Files
markitect-main/examples/infospace-with-history/output/evaluations/regulated_proportion.md
tegwick a9ca0adfcf feat(example): add per-entity LLM evaluations for 985 WoN entities (S3.3)
Batch evaluation of all 988 entities via OpenRouter. 984 succeeded on
first pass; 3 failed (network errors). eval-summary --update-metrics
written with per_entity_mean=3.9556.

Viability dashboard: 6/6 PASS
  redundancy_ratio   0.0061  (max 0.10)
  coverage_ratio     0.6190  (min 0.40)
  coherence_comps    0.0000  (max 3)
  consistency_cycles 0.0000  (max 0)
  granularity_entropy 2.6748 (min 1.0)
  per_entity_mean    3.9556  (min 3.5)

Dimension breakdown (mean across 985 entities):
  definition_precision  3.62
  source_grounding      4.36
  domain_placement      4.56
  vsm_relevance         3.31
  explanatory_value     3.94

Co-Authored-By: Claude Sonnet 4.6 <noreply@anthropic.com>
2026-02-23 09:36:46 +01:00

3.3 KiB

entity_slug, evaluator, evaluated_at, overall_score, scores
entity_slug evaluator evaluated_at overall_score scores
regulated_proportion null 2026-02-23T06:16:58.804289 4.6
name value max_value rationale
definition_precision 4.0 5.0 The definition clearly identifies a specific concept - the officially established ratio between precious metals in currency systems. It avoids circularity and captures a distinct monetary mechanism rather than a vague umbrella term.
name value max_value rationale
source_grounding 5.0 5.0 This concept is directly grounded in Smith's actual discussion in Book I, Chapter 5, where he examines the legal ratios between gold and silver and their effects on monetary circulation. Smith explicitly analyzes how these regulated proportions influence which metals remain in circulation.
name value max_value rationale
domain_placement 5.0 5.0 The "Regulation" domain is perfectly appropriate, as this entity describes a specific form of government monetary regulation. It represents a clear regulatory mechanism within Smith's broader analysis of currency systems.
name value max_value rationale
vsm_relevance 4.0 5.0 This entity maps well to S3 (internal regulation) as it represents a control mechanism that maintains monetary system stability through established ratios. It could also relate to S2 (coordination) in preventing oscillations between different metals in circulation.
name value max_value rationale
explanatory_value 5.0 5.0 This entity illuminates a crucial mechanism in monetary systems - how legal ratios between metals affect their circulation patterns and relative values. It explains the structural relationship between regulation and monetary stability rather than merely naming a surface phenomenon.

Evaluation: Regulated Proportion

definition_precision — 4.0 / 5.0

The definition clearly identifies a specific concept - the officially established ratio between precious metals in currency systems. It avoids circularity and captures a distinct monetary mechanism rather than a vague umbrella term.

source_grounding — 5.0 / 5.0

This concept is directly grounded in Smith's actual discussion in Book I, Chapter 5, where he examines the legal ratios between gold and silver and their effects on monetary circulation. Smith explicitly analyzes how these regulated proportions influence which metals remain in circulation.

domain_placement — 5.0 / 5.0

The "Regulation" domain is perfectly appropriate, as this entity describes a specific form of government monetary regulation. It represents a clear regulatory mechanism within Smith's broader analysis of currency systems.

vsm_relevance — 4.0 / 5.0

This entity maps well to S3 (internal regulation) as it represents a control mechanism that maintains monetary system stability through established ratios. It could also relate to S2 (coordination) in preventing oscillations between different metals in circulation.

explanatory_value — 5.0 / 5.0

This entity illuminates a crucial mechanism in monetary systems - how legal ratios between metals affect their circulation patterns and relative values. It explains the structural relationship between regulation and monetary stability rather than merely naming a surface phenomenon.