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Analyzes pi session history to find repetitive patterns. Load when user asks to suggest or create skills.
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
| name | skill-creator |
| description | Analyzes pi session history to find repetitive patterns. Load when user asks to suggest or create skills. |
suggest skills [--local|--global] - analyze session history and suggest
create skill <name> - start creation flow
Scripts:
./find-sessions.sh [--local|--global]./extract-prompts.sh <files...>./extract-commands.sh <files...>Run these first, reason over the output to find patterns.
Sessions are organized by cwd in filename: ---path-- prefix. Use --local to filter by current working directory.
Look for:
Output: list with name, confidence, pattern, count.
skill(name="skill-writter") to load the template~/.pi/agent/skills/<name>/SKILL.md.pi/skills/<name>/SKILL.md~/.dotfiles/pi/agent/sessions/---path--Use when opening a PR and driving it to green CI โ push the branch, write a high-level PR description, watch checks, fix failures, and keep looping until green; also use when an already-open PR gets new commits.
Use when the user starts, resumes, switches, saves, or recalls a named task or ongoing work across sessions (e.g. "remember this", "continue X", "what was I doing on Y", "track this task").
Git commit workflow. Load when finishing any code-change task (after verification) to commit and push, or when explicitly staging/committing.
Use when modifying or adding a transform, loss, model, method, package, task-model, config, docs page, or example in a Lightly AG repo (lightly-ssl or lightly-train) and you need repo-specific conventions.
Spawn a subagent to run a task. Use when you want to delegate work to a separate pi instance.
Use when configuring or replicating LT-DETR v2 (ltdetrv2-s/m/l/x) COCO benchmarks via the lightly-train wrapper โ model alias map, global vs per-rank batch size, recipe invariants, ECDet config mapping, cluster pins, and common gotchas.