complexity-mitigator

To identify incidental complexity during a code review, analyze tangled control flow and deep nesting to distinguish unnecessary cognitive load from essential domain logic. This approach provides structured verdicts and a heat-read without applying code edits.

The best way to refactor deeply nested code without altering behavior is to generate a minimal plan to flatten, rename, and extract logic. This produces a TRACE mapping and actionable steps that preserve essential domain meaning while improving readability.

To trace cross-file dependencies when refactoring a legacy module, you need to map intricate algorithms and control flow across files. This process generates a TRACE mapping assessment that highlights hotspots and guides minimal structural changes.

Yes, you can get a complexity analysis of tangled functions without applying code edits. This analysis-only approach identifies hotspots and provides a recommended flatten, rename, and extract plan while strictly preserving the original codebase.

You should use a heat-read assessment to improve code readability when dealing with opaque naming and tangled control flow in legacy modules. It surfaces hotspots and incidental cognitive load, guiding actionable refactoring decisions during reviews.

No, complexity-mitigator does not apply automated refactoring edits to intricate algorithms. It satisfies an analysis-only requirement by identifying essential versus incidental complexity and providing a minimal recommended plan to flatten, rename, and extract structures.