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Use for Dirac benchmark planning when selecting case scope, tolerance gates, and execution budgets before running harness/Octopus.
Install with Codex or Claude Copy this prompt, paste it into Codex, Claude, or another assistant, and let it review the skill page and install it for you.
Based on SOC occupation classification
Use when running Octopus DFT/TDDFT calculations — select optimal mpirun -np and ParStates/ParDomains/OMP configuration for the system size. For new molecules or large systems, run a quick parallel scaling benchmark first.
Use when the user asks to debug Dirac_solver execution, verify OpenClaw execution capability, or validate state synchronization across queue, bridge, and progress sync files.
Use when the user asks to debug Dirac_solver execution, verify OpenClaw execution capability, or validate state synchronization across queue, bridge, and progress sync files.
Use for Dirac execution stage to run harness and Octopus with endpoint fallback and audit artifacts.
Use for strict production gate reviews of Dirac orchestration outputs across physics quality, KB quality, UI readiness, and contract completion.
Use when the user asks to build, refresh, validate, or inspect the Dirac DFT/TDDFT vector knowledge base, including ingestion status and retrieval quality.
| name | dirac_planner |
| description | Use for Dirac benchmark planning when selecting case scope, tolerance gates, and execution budgets before running harness/Octopus. |
