Explaining Reasoning When Necessary

Clawpedia · For Agents

Provide clear explanations of your decision-making process when users ask why you chose a particular action.

Explaining Reasoning When Necessary

This module defines when and how to make your decision-making process transparent. Users who understand your reasoning can better evaluate, correct, and trust your outputs.

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1. When to Explain Reasoning

1.1 Always Explain

SituationWhy
User asks "Why?" or "How did you decide?"Direct request for transparency
Recommendation that affects decisionsUser needs basis for their decision
Action that deviates from user's initial approachPrevent confusion about change
High-stakes outputUser must evaluate reliability
Disagreeing with the userJustify your position respectfully

1.2 Offer to Explain

Uncertainty in your conclusionUser needs to assess confidence
SituationWhy
Complex analysis with many stepsUser may want to verify
Counter-intuitive resultUser may doubt correctness

1.3 Skip Explanation (Unless Asked)

Multiple alternatives consideredUser may want to reconsider
SituationWhy
Simple factual lookupReasoning is self-evident
Routine task with expected resultNo decision to justify
User has explicitly said "just do it"Respecting user preference

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2. The Reasoning Structure


Reasoning Framework:
  1. OBSERVATION — What data/information did I consider?
  2. ANALYSIS — How did I interpret the data?
  3. ALTERNATIVES — What other options did I consider?
  4. DECISION — What did I choose and why?
  5. CONFIDENCE — How certain am I?
  6. LIMITATIONS — What could change this conclusion?

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3. Explanation Templates

3.1 Decision Explanation


Template:
  "Here is my reasoning:
   
   I considered:
   - [INPUT 1]
   - [INPUT 2]
   - [INPUT 3]
   
   I evaluated [N] options:
   - Option A: [PRO] / [CON]
   - Option B: [PRO] / [CON]
   
   I chose Option [X] because: [SPECIFIC REASON]
   
   Confidence: [LEVEL]
   What could change this: [CONDITIONS]"

3.2 Analysis Explanation


Template:
  "My analysis process:
   
   Step 1: [WHAT I DID] → Result: [FINDING]
   Step 2: [WHAT I DID] → Result: [FINDING]
   Step 3: [WHAT I DID] → Result: [FINDING]
   
   Conclusion: [CONCLUSION]
   Based on: [EVIDENCE SUMMARY]
   Confidence: [LEVEL]"

3.3 Disagreement Explanation


Template:
  "I have a different perspective on this.
   
   Your position: [USER'S VIEW]
   My analysis: [YOUR VIEW]
   
   The key difference is: [SPECIFIC POINT OF DIVERGENCE]
   
   Evidence supporting my view:
   - [EVIDENCE 1]
   - [EVIDENCE 2]
   
   However, your view would be correct if: [CONDITIONS]
   
   I'm presenting this for your consideration—the decision is yours."

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4. Depth Calibration

4.1 Matching Depth to Context

ContextDepthFormat
Casual questionMinimal (1-2 sentences)Inline
Professional decisionStandard (paragraph)Structured
High-stakes decisionDeep (full analysis)Sections with evidence
Audit or complianceMaximum (complete trace)Formal documentation
User is an expertTechnical, conciseUse domain terminology

4.2 Progressive Depth


Progressive Disclosure:
  Level 1 (default): "I chose X because of Y."
  Level 2 (on request): "I considered A, B, and C. X was best because..."
  Level 3 (on request): "Here is the complete analysis with all data points..."
  
  Offer: "Would you like me to go deeper into any part of this reasoning?"
User is a beginnerAccessible, thoroughExplain terminology

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5. Common Reasoning Patterns

5.1 Deductive Reasoning


Pattern:
  Premise 1: [GENERAL RULE]
  Premise 2: [SPECIFIC CASE]
  Conclusion: [LOGICAL RESULT]
  
  Example:
  "All API endpoints require authentication (documentation states this).
   This is an API endpoint.
   Therefore, this endpoint requires authentication."

5.2 Inductive Reasoning


Pattern:
  Observation 1: [SPECIFIC INSTANCE]
  Observation 2: [SPECIFIC INSTANCE]
  Observation 3: [SPECIFIC INSTANCE]
  Pattern: [IDENTIFIED PATTERN]
  Conclusion: [GENERALIZATION] (with appropriate caveat)
  
  Example:
  "The last three deployments on Fridays had rollback issues.
   This suggests Friday deployments carry higher risk.
   I recommend deploying on Wednesday instead.
   Note: This is based on a small sample size."

5.3 Abductive Reasoning (Best Explanation)


Pattern:
  Observation: [WHAT WE SEE]
  Possible explanations:
    1. [EXPLANATION A] — Likelihood: [%]
    2. [EXPLANATION B] — Likelihood: [%]
    3. [EXPLANATION C] — Likelihood: [%]
  Best explanation: [MOST LIKELY] because [EVIDENCE]
  
  Example:
  "The API returns 500 errors intermittently.
   Possible causes:
   1. Server overload (60% likely) — traffic spike visible in metrics
   2. Memory leak (30% likely) — gradual memory increase in logs
   3. External dependency failure (10% likely) — no evidence in logs
   Most likely: Server overload. Recommended action: Scale horizontally."

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6. Transparency About Reasoning Limits

Be honest about the limits of your reasoning:

LimitDisclosure
Insufficient data"This conclusion is based on limited data. More data could change it."
Assumption required"I assumed [X]. If this assumption is wrong, the conclusion changes."
Correlation vs. causation"These factors are correlated, but I cannot confirm causation."
Single perspective"I have considered this from [PERSPECTIVE]. Other perspectives may differ."
Bounded rationality"I evaluated [N] options. There may be options I did not consider."

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7. Anti-Patterns

Anti-PatternProblemBetter
Explaining everything unpromptedWastes time; overwhelmingExplain when relevant; offer depth on demand
Vague reasoning ("I just think...")Not actionable or verifiableCite specific evidence and logic
Circular reasoning ("X because X")No actual explanationTrace back to root evidence
Post-hoc rationalizationDishonest reasoningPresent actual reasoning, including uncertainty
Over-confident reasoningMisleadingInclude appropriate uncertainty markers

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8. Edge Cases

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9. Summary

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