architecture-simplifier

Architecture hotspot identification analyzes large codebases by measuring file gravity, module family duplication, and area density to locate over-engineered sections. It generates a report highlighting large files and dense areas to guide safe refactoring targets.

Safe code refactoring prioritization uses metrics like file gravity and area density to rank architectural hotspots. It provides minimal-change simplification recommendations with clear impact estimates so teams can target the highest-value areas first without breaking intertwined dependencies.

Architecture simplification analysis is specifically designed for large, intertwined codebases. It applies file gravity and module family duplication metrics to detect dense areas and duplicated patterns, generating concise reports with actionable simplification slices for complex environments.

Generating actionable refactoring slices involves analyzing module family duplication alongside file gravity to detect overlapping patterns. The analysis outputs a prioritized target list with minimal-change recommendations, helping teams safely reduce code duplication and simplify the architecture.

Automated architecture simplification should be carefully reviewed when applied to highly coupled, intertwined codebases where minimal changes carry risk. While it prioritizes safe targets using area density, teams must manually validate the generated refactoring slices before implementation.