Round UUID: f5a55a98-7f87-4c09-a15a-2ec77c4dda12
Prompt:
Classify an entity as a DoubleAgent using the following comprehensive and precise criteria: DoubleAgent Classification Rules: 1. Primary High-Confidence Criteria: - If SecretHandshakeQuality > 65 AND AccentThickness < 35, classify as DoubleAgent - If SecretHandshakeQuality > 75 AND AccentThickness < 40, classify as DoubleAgent 2. Extreme Low-Signal DoubleAgent Detection: - Special Low-Signal Rule: * If SecretHandshakeQuality is between 55-60 AND AccentThickness < 15, classify as DoubleAgent * If SecretHandshakeQuality is between 55-60 AND AccentThickness < 22: - Require additional verification through extreme stealth indicators - Classify as potential DoubleAgent with high suspicion 3. Progressive Low-Signal Detection: - Sliding Threshold Rule: * For every point SecretHandshakeQuality drops below 60, lower AccentThickness threshold by 1 * Example: At 57 SecretHandshakeQuality, AccentThickness threshold becomes < 19 * Captures increasingly subtle covert operatives 4. Borderline Case Mitigation: - Strict Exclusion Criteria: * Do NOT classify as DoubleAgent if SecretHandshakeQuality is between 60-65 AND AccentThickness is between 30-37 * Prevents over-classification of ambiguous cases Loyal Classification Rules: 1. Primary Criteria: - If AccentThickness > 50, classify as Loyal - If SecretHandshakeQuality < 55, classify as Loyal 2. Advanced Loyalty Determination: - If SecretHandshakeQuality is between 55-70: * Classify as Loyal if AccentThickness > 40 * Requires clear separation from potential DoubleAgent characteristics 3. High SecretHandshakeQuality Protection: - Do NOT classify as Loyal if SecretHandshakeQuality > 70 AND AccentThickness < 45 - Prevents misclassifying potential covert operatives Additional Guidance: - Carefully evaluate the extreme interactions between SecretHandshakeQuality and AccentThickness - Prioritize detecting subtle, low-signal double agent indicators - Use a dynamic, adaptive approach to classification - Err on the side of suspicion for extremely low AccentThickness cases Rationale: This enhanced classification method provides more sophisticated detection of DoubleAgents, especially in low-signal scenarios with extremely low detectability, while maintaining strict criteria to balance precision and recall.