zoom-out

To map the surrounding architecture of a code region, you can enumerate modules, callers, callees, and invariants to get structural context. This delivers a compact module-and-caller map without reading files line-by-line.

Understanding cross-boundary ownership and IO surfaces requires a compact map of surrounding components and inbound/outbound edges. This approach helps engineers quickly orient the local region before modifications.

Generating a module map without line-level file reading uses an Explore agent that applies fd-first discovery, then git grep and ast-grep to enumerate edges and invariants, delivering a compact structural context.

Yes, you can use this approach across typical software projects to analyze caller and callee relationships. It dispatches an Explore agent to climb one abstraction layer and generate a structural map of the focused region.

No, zoom-out requires no specific dependencies to enumerate code invariants and call graphs. It operates directly on your software project using standard search and discovery tools.

You should not use a call graph exploration approach when you need line-level file reading or specific implementation details rather than structural context, as this method focuses on enumerating edges and invariants at the module level.