with one click
performing-axial-coding
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
Install with Codex or Claude Copy this prompt, paste it into Codex, Claude, or another assistant, and let it review the skill page and install it for you.
Menu
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
Install with Codex or Claude Copy this prompt, paste it into Codex, Claude, or another assistant, and let it review the skill page and install it for you.
Based on SOC occupation classification
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。