Create vertical short drama scripts covering macro construction, episode writing, precise optimization, and creative ideation using Emotional Spring Theory. Use when creating short dramas from scratch, optimizing existing script dialogue and pacing, designing story outlines with suspense hooks, or brainstorming slap-in-the-face scenes and character biographies.
Evaluate film and TV scripts across ideological, artistic, and entertainment value dimensions, producing structured scoring reports with follow-up recommendations. Use when assessing script development quality, determining modification direction, reviewing scripts before project approval, or benchmarking screenwriter capabilities.
Evaluate and score story text across market potential, innovation attributes, and content highlights dimensions, producing structured scoring reports with development recommendations. Use when conducting novel initial screening, assessing IP adaptation potential, scoring stories for multi-dimensional quality comparison, or guiding story creation and optimization direction.
Analyze five core story elements — genre type, story summary, character biographies, character relationships, and major plot points — producing a structured comprehensive report with optional mind map. Use when preparing for script adaptation, conducting deep story analysis, creating story development documentation, or evaluating overall story quality and market potential.
Orchestrate the full plot-point dramatic function analysis pipeline — text preprocessing, parallel segment analysis, result integration, and report generation — for long-form story content. Use when analyzing plot points and dramatic functions in long texts, producing structured dramatic analysis reports, or coordinating multi-step story analysis workflows.
基于故事文本分析人物特征，生成详细的人物小传。适用于深度理解故事人物设定、为演员塑造角色提供参考、为剧本创作建立人物档案
| name | character-relationships |
| description | 分析故事人物关系，识别类型、特点及发展变化。适用于深度理解人物关系网络、分析关系对情节推动作用、为情节设计提供关系支撑 |
| category | character-analysis |
| version | 2.1.0 |
| last_updated | "2026-01-11T00:00:00.000Z" |
| license | MIT |
| compatibility | Claude Code 1.0+ |
| maintainer | 宫凡 |
| allowed-tools | ["Read"] |
| model | opus |
| changelog | [{"version":"2.1.0","date":"2026-01-11T00:00:00.000Z","changes":[{"type":"improved","content":"优化 description 字段，使其更精简并符合命令式语言规范"},{"type":"changed","content":"模型更改为 opus"},{"type":"improved","content":"优化功能、使用场景、核心步骤、输入要求、输出格式的描述，使其更符合命令式语言规范"},{"type":"added","content":"添加约束条件、示例和详细文档部分"}]},{"version":"2.0.0","date":"2026-01-11T00:00:00.000Z","changes":[{"type":"breaking","content":"按照 Agent Skills 官方规范重构"},{"type":"improved","content":"优化 description，使用命令式语言，精简主内容"},{"type":"added","content":"添加 license、compatibility 可选字段"},{"type":"added","content":"添加 allowed-tools (Read) 和 model 字段"}]},{"version":"1.0.0","date":"2026-01-10T00:00:00.000Z","changes":[{"type":"added","content":"初始版本"}]}] |
分析故事中人物间的关系，识别关系类型和特点，并描述其发展过程与变化。
【人物关系分析】
一、关系网络概览
- 主要人物列表：[人物列表]
- 关系类型统计：[各类关系数量]
二、主要人物关系详解
【关系1：人物A ↔ 人物B】
- 关系类型：[亲情/友情/爱情/敌对/师徒/同事等]
- 关系特点：[关系的特点描述]
- 关系发展过程：[关系如何发展变化]
- 关系变化原因：[导致变化的原因]
- 关系对故事的影响：[如何影响情节发展]
【关系2：人物A ↔ 人物C】
...
三、人物关系图谱
- 中心人物：[谁是关系的中心]
- 次级人物：[次要人物关系]
- 边缘人物：[边缘人物关系]
四、人物关系变化轨迹
- 初始状态：[故事开始时的关系]
- 中间变化：[关系如何变化]
- 最终状态：[故事结束时的关系]
请参见 {baseDir}/references/examples.md 获取详细示例。该文件包含了多种故事类型（如爱情、职场、家庭等）的人物关系分析报告和分析说明。
参见 {baseDir}/references/ 目录获取更多文档:
guide.md - 完整的人物关系分析指南examples.md - 更多场景的分析示例| 版本 | 日期 | 变更 |
|---|---|---|
| 2.1.0 | 2026-01-11 | 优化 description 字段，使其更精简并符合命令式语言规范；模型更改为 opus；优化功能、使用场景、核心步骤、输入要求、输出格式的描述，使其更符合命令式语言规范；添加约束条件、示例和详细文档部分。 |
| 2.0.0 | 2026-01-11 | 按官方规范重构；添加 allowed-tools (Read) 和 model 字段 |
| 1.0.0 | 2026-01-10 | 初始版本 |