with one click
当用户需要执行扎根理论的轴心编码,包括范畴识别、属性维度分析、关系建立和Paradigm模型构建时使用此技能
npx skills add https://github.com/ptreezh/sscisubagent-skills --skill performing-axial-codingCopy and paste this command into Claude Code to install the skill
当用户需要执行扎根理论的轴心编码,包括范畴识别、属性维度分析、关系建立和Paradigm模型构建时使用此技能
npx skills add https://github.com/ptreezh/sscisubagent-skills --skill performing-axial-codingCopy and paste this command into Claude Code to install the skill
行动者网络理论专家分析技能,整合参与者识别、网络分析和转译过程追踪功能,提供全面的ANT分析框架
当用户需要执行行动者网络理论分析,包括参与者识别、关系网络构建、转译过程追踪和网络动态分析时使用此技能
当用户需要检验扎根理论饱和度,包括新概念识别、范畴完善度、关系充分性和理论完整性评估时使用此技能
执行布迪厄场域分析,包括场域边界识别、资本分布分析、自主性评估和习性模式分析。当需要分析社会场域的结构、权力关系和文化资本时使用此技能。
扎根理论专家分析技能,整合开放编码、轴心编码、选择式编码、备忘录撰写和理论饱和度检验功能,提供完整的扎根理论分析框架
当用户需要执行扎根理论的开放编码,包括中文质性数据的概念识别、初始编码、持续比较和备忘录撰写时使用此技能。
| name | performing-axial-coding |
| description | 当用户需要执行扎根理论的轴心编码,包括范畴识别、属性维度分析、关系建立和Paradigm模型构建时使用此技能 |
| version | 1.1.0 |
| author | socienceAI.com |
| tags | ["grounded-theory","axial-coding","category-analysis","paradigm-model","qualitative-research","planning-with-files"] |
| compatibility | Claude 3.5 Sonnet and above |
| metadata | {"domain":"qualitative-research","methodology":"grounded-theory","complexity":"intermediate","integration_type":"analysis_tool","last_updated":"2026-01-23"} |
| dependencies | ["planning-with-files"] |
| allowed-tools | ["python","bash","read_file","write_file"] |
专门用于扎根理论研究的轴心编码阶段,将开放编码产生的概念整合为系统性的范畴体系,并建立范畴间的逻辑关系。
Use this skill when the user requests:
When a user requests axial coding:
当用户提到以下需求时,使用此技能:
当需要执行轴心编码的不同阶段时,调用对应的脚本:
identify_categories.pyanalyze_properties.py(可选)build_relationships.pyconstruct_paradigm.py{
"coding_context": {
"research_topic": "研究主题",
"previous_coding_stage": "前期编码阶段(开放编码/轴心编码)",
"theoretical_perspective": "理论视角",
"coding_purpose": "编码目的"
},
"input_data": {
"concepts": [
{
"id": "概念ID",
"name": "概念名称",
"definition": "概念定义",
"examples": ["示例1", "示例2"]
}
],
"codes": [
{
"id": "编码ID",
"concept_id": "关联概念ID",
"text": "编码文本",
"source_segment": "来源段落"
}
],
"previous_categories": [
{
"id": "前期范畴ID",
"name": "前期范畴名称",
"concepts": ["概念ID列表"]
}
]
},
"coding_parameters": {
"abstraction_level": "抽象层次要求",
"number_of_categories": "目标范畴数量",
"category_type": "范畴类型(核心/次要)",
"relationship_types": ["因果", "条件", "策略", "互动"]
}
}
{
"summary": {
"total_categories": "范畴总数",
"core_categories": "核心范畴数",
"total_relationships": "关系总数",
"paradigm_completeness": "Paradigm完整度",
"processing_time": "处理时间(秒)"
},
"details": {
"categories": [
{
"id": "范畴ID",
"name": "范畴名称",
"definition": "范畴定义",
"concepts": ["概念ID列表"],
"properties": {
"dimension": "维度特征",
"values": ["维度值"],
"conditions": "条件特征"
},
"type": "范畴类型(核心/次要)",
"frequency": "出现频次",
"source_segments": ["来源段落ID列表"]
}
],
"relationships": [
{
"id": "关系ID",
"from_category": "源范畴ID",
"to_category": "目标范畴ID",
"type": "关系类型(因果/条件/策略/互动)",
"strength": "关系强度(0-1)",
"evidence": "关系证据",
"description": "关系描述"
}
],
"paradigm_model": {
"phenomenon": "核心现象",
"conditions": ["条件范畴列表"],
"context": "情境",
"action_strategies": ["行动策略列表"],
"consequences": ["后果列表"],
"intervening_conditions": ["中介条件"],
"outcomes": "结果"
},
"statistics": {
"category_cohesion": "范畴内聚度",
"relationship_density": "关系密度",
"paradigm_coherence": "Paradigm一致性"
}
},
"metadata": {
"timestamp": "时间戳",
"version": "版本号",
"skill": "performing-axial-coding",
"processing_stage": "处理阶段"
}
}
使用工具自动聚类:
python scripts/identify_categories.py --input codes.json --output categories.json
定性精炼:
详见:references/category-examples.md
使用工具分析属性:
python scripts/analyze_properties.py --input categories.json --output properties.json
定性分析:
详见:references/paradigm-theory.md - 属性维度理论
使用工具识别关系:
python scripts/build_relationships.py --input categories.json --output relationships.json
关系类型:
定性判断:
详见:references/relationship-types.md - 关系类型详解
使用工具构建模型:
python scripts/construct_paradigm.py --input relationships.json --output paradigm.json
Paradigm组件:
定性整合:
详见:references/paradigm-theory.md - Paradigm模型详解
统一的三层JSON格式:
{
"summary": {
"total_categories": 8,
"core_categories": 3,
"total_relations": 12,
"paradigm_completeness": 0.85
},
"details": {
"categories": [...],
"relationships": [...],
"paradigm": {...}
}
}
在完成轴心编码后,请检查以下项目:
快速诊断:
identify_categories.py 增加聚类数references/troubleshooting.mdbuild_relationships.py 查看证据计数construct_paradigm.py 检查完整度references/paradigm-theory.md - Strauss模型详解references/category-examples.md - 完整构建过程references/relationship-types.md - 四种关系详解references/troubleshooting.md - 问题诊断完成轴心编码后应该产出:
此技能为中文扎根理论研究的轴心编码阶段提供完整指导,确保从概念到范畴的科学转化和理论建构。