gpd-debug

Debug physics calculations using a structured workflow with persistent state that survives context resets. Parallel agents triage multiple symptoms concurrently, preserving investigation context and tracking progress throughout the session.

Root-cause analysis for physics simulations systematically diagnoses calculation errors and collects evidence. You need it for complex derivation workflows where early diagnosis is required to identify underlying causes of verification failures.

Start by spawning a debugger agent to diagnose current verification gaps and collect root-cause findings. The skill requires a SKILL.md file at the root with YAML frontmatter containing name and description, plus optional scripts and references directories.

Yes, parallel debugger agents can triage multiple symptoms concurrently during physics debugging. Each agent investigates separate issues while sharing the same persistent debug session state across context resets.

Structured physics debugging produces root-cause reports with collected evidence, updated verification gap documentation, and persistent debug sessions that track investigation progress across resets.

Physics debugging targets complex simulation and derivation workflows specifically. It enables early diagnosis in these environments by using parallel agents and persistent state to handle intricate calculation chains.