizing modulated LFO for evolving melody) **To Create Sections:** - Use external switch/macro controller to change: - Sequins sequence slot (bass) - Chord progression slot (chords) - Quantizer root/note mask (lead) - Piqued Euclidean fill/length (rhythm density) - Fade sections by using attenuverters/VCA on CV controlling o_C parameters, for discrete or slow morphing transitions. --- ## Supporting Tips 1. **Self-Referencing & Cross-Modulation:** Patch o_C’s outputs as CV sources for its own parameters (recursive structure). 2. **Automation via Other Modules:** Integrate with external sequencers, voltage memories, or complex random sources for higher structure (8-step switch, WMD Performance Mixer for macro control, etc.). 3. **Manual Performance:** Prepare scene changes, and play transitions live by holding, releasing, or switching encoder/parameters at moments of highest drama. --- By combining these techniques, the Ornament & Crime can act as a central “brains” for not only starting strong musical ideas, but evolving them to become cohesive, full-length songs—automatically, performatively, or in hybrid style. --- [Manual PDF - Ornament & Crime v1.3](https://ornament-and-cri.me/user-manual-v1_3/) [Generated With Eurorack Processor](https://github.com/nstarke/eurorack-processor)