Convert vague software ideas into verified architectures with Mermaid diagrams.
npx skills add https://github.com/pianzhu/my-claude-skills --skill deep-analysis-pianzhu
Please help me install this Agent Skill. Skill: deep-analysis Source: https://github.com/pianzhu/my-claude-skills/tree/main/deep-analysis Command: npx skills add https://github.com/pianzhu/my-claude-skills --skill deep-analysis-pianzhu
This skill provides a disciplined framework to transform vague or ambitious architectural ideas into verified, actionable designs using a five-phase logic chain: Calibration, Decomposition, Excavation, Re-Architecting, and Inversion.
Provide your system idea as input and trigger the deep-analysis process. The skill will output the core module list, a Mermaid diagram, and a pre-mortem plan.
High-intent search queries and answers about installing and using this skill.
Pre-mortem risk analysis anticipates project failure by inverting the design logic to identify kill shots and mitigation patches. It outputs specific risk items and safety nets, allowing you to address architectural vulnerabilities before implementation begins.
To convert vague ideas into verified architectures, trigger a deep-analysis process with your system concept to execute a five-phase workflow. This workflow calibrates your initial idea, decomposes it into modules, and outputs a Mermaid diagram mapping core dependencies.
Yes, pre-mortem analysis is highly effective for technical validation because it enforces an inversion phase that uncovers kill shots and mitigation patches. This anticipates failure scenarios and outputs a dedicated risk plan to validate architectural safety.
This architectural analysis handles vague or ambitious system ideas by applying a disciplined framework spanning calibration, decomposition, excavation, re-architecting, and inversion. It enforces a dense, actionable output to convert undefined concepts into verified structures.
This architectural analysis handles vague or ambitious system ideas by applying a disciplined framework spanning calibration, decomposition, excavation, re-architecting, and inversion. It enforces a dense, actionable output to convert undefined concepts into verified structures.
brainbrewlabsAnalyze technical questions and return architecture recommendations with implementation strategy.
THUFanZdGenerate Mermaid diagrams from requirements and verify syntax with Mermaid CLI.
diegocanepaGenerate flowcharts, sequence diagrams, and class diagrams from Mermaid syntax.
linkerlinGuide code review and debugging with a five-step methodology and seven-point checklist.
