Think Strategies

# Sequential Thinking Documentation ## Overview Sequential Thinking is a Model Context Protocol (MCP) server that provides a structured framework for breaking down complex problems into manageable steps. It enables dynamic, adaptable thinking that can evolve as understanding deepens, with support for revisions, branching, and flexible adjustment of the thinking process. ## Documentation Set This documentation set consists of the following files: | Document | Description | Audience | |----------|-------------|----------| | [Executive Summary](./SequentialThinking-ExecutiveSummary.md) | High-level overview of Sequential Thinking | Decision makers, new users | | [Practical Guide](./SequentialThinking-PracticalGuide.md) | Examples and best practices for using the tool | Practitioners, implementers | | [Technical Documentation](./SequentialThinking-Documentation.md) | Detailed technical explanation of the architecture and implementation | Developers, integrators | | [Flow Engine Architecture](./SequentialThinking-FlowEngine.md) | In-depth explanation of the flow engine's flexibility and strategy-specific flows | Developers, advanced users | ## Suggested Reading Order ### For Decision Makers 1. [Executive Summary](./SequentialThinking-ExecutiveSummary.md) 2. Selected sections of the [Practical Guide](./SequentialThinking-PracticalGuide.md) (Example Scenarios, Key Benefits) ### For Practitioners 1. [Executive Summary](./SequentialThinking-ExecutiveSummary.md) 2. [Practical Guide](./SequentialThinking-PracticalGuide.md) 3. Reference the [Technical Documentation](./SequentialThinking-Documentation.md) as needed ### For Developers 1. [Executive Summary](./SequentialThinking-ExecutiveSummary.md) (for context) 2. [Technical Documentation](./SequentialThinking-Documentation.md) 3. [Flow Engine Architecture](./SequentialThinking-FlowEngine.md) (for understanding flexibility and flows) 4. [Practical Guide](./SequentialThinking-PracticalGuide.md) (for implementation examples) ## Key Features - **Structured Thinking**: Break down complex problems into clear, manageable steps - **Dynamic Adjustment**: Modify the thinking process as new insights emerge - **Revision Support**: Correct or refine previous thoughts when needed - **Branching Capability**: Explore alternative paths and approaches - **Flexible Flow Patterns**: Support for unfixed step numbers and strategy-specific flows - **Visual Formatting**: Clear presentation of thoughts with type indicators and progress tracking - **MCP Integration**: Easy integration with AI systems and other tools ## Quick Start To get started with Sequential Thinking: 1. Review the [Executive Summary](./SequentialThinking-ExecutiveSummary.md) for a conceptual overview 2. Follow the examples in the [Practical Guide](./SequentialThinking-PracticalGuide.md) to understand usage patterns 3. Implement using the details in the [Technical Documentation](./SequentialThinking-Documentation.md) 4. For advanced understanding of flow patterns, refer to the [Flow Engine Architecture](./SequentialThinking-FlowEngine.md) ## Diagrams Each document contains Mermaid diagrams that illustrate different aspects of the Sequential Thinking tool: - **Executive Summary**: Core concepts and simple flow diagrams - **Practical Guide**: Usage patterns and example scenarios - **Technical Documentation**: Architecture, data flow, and implementation details - **Flow Engine Architecture**: Strategy-specific flows, cyclic transitions, and branching mechanisms ## Conclusion Sequential Thinking provides a powerful framework for structured problem-solving that adapts to the complexity of the task at hand. This documentation set provides a comprehensive guide to understanding, using, and implementing the tool in various contexts.