Turns the graph into a gap-finder: the 247 unresolved internal citations (a corpus precedent cites a ruling NOT in the corpus) collapse to 230 distinct "gap" nodes — each sized by how many corpus precedents cite it, i.e. the most-wanted missing precedent. Backend (web/graph_api.py — read-only, G2): - "gap" added to VALID_NODE_TYPES (NOT default → off unless requested). - New _gap_nodes_and_edges(): gap:<normalized citation> nodes from precedent_internal_citations WHERE cited_case_law_id IS NULL, sized by global in-degree; cites edges only from precedents present in the view (dangling-edge invariant holds). Best-effort enrichment from missing_precedents via exact normalized-citation match → gap_status + missing_precedent_id. Validated: 230 gaps, top ע"א 3213/97 (cited 5×), 230/230 matched to missing_precedents. - GraphNode += gap_status, missing_precedent_id. Metrics correctly exclude gap edges (target not a precedent). No app.py change (gated via node_types). Frontend: - graph.ts: GraphNodeType += "gap"; node fields. - graph-filter-panel: toggle "חוסרי מחקר (פסיקה חסרה)" (off by default). - graph-canvas: gaps render as faint hollow dashed circles, never recoloured by color-by; sized by citation count. - graph-node-panel: gap branch — "מצוטטת ע״י N פסיקות" + status badge + link to /missing-precedents. web-ui build + lint pass. Invariants: G2 (SELECT-only), UI2 (model grows on explicit Pydantic). api:types post-deploy. Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com>
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