hexifyer

calic/hexifyer

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Author	SHA1	Message	Date
Axel Meyer	12200735bf	Add per-hex metadata system for scale-invariant classification Each hex now gets a meta/<q>_<r>.json with stable ID, pixel center coordinates, pixel bounds, labels, notes, and classification status. The pixelCenter acts as a scale-independent anchor: when switching from 10 Meilen/Hex to 5 Meilen/Hex, pixelToAxial(meta.pixelCenter, newSize) maps coarse hexes to fine hexes without re-running classification. Adds: - pipeline/build-hexmeta.ts: creates/updates metadata + exports data/hexmeta-<map-id>.jsonl (committed, survives git clones) - pipeline/auto-classify-ocean.ts: pixel-based ocean auto-detection - pipeline/create-map.ts: one-off DB map entry creation - extract-submaps.ts: writes meta/<q>_<r>.json during extraction - data/hexmeta-1.jsonl: 8844 hex metadata entries for Aventurien map 1 Co-Authored-By: Claude Sonnet 4.6 <noreply@anthropic.com>	2026-04-16 10:07:09 +02:00
Axel Meyer	bc7d5a3cc7	Add vision-LLM import pipeline for hex terrain classification Adds a 3-phase pipeline to populate a HexMap from a source image using Claude's vision capabilities instead of naive pixel-color matching: Phase 1 (extract-submaps): crops annotated submap PNGs per hex, including center + 6 neighbours with SVG overlay. Phase 2: Claude classifies submaps in a Code session, writing classifications.json — resumable across sessions. Phase 3 (import-from-json): reads classifications.json into the DB. Also adds assemble-map.ts to reconstruct a full image from a Leaflet tile pyramid (used to recover the Aventurien source map from kiepenkerl). Adds CLAUDE.md documenting the approach, scale constants (PIXELS_PER_MEILE=8, hexSize=40 = 10 Meilen/Hex), and the Nord/Mitte/Süd region split for the Aventurien map. Co-Authored-By: Claude Sonnet 4.6 <noreply@anthropic.com>	2026-04-16 09:49:01 +02:00
Axel Meyer	f302932ea8	Phase 1: Core hex engine, Leaflet overlay, terrain painting UI - core/: Pure TS hex engine (axial coords, hex grid, terrain types, edge connectivity with constraint solver, HexMap state model) - src/map/: Leaflet L.CRS.Simple map init, Canvas-based hex overlay layer (L.GridLayer), click/edge interaction detection - src/ui/: Sidebar with toolbar (Select/Paint/Feature modes), terrain picker, hex inspector, map settings (hex size, grid, opacity) - pipeline/: Tile pyramid generator (sharp, from source image) - tests/: 32 passing tests for coords, hex-grid, edge-connectivity - Uses Kiepenkerl tiles (symlinked) for development Co-Authored-By: Claude Opus 4.6 (1M context) <noreply@anthropic.com>	2026-04-07 10:32:52 +00:00

Author

SHA1

Message

Date

Axel Meyer

12200735bf

Add per-hex metadata system for scale-invariant classification

Each hex now gets a meta/<q>_<r>.json with stable ID, pixel center
coordinates, pixel bounds, labels, notes, and classification status.
The pixelCenter acts as a scale-independent anchor: when switching from
10 Meilen/Hex to 5 Meilen/Hex, pixelToAxial(meta.pixelCenter, newSize)
maps coarse hexes to fine hexes without re-running classification.

Adds:
- pipeline/build-hexmeta.ts: creates/updates metadata + exports
  data/hexmeta-<map-id>.jsonl (committed, survives git clones)
- pipeline/auto-classify-ocean.ts: pixel-based ocean auto-detection
- pipeline/create-map.ts: one-off DB map entry creation
- extract-submaps.ts: writes meta/<q>_<r>.json during extraction
- data/hexmeta-1.jsonl: 8844 hex metadata entries for Aventurien map 1

Co-Authored-By: Claude Sonnet 4.6 <noreply@anthropic.com>

2026-04-16 10:07:09 +02:00

Axel Meyer

bc7d5a3cc7

Add vision-LLM import pipeline for hex terrain classification

Adds a 3-phase pipeline to populate a HexMap from a source image using
Claude's vision capabilities instead of naive pixel-color matching:

Phase 1 (extract-submaps): crops annotated submap PNGs per hex,
  including center + 6 neighbours with SVG overlay.
Phase 2: Claude classifies submaps in a Code session, writing
  classifications.json — resumable across sessions.
Phase 3 (import-from-json): reads classifications.json into the DB.

Also adds assemble-map.ts to reconstruct a full image from a Leaflet
tile pyramid (used to recover the Aventurien source map from kiepenkerl).

Adds CLAUDE.md documenting the approach, scale constants
(PIXELS_PER_MEILE=8, hexSize=40 = 10 Meilen/Hex), and the
Nord/Mitte/Süd region split for the Aventurien map.

Co-Authored-By: Claude Sonnet 4.6 <noreply@anthropic.com>

2026-04-16 09:49:01 +02:00

Axel Meyer

f302932ea8

Phase 1: Core hex engine, Leaflet overlay, terrain painting UI

- core/: Pure TS hex engine (axial coords, hex grid, terrain types,
  edge connectivity with constraint solver, HexMap state model)
- src/map/: Leaflet L.CRS.Simple map init, Canvas-based hex overlay
  layer (L.GridLayer), click/edge interaction detection
- src/ui/: Sidebar with toolbar (Select/Paint/Feature modes),
  terrain picker, hex inspector, map settings (hex size, grid, opacity)
- pipeline/: Tile pyramid generator (sharp, from source image)
- tests/: 32 passing tests for coords, hex-grid, edge-connectivity
- Uses Kiepenkerl tiles (symlinked) for development

Co-Authored-By: Claude Opus 4.6 (1M context) <noreply@anthropic.com>

2026-04-07 10:32:52 +00:00

3 Commits