# Infospace Metrics Report **Report Date:** 2026-02-10 **Chapters Processed:** 1 of 35 --- ## Completeness Metrics ### VSM Concept Coverage **Coverage: 5 of 12 concepts (41.7%)** | Concept | Covered | Mapping Count | |---------|---------|---------------| | S1 (Operations) | Yes | 8 | | S2 (Coordination) | Yes | 3 | | S3 (Control) | No | 0 | | S3* (Audit) | No | 0 | | S4 (Intelligence) | Yes | 2 | | S5 (Policy) | No | 0 | | Recursion | Yes | 1 | | Variety | No | 0 | | Requisite Variety | No | 0 | | Attenuation/Amplification | No | 0 | | Algedonic Signals | No | 0 | | Viability | Yes | 1 | | Autonomy | No | 0 | **Uncovered concepts:** S3, S3*, S5, Variety, Requisite Variety, Attenuation/Amplification, Algedonic Signals, Autonomy **Assessment:** Coverage is concentrated on S1 (Operations), which is expected for the opening chapter focused on production. The remaining concepts require chapters addressing regulation (S3), policy (S5), and information management (S3*, variety engineering). ### Chapter Coverage **Coverage: 1 of 35 chapters (2.9%)** | Book | Chapters Available | Chapters Processed | |------|-------------------|-------------------| | Introduction | 1 | 0 | | Book I | 11 | 1 | | Book II | 6 | 0 | | Book III | 4 | 0 | | Book IV | 10 | 0 | | Book V | 3 | 0 | ### Entity Count **Total distinct entities: 13** | Economic Domain | Count | |----------------|-------| | Production | 10 | | Distribution | 1 | | Exchange | 1 | | General Theory | 1 | | Consumption | 0 | | Accumulation | 0 | | Regulation | 0 | **Assessment:** Entity extraction is heavily skewed toward Production, reflecting the chapter's content. Domains like Accumulation and Regulation will require Book II and Book V chapters respectively. ### Mapping Count **Total mappings: 14** Mapping strength distribution: - Strong: 11 (78.6%) - Moderate: 3 (21.4%) - Weak: 0 (0.0%) --- ## Consistency Metrics ### Terminology Consistency **Score: 1.0** With only one chapter processed, no cross-chapter terminology conflicts exist. All entity names follow Smith's own terminology and the naming conventions specified in the extraction rules. No synonyms detected. **Flagged issues:** None ### Cross-reference Integrity **Score: 1.0** All entity references in mapping documents point to entities defined in the entities output. No broken references detected. **Flagged issues:** None ### Schema Compliance **Compliance: 100%** | Document Type | Total | Compliant | Non-compliant | |--------------|-------|-----------|---------------| | Entity documents | 13 | 13 | 0 | | Mapping documents | 14 | 14 | 0 | | Analysis documents | 1 | 1 | 0 | All documents contain their required sections as defined by their respective schemas. --- ## Recommendations ### Priority Actions 1. **Process remaining Book I chapters** to build S2 and S3 coverage through price theory (Chapters 5-7) and wage/profit regulation (Chapters 8-10). 2. **Process Book IV chapters** for S5 (Policy) coverage, as these address political economy systems (mercantilism, free trade). 3. **Process Book V chapters** for S3 (Control) coverage through sovereign revenue and public administration. ### Coverage Gaps to Watch - **Variety and requisite variety** are core VSM concepts that may not map directly to Smith's vocabulary. Consider whether Smith's discussions of market size, competition, and information asymmetry can be mapped to variety management. - **Algedonic signals** may appear in discussions of famine, market crises, or economic distress in later chapters. - **S3* (Audit)** is the most difficult system to map in classical economics. Watch for discussions of market inspections, trade regulation enforcement, or quality verification. ### Quality Notes - Current consistency scores (1.0 across all metrics) will be the baseline. As more chapters are processed, terminology conflicts and cross-reference issues are likely to emerge and should be actively managed. - The high proportion of Strong mappings (78.6%) is appropriate for Chapter 1 given its focus on operations, which map cleanly to S1. Later chapters covering more abstract economic concepts may yield more Moderate and Weak mappings.