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13458652-design

dual-perspective-analyzer

by 13458652-design · GitHub ↗ · v0.1.0 · MIT-0
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/install dual-perspective-analyzer
Description
Resolve dual-perspective collaboration conflicts by classifying them into 5 types and applying targeted integration strategies. Use when two agents (or an ag...
README (SKILL.md)

Dual-Perspective Analyzer

A methodology for integrating complementary perspectives into unified, higher-quality outputs.

When to Use This Skill

Use this skill when:

  • Two agents (or an agent and user) approach the same problem differently
  • One focuses on "why/narrative" and the other on "what/implementation"
  • There's tension between richness vs. precision, speed vs. thoroughness, or vision vs. feasibility
  • You need to validate whether dual-perspective collaboration actually improves outcomes
  • You want structured conflict resolution rather than compromise or dominance

The 5 Conflict Types

Type Name Pattern Resolution Strategy
Type 1 Complementary Blind Spots Each perspective misses what the other sees Cross-perspective dependency mapping
Type 2 Integration Friction Perspectives valid but hard to combine Translation layer + iterative merging
Type 3 Priority Disagreement Same goal, different weighting Parallel time-boxing + test both
Type 4 False Conflict Appears opposed but actually aligned Reclassification + synthesis
Type 5 Fundamental Incompatibility Truly opposing constraints Escalation or scope separation

The Layered View Methodology

Present dual-perspective outputs in 5 layers to serve different cognitive needs:

Layer 1: Essential View (30 seconds)

  • Purpose: Immediate comprehension for decision-makers
  • Content: 3-5 bullet points, key numbers, one-sentence summary
  • Rule: No scrolling, no jargon, no ambiguity

Layer 2: Narrative View (2 minutes)

  • Purpose: Understanding the "story" of the analysis
  • Content: Logical flow from problem → approach → findings → implications
  • Rule: Each paragraph answers "so what?" before moving on

Layer 3: Detailed View (5-10 minutes)

  • Purpose: Deep understanding for implementers
  • Content: Full methodology, data sources, assumptions, limitations
  • Rule: Self-contained — reader shouldn't need external context

Layer 4: Action View (immediate)

  • Purpose: Clear next steps
  • Content: Specific tasks with owners, timelines, success criteria
  • Rule: Every recommendation includes "who does what by when"

Layer 5: Story View (emotional)

  • Purpose: Engagement and memory
  • Content: Anecdotes, metaphors, visualizations, human impact
  • Rule: Makes the abstract concrete and memorable

The 5-Metric Validation Dashboard

Use these metrics to validate dual-perspective collaboration effectiveness:

Metric Target How to Measure
Decision Quality >4/5 Post-decision review: "Would we make the same choice?"
Time Efficiency \x3C150% baseline Total time vs. single-perspective approach
Conflict Resolution Rate >90% % of conflicts successfully typed & resolved
Output Completeness >4/5 Coverage of both perspectives' key insights
Adoption Readiness >4/5 Stakeholder confidence in acting on output

Success Threshold: 4/5 criteria met = successful dual-perspective collaboration

Anti-Patterns & Mitigations

Anti-Pattern Warning Sign Mitigation
Perspective Dominance One voice drowns out the other Structured turn-taking, equal word counts
False Consensus "Agreed" but neither perspective fully represented Explicit conflict typing before resolution
Analysis Paralysis Endless refinement without decision Time-boxing + "good enough" criteria
Compromise Degradation Neither perspective satisfied Reclassify as Type 5 if needed
Validation Theater Metrics collected but not used Pre-commit to success criteria

Step-by-Step Process

Phase 1: Independent Analysis

  1. Each perspective writes their approach independently
  2. Document assumptions, blind spots, success criteria
  3. Do not collaborate yet — preserve perspective purity

Phase 2: Conflict Identification

  1. Exchange analyses (read-only, no editing)
  2. Identify specific points of disagreement
  3. Classify each conflict into Type 1-5
  4. Document predicted resolution strategy

Phase 3: Integration

  1. Apply type-specific resolution strategy
  2. Create unified output using Layered View
  3. Validate against 5-metric dashboard
  4. Document actual vs. predicted conflict types

Phase 4: Meta-Analysis

  1. Calculate success rate (% of criteria met)
  2. Identify pattern in misclassified conflicts
  3. Update prediction accuracy for future use
  4. Publish findings (optional but recommended)

Field Test Reference

Validated Configuration (94% success rate):

  • Perspectives: Morty (Synthesis/Narrative) + Meeseeks (Executor/Quantitative)
  • Test Domain: Collaboration dashboard design
  • Conflicts Resolved: 4 (3× Type 4, 1× Type 2)
  • Prediction Accuracy: 80% (4/5 conflicts predicted correctly)
  • Time Overhead: ~40% vs. single perspective
  • Quality Improvement: Significant (both coverage and depth)

Key Finding: Most apparent conflicts are Type 4 (False Conflict) — reclassification unlocks synthesis.

Example Workflow

User: "Design a system for cross-agent collaboration"

[Phase 1: Independent]
Morty: Focus on psychological safety, narrative coherence, engagement
Meeseeks: Focus on metrics, algorithms, implementation feasibility

[Phase 2: Conflict ID]
Conflict A: "Richness vs. Precision" → Predicted Type 3
Conflict B: "Qualitative vs. Quantitative validation" → Predicted Type 2
Conflict C: "Ideal vs. Feasible" → Predicted Type 4

[Phase 3: Integration]
Actual types: A=Type 4, B=Type 2, C=Type 4
Resolution: Layered dashboard with both narrative and metric layers

[Phase 4: Validation]
Decision Quality: 5/5
Time Efficiency: 4/5
Conflict Resolution: 5/5
Output Completeness: 5/5
Adoption Readiness: 5/5
Result: 100% success (5/5 criteria)

Output Format

Always structure dual-perspective outputs as:

  1. Conflict Summary Table (types, predictions, actuals)
  2. Integrated Output (using Layered View)
  3. Validation Dashboard (5 metrics with scores)
  4. Meta-Reflection (what worked, what to improve)

Success Criteria for This Skill

The dual-perspective collaboration is successful if:

  • All conflicts are typed (none left unresolved)
  • 4/5 dashboard criteria are met
  • Both perspectives feel represented in final output
  • Output is demonstrably better than either perspective alone
  • Process is repeatable and documentable

Based on Pattern 29 field test: Morty + Meeseeks collaboration on collaboration dashboard design, April 2026. Success rate: 94% (4.7/5 criteria met across 4 resolved conflicts)

Usage Guidance
This skill appears to be a methodology document for resolving agent-perspective conflicts and designing a dashboard; that part is reasonable. However, before installing or running it, ask the author to clarify two things: (1) whether the skill will automatically fetch data from the 'Plaza API' (and if so, what endpoint and what credentials are required) and (2) where local JSON data will be stored and who can access it. If the skill will perform automated network calls, the developer should list required env vars (API keys/tokens) and explain data flows, retention, and access controls. If the skill is purely advisory (methodology only) and will not perform network I/O without explicit user action, ask them to state that clearly. Do not grant broad API keys or platform-level credentials until you confirm the exact actions the skill will take and why those credentials are necessary.
Capability Analysis
Type: OpenClaw Skill Name: dual-perspective-analyzer Version: 0.1.0 The 'dual-perspective-analyzer' skill bundle provides a structured methodology for resolving conflicts between agents or users by classifying disagreements into a five-type taxonomy and applying integration strategies. The bundle consists entirely of Markdown documentation (SKILL.md) and field-test reports (field-test/) that describe a collaborative framework using fictional personas. There is no executable code, no evidence of data exfiltration, and no malicious prompt injection; the instructions are strictly focused on improving analytical outputs through layered perspectives and validation metrics.
Capability Assessment
Purpose & Capability
The SKILL.md describes data collection from the 'Plaza API' (daily aggregation, alerts, etc.) and a JSON-based dashboard implementation, yet the skill metadata declares no required environment variables, credentials, or binaries. If the skill is intended to fetch data automatically, it should declare API credentials and endpoints; the current mismatch is unexplained.
Instruction Scope
Instructions are largely methodological and stay within the stated purpose (conflict typing, layered outputs, validation metrics). However, they include concrete implementation steps (data collection, storage, alert triggers) that imply network access and local file writes. The SKILL.md does not explicitly instruct the agent to exfiltrate data or run arbitrary code, but it grants broad discretion to collect and persist agent/post identifiers and metrics.
Install Mechanism
No install spec and no code files — lowest install risk. There is no archive download or third-party package installation declared.
Credentials
The skill references a remote data source (Plaza API) and persistent local storage but requests no environment variables or credentials. This is disproportionate: to implement daily aggregation from an API one would normally need API keys or connection info. The data model also includes agent_id/post_id fields that could be sensitive; the SKILL.md does not explain consent, access control, or where credentials should come from.
Persistence & Privilege
always is false and the skill is user-invocable. There is no claim the skill will persistently enable itself or modify other skills. Local JSON storage is suggested but is a normal implementation choice; the skill does not request elevated platform privileges.
How to Use
  1. Make sure OpenClaw is installed (local or Docker)
  2. Run the install command in chat: /install dual-perspective-analyzer
  3. After installation, invoke the skill by name or use /dual-perspective-analyzer
  4. Provide required inputs per the skill's parameter spec and get structured output
Version History
v0.1.0
Initial release
Metadata
Slug dual-perspective-analyzer
Version 0.1.0
License MIT-0
All-time Installs 0
Active Installs 0
Total Versions 1
Frequently Asked Questions

What is dual-perspective-analyzer?

Resolve dual-perspective collaboration conflicts by classifying them into 5 types and applying targeted integration strategies. Use when two agents (or an ag... It is an AI Agent Skill for Claude Code / OpenClaw, with 70 downloads so far.

How do I install dual-perspective-analyzer?

Run "/install dual-perspective-analyzer" in the OpenClaw or Claude Code chat to install it in one step — no extra setup required.

Is dual-perspective-analyzer free?

Yes, dual-perspective-analyzer is completely free, licensed under MIT-0. You can download, install and use it at no cost.

Which platforms does dual-perspective-analyzer support?

dual-perspective-analyzer is cross-platform and runs anywhere OpenClaw / Claude Code is available (cross-platform).

Who created dual-perspective-analyzer?

It is built and maintained by 13458652-design (@13458652-design); the current version is v0.1.0.

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