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tegwick d1f57272a4 feat(example): add L2 classifications for 823/988 WoN entities (S3.4)

Batch classification via OpenRouter (claude-sonnet-4). 165 entities
remain unclassified due to credit exhaustion; incremental skip means
a follow-up run will complete them automatically.

Type × VSM matrix (823 entities):
                  S1   S2   S3  S3*   S4   S5
  Element         86   75   58   21   43   32  (315 total, 38%)
  Process         39   42   37   17   67   24  (226 total, 28%)
  Institution      4   12   30   24    .   52  (122 total, 15%)
  Principle        3    7   15    2   43   32  (102 total, 12%)
  Relation         2   14    5    5   22   10   (58 total,  7%)
  Matrix fill: 29/30 cells (Institution/S4 empty — expected)

Metrics updated: type_entropy=2.0936, vsm_type_matrix_cells=29

Also:
- BatchEvaluator gains delay_seconds param for rate-limited providers
- classify CLI gains --rpm option (--rpm 10 for Gemini free tier)
- history.write_metrics_file now handles non-float metric values
  (type_distribution is a dict, was crashing round())
- run_entity_classification forwards delay_seconds to BatchEvaluator
- classify-links and graph commands added by user (entities --by-type,
  graph --format mermaid/dot, classify-links for Relation enrichment)

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

2026-02-23 12:49:11 +01:00

1.1 KiB

Raw Blame History

entity_slug, entity_type, vsm_system, type_rationale, vsm_rationale, classified_at

entity_slug	entity_type	vsm_system	type_rationale	vsm_rationale	classified_at
mine_fertility	Element	S1	Mine fertility is a measurable characteristic or property that exists as an inherent attribute of a physical mineral deposit, making it a persistent stock-like entity rather than a process or relationship.	Mine fertility directly determines the productive capacity of mineral extraction operations, which are primary productive activities that transform raw materials into valuable outputs for the economy.	2026-02-23T11:15:58.654604

Classification: Mine Fertility

Entity Type

Element

VSM System

Type Rationale

Mine fertility is a measurable characteristic or property that exists as an inherent attribute of a physical mineral deposit, making it a persistent stock-like entity rather than a process or relationship.

VSM Rationale

Mine fertility directly determines the productive capacity of mineral extraction operations, which are primary productive activities that transform raw materials into valuable outputs for the economy.

1.1 KiB Raw Blame History