benchmark-planner

Turning a CAD benchmark brief into a coder-ready handoff requires generating machine-readable YAML definitions and narrative plan documents that enforce geometry and motion contracts. This prevents handoff drift by translating briefs into executable planner-to-engineer instructions.

A benchmark plan in engineering workflows is a structured set of artifacts that translates a brief into executable instructions. It uses machine-readable YAML definitions and narrative markdown plans to maintain inventory consistency and explicit motion contracts for CAD/CAM tasks.

Enforcing geometry and motion contracts during planner-to-engineer handoffs is done by generating consistent machine-readable YAML definitions and narrative plans. This ensures inventory labels and motion definitions remain explicit and aligned throughout the CAD/CAM benchmark coding process.

Yes, YAML files are required to automate benchmark planning for CAD fixtures. The process specifically relies on machine-readable benchmark_definition.yaml and benchmark_assembly_definition.yaml files to establish the geometry and motion contracts needed for executable handoffs.

Preventing handoff drift in executable benchmark planning is best achieved by enforcing consistency between machine-readable YAML definitions and narrative plan documents. This ensures inventory labels and explicit motion contracts are strictly maintained across planner-to-engineer handoffs.

Markdown plans cannot replace YAML for benchmark assembly definitions. While narrative markdown documents like benchmark_plan.md are required for the handoff, machine-readable YAML definitions are strictly necessary to establish the executable geometry and motion contracts.