Judgment_Enhancement_Engine

AI Agent judgment enhancement via Monte Carlo lookahead, risk-adjusted utility, and historical reflection. Use when an agent needs to evaluate multi-step action consequences under uncertainty with configurable risk tolerance.

Enhance AI agent decision-making under uncertainty through recursive Monte Carlo lookahead simulation, risk-adjusted utility, and historical reflection.

Quick Start

bash

# Run built-in GridWorld demo
python skills/judgment-enhancement-engine/engine.py

# One-click setup
bash skills/judgment-enhancement-engine/scripts/setup.sh      # Linux/macOS/WSL
skills\judgment-enhancement-engine\scripts\setup.bat          # Windows

Core Usage

python

from engine import JudgmentEnhancementEngine, JudgmentResult

# 1. Define your world model (must implement WorldModel protocol)
class MyWorldModel:
    def get_possible_outcomes(self, state, action):
        # Returns [(next_state, probability, reward), ...]
        ...

    def is_terminal(self, state):
        ...

    def get_legal_actions(self, state):
        ...

# 2. Define objective function
class MyObjective:
    def evaluate(self, state):
        return float_score  # higher = better

# 3. Create engine
engine = JudgmentEnhancementEngine(
    world_model=MyWorldModel(),
    objective=MyObjective(),
    risk_tolerance=0.5,      # 0=extreme risk-averse, 1=risk-neutral
    lookahead_depth=3,       # recursion depth
    simulation_breadth=4,    # max actions evaluated per level
    use_greedy_rollout=True, # True=greedy (accurate), False=uniform (fast)
    max_compute_time_sec=2.0 # timeout protection
)

# 4. Make a judgment
result = engine.enhance_judgment(current_state)
print(f"Best action: {result.best_action}")
print(f"Confidence: {result.confidence:.2f}")
print(f"Reasoning: {result.reasoning}")

# 5. Record actual outcome (for historical correction)
engine.record_outcome(state, action, actual_utility)

# 6. Optional: clear history
engine.clear_history()

Configuration

Parameter	Default	Description
risk_tolerance	0.5	0=extreme risk-averse, 1=risk-neutral
lookahead_depth	2	Recursive lookahead levels
simulation_breadth	3	Max actions evaluated per level
history_size	100	Historical records kept
max_compute_time_sec	1.0	Timeout protection (seconds)
use_greedy_rollout	True	True=greedy (accurate), False=uniform (fast)

JudgmentResult Fields

Field	Type	Description
best_action	Action	Selected best action
scores	dict	Risk-adjusted utility per action
raw_utilities	dict	Raw expected utility per action
risk_metrics	dict	Expectation/variance/std/VaR95 per action
reasoning	str	Human-readable decision reasoning
confidence	float	0~1 confidence score

Example: GridWorld

Built-in demo() shows a 5x5 grid world with obstacles and a goal. Run python engine.py to see it in action.

Installation

Method	Command
One-click (Linux/macOS)	bash scripts/setup.sh
One-click (Windows)	scripts\setup.bat
Copy-only	Copy engine.py to your project
ClawHub	clawhub install judgment-enhancement-engine

File Structure

text

judgment-enhancement-engine/
├── SKILL.md
├── engine.py              # Core engine (~10KB)
├── index.js               # Node.js bridge
├── package.json
├── assets/
│   └── icon.svg
├── references/
│   ├── API_SPEC.md
│   └── USE_GUIDE.md
└── scripts/
    ├── setup.sh
    ├── setup.bat
    ├── test-basic.py
    └── test-client.js

License

MIT