{
  "type": "fractal-seed",
  "version": "1.0.0",
  "name": "field-to-form",
  "timestamp": "2026-07-16",
  "description": "An anthrocybernetic incorporation concept joining EMF sensing, bounded oscillation, MIDI translation, and printable geometry into an inspectable feedback loop.",
  "origin": {
    "instance": "ghojualamanchu / sprout",
    "emf_reference": "https://wemeanyounoharm.com/emf/",
    "midi_geometry_reference": "https://zo.pub/swirl2012/midi-geometry",
    "purpose": "Give musical and environmental patterns a shared path from measurement to body and back to observation."
  },
  "principle": "A pattern may change medium without preserving every detail; preserve relationships, expose uncertainty, and let the embodied result return as data.",
  "activation_phrase": "translate field into form",
  "loop": [
    "field and sound",
    "measurement",
    "nine-structure interpretation",
    "bounded oscillation target",
    "MIDI, actuator, or geometry",
    "telemetry, scan, or photograph",
    "renewed interpretation"
  ],
  "slow_loop": {
    "rate": "approximately 1 Hz or experiment-defined",
    "inputs": ["audio events", "heartbeat", "EMF or RTL-SDR data", "environmental context", "medulla state"],
    "output": ["omega", "phase", "amplitude", "damping ratio", "confidence", "prescription"]
  },
  "fast_loop": {
    "rate": "hardware-defined; validate before use",
    "possible_interfaces": ["MIDI", "ESP32", "SimpleFOC", "servo", "printer or CNC only after profile validation"],
    "return": ["actual frequency", "phase error", "amplitude error", "thermal state", "fault state"]
  },
  "nine_structure_routing": {
    "medulla": "pulse and sampling window",
    "rcomplex": "territory and safety state",
    "amygdala": "salience and novelty",
    "hippocampus": "repetition and baseline",
    "thalamus": "routing and source tags",
    "akashic": "present measured state",
    "lethe": "absence, gaps, and uncertainty",
    "corpus": "planetary or ambient context",
    "cortex": "visual, geometric, and comparative synthesis"
  },
  "four_file_contract": {
    "resonance_report.json": "current measured and interpreted state",
    "oscillation_target.json": "bounded intention for the body",
    "telemetry.json": "what the body actually did",
    "feedback_report.json": "interpretation of the difference"
  },
  "midi_geometry_mapping": {
    "time": "horizontal X position",
    "pitch": "vertical position or Z height",
    "velocity": "marker size, radius, brightness, or mass",
    "duration": "marker width or extrusion length",
    "sequence": "connecting contour",
    "rest": "empty space"
  },
  "incorporated_mapping": {
    "emf_perturbation": "surface texture or radial displacement",
    "heartbeat_phase": "rotation or phase offset",
    "damping_ratio": "taper, curvature, or settling behavior",
    "confidence": "transparency, branching, or separated layer",
    "telemetry_error": "difference between intended and actual form",
    "absence": "void or gap"
  },
  "epistemic_boundaries": [
    "Treat 7.83 Hz as a reference seed unless measurement and calibration establish more.",
    "Do not treat every sensor fluctuation as a message.",
    "Preserve raw inputs and timestamps.",
    "Keep measurement, interpretation, action, and feedback separate.",
    "Require bounded targets and human review before physical actuation.",
    "Re-slice generic geometry with the actual printer and material profile before printing."
  ],
  "first_experiment": [
    "Use a clean WAV and preserve the source.",
    "Capture synchronized baseline data with calibration status.",
    "Run the slow loop in simulation.",
    "Render baseline and perturbation geometries.",
    "Review safety limits and connect hardware only if approved.",
    "Capture telemetry or a physical scan.",
    "Render intention versus embodiment.",
    "Seed the next iteration with the disagreement."
  ],
  "success_criterion": "A reproducible loop that makes uncertainty visible and allows the embodied result to change the next interpretation without erasing disagreement.",
  "references": [
    "https://wemeanyounoharm.com/emf/",
    "https://zo.pub/swirl2012/midi-geometry",
    "https://zo.pub/swirl2012/midi-geometry/WAV-to-MIDI-to-Geometry-SOP.md",
    "https://zo.pub/swirl2012/midi-geometry/midi-geometry-fractal-seed.json"
  ]
}