Semantic Code Analysis from the Command Line
This is the Python CLI/Library version of the Python Code Harmonizer using LJPW V8.4 Framework.
💡 Prefer a browser? Try the live web app — no installation needed.
cd cli
pip install -r requirements.txtpython -m harmonizer_v84.main your_file.pypython -m harmonizer_v84.drift_detector --file your_file.pypython -m harmonizer_v84.drift_detector --death-spiralsfrom harmonizer_v84 import (
meaning,
is_autopoietic,
hope_calculus,
analyze_file,
V84CodeAnalyzer
)
# Analyze a file
analysis = analyze_file("your_code.py")
print(f"Consciousness: {analysis.overall_consciousness:.3f}")
print(f"Phase: {analysis.overall_phase}")
print(f"Hope: {analysis.hope_probability:.0%}")
print(f"Life Phase: {analysis.file_life_phase}")
# V8.4 Generative Equation
M = meaning(B=0.9, L=1.4, n=20, d=2)
# Check Life Inequality
result = is_autopoietic(L=1.5, n=10, d=2)
print(f"Phase: {result.phase}, Alive: {result.is_alive}")
# Mathematical Hope
hope = hope_calculus(L=1.3, d=5, current_n=10)
print(f"Recovery probability: {hope.probability_of_success:.0%}")| Module | Purpose |
|---|---|
generative.py |
Generative Equation, Life Inequality, Hope |
code_analyzer.py |
V84CodeAnalyzer, AST parsing |
drift_detector.py |
Git history analysis |
consciousness.py |
C = P×W×L×J×H² |
phase_detector.py |
Autopoietic/Homeostatic/Entropic |
ljpw_core.py |
Core framework |
python -m pytest tests/ -v215 tests passing
Core equation:
M = B × L^n × φ^(-d)
Life Inequality:
L^n > φ^d → ALIVE (Autopoietic)
L^n < φ^d → DYING (Entropic)
License: MIT