{
  "project": "Flypaint",
  "brain": {
    "source": "https://huggingface.co/spaces/lvwerra/microfly",
    "coreLicense": "./licenses/microfly-Apache-2.0.txt",
    "upstream": "https://github.com/snedea/flybrain",
    "upstreamCommit": "9191824d17871b7851645782d53d23f213ddb938",
    "upstreamLicense": "./licenses/flybrain-MIT.txt",
    "provenance": "./brain/upstream-provenance.json",
    "neurons": 139255,
    "weightedEdges": 2698236,
    "dataset": "FlyWire-derived connectome and anatomical neuron positions",
    "graphSha256": "fbf8d440ca1207c7573e1acdd2366f9d0beb9b533c1710f21681264f81b1cc49"
  },
  "body": {
    "title": "Drosophila - Adult Fruit Fly - CT Scan",
    "author": "etainproject",
    "source": "https://sketchfab.com/3d-models/drosophila-adult-fruit-fly-ct-scan-ad29b897bd2b4e27bb04ab9d31baa117",
    "license": "https://creativecommons.org/licenses/by/4.0/",
    "providedByUser": true,
    "modifications": "Original geometry retained; display material, scale and orientation adjusted. A small procedural surface deformation illustrates a walking gait. No skeleton or animations were present in the GLB."
  },
  "rendering": {
    "library": "Three.js",
    "license": "./licenses/THREE-LICENSE.txt"
  },
  "limitations": [
    "Simplified spiking dynamics are engineered, not biologically calibrated.",
    "Virtual sensory cues and motor-to-paint mappings are designed, not learned.",
    "Anatomical point cloud is a visualization of simulated activity, not a live biological recording.",
    "Body motion uses a designed gait, not a full biomechanical physics simulation."
  ],
  "composition": {
    "selection": "Shuffled deck of eight procedural designs, with random shape variants and palettes; no consecutive type repeat.",
    "types": [
      "Heart",
      "Spiral",
      "Wildflower",
      "Butterfly",
      "Ribbon waves",
      "Orbit loops",
      "Star bloom",
      "Seashell"
    ],
    "control": "Procedural guides define composition and heading. Simulated neural output controls progress speed and pigment pressure. The model does not invent or select the drawing subject."
  }
}
