104 lines
6.9 KiB
YAML
104 lines
6.9 KiB
YAML
experiment:
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name: VibeGeometry
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status: incubation
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phase: phase_0_scaffold
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premise: >
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Build a durable research and implementation home for agent-authored
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Blender 5.0+ scenes that use Python to construct complex geometry-node
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graphs for procedural geometry matching reference images and instructions.
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mission:
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primary: >
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Enable Codex and other agents to generate inspectable, reusable Blender
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geometry-node graphs that produce specific visual results from reference
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images, text instructions, and iterative render review.
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near_term: >
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Define the scene brief, node graph manifest, Python builder, render runner,
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and review loop before building a large library of graph idioms.
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hard_boundaries:
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- Blender 5.0+ is the target runtime unless a task explicitly chooses another version.
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- Geometry nodes are the primary procedural modeling surface.
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- Python scripts should construct and orchestrate node graphs, not hide the design in uninspectable imperative mesh code.
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- Python is the authoring and orchestration layer; Geometry Script is the inspectable node-graph emission surface, not the whole toolchain.
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- Visual targets must preserve reference-image evidence and explicit instructions.
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- A graph that runs is not accepted until rendered output is inspected against the target.
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- Node groups must be named, parameterized, and legible enough for future agents to modify.
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- Attribute creation, transformation, and consumption must be explicit.
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- Prefer established Blender node idioms and current API guidance over bespoke graph inventions.
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- Keep failed experiments only when they change future belief.
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- Do not let proxy checks replace visual review.
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live_architecture:
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pipeline:
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- Ingest reference images and instructions into a scene brief.
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- Extract target visual traits: silhouette, repetition, distribution, material response, surface breakup, camera, lighting, palette, and scale cues.
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- Plan a geometry strategy in plain language before scripting.
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- Emit a node graph manifest describing groups, sockets, attributes, fields, modifiers, materials, and exposed controls.
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- Generate Blender Python that builds the scene and node graphs from the manifest.
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- Run Blender headlessly or interactively to produce `.blend` files and render evidence.
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- Review renders against the visual target and record accepted, rejected, or revised hypotheses.
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authoring_stack:
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- Python structures intent, repetition, data tables, variants, cleanup, validation, documentation, and scene/render orchestration.
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- Geometry Script emits inspectable reusable Geometry Nodes groups.
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- bpy handles Blender objects, modifiers, materials, cameras, lights, files, renders, and evaluated-geometry checks.
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- External Python tools inspect source blends, generate converter drafts, compare outputs, and maintain corpus evidence.
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persistence:
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- `state/map.yaml` stores canonical mission, boundaries, architecture, artifacts, and next action.
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- `state/scratch.md` stores one bounded active thought surface.
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- `state/evidence.jsonl` stores distilled belief-changing records.
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- `notes/fresh-workspace-handoff.md` stores compact re-entry instructions.
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- `notes/vibegeometry-current-system-map.md` explains the live repo machinery.
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- `notes/vibegeometry-implementation-plan.md` stores the near-term build sequence.
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active_subgoals:
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- Keep the pipeline legible from visual target to graph strategy to Python builder to render review.
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- Build a graded Geometry Nodes translation corpus before hardening schemas or builder abstractions.
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- Define artifact schemas after enough translated examples expose the real contract pressure.
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- Build a minimal Blender runner only after the scene brief and graph manifest contracts are clear.
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- Collect Blender 5.0+ geometry-node API and best-practice evidence before hardening graph builders.
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- Preserve one-hypothesis iteration when visual results miss the target.
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current_artifacts:
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canonical_docs:
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- notes/architecture-rationale.md
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- notes/fresh-workspace-handoff.md
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- notes/vibegeometry-current-system-map.md
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- notes/vibegeometry-implementation-plan.md
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- docs/architecture/pipeline-overview.md
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- docs/research/procedural-doctrine.md
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- docs/research/geometry-script-fork-notes.md
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- docs/research/translations/ircss-french-houses-system-map.md
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- docs/research/translations/ircss-french-houses-node-atlas.md
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- docs/research/translations/ircss-french-houses-node-mechanisms.md
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- docs/research/builds/aetheria-bloom-habitat.md
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tools:
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- tools/vibegeometry_state.py
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- tools/vibegeometry_prepare_compaction.py
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- tools/inspect_blend_node_groups.py
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- tools/verify_cartesian_translations.py
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- tools/verify_piechart_translations.py
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- tools/verify_fieldvalue_translations.py
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- tools/geometry_script_loader.py
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- tools/smoke_nodes_to_script_converter.py
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- tools/verify_aetheria_bloom_habitat.py
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pending_contracts:
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- schemas/scene-brief.schema.json
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- schemas/node-graph-manifest.schema.json
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- schemas/render-review.schema.json
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data_flow:
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- Rehydrate from map, handoff, system map, implementation plan, and `npm run state:status`.
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- Work one bounded pipeline organ.
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- Verify the seam that matters.
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- Add distilled evidence only when future belief changes.
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- Commit completed work.
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- If state grows faster than understanding, cut it back.
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current_status:
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summary: VibeGeometry has an initial persistence scaffold plus verified Geometry Script translations for local math/utility samples, a first official Blender demo tranche, IRCSS French Houses city-scale graph doctrine, and a from-scratch Aetheria Bloom whole-habitat build. The IRCSS pass verified MakeSpiral and PointyGothicCone, then mapped the 108-group town kit through a dependency map, all-node atlas, and node mechanism study. The Bloom pass used Aetheria lore plus Bruneton's Rama making-of to generate a full cylindrical world study with shell anatomy, despun hub cap and docking core, spun spire sheath, shared x/angle/radius coordinate helpers, golden-angle spiral spoke and transfer-loop distribution, layered endcaps, social-gradient inner geography, batched fractal favela wall detail, elaborated spoke plazas/town fields, roads/rivers, cloud-flow patches, surface service seams, and service markers. The remaining large-system blockers are repeat-zone feedback, repeat Top outputs, foreach zones, and gizmo nodes.
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next_action: Continue the Aetheria Bloom build by moving the shared cylindrical coordinate helpers plus batched favela/town/plaza and spiral spoke/transfer-artery networks into reusable Geometry Script groups, then improve atmospheric/light readability from render evidence.
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remotes:
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vibegeometry: https://github.com/GameCult/VibeGeometry
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geometry_script_fork: https://github.com/GameCult/geometry-script
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geometry_script_upstream_pr: https://github.com/carson-katri/geometry-script/pull/69
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