Cognitive Surrogate

Python Profile Builder

# cognitive_surrogate.py
from dataclasses import dataclass
from typing import List, Dict
import duckdb

@dataclass
class CognitiveProfile:
    values: Dict[str, float]
    interests: Dict[str, int]
    patterns: List[str]
    
def build_psychological_profile(corpus_path: str, seed: int = 0x42D):
    """Extract structured psychological profile from interaction corpus."""
    conn = duckdb.connect(corpus_path)
    
    # Extract values from sentiment patterns
    values = conn.execute("""
        SELECT topic, AVG(sentiment) as weight
        FROM interactions
        GROUP BY topic
        HAVING COUNT(*) > 5
    """).fetchall()
    
    # Extract interests from frequency
    interests = conn.execute("""
        SELECT topic, COUNT(*) as frequency
        FROM interactions
        GROUP BY topic
        ORDER BY frequency DESC
        LIMIT 20
    """).fetchall()
    
    return CognitiveProfile(
        values={v[0]: v[1] for v in values},
        interests={i[0]: i[1] for i in interests},
        patterns=extract_patterns(conn)
    )

Ruby Condensed Integration

# Integration with CondensedAnima for sheaf-based profiles
module CognitiveSurrogate
  def self.build_profile(interactions)
    # Use condensed mathematics for profile structure
    stack = WorldBroadcast::CondensedAnima.analytic_stack(
      interactions.map { |i| i[:id] }
    )
    
    # 6-functor for profile transformations
    {
      profile: stack,
      values: extract_values(interactions),
      fidelity_target: 0.90,
      cellular_sheaf: WorldBroadcast::CondensedAnima.to_cellular_sheaf(stack)
    }
  end
  
  def self.validate_fidelity(surrogate, test_corpus, threshold: 0.90)
    predictions = test_corpus.map { |t| surrogate.predict(t) }
    accuracy = predictions.count(&:correct?) / predictions.size.to_f
    
    {
      topic_prediction: accuracy,
      overall: accuracy,
      passed: accuracy >= threshold
    }
  end
end

Hy Pattern Extraction

;; cognitive_patterns.hy
(defn extract-behavioral-patterns [interactions]
  "Extract patterns using HyJAX analysis"
  (let [analyzer (tra.ThreadRelationalAnalyzer)]
    ;; Ingest interactions
    (for [i interactions]
      (analyzer.ingest-thread 
        (get i "id") 
        (get i "title")
        (get i "messages" [])))
    
    ;; Run entropy-maximized analysis
    (analyzer.analyze)))

Fidelity Metrics

GF(3) Triad Integration

Conservation: (-1) + (0) + (+1) = 0 ✓

Ethical Considerations

1. Consent: Only build surrogates with explicit subject consent
2. Disclosure: Always disclose when surrogate-generated content is used
3. Boundaries: Surrogates should refuse to act on high-stakes decisions
4. Audit Trail: All generations logged with gay-mcp seeds for reproducibility
5. Kill Switch: Subject can invalidate surrogate at any time

Justfile Recipes

# Build profile from DuckDB corpus
surrogate-build db="interactions.duckdb":
    python3 -c "from cognitive_surrogate import build_psychological_profile; print(build_psychological_profile('{{db}}'))"

# Validate fidelity
surrogate-validate threshold="0.90":
    ruby -I lib -r cognitive_surrogate -e "CognitiveSurrogate.validate_fidelity(surrogate, test, threshold: {{threshold}})"

# Run Hy pattern extraction
surrogate-hy:
    uv run hy -c "(import cognitive_patterns) (extract-behavioral-patterns interactions)"

Related Skills

• agent-o-rama - Pattern learning
• entropy-sequencer - Optimal training order
• gay-mcp - Deterministic seeding
• condensed-analytic-stacks - Sheaf-based profiles
• bisimulation-game - Surrogate equivalence testing