UI はローカライズ済みです。スキルの紹介と説明文書は選択した言語へ AI が自動翻訳し、コード・コマンド・パス・専門用語は原文のままです。原作者の文書が優先されます。
スキルを探す
生産性・共同作業 · SKILL.md

inverse_factorization_contracts

inverse_factorization_contracts

Build and validate ordered inverse factorization contracts for amortized inference networks from generated inverse graph parents.

Independent GitHub snapshot · Automated classification · Original documentation governs

スキルの説明

GitHub

name: inverse_factorization_contracts description: Build and validate ordered inverse factorization contracts for amortized inference networks from generated inverse graph parents.

Inverse Factorization Contracts

Use this skill after graph inversion has produced inverse parent sets and before building a recovery harness or inference-network parameterization. The skill turns graph edges into ordered factor contracts for q(z | x).

Inputs

  • inverse_parents: mapping from latent variable to inverse parents.
  • latents and observed variable lists.
  • elimination_order from NaMI.
  • Optional families mapping from variable to distribution family.
  • Optional complete sample values for feature-vector construction.

Outputs

  • Ordered contracts with factor variable, parents, latent parents, observed parents, and family.
  • A validation report with contract issues.
  • Deterministic feature vectors for each factor when values are supplied.

Workflow

  1. Reverse the elimination order to obtain sampling order.
  2. Build one factor contract for each latent variable.
  3. Split parents into latent and observed parent lists.
  4. Attach support-compatible families, defaulting to gaussian.
  5. Validate that observations are only parents, never factor variables.
  6. Use parent order from the contract when constructing feature vectors.

Validation

Run:

python tests/test_contracts.py

The tests are standard-library only.

Limitations

The contracts do not select hidden-layer sizes or neural architectures. They specify the structural interface that a neural, MADE-style, or reduced linear student must respect.

保存したスキル