Total 52,846 skills, Tools & Utilities has 8614 skills
Showing 12 of 8614 skills
Keep the Orca desktop app's workspace list honest about the git worktrees your workflow actually creates — link each one to its issue, keep its status current, and clean out the ones whose work already merged. Use when the user says "orcakit", "clean up my orca workspaces", "my Orca sidebar is full of finished work", "which workspaces are stale", "link my worktrees to their issues", "remove the workspaces for merged issues", or "where should Orca put new worktrees".
Survey a project read-only — git working tree, GitHub issues and their declared priority, open PRs, unfiled plans — into a one-screen dashboard that crowns one finish-first next move routed to the kit that does it, saved by default as a throwaway snapshot under docs/status/. Use when you sit down at a project and ask "what should I do next", "check project status", "what's next", "what's most important right now", "orient me", "write me a status file", or run "/statuskit" — add "just print it" or "no file" to skip the snapshot.
Map computational materials tasks onto workflow engines such as atomate2, jobflow, AiiDA, pyiron, or a simple one-off script. Use when deciding how to structure a reproducible campaign, DAG, restart strategy, provenance record, storage layout, or migration path from ad hoc scripts to managed workflows.
Validate simulations across three stages — run pre-flight checks on configuration files (parameter ranges, required fields, disk space), monitor runtime logs for residual growth, NaN/Inf, and adaptive dt collapse, and perform post-flight validation of results (physical bounds, mass/energy conservation, convergence). Diagnose failed simulations with probable-cause analysis and recommended fixes. Use when preparing to launch a simulation, checking whether a running job is healthy, verifying that finished results are trustworthy, or debugging a crash or blow-up, even if the user only says "my simulation crashed" or "can I trust these results."
Orchestrate multi-simulation campaigns — generate parameter sweep configurations (grid, linspace, or Latin Hypercube sampling), initialize and track batch job campaigns, monitor job completion status, and aggregate results with summary statistics across all runs. Use when running a parameter study across dt, kappa, or other simulation inputs, managing dozens or hundreds of simulation configurations, combining outputs from completed batch runs to find the best result, or automating the generate-run-collect workflow for systematic studies, even if the user only says "I need to try many parameter combinations" or "how do I organize a sweep."
Plan and control time-step policies for transient simulations — couple CFL and physics-based stability limits with adaptive stepping, ramp initial transients through sharp gradients or phase changes, schedule output intervals and checkpoint cadence, and plan restart strategies for long-running jobs. Use when choosing dt for a new simulation, diagnosing adaptive time-step oscillations, deciding checkpoint frequency to minimize lost work, or setting up output schedules aligned with physical time scales, even if the user only says "my run is too slow" or "how often should I save."
The primary driver for every coding, refactoring, debugging, or engineering task -- used for the whole task.
Get portfolio positions from Interactive Brokers. Use when user asks about their portfolio, positions, holdings, or what stocks they own. Requires TWS or IB Gateway running locally.
Use when adding changelog entries, creating release notes, cutting releases, and publishing them to GitHub.
Create a guided code tour that walks through the codebase to answer a question or explain a feature. Opens in the browser with step-by-step navigation and highlighted code.
Use this skill whenever a user specifically requests legal research or Westlaw Deep Research, asks for CoCounsel Legal or cocounsel legal support, or asks a question that requires explaining, analyzing, or synthesizing U.S. law.
Guided codebase understanding — detect project type, map dependencies and external systems, extract core concepts, enumerate API surfaces, and deep-dive into request paths interactively