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omoshiro-mcp

基于研究的MCP服务器,用于分析有趣性 / 面白さ

此服务器对内容进行评分。它返回评估视角、概念边界、交互模式和研究参考,以便调用AI自行进行分析。

原则

返回评估视角;不对内容进行评分。

本体论区分了:

  • 原始视角:AI可以直接检查或相对于受众模型构建的视角

  • 衍生动态:随时间变化,如预测误差或不确定性减少

  • 复合状态/机制:兴趣、好奇心、悬念、幽默、洞察、心流、敬畏、沉浸

  • 结果:享受、注意力、记忆、学习、坚持等。

这避免了将所有内容归结为一个无意义的interestingness_score

Related MCP server: AI Evaluator MCP Server

MCP端点

部署在Vercel上时,使用:

https://<your-project>.vercel.app/mcp

协议:MCP Streamable HTTP / JSON-RPC。

工具

get_lenses

返回针对目标的一组精选原始视角。

示例参数:

{
  "target_type": "oogiri",
  "analysis_goal": "humor"
}

search_lenses

通过自然语言术语搜索原始和复合结构。

{
  "query": "unexpected but understandable"
}

get_lens

返回原始视角的定义、诊断问题、概念边界、适用性和可推断性。

{"id":"novelty"}

get_composite

返回复合机制/状态及其输入结构。

{"id":"suspense"}

list_ontology

列出完整的本体论和核心参考文献。

核心原始视角

当前v0.1版本包含21个原始视角:

  • novelty

  • complexity

  • comprehensibility

  • processing_fluency

  • relevance

  • information_gap

  • knowability

  • uncertainty

  • expectation_strength

  • outcome_significance

  • conflict_instability

  • violation

  • benignness

  • vastness

  • accommodation_demand

  • challenge

  • competence

  • control

  • autonomy

  • feedback_clarity

  • relatedness

衍生动态

  • prediction_error

  • information_gain

  • uncertainty_reduction

  • gap_resolution

  • conflict_resolution

  • comprehension_gain

  • fluency_gain

  • mastery_progress

复合机制/状态

  • interest

  • curiosity

  • suspense

  • humor_benign_violation

  • humor_incongruity_resolution

  • insight

  • flow

  • awe

  • transportation

复合不是一个分数。例如:

Interest ≈ novelty/complexity × sufficient comprehensibility
Curiosity ≈ information gap × knowability × relevance × uncertainty
Suspense ≈ uncertainty × expectation strength × outcome significance
Benign-violation humor ≈ violation × benignness
Awe ≈ vastness × accommodation demand

这些是概念模式,而非经过验证的通用公式。

可推断性

每个视角包含一个inferability字段:

  • direct:通常可以直接从内容本身检查

  • audience_model_required:依赖于先验知识、文化、体裁期望等

  • experience_required:没有受众/玩家证据时,不应断言实际心理状态

例如,novelty是相对于受众的,而实际的flowtransportation不能仅通过阅读作品可靠地断言。

示例工作流程

用户问:

こんなエンジニアは嫌だ。どんなエンジニア?
回答:キーボードがでかすぎて部屋に入らない

调用AI:

  1. 调用get_lenses({ target_type: "oogiri", analysis_goal: "humor" })

  2. 接收视角,如expectation_strengthviolationbenignnessnoveltycomprehensibilityprocessing_fluency

  3. 自行执行实际分析

  4. 要求MCP输出幽默分数

研究基础

v0.1本体论基于以下工作:

  • Silvia, P. J. (2005). What Is Interesting? Exploring the Appraisal Structure of Interest. Emotion.

  • Loewenstein, G. (1994). The Psychology of Curiosity: A Review and Reinterpretation. Psychological Bulletin.

  • Kang, M. J. et al. (2009). The Wick in the Candle of Learning: Epistemic Curiosity Activates Reward Circuitry and Enhances Memory. Psychological Science.

  • Reber, R., Schwarz, N., & Winkielman, P. (2004). Processing Fluency and Aesthetic Pleasure. Personality and Social Psychology Review.

  • McGraw, A. P. & Warren, C. (2010). Benign Violations: Making Immoral Behavior Funny. Psychological Science.

  • Keltner, D. & Haidt, J. (2003). Approaching Awe, a Moral, Spiritual, and Aesthetic Emotion. Cognition and Emotion.

  • Ryan, R. M., Rigby, C. S., & Przybylski, A. (2006). The Motivational Pull of Video Games. Motivation and Emotion.

  • Busselle, R. & Bilandzic, H. (2009). Measuring Narrative Engagement. Media Psychology.

该本体论是对这些文献的工程综合,并非声称某篇论文定义了完整结构。

开发

该服务器有意保持轻依赖,并作为Vercel无服务器端点在api/mcp.js中实现。

/mcp的GET请求返回服务器元数据。MCP客户端应使用POST JSON-RPC请求进行initializetools/listtools/call

许可证

MIT

A
license - permissive license
-
quality - not tested
B
maintenance

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