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#runoCraft

The builder’s engine.

Definition

RunoCraft is where systems take form. It handles modular assemblies, automation templates, workflow design, and tool orchestration. Whether you’re triggering a prompt chain, designing an interface, or modeling a logic loop, Craft is the hands of Runo — where symbolic intention becomes technical expression. It learns from what you build, and builds from how you think.

Position in Stack

Human Expression → runoSense → ✶ SYMBOLIC INTENTION ✶ → runoCraft → PHYSICAL FORM

Core Functions of runoCraft

Domain

Functionality

Example

Parametric Design

Generate dynamic forms from symbolic seeds

“Longing” → arched back, open lower bout

Material Mapping

Match essence to material behavior

“Fragile tension” → thin figured walnut

Structural Logic

Adapt bracing, cavities, damping to energy needs

Psyche layer → responsive brace geometry

Physical Expression

Translate gestures into shape and assembly gestures

Curved top line = “expansive emotion”

Sound Shaping

Use geometry/material/tension to modulate sound

Breathlike decay → resonant cavity tuning

Components of runoCraft

1. Essence-to-Form Generator

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  • Reads symbolic data (from runoSense)

  • Converts it into base geometry, tension zones, material direction

Example:

symbolic_input:
  emotional_seed: "restraint"
  dynamic_vector: "coiled inward"
  tone_bias: "upper mids"

geometry:
  bout_shape: asymmetric
  brace_density: high
  taper_angle: 4.3°
material:
  wood: figured maple, tight grain

 

2. Parametric Toolchain

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Can be implemented in Grasshopper, Houdini, or custom parametric CAD. Driven by:

  • Tone maps

  • Soma pressure distribution

  • Pneuma axis (resonance vectors)

  • Psyche encoding (emotional pattern translation)

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3. Material Behavior Mapping

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Each wood has a unique “signature,” matched based on:

  • Grain alignment

  • Response to waveforms

  • Historic vibrational patterns (if previously recorded)

  • Piezo/ultrasound test memory

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4. Fabrication Protocol Generator

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Output:

  • CNC-ready models

  • Manual assembly cues

  • Finish and treatment suggestions

  • Embedded electronics positions (if hybridized with pneuma/soma layers)

Example Workflow

Input (from runoSense):

Intention: “translucent sorrow”
Sketch shows compressed upper half
Audio reference: sustained breathlike decay

runoCraft output:

  • Parametric body with:

    • Pinched shoulder bouts

    • Thin top with elliptical soundhole

  • Bracing pattern tuned to produce reverb tail in upper mids

  • Recommended materials: Engelmann Spruce + Sapele ribs

  • CNC files for top/back plates

  • Manual instructions to taper braces post-gluing

Visual Layout (for UI/UX)

runoCraft Schematics
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