Create Image on how you use library db and how does agent adapts and iterate on information it finds

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A detailed technical diagram showing an AI agent's workflow for using a medical library database, with adaptive iteration cycles. The diagram shows: 1) A central AI Agent node with a brain/circuit icon, 2) An arrow pointing to a "Library Database" (represented as stacked books with a search bar), 3) The agent sending a query with keywords like "FTS5 Search", "Headings", "Paragraphs", 4) Results flowing back showing textbook blocks, section headings, and snippets, 5) A decision diamond labeled "Sufficient Info?" with two paths: YES leads to "Synthesize Answer" and NO loops back to "Refine Query" with adapted search terms, 6) Multiple iteration arrows showing the agent trying broader/narrower searches, 7) Side annotations showing adaptation strategies: "Broaden terms", "Try synonyms", "Search different sections", "Cross-reference books", 8) A final output box showing a well-cited medical answer. Use a clean, modern infographic style with blue and teal color scheme, clear labels, and professional flow chart arrows.

AI Agent Library DB Workflow
Here's a breakdown of what the diagram illustrates:
Query Phase The agent starts with the user's question and formulates an initial search — using FTS5 full-text search against headings and paragraphs across all indexed medical textbooks.
Database Interaction The Library DB returns matched blocks: section headings, paragraph snippets, book titles, and file paths. The agent reads these results in chunks (100 lines at a time) using pagination.
Adaptation & Iteration Loop
  • If results are insufficient (too vague, off-topic, or sparse), the agent refines its query — broadening terms, trying synonyms, switching from heading search to paragraph search, or targeting a different speciality.
  • If results are sufficient, it synthesizes them into a coherent answer with citations.
Key Adaptation Strategies
  • Switch between headings_fts (topic-level) and paragraphs_fts (deep content) searches
  • Use Boolean operators (AND, OR) and phrase search ("exact phrase")
  • Cross-reference multiple textbooks across specialities
  • Follow file paths to read full blocks when snippets aren't enough
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