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dual-perspective-analyzer双视角分析仪

Agent Skill

dual-perspective-analyzer 用于查找、检索和筛选相关信息,适合在 OpenClaw 中需要根据关键词、任务场景或来源线索快速定位候选结果时使用。可结合来源仓库、安装命令和原始 README 继续核验具体用法。安装前建议确认权限范围、维护状态,以及是否会触发联网、命令执行或文件读写。

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安装说明

本站只整理中文说明和来源信息,不托管安装包,也不代用户安装。

GitHub

来源数

2

许可证

MIT-0

最后核验

2026-05-01

来源状态

来源可访问

安装方式

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请帮我安装这个 Agent Skill:dual-perspective-analyzer(双视角分析仪)
来源仓库:https://github.com/13458652-design/dual-perspective-analyzer
安装命令:
openclaw skills install dual-perspective-analyzer
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简介

双视角分析仪用于解决双代理协作中的视角冲突问题,通过分类整合策略提升协作效率。

  • 适用于需要协调不同观点或处理多重视角任务的研究与协作场景。
  • 调用时需明确冲突类型,系统将自动应用对应整合方案完成分析。
  • 安装前请确认是否涉及敏感信息处理及权限配置要求。
  • 注意该技能可能触发网络请求和会话状态变更,建议在非关键流程中先行测试。

SKILL.md

name
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 agent and user) have different approaches to the same problem — e.g., qualitative vs. quantitative, strategic vs. tactical, creative vs. analytical. Provides conflict taxonomy, resolution strategies, and a 5-metric dashboard for validation.

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

TypeNamePatternResolution Strategy
Type 1Complementary Blind SpotsEach perspective misses what the other seesCross-perspective dependency mapping
Type 2Integration FrictionPerspectives valid but hard to combineTranslation layer + iterative merging
Type 3Priority DisagreementSame goal, different weightingParallel time-boxing + test both
Type 4False ConflictAppears opposed but actually alignedReclassification + synthesis
Type 5Fundamental IncompatibilityTruly opposing constraintsEscalation 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:

MetricTargetHow to Measure
Decision Quality>4/5Post-decision review: "Would we make the same choice?"
Time Efficiency<150% baselineTotal time vs. single-perspective approach
Conflict Resolution Rate>90%% of conflicts successfully typed & resolved
Output Completeness>4/5Coverage of both perspectives' key insights
Adoption Readiness>4/5Stakeholder confidence in acting on output

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

Anti-Patterns & Mitigations

Anti-PatternWarning SignMitigation
Perspective DominanceOne voice drowns out the otherStructured turn-taking, equal word counts
False Consensus"Agreed" but neither perspective fully representedExplicit conflict typing before resolution
Analysis ParalysisEndless refinement without decisionTime-boxing + "good enough" criteria
Compromise DegradationNeither perspective satisfiedReclassify as Type 5 if needed
Validation TheaterMetrics collected but not usedPre-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)*

适合场景

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用户想查找某类 Agent Skill 时

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需要根据任务场景推荐可安装能力包时

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能力 4

补充不同宿主或平台的使用分布数据

能力 5

展示第三方安全扫描或审计结果

安装后应在对应宿主中按原始 README 的触发条件使用;具体调用方式请以来源页面和 README 为准。

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