explore-run
This skill is designed for executing bounded exploratory runs in deep learning research, such as small-subset validation, short-cycle guess-and-check, batch sweeps, or quick transfer-learning trials. It helps researchers systematically plan and summarize experiments, efficiently evaluating candidate models and methods to accelerate the research process.
npx skills add https://github.com/lllllllama/rigorpilot-skills --skill explore-runBefore / After Comparison
1 组Before this skill, researchers had to manually plan, execute, and summarize deep learning exploratory experiments, which was often time-consuming and prone to missing critical configurations or incomplete analysis, leading to lengthy research iteration cycles.
This skill automates the planning and summarization of exploratory experiments, systematically evaluating multiple candidate solutions. It significantly reduces manual effort, allowing researchers to gain experimental insights faster and accelerate the research process.
explore-run
Use this as the Rigor Improve / Rigor Explore run leaf skill. The installed slug
remains explore-run for compatibility.
Use the shared operating principles in
../../references/agent-operating-principles.md; this skill should guide
candidate run planning while preserving model judgment about the active repo.
When to apply
- When the researcher explicitly authorizes exploratory runs.
- When the task is a small-subset validation, short-cycle training probe, batch sweep, idle-GPU search, or quick transfer-learning trial.
- When the output should rank candidate runs rather than certify trusted success.
When not to apply
- When the user wants trusted training execution or conservative verification.
- When there is no explicit exploratory authorization.
- When the task is repository setup, intake, or debugging.
Clear boundaries
- This skill owns exploratory execution planning and summary only.
- Use
ai-research-exploreinstead when the task spans both current_research coordination and exploratory code changes. - It may hand off actual command execution to
minimal-run-and-auditorrun-train. - It should keep experiment state isolated from the trusted baseline.
- It should prefer small-subset and short-cycle checks before heavier exploratory runs.
- It should label run results as bounded evidence and explain when a comparison is not directly fair.
Ranking Semantics
- Pre-execution candidate selection uses three factors:
cost,success_rate, andexpected_gain. - Default weights should stay conservative unless the researcher explicitly provides
selection_weights. - Budget pruning still applies after scoring through
max_variantsandmax_short_cycle_runs. - If runs are executed later, downstream ranking should switch to real execution evidence, not stay purely heuristic.
Variant Spec Hints
- Use
variant_axesto define the candidate dimension grid. - Use
subset_sizesandshort_run_stepsto express exploratory run scale. - Use
selection_weightsto rebalancecost,success_rate, andexpected_gain. - Use
primary_metricandmetric_goalso downstream ranking can order executed candidates consistently.
Output expectations
explore_outputs/CHANGESET.mdexplore_outputs/SCIENTIFIC_CHANGELOG.mdexplore_outputs/COMPARABILITY_REPORT.mdexplore_outputs/TOP_RUNS.mdexplore_outputs/status.json
Notes
Use references/execution-policy.md, ../../references/explore-variant-spec.md, ../../references/deep-learning-experiment-principles.md, scripts/plan_variants.py, and scripts/write_outputs.py.
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