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chapter-structure-refactor

Writing & research

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Updated 10-21 16:21

About this skill

Chapter Structure Refactor

Overview

This skill providessingle-chapter or coherent multi-sectiondeep reconstruction capability, carrying out all-round academic-level rewriting of academic chapters through a systematic four-stage workflow (in-depth analysis -> solution design -> content reconstruction -> quality inspection). Core capabilities include: in-depth analysis of chapter intent, precise deconstruction of sentence meaning, re-sorting of writing logic, and intelligent reorganization and utilization of materials. The specific discipline and chapter numbering are determined by the user's project; this skill is not bound to a fixed topic structure.

Workflow Decision Tree

用户请求章节重构
    ↓
识别章节类型（绪论/综述/方法/实验/结论等）与在全文中的作用
    ↓
诊断问题类型（逻辑不清/组织混乱/表达不规范/素材利用不足）
    ↓
执行四阶段重构流程
    ↓
输出重构后的完整章节

Phase 1: In-depth Chapter Analysis

Core Tasks

  1. Chapter Objective Analysis

    • Identify the core scientific problems and technical objectives that the chapter aims to solve
    • Clarify the academic status and role of the chapter in the entire paper
    • Systematically sort out the technical innovation points and academic contributions to be explained in the chapter
    • Consider the knowledge background and technical needs of the target readers

  2. Technical Content Sorting

    • Deeply understand the precise meaning of each technical term and concept
    • Analyze logical relationships such as causality, contrast, and supplementation between sentences
    • Extract core academic viewpoints and technical claims from scattered expressions
    • Identify implicit technical assumptions and preconditions in the text

  3. Logical Relationship Identification

    • Analyze the logical structure and organization of the existing content
    • Identify technical key points and innovation points in the chapter
    • Discover logical problems and technical defects in the existing writing

  4. Problem Diagnosis

    • Diagnose the existing structural problems and logical defects of the chapter
    • Objectively evaluate the academic value and technical significance of the existing materials

Phase 2: Reconstruction Solution Design

Core Tasks

  1. Determination of Reconstruction Objectives

    • Clarify the core objectives and academic positioning of the chapter reconstruction
    • Design a new logical framework and main argument thread for the chapter

  2. Design of New Logical Framework

    • Redesign the core argument thread and logical development path of the chapter
    • Reorganize the content according to "background-problem-method-validation-conclusion"
    • Ensure logical progression and content coherence among subsections

  3. Content Reorganization Strategy

    • Formulate specific strategies for reusing materials
    • Maximize the retention of valuable original technical content and experimental data
    • Adjust materials to the positions where they can play the greatest role according to argumentation needs

  4. Construction of Argumentation Chain

    • Build a complete technical argumentation chain to avoid logical jumps
    • Establish effective connections between materials and core viewpoints

Phase 3: Content Reconstruction Implementation

Core Tasks

  1. Material Extraction and Reorganization

    • Extract valuable original materials and reorganize them according to the new logic
    • Retain all measured data and experimental results
    • Reintegrate the theoretical derivation process to ensure logical coherence

  2. Logical reorganization

    • Rewrite the content of each part to ensure logical coherence
    • Establish a clear chapter hierarchy and content organization
    • Ensure that the parts form a natural logical progression

  3. Academic expression optimization

    • Unify professional terminology and improve the professionalism of academic expression
    • Deepen the technical discussion and enhance the depth of theoretical analysis
    • Highlight technical innovation points and strengthen comparative analysis with existing methods
    • Standardize academic expression to meet the writing standards of a degree thesis

  4. Technical detail integration

    • Ensure that technical details serve the overall argumentation goals
    • Integrate related content and establish a clear thread of technical development
    • Improve the transitions and connections between the parts

Phase 4: Quality inspection and optimization

Core tasks

  1. Logical completeness check

    • Verify the logical completeness and coherence of the reorganized chapters
    • Ensure that the entire chapter forms a complete argumentation system
    • Check the logical progression between the parts

  2. Academic standardization verification

    • Check the professionalism and standardization of academic expression
    • Verify the consistency and accuracy of terminology usage
    • Ensure compliance with the writing standards and quality requirements of a degree thesis

  3. Material utilization assessment

    • Assess the degree of utilization and value embodiment of the original materials
    • Check whether the placement of materials in the new framework is appropriate
    • Confirm whether the materials play their greatest argumentative role in the best positions

  4. Expression effect optimization

    • Optimize the final expression effect and readability
    • Ensure that the chapter hierarchy is clear and the primary and secondary arguments are clearly distinguished
    • Verify that technical innovation points and academic contributions are fully reflected

Chapter-Specific Strategies

Differentfunctional typesof chapter restructuring strategies are shown in chapter-strategies.md(organized by types such as "review / data / methods / experiments / conclusion",without presupposingspecific chapter numbers or topics). Map your project's chapters to the corresponding types and consult them as needed.

Refactor Types & Methods

Different types of chapter problems require different restructuring methods; seerefactor-types.md：

  • Type 1: Unclear main logical thread - Redesign the main argumentation thread and organize the content according to a standard academic framework
  • Type 2: Chaotic content organization - Replan the hierarchical structure and present the theoretical framework, technical methods, and experimental verification in layers
  • Type 3: Nonstandard academic expression - Unify professional terminology, deepen the technical discussion, and highlight innovation points
  • Type 4: Insufficient material utilization - Comprehensively sort the existing materials and readjust their positions and presentation methods

Output Standards

The restructuring results must meet the following standards; seeoutput-standards.md：

  • Logical coherence: The entire chapter forms a complete argumentation system, with logical progression among the parts
  • Clear hierarchy: The chapter hierarchy is clear, and primary and secondary arguments are clearly distinguished
  • Professional expression: Use standardized academic language and accurate professional terminology
  • Prominent innovation: Technical innovation points and academic contributions are fully reflected
  • Material preservation: Maximize the preservation of valuable original technical content and data

Working Principles

1. Principle of prioritizing deep understanding

  • The technical content and academic intent of the entire chapter must first be analyzed in depth
  • Accurately grasp the core technical issues and innovation points of the chapter
  • Fully identify the academic value and technical significance of the existing materials
  • Systematically sort out the logical relationships within the chapter and with other chapters

2. Principle of fully utilizing materials

  • Maximize the preservation of valuable original technical content and experimental data
  • Adjust the materials to the positions where they can play the greatest role according to the needs of argumentation
  • Make the argumentative role of the materials more prominent through reorganization
  • Ensure that the reconstructed chapter content fully covers the key points of the original chapter

3. Principle of logic reconstruction as the foundation

  • Ensure that the reconstructed chapter has a clear main line of discussion and logical thread
  • Establish a clear chapter hierarchy and content organization method
  • Ensure that a natural logical progression is formed among the parts
  • Build a complete technical argumentation chain and avoid logical jumps

4. Principle of improving academic quality

  • Use standardized academic language and professional terminology
  • Enhance the depth and academic value of technical discussion
  • Effectively highlight technical innovation points and academic contributions
  • Ensure compliance with the writing standards and quality requirements of degree theses

Resources

references/

These reference documents contain detailed implementation guidelines, specific strategies, and examples, and should be consulted as needed when performing reconstruction tasks.