Does this skill provide exact time estimates?

No, it focuses on complexity categories (Low, Medium, High) and risk assessments rather than specific time durations to avoid inaccurate promises and ensure a focus on technical scope.

How does this integrate with other Claude Code skills?

It acts as a precursor: if complexity is high or unknowns are found, it suggests using 'context-gathering'; once an estimate is accepted, it leads into 'writing-plans' for execution.

When should I use the Estimation skill?

You should invoke this skill before starting any large or complex feature, whenever you are asked about implementation effort, or when you are uncertain about the scope of a task.

What factors does the skill use to determine complexity?

It assesses the number of files affected, the need for new architectural patterns, external dependencies, required test coverage, and the potential for breaking changes.

Estimation & Scope Analysis

Name: Estimation & Scope Analysis
Author: BaxterCooper

byBaxterCooper

생산성 및 워크플로

Conducts deep complexity assessments and scope analysis for software tasks to ensure accurate planning before implementation.

소개

The Estimation skill is a strategic utility for Claude Code that enforces a 'measure twice, cut once' philosophy in software development. It systematically evaluates coding tasks by analyzing affected files, architectural patterns, external dependencies, and potential risks to generate a structured complexity score. By identifying unknowns and risk factors early, it helps developers set realistic expectations, decide whether to decompose large features, and determine the necessary level of planning or context-gathering required before writing a single line of code.

주요 기능

Standardized complexity scoring (Low, Medium, High, Unknown)
0 GitHub stars
Structured risk identification with mitigation recommendations
Intelligent workflow chaining with planning and orchestration skills
Detailed YAML-based output for task documentation
Comprehensive factor assessment across files, patterns, and dependencies

사용 사례

Identifying hidden technical debt and risks in unfamiliar codebases
Decomposing complex legacy code modifications into manageable phases
Assessing the scope of a large feature request before committing to a timeline

소개

주요 기능

Standardized complexity scoring (Low, Medium, High, Unknown)
0 GitHub stars
Structured risk identification with mitigation recommendations
Intelligent workflow chaining with planning and orchestration skills
Detailed YAML-based output for task documentation
Comprehensive factor assessment across files, patterns, and dependencies

사용 사례

Identifying hidden technical debt and risks in unfamiliar codebases
Decomposing complex legacy code modifications into manageable phases
Assessing the scope of a large feature request before committing to a timeline